mhurhangee/ep-ind-claims huggingface dataset:
A method for steering a trailer towed by a towing vehicle, the trailer having at least one steerable axle and/or drawbar, wherein the towing vehicle and the trailer are connected to each other at a hitch point by means of a towing device, and wherein the method comprises at least following steps: - detecting a movement of the trailer based on sensor data from at least one sensor unit that is functionally and/or spatially associated exclusively with the trailer; - analysing the sensor data during a driving movement of the towing vehicle and of the trailer for the purpose of obtaining control data for steering at least two steerable wheels and/or the drawbar of the trailer; - calculating steering angles of the at least two steerable wheels and/or of the drawbar of the trailer based on a path of the towing vehicle as calculated from the sensor data and for approximately following the path of the towing vehicle by the variable steer angle of the wheels and/or of the drawbar of the trailer, characterised in that a movement of the trailer is detected by means of at least one gyroscope and/or of at least one acceleration sensor, wherein the sensor unit that is functionally and/or spatially associated exclusively with the trailer comprises the at least one gyroscope and/or the at least one acceleration sensor, wherein a trajectory of the towing vehicle is ascertained or calculated on the basis of the trailer movement or of the trailer's detected running path or parts thereof, and wherein the hitch point of the towing vehicle, with the position and orientation of the trailer being known, is determined by the trailer's drawbar length. - detecting a movement of the trailer based on sensor data from at least one sensor unit that is functionally and/or spatially associated exclusively with the trailer; - analysing the sensor data during a driving movement of the towing vehicle and of the trailer for the purpose of obtaining control data for steering at least two steerable wheels and/or the drawbar of the trailer; - calculating steering angles of the at least two steerable wheels and/or of the drawbar of the trailer based on a path of the towing vehicle as calculated from the sensor data and for approximately following the path of the towing vehicle by the variable steer angle of the wheels and/or of the drawbar of the trailer, characterised in that a movement of the trailer is detected by means of at least one gyroscope and/or of at least one acceleration sensor, wherein the sensor unit that is functionally and/or spatially associated exclusively with the trailer comprises the at least one gyroscope and/or the at least one acceleration sensor, wherein a trajectory of the towing vehicle is ascertained or calculated on the basis of the trailer movement or of the trailer's detected running path or parts thereof, and wherein the hitch point of the towing vehicle, with the position and orientation of the trailer being known, is determined by the trailer's drawbar length.
A circuit breaker comprising: a fixed contact, a traveling contact connected to and separated from the fixed contact, characterised by further comprising a rod-shaped latch that is rotatably pivotally supported in the barycentric region between one end having a latch engaging part and the other end driven by tripping, an insulating rod having a latch pin at one end that engages with the latch engaging part, an input actuator that drives the other end of the insulating rod, and a spring for opening that drives the traveling contact in the opening direction, wherein; when the other end of the latch is pulled off and driven while the traveling contact is closed to the fixed contact, the engagement between the latch engaging part and the latch pin is disengaged, and the traveling contact is driven in the opening direction by the opening spring, when the latch pin is driven in the input direction by the input actuator via the insulating rod in a state where the traveling contact is open, the latch is driven in the input direction via the latch engaging part, and the traveling contact is driven in the closing direction with the fixed contact. a fixed contact, a traveling contact connected to and separated from the fixed contact, characterised by further comprising a rod-shaped latch that is rotatably pivotally supported in the barycentric region between one end having a latch engaging part and the other end driven by tripping, an insulating rod having a latch pin at one end that engages with the latch engaging part, an input actuator that drives the other end of the insulating rod, and a spring for opening that drives the traveling contact in the opening direction, wherein; when the other end of the latch is pulled off and driven while the traveling contact is closed to the fixed contact, the engagement between the latch engaging part and the latch pin is disengaged, and the traveling contact is driven in the opening direction by the opening spring, when the latch pin is driven in the input direction by the input actuator via the insulating rod in a state where the traveling contact is open, the latch is driven in the input direction via the latch engaging part, and the traveling contact is driven in the closing direction with the fixed contact.
A walkway, stairwell or other like structure comprising at least a primary frame formed from at least two box frame modules (3, 4, 5, 6) and a plurality of building modules which primary frame and building modules together form at least part of the structure; each building module comprising; a first peripheral frame of a first area size defining a space which includes a layer of barrier material, a second peripheral frame of an area size different from the frame of the first area size and, defining a space which includes a layer of barrier material and which is joined at a first junction to the first peripheral frame of the first size in abutting end to end relationship to form a first auxiliary module; a third peripheral frame having the same size as the second peripheral frame and which defines a space which includes a layer of barrier material, a fourth peripheral frame having the same size as the first peripheral frame and which defines a space which includes a layer of barrier material and which is joined at a second junction to the third peripheral frame of the first area size in abutting end to end relationship to form a second auxiliary module; characterised in that the first and second auxiliary modules are attached on opposing sides of the primary frame of the structure whereby the first and second auxiliary modules are arranged in opposing relationship to form said building module; and the first and second junctions (24, 34) of respective first and second auxiliary modules are staggered along the length of the structure relative to an end to end join between two of said at least two box frame modules (3, 4, 5, 6).
An anti-VEGF antibody, or antigen-binding fragment thereof, for use in a method of treatment, wherein: the anti-VEGF antibody or antigen-binding fragment thereof blocks VEGF binding to more than one VEGF receptor; and the use is in reducing or preventing occurrence of a benign, pre-cancerous, or non-metastatic cancer in a subject with a family history of cancer, polyps, or an inherited cancer syndrome, wherein the subject has never had clinically detectable cancer. the anti-VEGF antibody or antigen-binding fragment thereof blocks VEGF binding to more than one VEGF receptor; and the use is in reducing or preventing occurrence of a benign, pre-cancerous, or non-metastatic cancer in a subject with a family history of cancer, polyps, or an inherited cancer syndrome, wherein the subject has never had clinically detectable cancer.
A method, in a user equipment, for receiving control information in a radio communications network, the method comprising receiving a downlink signal comprising an enhanced control region consisting of at least two sets of physical resource block, PRB, pairs, each PRB pair consisting of a group of non-overlapping physical layer building blocks; wherein the method further comprises: forming one or more distributed enhanced control-channel elements, eCCEs, from a first set of PRB pairs by aggregating physical layer building blocks from multiple PRB pairs to form each distributed eCCE; forming one or more localized eCCEs from a second set of PRB pairs by aggregating physical layer building blocks such that each of the localized eCCEs is formed from physical layer building blocks from within a single PRB pair of the second set; forming first control channel message candidates from the distributed eCCEs and second control channel message candidates from the localized eCCEs; and decoding each of the first and second control channel message candidates to search for a valid control channel message; characterised in that said physical layer building blocks are enhanced Resource Element Groups, eREGs, each eREG consisting of eight or nine resource elements, and wherein forming the first control channel message candidates from the distributed eCCEs and the second control channel message candidates from the localized eCCEs comprises determining a starting eCCE position within the enhanced control region, such that the starting eCCE position varies according to a subframe number for the downlink signal and a Radio Network Temporary Identifier, RNTI, for the user equipment, and forming a number of control channel message candidates from eCCEs beginning at the starting eCCE position. forming one or more distributed enhanced control-channel elements, eCCEs, from a first set of PRB pairs by aggregating physical layer building blocks from multiple PRB pairs to form each distributed eCCE; forming one or more localized eCCEs from a second set of PRB pairs by aggregating physical layer building blocks such that each of the localized eCCEs is formed from physical layer building blocks from within a single PRB pair of the second set; forming first control channel message candidates from the distributed eCCEs and second control channel message candidates from the localized eCCEs; and
Reflector device for a tachymeter measurement arrangement having a surveying prism, having a dehumidifying device against water precipitation on the surveying prism and a control unit for controlling the dehumidifying device, characterised in that the control unit comprises at least one sensor designed to measure outside temperature, humidity, light intensity and/or other environmental parameters. having a dehumidifying device against water precipitation on the surveying prism and a control unit for controlling the dehumidifying device, characterised in that the control unit comprises at least one sensor designed to measure outside temperature, humidity, light intensity and/or other environmental parameters.
A subsea wellhead assembly comprising a tubing head structure, a tree above said structure, a recoverable module attached around the structure below said tree, and a subsea control module, the recoverable module including at least one valve (18 or 20) controlled from the subsea control module, characterised in that the recoverable module includes at least one sensor coupled to the subsea control module.
A heating device with an oven, into which a semi-finished product which is to be heated can be moved and moved out, with a wire support, which is formed by several wires (32, 32a, 32b) spaced apart from one another, and on which the semi-finished product is able to be positioned, and with means for moving the wire support into the oven and out therefrom, characterized in that the wires (32, 32a, 32b) are electrically conductive and that selected wires (32, 32a, 32b) can be acted upon with a voltage and thereby heated, wherein the voltage is able to be set and/or able to be controlled in such a way that the wires (32, 32a, 32b) can adopt a predefinable temperature, or the switch-on duration of the voltage source is predefined.
Rail vehicle having rail wheels (3, 4) accommodated to guide the rail vehicle along a railway track and said vehicle comprising means for detection of a flaw or flaws in the railway track, which rail vehicle is provided with a noncontact vibrometer (9, 10) which is arranged to measure vibrational movement of the railway track surface, wherein each of the wheels (3, 4) is connected to the vehicle by an intermediate axle box (7, 8) providing a bearing for the wheel (3, 4), characterized in that said axle box (7, 8) is provided with at least one accelerometer, and that analyzing means on or external of the vehicle are present for comparing railway track surface vibrations as measured with the noncontact vibrometer (9, 10) with vibratory signals from the at least one accelerometer.
A cooling arrangement adapted to be used in a process of preparing a fine powder, and comprising: a vertical cooling chamber having at a top section a solid particles feed ingress means, for feeding into said cooling chamber solid particles having an averaged diameter of essentially less than 6 mm; a plurality of cooling air discharging devices; and at a bottom section a solid particles egress means, wherein said cooling arrangement is characterized in that it further comprises a solid particles mechanical mixing means located in said vertical cooling chamber at the bottom section thereof and adapted for mixing the solid particles for a period of time while cooling them down to cryogenic or semi-cryogenic levels. a vertical cooling chamber having at a top section a solid particles feed ingress means, for feeding into said cooling chamber solid particles having an averaged diameter of essentially less than 6 mm; a plurality of cooling air discharging devices; and at a bottom section a solid particles egress means,
A method for coupling a subscription to a registration in a Session Initiation Protocol, SIP, environment, comprising: creating, by a user agent client, UAC, a first SIP message to initiate a SIP registration and to initiate one or more subscriptions to one or more event packages, wherein creating the first SIP message comprises generating a REGISTER message comprising a SIP header field that identifies the one or more event packages to which to establish a subscription and an address-of-record, AOR, for one or more resources associated with each of the one or more event packages, wherein the UAC and the one or more resources have the same AOR, the resources having a self-authorization policy that authorizes the UAC to subscribe to events of the resources having the same AOR as the UAC, and the REGISTER message further comprises information to create a dialog and one or more event parameters associated with each event package; transmitting the first SIP message; and receiving a response to the first SIP message, wherein the response confirms the registration and the one or more subscriptions to the one or more event packages. creating, by a user agent client, UAC, a first SIP message to initiate a SIP registration and to initiate one or more subscriptions to one or more event packages, wherein creating the first SIP message comprises generating a REGISTER message comprising a SIP header field that identifies the one or more event packages to which to establish a subscription and an address-of-record, AOR, for one or more resources associated with each of the one or more event packages, wherein the UAC and the one or more resources have the same AOR, the resources having a self-authorization policy that authorizes the UAC to subscribe to events of the resources having the same AOR as the UAC, and the REGISTER message further comprises information to create a dialog and one or more event parameters associated with each event package; transmitting the first SIP message; and receiving a response to the first SIP message, wherein the response confirms the registration and the one or more subscriptions to the one or more event packages.
A method for remote activation of a communication module of a self- powered intelligent electronic device controlling an auto recloser, wherein the auto recloser and the IED are mounted on an electric pole of a power distribution network, wherein the IED is electrically coupled to a power line with a current transformer to measure the current flowing in the power line and provide a trip signal to interrupt the current in the power line, and wherein the IED is self-powered from power extracted from the current transformer, the method comprising, a controller of the IED: receiving an activation signal from a trigger source through an optical sensor to activate the communication module, wherein the trigger source is positioned within a predefined distance from the IED; generating a control signal for powering the communication module from a power supply module based on the activation signal, wherein the control signal is generated upon the controller of the IED detecting the activation signal; enabling the power supply module for powering the communication module for a duration controlled with the control signal; and activating the communication module for communicating a plurality of data associated with the IED to a remote communication device upon enabling the power supply module for the communication module. receiving an activation signal from a trigger source through an optical sensor to activate the communication module, wherein the trigger source is positioned within a predefined distance from the IED; generating a control signal for powering the communication module from a power supply module based on the activation signal, wherein the control signal is generated upon the controller of the IED detecting the activation signal; enabling the power supply module for powering the communication module for a duration controlled with the control signal; and activating the communication module for communicating a plurality of data associated with the IED to a remote communication device upon enabling the power supply module for the communication module.
Device for containing a fluid substance, to be dispensed by means of a manually operated pump, and suitable to be associated with the neck of a rigid container, comprising: - a bag presenting a body comprising a bottom wall and a lateral wall, both of them being flexible, and a neck from which a substantially rigid connection flange extends transversally, - and a ring cap element 5 comprising first connection means of said bag presenting an annular connection body, presenting a longitudinal symmetry axis, wherein said annular connection body presents - a lower portion having a diameter smaller than the external diameter of said flange of the bag, and greater than or equal to the external diameter of said neck of the bag so as to be able to house at least a portion of said neck of the bag therein, - and an upper portion presenting an annular seat open at the top, presenting a rest surface lying horizontally for said connection flange, wherein said connection body further comprises at least one portion of a substantially cylindrical wall, said portion presenting all an equal distance with respect to said longitudinal symmetry axis, said wall extending beneath said annular seat, said wall comprising at least a guide element comprising at least a guide portion presenting a distance with respect to said longitudinal symmetry axis different with respect to said distance of the portion of the substantially cylindrical wall, said portion being suitable to guide at least a portion of said flange from a free lower edge of said connection body to said annular seat, and characterised that said guide element comprises means suitable to prevent said flange from slipping out of said annular seat once it has been guided therein, so that said connection means fasten stably said bag to said ring cap element at least with respect to vertical movements or downwards rotatory movements of said bag with respect to the ring cap element. - a bag presenting a body comprising a bottom wall and a lateral wall, both of them being flexible, and a neck from which a substantially rigid connection flange extends transversally, - and a ring cap element 5 comprising first connection means of said bag presenting an annular connection body, presenting a longitudinal symmetry axis, - a lower portion having a diameter smaller than the external diameter of said flange of the bag, and greater than or equal to the external diameter of said neck of the bag so as to be able to house at least a portion of said neck of the bag therein, - and an upper portion presenting an annular seat open at the top, presenting a rest surface lying horizontally for said connection flange,
Conveyor chain link provided with an upper body having a carrying surface, and a lower body having a front end and a rear end, where said rear end is provided with a first leg and a second leg arranged at a certain distance from each other such that the front end of a chain link fits between the first and second legs (6, 7) of an adjacent chain link, where said first leg has a first protrusion facing outwards from said first leg and where said second leg has a second protrusion arranged opposite said first protrusion and facing outwards from said second leg, where said first protrusion is provided with a first through hole and said second protrusion is provided with a second through hole being coaxial with the first through hole, where the first and second through holes are adapted to hold a connecting pin, where the first protrusion is provided with a first tab extending towards the front end and the second protrusion is provided with a second tab extending towards the front end, where the bearing surfaces (14, 15) of the tabs (12, 13) are parallel with the carrying surface of the upper body, characterized in, that the width (w) of the first and/ or second tab (12, 13) is substantially the same as the width of the protrusion (8, 9).