mhurhangee/ep-ind-claims huggingface dataset:
A method of calibrating an antenna array in a wireless network node including a plurality of antenna branches, each of the plurality of antenna branches including a respective antenna element, the method comprising: repeating operations of: transmitting a slice of a fountain coded sequence through the plurality of antenna branches to the respective antenna elements; and for each antenna branch of the plurality of antenna branches: selecting the transmitted slice as a feedback signal through a return path; and determining a signal quality of the feedback signal; until the signal quality of the feedback signal for each antenna branch is greater than a threshold level; and performing antenna calibration based on the feedback signal for each antenna branch. repeating operations of: transmitting a slice of a fountain coded sequence through the plurality of antenna branches to the respective antenna elements; and for each antenna branch of the plurality of antenna branches: selecting the transmitted slice as a feedback signal through a return path; and determining a signal quality of the feedback signal; transmitting a slice of a fountain coded sequence through the plurality of antenna branches to the respective antenna elements; and for each antenna branch of the plurality of antenna branches: selecting the transmitted slice as a feedback signal through a return path; and determining a signal quality of the feedback signal; selecting the transmitted slice as a feedback signal through a return path; and determining a signal quality of the feedback signal; until the signal quality of the feedback signal for each antenna branch is greater than a threshold level; and performing antenna calibration based on the feedback signal for each antenna branch.
Dome device comprising at least a first and a second dome-like shell (1, 2, 3) formed by thermoforming, wherein the first dome-like shell and the second dome-like shell are formed with respectively a first and second dome element (41, 42) and with respectively a first and second peripheral flange (11, 12) connecting thereto, characterized in that the first peripheral flange of the first dome-like shell is formed with protruding first studs, wherein the first studs of the first peripheral flange form a spacer between the first and the second dome-like shells, wherein the first studs make contact with the second peripheral flange while the first dome element is located at a distance from the second dome element.
A method for displaying information in a vehicle, in which - list entries of a list are allocated to graphical objects and in a main view a partial amount of said graphical objects is displayed by a display device arranged in the vehicle, and - as a result of an input by means of an input device (4, 6) a control device modifies the graphical data such that the graphical objects of the displayed partial amount is modified, wherein - as a result of an input by means of an input device (4, 6) the control device changes to a configuration mode, in which it is determined which graphical objects are allocated to the partial amount, the graphical objects of which are displayed in the main view, characterized in that the display device comprises a display surface with a touch-sensitive surface and the input for the change to the configuration mode comprises a simultaneous touch of the touch-sensitive surface, wherein the touch-sensitive surface is touched both on a graphical object for a list entry as well as outside of such a graphical object - list entries of a list are allocated to graphical objects and in a main view a partial amount of said graphical objects is displayed by a display device arranged in the vehicle, and - as a result of an input by means of an input device (4, 6) a control device modifies the graphical data such that the graphical objects of the displayed partial amount is modified, - as a result of an input by means of an input device (4, 6) the control device changes to a configuration mode, in which it is determined which graphical objects are allocated to the partial amount, the graphical objects of which are displayed in the main view, characterized in that the display device comprises a display surface with a touch-sensitive surface and the input for the change to the configuration mode comprises a simultaneous touch of the touch-sensitive surface, wherein the touch-sensitive surface is touched both on a graphical object for a list entry as well as outside of such a graphical object
A printing apparatus for performing printing of a design represented by a plurality of color inks on a medium of fabric, the plurality of color inks is configured to be adjusted to present a target color, respectively, that is set in advance on the medium; the printing apparatus comprises a plurality of inkjet heads (12a to 12e), either of which is configured to use one target color and draw each of a plurality of patterns (102a to 102e) forming a design; and the plurality of inkjet heads (12a to 12e) is further configured to discharge the ink droplets at a preset constant concentration.
A honeycomb rim-type wheel, comprising: a hub formed inside the wheel; a rim portion separated outwardly from the hub and forming a circumference on which a tire can be fitted; and a plurality of spokes connecting the hub and the rim portion, wherein the rim portion includes an air-tight rim formed in a cylindrical shape, and a protruded grid portion having a plurality of first recesses by being protruded from and equispaced around the circumference of the air-tight rim, characterised in that the protruded grid portion is integrally formed through connections of protruded ring portions which are equispaced around the circumference of the air-tight rim with protruded link portions having a second recess inside and being disposed of at each upper, lower, left and right of the protruded ring portion; and a third recess formed by the protruded ring portions and protruded link portions and having a honeycomb shape, wherein the connecting portions of protruded ring portions and protruded link portions are rounded. a hub formed inside the wheel; a rim portion separated outwardly from the hub and forming a circumference on which a tire can be fitted; and a plurality of spokes connecting the hub and the rim portion, wherein the rim portion includes an air-tight rim formed in a cylindrical shape, and a protruded grid portion having a plurality of first recesses by being protruded from and equispaced around the circumference of the air-tight rim, characterised in that the protruded grid portion is integrally formed through connections of protruded ring portions which are equispaced around the circumference of the air-tight rim with protruded link portions having a second recess inside and being disposed of at each upper, lower, left and right of the protruded ring portion; and a third recess formed by the protruded ring portions and protruded link portions and having a honeycomb shape, wherein the connecting portions of protruded ring portions and protruded link portions are rounded.
An electronic device comprising: a flexible display comprising a first area disposed to be visible to the outside and a second area extending from the first area and disposed to be accommodated inside the electronic device in a first state and to be at least partially visible to the outside in a second state; a bendable member disposed on the rear surface of the flexible display and configured to support the flexible display in the first state and the second state; a case configured to support at least a portion of the flexible display; a sliding frame slidably coupled to the case and comprising a slide plate having a plurality of first guide slits formed therein and a sliding bar extending from the slide plate and coming into contact with the bendable member in the second state; and a plurality of driving bodies configured to enable sliding movement of the flexible display while switching from the first state to the second state; characterised in that the plurality of driving bodies comprises: a first driving bar rotatably coupled to the sliding bar, a second driving bar rotatably coupled to the case, a driving shaft configured to couple the first driving bar and the second driving bar to be movable, and an elastic member configured to press the first driving bar and the second driving bar to be unfolded at a predetermined angle with respect to each other. a flexible display comprising a first area disposed to be visible to the outside and a second area extending from the first area and disposed to be accommodated inside the electronic device in a first state and to be at least partially visible to the outside in a second state; a bendable member disposed on the rear surface of the flexible display and configured to support the flexible display in the first state and the second state; a case configured to support at least a portion of the flexible display; a sliding frame slidably coupled to the case and comprising a slide plate having a plurality of first guide slits formed therein and a sliding bar extending from the slide plate and coming into contact with the bendable member in the second state; and a plurality of driving bodies configured to enable sliding movement of the flexible display while switching from the first state to the second state; characterised in that the plurality of driving bodies comprises: a first driving bar rotatably coupled to the sliding bar, a second driving bar rotatably coupled to the case, a driving shaft configured to couple the first driving bar and the second driving bar to be movable, and an elastic member configured to press the first driving bar and the second driving bar to be unfolded at a predetermined angle with respect to each other. a first driving bar rotatably coupled to the sliding bar, a second driving bar rotatably coupled to the case, a driving shaft configured to couple the first driving bar and the second driving bar to be movable, and an elastic member configured to press the first driving bar and the second driving bar to be unfolded at a predetermined angle with respect to each other.
A self-locking and positioning device for a dental brace, comprising: a brace main body comprising a track and a fixing slot, wherein both sides inside said track of said brace main body respectively comprise an indent portion, wherein below said two indent portions a receiving space is formed; an elastic piece comprising a positioning piece and a slot, wherein one end of the positioning piece is connected to the slot, while the other end of said positioning piece is bent into a barb shape, wherein the slot of the elastic piece is disposed in the fixing slot of the brace main body and the positioning piece of said elastic piece is placed in said receiving space below the track " wherein the slot is configured to pass an archwire therethrough, and an upper cover, wherein both sides of said upper cover each comprise a strip-shaped protrusion portion, wherein said two protrusion portions of said upper cover can slide into said brace main body along said two indent portions of the track, wherein, when the upper cover is slid in the brace main body along the track, the upper cover is located above said positioning piece and said slot with the fixing hole of the upper cover being located right above the slot and is hooked by the barb, so that the positioning piece of the elastic piece is fastened to the bottom of the upper cover to lock the elastic piece automatically into position and to fix the upper cover in the brace main body,wherein the archwire that is placeable into the slot at the time the upper cover is opened, is fixed into the slot. a brace main body comprising a track and a fixing slot, wherein both sides inside said track of said brace main body respectively comprise an indent portion, wherein below said two indent portions a receiving space is formed; an elastic piece comprising a positioning piece and a slot, wherein one end of the positioning piece is connected to the slot, while the other end of said positioning piece is bent into a barb shape, wherein the slot of the elastic piece is disposed in the fixing slot of the brace main body and the positioning piece of said elastic piece is placed in said receiving space below the track " wherein the slot is configured to pass an archwire therethrough, and an upper cover, wherein both sides of said upper cover each comprise a strip-shaped protrusion portion, wherein said two protrusion portions of said upper cover can slide into said brace main body along said two indent portions of the track, wherein, when the upper cover is slid in the brace main body along the track, the upper cover is located above said positioning piece and said slot with the fixing hole of the upper cover being located right above the slot and is hooked by the barb, so that the positioning piece of the elastic piece is fastened to the bottom of the upper cover to lock the elastic piece automatically into position and to fix the upper cover in the brace main body,wherein the archwire that is placeable into the slot at the time the upper cover is opened, is fixed into the slot.
A method of access selection in a multi-access communications system for allocating one or more communication flows (f1, f2, f3) to one or more of a plurality of access technologies (A1, A3, A5), the method comprising: determining and storing one or more preference values (p) of each of the plurality of access technologies (A1, A3, A5) for the one or more communication flows (f1, f2, f3), wherein the preference values (p) of the access technologies (A1, A3, A5) reflect whether it - is advantageous to allocate further communication flows (f1, f2, f3) to the access technology (A1, A3, A5), wherein a plurality of communication flows (f1, f2, f3) are considered when allocating the communication flows (f1, f2, f3) to one or more access technologies (A1, A3, A5).
Method for producing a pipe arrangement for the transport of temperature control medium, in which main-body portions (6, 7) are provided which have congruently designed separating surfaces, wherein a preform consisting of polymeric material is provided, wherein the preform is arranged in a blow mold and the preform is blow-molded into the shape of a main body, wherein a plurality of channels are molded into the main body, wherein a channel wall is located between the channels, wherein the molded main body is opened, so that the main-body portions (6, 7) with the separating surface are created, wherein the main body is torn open or cut open along the separating surface in order to produce the main-body portions (6, 7), wherein at least one functional element is arranged on at least one main-body portion (6, 7) in such a way that it can be in contact with the temperature control medium, wherein the at least one functional element is arranged in a channel, then the main-body portions (6, 7) are joined along the separating surface and materially connected to one another to form the pipe arrangement.
Method for controlling a self-commutated converter, the AC voltage side of which can be connected to an AC voltage grid by means of an inductive component, in which - an actual power value and an actual frequency value are identified from a grid voltage measured on the AC voltage side of the converter and a converter current measured at the converter, - an active power control difference (ΔP) is formed as the difference between an active power portion of the actual power value and a prescribed active power setpoint value and - a frequency control difference (ΔF) is formed as the difference between the actual frequency value and a prescribed frequency setpoint value, - an orthogonal portion (Uorthogonal) of a converter actuating voltage (Ustell) is determined depending on the active power control difference (ΔP) by means of an orthogonal controller, wherein an active power exchanged between the converter and the AC voltage grid is determined by means of the orthogonal portion (Uorthogonal), - a parallel portion (Uparallel) of the converter actuating voltage (Ustell) is determined depending on the active power control difference (ΔP) by means of a parallel controller, wherein a reactive power exchanged between the converter and the AC voltage grid is determined by means of the parallel portion (Uparallel), characterized in that the frequency control difference (ΔF) is fed to the parallel controller so that the parallel portion (Uparallel) of the converter actuating voltage (Ustell) is determined depending on the frequency control difference (ΔF). - an actual power value and an actual frequency value are identified from a grid voltage measured on the AC voltage side of the converter and a converter current measured at the converter, - an active power control difference (ΔP) is formed as the difference between an active power portion of the actual power value and a prescribed active power setpoint value and - a frequency control difference (ΔF) is formed as the difference between the actual frequency value and a prescribed frequency setpoint value, - an orthogonal portion (Uorthogonal) of a converter actuating voltage (Ustell) is determined depending on the active power control difference (ΔP) by means of an orthogonal controller, wherein an active power exchanged between the converter and the AC voltage grid is determined by means of the orthogonal portion (Uorthogonal), - a parallel portion (Uparallel) of the converter actuating voltage (Ustell) is determined depending on the active power control difference (ΔP) by means of a parallel controller, wherein a reactive power exchanged between the converter and the AC voltage grid is determined by means of the parallel portion (Uparallel),
A target transmitter corresponding to a target receiver, the target transmitter comprising: a rate splitting encoder configured to encode a first stream and a second stream for transmission to the target receiver according to a rate splitting scheme, said first stream and said second stream each comprising a respective symbol that comprises a private message and a common message; and a transmission beamforming unit configured to: use transmission beamforming vectors to align the first stream and a third stream in a first reception spatial dimension of the target receiver; and use the transmission beamforming vectors to align the second stream and a fourth stream in a second reception spatial dimension of the target receiver, wherein the third stream and the fourth stream comprise streams transmitted by a neighbor transmitter of the target transmitter to a neighbor receiver of said target receiver, said third stream and said fourth stream each comprising a respective symbol that comprises a private message and a common message; wherein the symbol of the first stream and the symbol of the second stream are decodable by said target receiver and wherein only the common message of the symbol of the first stream and only the common message of the symbol of the second stream are decodable by said neighbor receiver. a rate splitting encoder configured to encode a first stream and a second stream for transmission to the target receiver according to a rate splitting scheme, said first stream and said second stream each comprising a respective symbol that comprises a private message and a common message; and a transmission beamforming unit configured to: use transmission beamforming vectors to align the first stream and a third stream in a first reception spatial dimension of the target receiver; and use the transmission beamforming vectors to align the second stream and a fourth stream in a second reception spatial dimension of the target receiver, use transmission beamforming vectors to align the first stream and a third stream in a first reception spatial dimension of the target receiver; and use the transmission beamforming vectors to align the second stream and a fourth stream in a second reception spatial dimension of the target receiver, wherein the third stream and the fourth stream comprise streams transmitted by a neighbor transmitter of the target transmitter to a neighbor receiver of said target receiver, said third stream and said fourth stream each comprising a respective symbol that comprises a private message and a common message; wherein the symbol of the first stream and the symbol of the second stream are decodable by said target receiver and wherein only the common message of the symbol of the first stream and only the common message of the symbol of the second stream are decodable by said neighbor receiver.
A method for coding mode selection for a block of pixels using information of other coding modes, the method comprising: obtaining reference information associated with at least one other coding mode that has a second block partition, wherein the second block partition includes sub-partitions of a first block partition of a first coding mode, wherein the reference information is obtained for each of the sub-partitions; and determining that the block of pixels should not be coded in the first coding mode when the reference information of any of the sub-partitions references to a frame that is not temporally located immediately adjacent to a current frame. obtaining reference information associated with at least one other coding mode that has a second block partition, wherein the second block partition includes sub-partitions of a first block partition of a first coding mode, wherein the reference information is obtained for each of the sub-partitions; and determining that the block of pixels should not be coded in the first coding mode when the reference information of any of the sub-partitions references to a frame that is not temporally located immediately adjacent to a current frame.
Method for manufacturing a burner lance, the method comprises the step of: a) providing at least a nozzle insert produced by a machining method wherein the nozzle insert is configured for realizing a liquid fuel injection with an injecting spray pattern; b) additive manufacturing a first portion of the burner lance starting from the tip up to an intermediate built-height is reached, wherein at the liquid nozzle a through opening is obtained having a size suitable for receiving the nozzle insert; c) fitting the nozzle insert in the through opening realized during the previous step at the liquid nozzle; d) additive manufacturing the remaining portions of the burner lance wherein the base for the first additive layer of this step is the portion of the burner lance realized in step b) provided with the nozzle insert according to the step c). a) providing at least a nozzle insert produced by a machining method wherein the nozzle insert is configured for realizing a liquid fuel injection with an injecting spray pattern; b) additive manufacturing a first portion of the burner lance starting from the tip up to an intermediate built-height is reached, wherein at the liquid nozzle a through opening is obtained having a size suitable for receiving the nozzle insert; c) fitting the nozzle insert in the through opening realized during the previous step at the liquid nozzle; d) additive manufacturing the remaining portions of the burner lance wherein the base for the first additive layer of this step is the portion of the burner lance realized in step b) provided with the nozzle insert according to the step c).