mhurhangee/ep-ind-claims huggingface dataset:
A method of setting identification codes of smart motors (110_1-110_n), adapted to set identification codes for a plurality of smart motors (110_1-110_n), the method for setting identification codes of the smart motors (110_1-110_n) comprising: entering an identification code setting mode when the smart motors (110_1-110_n) receive an identification code setting command; characterized by detecting a shaft rotation angle of each of the smart motors (110_1-110_n) under the identification code setting mode, so as to determine whether the shaft rotation angle of each of the smart motors (110_1-110_n) is larger than a setting value; and setting an identification code of one of the smart motors from a preset identification code to a first identification code when the one of the smart motors determines that the shaft rotation angle thereof is larger than the setting value. entering an identification code setting mode when the smart motors (110_1-110_n) receive an identification code setting command; characterized by detecting a shaft rotation angle of each of the smart motors (110_1-110_n) under the identification code setting mode, so as to determine whether the shaft rotation angle of each of the smart motors (110_1-110_n) is larger than a setting value; and setting an identification code of one of the smart motors from a preset identification code to a first identification code when the one of the smart motors determines that the shaft rotation angle thereof is larger than the setting value.
A ventilation window comprising: - a frame; - an outer sash arranged in connection with the frame, to which outer sash at least one pane is fastened; - an inner sash arranged in connection with the frame, to which inner sash at least one pane is fastened; and where the outer sash and the inner sash are fastened to the frame or one of the sashes (3, 4) is fastened to the frame and the other sash (3, 4) is fastened to a sash (3, 4) fastened to the frame so that an intermediate space has been arranged between the outer sash and the inner sash; and wherein: the ventilation window comprises a ventilation device, which has been installed or is installable inside the frame or on the surface of the frame on the side of the intermediate space, which ventilation device extends to the intermediate space and which further comprises: - at least one fresh air duct (65, 62A) for leading fresh air from the exterior to the ventilation device through at least one inlet such as an orifice or nozzle located in the frame on the exterior side and from the ventilation device further to the interior as inlet air through at least one outlet such as an orifice or nozzle located in the frame on the interior side; and - at least one exhaust air duct (66, 62B) for leading exhaust air from the interior to the ventilation device through at least one inlet such as an orifice or nozzle located in the frame on the interior side and from the ventilation device further to the exterior as waste air through at least one outlet such as an orifice or nozzle located in the frame on the exterior side. - a frame; - an outer sash arranged in connection with the frame, to which outer sash at least one pane is fastened; - an inner sash arranged in connection with the frame, to which inner sash at least one pane is fastened; and - at least one fresh air duct (65, 62A) for leading fresh air from the exterior to the ventilation device through at least one inlet such as an orifice or nozzle located in the frame on the exterior side and from the ventilation device further to the interior as inlet air through at least one outlet such as an orifice or nozzle located in the frame on the interior side; and - at least one exhaust air duct (66, 62B) for leading exhaust air from the interior to the ventilation device through at least one inlet such as an orifice or nozzle located in the frame on the interior side and from the ventilation device further to the exterior as waste air through at least one outlet such as an orifice or nozzle located in the frame on the exterior side.
A method for producing steel sheets for stamping plates, which have stamping lines in particular for stamping labels, characterized by positioning at least two output sheets (1, 2) spaced apart via a gap adjacent to one another, arranging a welding wire at the gap, welding the two output sheets (1, 2) by means of the welding wire and a welding device, arranging a further welding wire, welding the output sheets (1, 2) by means of the further welding wire, and aligning at least one of the welding beads (8, 15) to adjacent surfaces of the steel sheet, wherein the stamping plates have a width of at least 70 cm and a length of at least 30 cm.
Polyisocyanate mixture, characterised in that it comprises: - at least one cycloaliphatic polyisocyanate; - at least one solvent comprising an ester and an ether function; and - a hydrophilic additive of the non reactive-type. - at least one cycloaliphatic polyisocyanate; - at least one solvent comprising an ester and an ether function; and - a hydrophilic additive of the non reactive-type.
A method for the corrosion protection treatment of metal surfaces, in which, in a first step (i), an organic coating composed of an aqueous phase is applied to the metal surface, characterized in that, in a subsequent step (ii), the metal surface having the organic coating is brought into contact with an acidic aqueous composition which comprises a) at least a total of 100 ppm, but no more than 2000 ppm, water-soluble compounds containing at least one atom selected from the elements Zr, Ti, Si, Hf, V and/or Ce, calculated as the proportion of the respective element, and b) at least 1 ppm, but no more than 100 ppm, water-soluble compounds which release copper ions, calculated as the proportion of copper. a) at least a total of 100 ppm, but no more than 2000 ppm, water-soluble compounds containing at least one atom selected from the elements Zr, Ti, Si, Hf, V and/or Ce, calculated as the proportion of the respective element, and b) at least 1 ppm, but no more than 100 ppm, water-soluble compounds which release copper ions, calculated as the proportion of copper.
A refrigerator, comprising: a refrigerator main body including at least one inner box (11, 12) corresponding to at least one storage compartment; a main body wall (17, 18), having at least one surface including a front surface (11aa, 12aa); a mid-frame positioned on the front surface (11aa, 12aa) of the main body wall (17, 18), the mid-frame including: a front frame disposed to cover at least a part of a front surface of the at least one inner box (11, 12), a plurality of first sections disposed to be separated along a longitudinal direction of the front frame and having an extension frame disposed to extend rearward from the front frame and including an edge portion disposed at an end of an extension portion of the extension frame having a thickness greater than that of the extension portion; and a plurality of second sections, in which the extension frame is not disposed, adjacent to the plurality of first sections in the longitudinal direction of the front frame; and a heater extending in the longitudinal direction of the front frame across the plurality of first sections and the plurality of second sections and configured to heat the mid-frame. a refrigerator main body including at least one inner box (11, 12) corresponding to at least one storage compartment; a main body wall (17, 18), having at least one surface including a front surface (11aa, 12aa); a mid-frame positioned on the front surface (11aa, 12aa) of the main body wall (17, 18), the mid-frame including: a front frame disposed to cover at least a part of a front surface of the at least one inner box (11, 12), a plurality of first sections disposed to be separated along a longitudinal direction of the front frame and having an extension frame disposed to extend rearward from the front frame and including an edge portion disposed at an end of an extension portion of the extension frame having a thickness greater than that of the extension portion; and a plurality of second sections, in which the extension frame is not disposed, adjacent to the plurality of first sections in the longitudinal direction of the front frame; and a heater extending in the longitudinal direction of the front frame across the plurality of first sections and the plurality of second sections and configured to heat the mid-frame. a front frame disposed to cover at least a part of a front surface of the at least one inner box (11, 12), a plurality of first sections disposed to be separated along a longitudinal direction of the front frame and having an extension frame disposed to extend rearward from the front frame and including an edge portion disposed at an end of an extension portion of the extension frame having a thickness greater than that of the extension portion; and a plurality of second sections, in which the extension frame is not disposed, adjacent to the plurality of first sections in the longitudinal direction of the front frame; and a heater extending in the longitudinal direction of the front frame across the plurality of first sections and the plurality of second sections and configured to heat the mid-frame.
A solid electrolyte, comprising lithium sulfide (Li 2 S), diphosphorus pentasulfide (P 2 S 5), and nickel sulfide (Ni 3 S 2) in a ratio of Y:(1-X)(100-Y):X(100-Y) by mol%, respectively, wherein X is 0.2 to 0.5, and Y is 60 to 80 mol%.
A compound of the general formula wherein X 1 and X 2 are independently selected from the group consisting of H, Cl, unsubstituted thiophene and thiophene substituted with one or more alkyl groups; R 1 and R 2 are independently selected from alkyl-substituted phenyl groups, wherein the dashed line together with the phenyl group connected to the ends of the dashed line represents a fused aromatic group. wherein X 1 and X 2 are independently selected from the group consisting of H, Cl, unsubstituted thiophene and thiophene substituted with one or more alkyl groups; R 1 and R 2 are independently selected from alkyl-substituted phenyl groups, wherein the dashed line together with the phenyl group connected to the ends of the dashed line represents a fused aromatic group.
A load support structure comprising: a beam comprising first and second beam members (6a, 6b) spaced apart in a vertical plane and forming a gap therebetween, said beam members (6a, 6b) defining an upwardly extending upright and a forwardly extending seat support; and a connector having opposite end portions pivotally connected (634,636) to said upright and said seat support, wherein said connector is configured as an armrest. a beam comprising first and second beam members (6a, 6b) spaced apart in a vertical plane and forming a gap therebetween, said beam members (6a, 6b) defining an upwardly extending upright and a forwardly extending seat support; and a connector having opposite end portions pivotally connected (634,636) to said upright and said seat support,
A method for uploading data of a cell panel monitoring system, comprising: collecting parameter information of each string of photovoltaic cells in each of cell panels of a photovoltaic system, and storing the parameter information; modulating the parameter information into a pulse carrier signal; and loading the pulse carrier signal to a busbar of the photovoltaic system, wherein the busbar is connected in series with each of the cell panels; wherein parameter information of the cell panels is obtained by a server of the photovoltaic system through demodulation on receiving the pulse carrier signal, data uploaded in a preset time difference ΔT is determined as valid data, remaining data is discarded, and the server is connected in series in the busbar; and wherein real-time performance of the data uploaded improves as a value of the preset time difference ΔT decreases. collecting parameter information of each string of photovoltaic cells in each of cell panels of a photovoltaic system, and storing the parameter information; modulating the parameter information into a pulse carrier signal; and loading the pulse carrier signal to a busbar of the photovoltaic system, wherein the busbar is connected in series with each of the cell panels; wherein parameter information of the cell panels is obtained by a server of the photovoltaic system through demodulation on receiving the pulse carrier signal, data uploaded in a preset time difference ΔT is determined as valid data, remaining data is discarded, and the server is connected in series in the busbar; and wherein real-time performance of the data uploaded improves as a value of the preset time difference ΔT decreases.
A process for recovering heat from a high pressure stream during hydroprocessing, the process comprising: using a hot separator to create a high pressure vapor stream; generating both a medium pressure stream of steam and a low pressure stream [31', 31"] of steam from the high pressure vapor stream by extracting heat from the high pressure vapor stream; routing the medium pressure stream to a stripper, where the medium pressure stream is used as stripping steam; and routing the low pressure stream [31', 31"] to at least one of a product fractionator and a diesel side stripper, where the low pressure stream is used as stripping steam. using a hot separator to create a high pressure vapor stream; generating both a medium pressure stream of steam and a low pressure stream [31', 31"] of steam from the high pressure vapor stream by extracting heat from the high pressure vapor stream; routing the medium pressure stream to a stripper, where the medium pressure stream is used as stripping steam; and routing the low pressure stream [31', 31"] to at least one of a product fractionator and a diesel side stripper, where the low pressure stream is used as stripping steam.
"BENDABLE PROSTHETIC ABUTMENT" (A, A', B, B' or C), provided with a single body comprising a zone for connection to an implant arranged on the gingival tissue for receiving a prostheti abutment; an intermediate restriction for angular orientation and designed to be mechanically shaped by means of a bending device; and in the upper third portion a mounting and fastening portion for a prosthesis, wherein it comprises a sacrificial and anchoring zone associated to the zone for connection to an implant, wherein said sacrificial and anchoring zone being greater than the external geometry of the zone for connection (2 or 22) so as to define a ring-shaped shoulder arranged between the bendable intermediate restriction and the zone for connection (2 or 22) to be positioned in a cavity (29 or 29') of a separate bending device, so as to define a minimum distance between the zone for connection (2 or 22) and a cavity (29 or 29') of a suitable bending device, when anchoring the abutment in said cavity (29 or 29'), the bendable intermediate restriction is designed to be mechanically shaped by means of a bending device, characterized in that the intermediate restriction comprises a circular hyperboloid configuration.
A system for suspension of banners characterised in that the system comprises - a plurality of flexible attachment means (5,7,9) corresponding to the number of attachment points (19,21,23,25) on the banner; - a plurality of sheaves (35,37,39,41), said sheaves (35,37,39,41) define the attachment points of a geometrical figure;said geometrical figure is situated in a single plane; characterised by a - number of wires equal to the number of sheaves; - said wires (11,13,15,17) are at a first end attached to the flexible means (5,7,9), said wires at a second end interacts with at least one winch; - said at least one winch is capable of tightening and loosening the wires thereby suspending the banner into a plane parallel with the single plane of the geometrical figure; - each wire interacts with at least one sheave between the first and second end of the wire - said winch comprises an axis of rotation, said axis of rotation is perpendicular to the single plane - said winch is situated in the single plane. - a plurality of flexible attachment means (5,7,9) corresponding to the number of attachment points (19,21,23,25) on the banner; - a plurality of sheaves (35,37,39,41), said sheaves (35,37,39,41) define the attachment points of a geometrical figure;said geometrical figure is situated in a single plane; characterised by a - number of wires equal to the number of sheaves; - said wires (11,13,15,17) are at a first end attached to the flexible means (5,7,9), said wires at a second end interacts with at least one winch; - said at least one winch is capable of tightening and loosening the wires thereby suspending the banner into a plane parallel with the single plane of the geometrical figure; - each wire interacts with at least one sheave between the first and second end of the wire - said winch comprises an axis of rotation, said axis of rotation is perpendicular to the single plane - said winch is situated in the single plane.
Air duct device for a vehicle, in particular motor vehicle, having a tubular air duct with a casing wall which is closed in cross section, and having at least one elastically deformable latching means assigned to the air duct, wherein the air duct is formed at least in two parts in cross section and for this purpose has a first duct element and a second duct element which are held together by the at least one latching means so tightly that they conjointly form the closed casing wall of the air duct, characterized in that the first and/or the second duct element (5,6) in cross section each have one base wall (7,8) and two mutually spaced-apart side walls (9,10) projecting from the base wall (7,8), wherein each of the side walls (9,10) has on its free end side either a receptacle depression (11,27) or a connection protrusion (12-14,25,26); in that the side walls (9,10) of at least one of the duct elements (5,6) are in each case formed in a fork-shaped manner having two connection protrusions (13,14;25,26) which are aligned to be at least substantially mutually parallel, wherein the in each case two connection protrusions (13,14;25,26) between each other in each case form a receptacle depression (11,27); and in that at least one of the duct elements (5,6) in a branching region (19,24) of at least one of the side walls (10,11) has a fluid injection internal pressure duct (20, 28), extending parallel to the air duct, into the associated connection protrusions (13,14;25,26).
A method of operating a base station, the method comprising: determining whether there are any mobile devices that are not associated with the base station that require protection from interference caused by downlink transmissions of the base station; and setting a maximum permitted transmission power for the base station based on the result of the step of determining; wherein the step of determining comprises identifying whether there are any mobile devices that are receiving downlink transmissions from a base station other that said base station by estimating a quality of a signal in an uplink from mobile devices that are not associated with said base station to said other base station. determining whether there are any mobile devices that are not associated with the base station that require protection from interference caused by downlink transmissions of the base station; and setting a maximum permitted transmission power for the base station based on the result of the step of determining;
A blind detection parameter acquisition method performed by a User Equipment, UE, comprising: detecting (201, 301) a signal transmitted via a channel to acquire a detection result that indicates the UE to perform the blind detection on a Physical Downlink Control Channel, PDCCH; wherein the signal comprises a wake-up signal, WUS, or a go-to-sleep signal, and the channel comprises a wake-up channel or a go-to-sleep channel, wherein the wake-up channel is a channel via which the WUS is transmitted, and the go-to-sleep channel is a channel via which the go-to-sleep signal is transmitted, and the detection result is configured to indicate the UE to perform the blind detection on PDCCH, or indicate the UE to go back to a go-to-sleep state if the UE was in the go-to-sleep state before detecting the signal or the signal transmitted via the channel; acquiring (202, 302) a blind detection parameter corresponding to the detection result, wherein the blind detection parameter comprises a blind detection parameter of the PDCCH; and performing the blind detection on the PDCCH by using the blind detection parameter. detecting (201, 301) a signal transmitted via a channel to acquire a detection result that indicates the UE to perform the blind detection on a Physical Downlink Control Channel, PDCCH; wherein the signal comprises a wake-up signal, WUS, or a go-to-sleep signal, and the channel comprises a wake-up channel or a go-to-sleep channel, wherein the wake-up channel is a channel via which the WUS is transmitted, and the go-to-sleep channel is a channel via which the go-to-sleep signal is transmitted, and the detection result is configured to indicate the UE to perform the blind detection on PDCCH, or indicate the UE to go back to a go-to-sleep state if the UE was in the go-to-sleep state before detecting the signal or the signal transmitted via the channel; acquiring (202, 302) a blind detection parameter corresponding to the detection result, wherein the blind detection parameter comprises a blind detection parameter of the PDCCH; and performing the blind detection on the PDCCH by using the blind detection parameter.
Means for indexing at least one point on a wheeled base in a reference plan of the floor on which said base moves, said means comprising a substantially vertical finger (3, 7) and a housing for receiving the end of said finger (3, 7), the finger (3, 7) and the receiving housing being rigidly connected to one or the other of the floor and the wheeled base, respectively, characterised in that the receiving housing is formed in a slide that is parallel to the floor and in that said means also comprise elements (6a, 6b, 6c, 6d) for snap-fitting the finger in the slide, which elements are retractable against the effect of a resilient element for returning them to the active position.
A method performed by a first base station, the method comprising: receiving, from a second base station, a second message for a resource coordination between the first base station and the second base station, the second message including a second bitmap for indicating whether a data resource is allocated in the second base station or not for each transmission duration comprising a subframe and a physical resource block, PRB; and transmitting, to the second base station, a first message for the resource coordination, the first message including a first bitmap for indicating whether a data resource is allocated in the first base station or not for each transmission duration comprising a subframe and a PRB; and performing the resource coordination based on a resource constraint bitmap received from the second base station, wherein the resource constraint bitmap indicates whether a transmission is allowed or not per a resource unit. receiving, from a second base station, a second message for a resource coordination between the first base station and the second base station, the second message including a second bitmap for indicating whether a data resource is allocated in the second base station or not for each transmission duration comprising a subframe and a physical resource block, PRB; and transmitting, to the second base station, a first message for the resource coordination, the first message including a first bitmap for indicating whether a data resource is allocated in the first base station or not for each transmission duration comprising a subframe and a PRB; and performing the resource coordination based on a resource constraint bitmap received from the second base station, wherein the resource constraint bitmap indicates whether a transmission is allowed or not per a resource unit.