mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a hybrid high voltage direct current (HVDC) converter system (308,334), the hybrid HVDC converter system (308,334) including at least one direct current bus, at least one capacitor commutated converter, at least one self-commutated converter, the at least one CCC and the at least one SCC coupled in series to the at least one DC bus, the at least one CCC including a plurality of thyristor valves and at least one series capacitive device and configured to induce a first voltage (V th) on the at least one DC bus, the at least one SCC configured to induce a second voltage (V vernier) on the at least one DC bus, the first voltage and the second voltage summed to define a total DC voltage (V T) induced on the at least one DC bus, said method comprising: regulating the total DC voltage (V T) induced on the at least one DC bus comprising regulating the first DC voltage (V th) through the at least one CCC and regulating the second DC voltage (V vernier) through the at least one SCC substantially simultaneously, wherein: regulating the first DC voltage (V th) through the at least one CCC comprises regulating a firing angle value of the plurality of thyristor valves to approximately a firing command reference value (α2); and wherein regulating the first DC voltage (V th) through the at least one CCC and regulating the second DC voltage (V vernier) through the at least one SCC substantially simultaneously comprises: determining a voltage transient condition on the at least one DC bus; determining if the second DC voltage (V vernier) induced by the at least one SCC is approaching a predetermined parameter; and regulating the firing command reference value (α2) to increase a portion of control of the total DC voltage (V T) through regulating the first DC voltage (V th) induced by the at least one CCC, thereby facilitating increasing a margin of the second DC voltage (V vernier) to the predetermined parameter. regulating the first DC voltage (V th) through the at least one CCC comprises regulating a firing angle value of the plurality of thyristor valves to approximately a firing command reference value (α2); and wherein regulating the first DC voltage (V th) through the at least one CCC and regulating the second DC voltage (V vernier) through the at least one SCC substantially simultaneously comprises: determining a voltage transient condition on the at least one DC bus; determining if the second DC voltage (V vernier) induced by the at least one SCC is approaching a predetermined parameter; and determining a voltage transient condition on the at least one DC bus; determining if the second DC voltage (V vernier) induced by the at least one SCC is approaching a predetermined parameter; and regulating the firing command reference value (α2) to increase a portion of control of the total DC voltage (V T) through regulating the first DC voltage (V th) induced by the at least one CCC, thereby facilitating increasing a margin of the second DC voltage (V vernier) to the predetermined parameter.
A pharmaceutical composition comprising a plurality of first beads, each comprising: a core; a first layer comprising pilocarpine, or cevimeline, or a pharmaceutically acceptable salt thereof; and a second layer comprising hydroxypropylcellulose and ethylcellulose. a core; a first layer comprising pilocarpine, or cevimeline, or a pharmaceutically acceptable salt thereof; and a second layer comprising hydroxypropylcellulose and ethylcellulose.
An apparatus comprising: a controller configured to: control a plurality of actuators that provide forces to an actuable member; identify a parameter of each of the actuators during a retrace mode of the member returning from a second position to a first position; and responsively provide control signals to drive the actuators during an actuation mode in which the member is moved between the first position and the second position such that the forces provided by the actuators to the member during the actuation mode are substantially equal; wherein the parameter comprises a back electromotive force "BEMF" of each of the actuators; and preferably, wherein the controller is configured to: use the BEMF of a first of the actuators as a reference; and adjust the control signals such that the BEMF of the remaining actuators substantially matches the BEMF of the first actuator. a controller configured to: control a plurality of actuators that provide forces to an actuable member; identify a parameter of each of the actuators during a retrace mode of the member returning from a second position to a first position; and control a plurality of actuators that provide forces to an actuable member; identify a parameter of each of the actuators during a retrace mode of the member returning from a second position to a first position; and responsively provide control signals to drive the actuators during an actuation mode in which the member is moved between the first position and the second position such that the forces provided by the actuators to the member during the actuation mode are substantially equal; wherein the parameter comprises a back electromotive force "BEMF" of each of the actuators; and preferably, wherein the controller is configured to: use the BEMF of a first of the actuators as a reference; and adjust the control signals such that the BEMF of the remaining actuators substantially matches the BEMF of the first actuator. use the BEMF of a first of the actuators as a reference; and adjust the control signals such that the BEMF of the remaining actuators substantially matches the BEMF of the first actuator.
Connection module, particularly for fuelling a launch vehicle, the module comprising: - a ground part intended to be linked to one or more lines of the spaceport of the launch vehicle; - a flight part intended to be placed between the ground part and the launch vehicle, the ground and flight parts possibly comprising respective supply means; - at least one link which is extended along an axis and which is attached to the parts (16; 18) in such a manner as to unite them, at least axially; the module further comprising twisting means for twisting the link, which are adapted to apply a breaking torque to the link along its axis, such as to break apart the link in order to release the flight part from the ground part, the link comprising a first joint forming a predetermined breaking point and a second joint forming a zone of reduced thickness, the first joint having a minimum moment of inertia that is greater than the minimum moment of inertia of the second joint. - a ground part intended to be linked to one or more lines of the spaceport of the launch vehicle; - a flight part intended to be placed between the ground part and the launch vehicle, the ground and flight parts possibly comprising respective supply means; - at least one link which is extended along an axis and which is attached to the parts (16; 18) in such a manner as to unite them, at least axially;
A gas turbine engine component comprising: an airfoil including an internal cooling channel, a platform, and a recessed area formed within the platform with an opening to the internal cooling channel to connect an upstream channel and a downstream channel that define a cooling flow path; and a meter plate mounted within the recessed area and including at least one hole to meter flow from the upstream channel to the downstream channel, the meter plate having an upstream side and a downstream side, and wherein the at least one hole extends through a thickness of the meter plate from the upstream side to the downstream side, characterized by: an exit diffuser (84; 84') extending outwardly from the downstream side of the meter plate to control cooling flow in a desired direction into the downstream channel, wherein the exit diffuser (84; 84') has an upstream diameter and a downstream diameter that is greater than the upstream diameter with a curved surface extending from the upstream diameter to the downstream diameter. an airfoil including an internal cooling channel, a platform, and a recessed area formed within the platform with an opening to the internal cooling channel to connect an upstream channel and a downstream channel that define a cooling flow path; and a meter plate mounted within the recessed area and including at least one hole to meter flow from the upstream channel to the downstream channel, the meter plate having an upstream side and a downstream side, and wherein the at least one hole extends through a thickness of the meter plate from the upstream side to the downstream side, characterized by: an exit diffuser (84; 84') extending outwardly from the downstream side of the meter plate to control cooling flow in a desired direction into the downstream channel, wherein the exit diffuser (84; 84') has an upstream diameter and a downstream diameter that is greater than the upstream diameter with a curved surface extending from the upstream diameter to the downstream diameter.
A cross-linked rubber composition, comprising: a diene rubber; and a masterbatch material comprising between 50 and 75 wt.% natural rubber and between 25 and 50 wt.% crumb rubber particles, wherein the crumb rubber particles are 40 mesh or smaller. a diene rubber; and a masterbatch material comprising between 50 and 75 wt.% natural rubber and between 25 and 50 wt.% crumb rubber particles, wherein the crumb rubber particles are 40 mesh or smaller.
Method to create a video snapshot from a video transmission received by a receiver, said receiver being connected with a mobile device and having a screen output, said method comprising the steps of: - receiving a video transmission by the receiver to send to the screen output, - converting, by the receiver, the video transmission into a lower-bandwidth video transmission, - sending, by the receiver, the lower-bandwidth video transmission to the mobile device, - buffering by the receiver the video transmission in a video buffer, said buffer containing the video transmission already sent to the screen output during a predefined time, - receiving, by the receiver, from the mobile device, a command to execute a video snapshot, - when the command is received by the receiver, producing, from the video transmission stored in the buffer, a downsampled video extract, - sending by the receiver the downsampled video extract to the mobile device, - selecting, by the mobile device, a starting and an ending point of the downsampled video extract, - producing the video snapshot by the receiver from the buffer using the starting and ending point received from the mobile device, and - sending the video snapshot to the mobile device. - receiving a video transmission by the receiver to send to the screen output, - converting, by the receiver, the video transmission into a lower-bandwidth video transmission, - sending, by the receiver, the lower-bandwidth video transmission to the mobile device, - buffering by the receiver the video transmission in a video buffer, said buffer containing the video transmission already sent to the screen output during a predefined time, - receiving, by the receiver, from the mobile device, a command to execute a video snapshot, - when the command is received by the receiver, producing, from the video transmission stored in the buffer, a downsampled video extract, - sending by the receiver the downsampled video extract to the mobile device, - selecting, by the mobile device, a starting and an ending point of the downsampled video extract, - producing the video snapshot by the receiver from the buffer using the starting and ending point received from the mobile device, and - sending the video snapshot to the mobile device.
Shower tray comprising a collecting tub suitable to be fixed on a screed, and a walking surface placed at the top of the collecting tub, the walking surface being surrounded by a coplanar perimeter frame from which it is spaced so as to form a continuous perimeter slot to allow water to flow into the collecting tub; further comprising automatic lifting means to lift the walking surface with respect to the collecting tub; wherein the walking surface is pivotable along a first side about a first support fixed to the collecting tub, so that the automatic lifting means incline the walking surface; characterized by the fact that a nozzle is received in the collecting tub and is suitable for spraying water into the collecting tub.
Gripping tongs for limbing and transporting a tree trunk, comprising: a frame, which extends into an axial direction; at least one gripping bracket (100, 140), which is mounted on the frame pivotably around a first rotation axis and has a gripping jaw for sustaining the tree trunk; at least one limbing knife, which has a blade for shearing branches when moving the tree trunk in the axial direction, and at least one feed unit for moving the tree trunk in the axial direction, characterized in that the limbing knife is arranged on the gripping bracket in a movable manner and is movable relative to the gripping bracket from a first position into a second position against the effect of a reset force (F R). a frame, which extends into an axial direction; at least one gripping bracket (100, 140), which is mounted on the frame pivotably around a first rotation axis and has a gripping jaw for sustaining the tree trunk; at least one limbing knife, which has a blade for shearing branches when moving the tree trunk in the axial direction, and at least one feed unit for moving the tree trunk in the axial direction, characterized in that the limbing knife is arranged on the gripping bracket in a movable manner and is movable relative to the gripping bracket from a first position into a second position against the effect of a reset force (F R).
System including at least one first and one second submersible device (D1, D3), each comprising a screen having a plurality of openings, a means of grounding a first end of the said screen and means (FM, C1, C2, C3) of holding up a second end of the said screen, the holding-up means (FM, C1, C2, C3) including means of adjusting the height of the said second end between a minimum height (h) and a maximum height, the second ends of the screens of the first and second submersible devices (D1, D3) being joined together, characterised in that the said system also comprises at least one supplementary screen (D2; SC4; SC5) placed between the first and second devices (D1, D3), the upper end of the supplementary screen being joined to the screen of at least one of the first and second devices (D1, D3) between its first and second ends or at the second ends of the screens of the first and second devices, the first ends of the screens of the first and second submersible devices (D1, D3) and of the supplementary screen being substantially parallel to one another and joined to the ground by the grounding means.
A communication apparatus comprising: a receiver configured to receive a control signal from a base station apparatus, the control signal mapped to one of a plurality of search spaces configured in an Enhanced Physical Downlink Control Channel,EPDCCH, and the EPDCCH defined in a data region of a subframe; a search space configuration section configured to identify the one search space on which the control signal is mapped among the plurality of search spaces, each search space including a plurality of mapping candidates for mapping the control signal, the EPDCCH including a resource block,RB, pair, the RB pair divided into a plurality of control channel elements,CCEs, and each of the plurality of mapping candidates having a same number of CCEs as an aggregation level, wherein when the aggregation level is one, each of the plurality of search spaces includes a first mapping candidate which is a first CCE having a first number of resource elements, REs, and a second mapping candidate which is a CCE having a second number of REs, the second number being different from the first number; and a decoder configured to decode the identified search space and to acquire the control signal that is mapped to one of the plurality of mapping candidates included in the identified search space. a receiver configured to receive a control signal from a base station apparatus, the control signal mapped to one of a plurality of search spaces configured in an Enhanced Physical Downlink Control Channel,EPDCCH, and the EPDCCH defined in a data region of a subframe; a search space configuration section configured to identify the one search space on which the control signal is mapped among the plurality of search spaces, each search space including a plurality of mapping candidates for mapping the control signal, the EPDCCH including a resource block,RB, pair, the RB pair divided into a plurality of control channel elements,CCEs, and each of the plurality of mapping candidates having a same number of CCEs as an aggregation level, wherein when the aggregation level is one, each of the plurality of search spaces includes a first mapping candidate which is a first CCE having a first number of resource elements, REs, and a second mapping candidate which is a CCE having a second number of REs, the second number being different from the first number; and a decoder configured to decode the identified search space and to acquire the control signal that is mapped to one of the plurality of mapping candidates included in the identified search space.
Optoelectronic module, comprising: - a carrier element having electrical connection electrodes (41, 42) and electrical lines, - at least one semiconductor component for emitting or detecting electromagnetic radiation, said semiconductor component being applied on the carrier element and being electrically connected to connection electrodes (41, 42) of the carrier element and having a radiation coupling area, and - at least one optical device assigned to the semiconductor component, wherein a connecting layer made of a radiation-transmissive, deformable material is arranged in a gap between the radiation coupling area and the optical device, the optical device and the semiconductor component being fixed relative to one another in such a way that they are pressed against one another and that the connecting layer is thereby squeezed in such a way that it generates a force that strives to press the optical device and the radiation coupling area apart, characterized in that the connecting layer has a lacquer which is deformable in a cured state, and/or a surface of the carrier element is at least partly coated for protection against external influences with a material that is also contained in the connecting layer, and/or a refractive index of the connecting layer is adapted to a refractive index of a material of the semiconductor component that adjoins the connecting layer and/or to a refractive index of a material of the optical device that adjoins the connecting layer. - a carrier element having electrical connection electrodes (41, 42) and electrical lines, - at least one semiconductor component for emitting or detecting electromagnetic radiation, said semiconductor component being applied on the carrier element and being electrically connected to connection electrodes (41, 42) of the carrier element and having a radiation coupling area, and - at least one optical device assigned to the semiconductor component,
A parallel accelerated solvent extraction apparatus, the apparatus comprising: a plurality of extraction channels in parallel with one another, each extraction channel including a solvent column fluidly connected to a sample column; a temperature controlled zone for maintaining the plurality of extraction channels at a desired temperature; a plurality of collection vessels, each fluidly coupled to a respective extraction channel via a respective flow restrictor configured to maintain a backpressure within the respective sample column; a liquid solvent pump for supplying extraction solvent to the plurality of extraction channels; and a switching valve for sequentially directing extraction solvent flowing from the liquid solvent pump to respective ones of the plurality of extraction channels. a plurality of extraction channels in parallel with one another, each extraction channel including a solvent column fluidly connected to a sample column; a temperature controlled zone for maintaining the plurality of extraction channels at a desired temperature; a plurality of collection vessels, each fluidly coupled to a respective extraction channel via a respective flow restrictor configured to maintain a backpressure within the respective sample column; a liquid solvent pump for supplying extraction solvent to the plurality of extraction channels; and a switching valve for sequentially directing extraction solvent flowing from the liquid solvent pump to respective ones of the plurality of extraction channels.
Apparatus for closing boxes, each provided with a container bottom and a lid, said apparatus comprising one or more conveyors (24, 25) configured to determine a continuous feed of said boxes in a direction of feed, at least one first closing device for the connection of at least one of first lateral walls of said container bottom with at least one of first lateral walls of said lid, said first lateral walls (15, 18) being located substantially parallel to said direction of feed of said boxes, wherein, downstream of said first closing device, and disposed in succession along said direction of feed, it comprises: - a rotation device configured to rotate said boxes and to dispose second lateral walls (15, 18) of said container bottom and of said lid, adjacent and contiguous to said first lateral walls (15, 18), parallel to said direction of feed, and - a second closing device for the connection of at least one of said second lateral walls of said container bottom with at least one of said second lateral walls of said lid; characterized in that said rotation device is configured to rotate the boxes on the fly while they are moving in said direction of feed and to determine, in cooperation with said one or more conveyors (24, 25), a roto-translation of said boxes in said direction of feed, said rotation device comprising a belt-type diverter disposed transversely with respect to said direction of feed and said one or more conveyors (24, 25) and configured to contact said boxes and to divert them in a direction of movement transverse with respect to said direction of feed, a drive unit being provided to drive said diverter, to move it in said movement direction and to interrupt the driving action once each of said boxes has reached its final position. - a rotation device configured to rotate said boxes and to dispose second lateral walls (15, 18) of said container bottom and of said lid, adjacent and contiguous to said first lateral walls (15, 18), parallel to said direction of feed, and - a second closing device for the connection of at least one of said second lateral walls of said container bottom with at least one of said second lateral walls of said lid;