mhurhangee/ep-ind-claims huggingface dataset:
A developer cartridge to be detached from a main body of an image forming apparatus, the developer cartridge comprising: a photoconductor; and a housing comprising a lower frame, an upper frame and a waste toner container to receive waste toner from the photoconductor; wherein the upper frame constitutes an upper wall of the waste toner container that includes a recessed portion to disperse the waste toner from the photoconductor to either sides of the waste toner container; and wherein the recessed portion is in a center portion of the upper wall, the center portion corresponding to a center portion of the photoconductor in an end-to-end lengthwise direction of the photoconductor, and wherein the recessed portion is depressed downwardly from the upper wall toward the photoconductor, the waste toner container further comprising a cleaning unit in which a cleaning member is installed, and a container spaced apart from the cleaning unit to contain the waste toner transferred from the cleaning unit by a waste toner transporting member, wherein a depth of the recessed portion in a downward direction towards the photoconductor increases in a rear direction from the cleaning unit towards the container over at least a portion of the length of the recessed portion in the rear direction. a photoconductor; and a housing comprising a lower frame, an upper frame and a waste toner container to receive waste toner from the photoconductor; wherein the upper frame constitutes an upper wall of the waste toner container that includes a recessed portion to disperse the waste toner from the photoconductor to either sides of the waste toner container; and wherein the recessed portion is in a center portion of the upper wall, the center portion corresponding to a center portion of the photoconductor in an end-to-end lengthwise direction of the photoconductor, and wherein the recessed portion is depressed downwardly from the upper wall toward the photoconductor, the waste toner container further comprising a cleaning unit in which a cleaning member is installed, and a container spaced apart from the cleaning unit to contain the waste toner transferred from the cleaning unit by a waste toner transporting member, wherein a depth of the recessed portion in a downward direction towards the photoconductor increases in a rear direction from the cleaning unit towards the container over at least a portion of the length of the recessed portion in the rear direction.
A method for performing a cell selection for a User Equipment, UE, at a primary serving cell of the UE in a Coordinated Multi-Point, CoMP, cluster including the primary serving cell and one or more candidate cells, the method comprising the following steps being performed by the primary serving cell of the UE: detecting (S710; S910) a Physical Random Access Channel, PRACH, preamble signal of the UE to obtain PRACH information of the UE; transmitting (S730; S930) the PRACH information to the candidate cells for obtaining PRACH measurements, wherein the PRACH measurements are strengths of a PRACH preamble signal from the UE, the strengths being obtained by each candidate cell, receiving (S750; S970) PRACH measurements for the UE from the candidate cells, said PRACH measurements being performed by the candidate cells and based on the PRACH information and a PRACH preamble signal previously received and buffered by each candidate cell; and selecting (S770; S990) from the candidate cells one or more cells for the UE as its secondary serving cells based on the received PRACH measurements. detecting (S710; S910) a Physical Random Access Channel, PRACH, preamble signal of the UE to obtain PRACH information of the UE; transmitting (S730; S930) the PRACH information to the candidate cells for obtaining PRACH measurements, wherein the PRACH measurements are strengths of a PRACH preamble signal from the UE, the strengths being obtained by each candidate cell, receiving (S750; S970) PRACH measurements for the UE from the candidate cells, said PRACH measurements being performed by the candidate cells and based on the PRACH information and a PRACH preamble signal previously received and buffered by each candidate cell; and selecting (S770; S990) from the candidate cells one or more cells for the UE as its secondary serving cells based on the received PRACH measurements.
An end-rounding device comprising: - a movable body being a disc and comprising a base surface being a concave abrasive surface; - a gearing suitable to transfer a movement from a motor to the movable body; - a providing unit, suitable to provide a plurality of bristle filament ends to the abrasive surface, wherein the providing unit comprises a clamping unit suitable to clamp a bunch of filaments, wherein the bunch comprises a multiple of filaments of a bristle tuft; wherein the abrasive surface has a diameter in the range of from 80mm to 300mm and comprises a concave curvature which is oriented in the direction of the clamping unit and wherein the clamping unit is movable spaced from the abrasive surface with a distance. - a movable body being a disc and comprising a base surface being a concave abrasive surface; - a gearing suitable to transfer a movement from a motor to the movable body; - a providing unit, suitable to provide a plurality of bristle filament ends to the abrasive surface, wherein the providing unit comprises a clamping unit suitable to clamp a bunch of filaments, wherein the bunch comprises a multiple of filaments of a bristle tuft;
A communication device comprising: a generation unit that generates a transmission frame including an aggregation frame in which a sequence of subframes is multiplexed in a time axis direction and a frequency channel axis direction; and a transmission unit that wirelessly transmits the transmission frame, wherein the generation unit arranges, in the aggregation frame, at least one slot for receiving a predetermined signal from a reception side, the communication device further comprising: a reception unit that receives the predetermined signal in the at least one slot; and a management unit that manages a transmission sequence of the aggregation frame from the transmission unit on a basis of the predetermined signal, wherein the management unit causes transmission of the aggregation frame to continue in response to receiving a continuation request signal for requesting continuous transmission of the aggregation frame from the reception side in the at least one slot, and causes the transmission of the aggregation frame to end in a case where the continuation request signal is no longer received. a generation unit that generates a transmission frame including an aggregation frame in which a sequence of subframes is multiplexed in a time axis direction and a frequency channel axis direction; and a transmission unit that wirelessly transmits the transmission frame, wherein the generation unit arranges, in the aggregation frame, at least one slot for receiving a predetermined signal from a reception side, the communication device further comprising: a reception unit that receives the predetermined signal in the at least one slot; and a management unit that manages a transmission sequence of the aggregation frame from the transmission unit on a basis of the predetermined signal, wherein the management unit causes transmission of the aggregation frame to continue in response to receiving a continuation request signal for requesting continuous transmission of the aggregation frame from the reception side in the at least one slot, and causes the transmission of the aggregation frame to end in a case where the continuation request signal is no longer received. a reception unit that receives the predetermined signal in the at least one slot; and a management unit that manages a transmission sequence of the aggregation frame from the transmission unit on a basis of the predetermined signal, wherein the management unit causes transmission of the aggregation frame to continue in response to receiving a continuation request signal for requesting continuous transmission of the aggregation frame from the reception side in the at least one slot, and causes the transmission of the aggregation frame to end in a case where the continuation request signal is no longer received.
A drawing-in gripper for drawing warp yarns of a warp into elements (150, 160, 170) of a weaving harness along a drawing-in path, the gripper extending longitudinally along a main axis between a gripper nose and a coupling rear end for coupling the gripper to a linear drive (6, 10), the gripper defining a yarn-receiving cavity which extends, between the gripper nose and the coupling read end, through the gripper along a transverse axis perpendicular to the main axis, the gripper forming a bite portion, which extends longitudinally at the rear of the gripper nose, and an entry opening of the yarn-receiving cavity being defined between a rear tip of the bite portion and a rectilinear back surface of the yarn receiving cavity, characterized in that: - in a longitudinal plane (X8, Z8) perpendicular to the transverse axis, the yarn-receiving cavity is L-shaped and - an angle (β), defined between the main axis and the rectilinear back surface and measured in the longitudinal plane and within the yarn-receiving cavity, is between 90° and 105°, preferably equal to 90°. - in a longitudinal plane (X8, Z8) perpendicular to the transverse axis, the yarn-receiving cavity is L-shaped and - an angle (β), defined between the main axis and the rectilinear back surface and measured in the longitudinal plane and within the yarn-receiving cavity, is between 90° and 105°, preferably equal to 90°.
A steering column mechanism comprising: - a lower body; - an upper tube that is movable depthwise relative to the lower body along an extension and retraction path, in a direction of retraction and in a direction of extension opposite the direction of retraction; - a locking mechanism for locking the upper tube relative to the lower body, the locking mechanism being movable between a locked position and an unlocked position and comprising a clamping shrank rotated about a chuck spindle; - a retractable stop that is movable relative to the lower body and relative to the locking mechanism between an active position and a retracted position, with said retractable stop, in the active position, limiting the travel of the upper tube in the direction of retraction to an adjustment stop position, with the retractable stop, in the retracted position, not interfering with the upper tube, with the retractable stop being linked to the locking mechanism via an interlock in such a way as to be in the active position when the locking mechanism is in the unlocked position; characterized in that the lower body comprises one or more support(s) (76, 78, 96) for at least partially taking up forces generated by the upper tube on the retractable stop when the locking mechanism is in the unlocked position and the upper tube is in the adjustment stop position in abutment against the retractable stop. - a lower body; - an upper tube that is movable depthwise relative to the lower body along an extension and retraction path, in a direction of retraction and in a direction of extension opposite the direction of retraction; - a locking mechanism for locking the upper tube relative to the lower body, the locking mechanism being movable between a locked position and an unlocked position and comprising a clamping shrank rotated about a chuck spindle; - a retractable stop that is movable relative to the lower body and relative to the locking mechanism between an active position and a retracted position, with said retractable stop, in the active position, limiting the travel of the upper tube in the direction of retraction to an adjustment stop position, with the retractable stop, in the retracted position, not interfering with the upper tube, with the retractable stop being linked to the locking mechanism via an interlock in such a way as to be in the active position when the locking mechanism is in the unlocked position;
Ophthalmic light instrument, comprising a plug of the light instrument, having an abutment surface; and a light guide, mounted on the plug of the light instrument, for guiding light to a surgical site in the eye, wherein the light guide has a proximal end for coupling of light from a light source and a distal end for emission of light, wherein the plug of the light instrument is configured to be magnetically attractable or attractive and can be positioned by means of its abutment surface with respect to the light source and can be connected releasably to the light source, wherein the plug of the light instrument comprises a magnetisable material component or a magnetised material component, wherein the magnetisable material component in the plug of the light instrument is magnetised, and wherein the magnetisable material component and/or the magnetised material component consists of a ferrimagnetic material component, and/or wherein the magnetisable material component and/or the magnetised material component consists of a ferromagnetic material component, characterized in that the magnetisable material component and/or the magnetised material component is particulate and is embedded in a plastic matrix. a plug of the light instrument, having an abutment surface; and a light guide, mounted on the plug of the light instrument, for guiding light to a surgical site in the eye, wherein the light guide has a proximal end for coupling of light from a light source and a distal end for emission of light, wherein the plug of the light instrument is configured to be magnetically attractable or attractive and can be positioned by means of its abutment surface with respect to the light source and can be connected releasably to the light source, wherein the plug of the light instrument comprises a magnetisable material component or a magnetised material component, wherein the magnetisable material component in the plug of the light instrument is magnetised, and wherein the magnetisable material component and/or the magnetised material component consists of a ferrimagnetic material component, and/or wherein the magnetisable material component and/or the magnetised material component consists of a ferromagnetic material component, characterized in that the magnetisable material component and/or the magnetised material component is particulate and is embedded in a plastic matrix.
A communication buoy suitable for being submerged in a fluid, comprising: - an antenna, - at least one arm, and - a plurality of wings (15, 20) comprising at least a first wing and a second wing, each wing (15, 20) being connected to at least one other wing (15, 20) by an arm and being able to generate a lift force (Fp1, Fp2) when the buoy is in motion in the fluid, at least one of the arms delimiting an outlet opening for the antenna, and one of the wings (15, 20) comprising a storage member for the antenna, the buoy further comprising a deployment member configured to deploy the antenna, through the opening, outside the buoy. - an antenna, - at least one arm, and - a plurality of wings (15, 20) comprising at least a first wing and a second wing, each wing (15, 20) being connected to at least one other wing (15, 20) by an arm and being able to generate a lift force (Fp1, Fp2) when the buoy is in motion in the fluid,
Use of a lubricating composition for lubricating a transmission, the lubricating composition comprising a major amount of lubricating oil comprising less than 40% by weight alkylcycloparaffins selected from the group consisting of monocycloparaffins and tetracycloparaffins, wherein monocycloparaffins are present in the composition in an amount of less than 30% by weight relative to the total weight of the composition, tetracycloparaffins are present in the composition in an amount of less than 2.0% by weight relative to the total weight of the composition, and at least one diarylamine is present in the composition in an amount of at least 0.40% by weight relative to the total weight of the composition, wherein the lubricating oil is selected from the group consisting of paraffinic oils, naphthenic oils, and mixtures thereof.
Side section door, comprising a plurality of panels (110, 111) pivotally connected to each other via vertical axes, and a locking device configured for connecting the panel of the side section door, which is the rear panel in the closing direction, to a stationary side frame of the side section door in such a manner that the rear panel is locked against a movement perpendicular to the plane of the rear panel in the region of the locking device, wherein the locking device comprises a first angle bracket attachable to the rear panel and a second angle bracket attachable to the side frame, wherein the first angle bracket and the second angle bracket engage in one another in the locking position, wherein the first angle bracket is designed in an L-shaped manner, characterized in that the second angle bracket is designed in a U-shaped manner with two legs (17, 18) connected by a web, that one leg of the first angle bracket which co-operates with the second angle bracket has a recess in which the web of the second angle bracket engages in the locking position and that the leg of the first angle bracket which co-operates with the second angle bracket comes to rest between the two legs (17, 18) of the second angle bracket in the locking position.
A method of performing signaling transmission in a wireless communication network supporting coordinated multiple point transmission, the method comprising: transmitting load information from a first base station to at least one second base station via X2 signaling, wherein the load information comprises at least one item of relative narrowband beam information element or relative narrowband scheduling information element; wherein the relative narrowband beam information element is used to indicate downlink beam restriction per physical resource block, per subband, per wideband, per carrier or per subframe in a cell and information needed by said at least one second base station upon performing interference aware scheduling; wherein the relative narrowband scheduling information element is used to indicate scheduling restriction per physical resource block, per subband, per wideband, per carrier or per subframe in a cell and information needed by said at least one second base station upon performing interference aware scheduling; adding an identifier of a central node of coordinated multiple point transmission to the load information as an identifier of a transmitter; transmitting the load information with the identifier added as a resource allocation request to a receiving base station indicated in the load information; wherein a relative narrowband transmission power information element included in the load information comprises the setting of a maximum transmission power. transmitting load information from a first base station to at least one second base station via X2 signaling, wherein the load information comprises at least one item of relative narrowband beam information element or relative narrowband scheduling information element; wherein the relative narrowband beam information element is used to indicate downlink beam restriction per physical resource block, per subband, per wideband, per carrier or per subframe in a cell and information needed by said at least one second base station upon performing interference aware scheduling; wherein the relative narrowband scheduling information element is used to indicate scheduling restriction per physical resource block, per subband, per wideband, per carrier or per subframe in a cell and information needed by said at least one second base station upon performing interference aware scheduling; adding an identifier of a central node of coordinated multiple point transmission to the load information as an identifier of a transmitter; transmitting the load information with the identifier added as a resource allocation request to a receiving base station indicated in the load information; wherein a relative narrowband transmission power information element included in the load information comprises the setting of a maximum transmission power.
A vehicle attitude control system, comprising: a target sideslip angle computing unit that calculates a target sideslip angle (βs) used when a vehicle makes a turn, based on a steering angle (δ) and a vehicle speed (v); a target sideslip angle correcting unit that corrects the target sideslip angle calculated by the target sideslip angle computing unit, using a sideslip angle correction amount (Δβ), characterized in that said sideslip angle correction amount is calculated based on at least one of a steering angular velocity (δ), a depression amount of an accelerator pedal, a depression velocity (A') of the accelerator pedal and a depression amount of a brake pedal; and further comprising an attitude control unit that executes vehicle attitude control using the target sideslip angle corrected by the target sideslip angle correcting unit. a target sideslip angle computing unit that calculates a target sideslip angle (βs) used when a vehicle makes a turn, based on a steering angle (δ) and a vehicle speed (v); a target sideslip angle correcting unit that corrects the target sideslip angle calculated by the target sideslip angle computing unit, using a sideslip angle correction amount (Δβ), characterized in that said sideslip angle correction amount is calculated based on at least one of a steering angular velocity (δ), a depression amount of an accelerator pedal, a depression velocity (A') of the accelerator pedal and a depression amount of a brake pedal; and further comprising an attitude control unit that executes vehicle attitude control using the target sideslip angle corrected by the target sideslip angle correcting unit.
A wind turbine with vertical central axis of rotation, comprising a central shaft rotating about said axis, a plurality of blades connected via beams to said shaft to the rotation about the central axis, each blade extending along an own axis having a prevalent development along said central axis and being supported by the shaft by support means adapted to allow an oscillation about said axis covering a given angle on a horizontal plane between two stop positions, the turbine further comprising automatic control means adapted to vary the angular position of each blade relative to its own axis as a function of the position of revolution of the blade itself about the central axis, wherein said automatic control means comprise: - a driving wheel concentric to and fixedly connected to said shaft; respective first driven wheels equal in number to said blades, arranged in a satellite fashion with respect to said axis, supported rotatably about their own axes which are in turn brought in revolution integrally to said shaft, the first driven wheels being provided with an inner profile, and with an outer profile cooperating tangentially with an outer profile of said driving wheel; a planetary wheel in turn arranged coaxially to said central axis, so as to be independent with the rotation of said shaft, and provided with an inner profile cooperating tangentially with said outer profile of said first driven wheels; resetting means for setting the position of said planetary wheel adapted to keep it steady with unchanging wind and move it angularly in case of change in the wind direction by an angle corresponding to the angular shift of said wind direction; for each first driven wheel, a second driven wheel, rotatably supported about its own axis which is in turn brought in revolution at the same rotation speed as said shaft, each second driven wheel being provided with an outer profile cooperating tangentially with said inner profile of the relative first driven wheel; and transmission means (6, 7, 24) adapted to convert the relative rotation motion of the second driven wheels in a reciprocating actuation of the respective blades between said stop positions.