mhurhangee/ep-ind-claims huggingface dataset:
A method (600, 700) comprising: detecting (610, 730) movement of an apex of a bend in a deformable display including determining a direction and a speed of the movement, the apex of the bend moving across a surface of the deformable display from a first area to a second area of the deformable display, wherein the detection of movement of the apex is based on signals received from a plurality of bend sensors included in the deformable display, the signals being indicative of the bend and the movement of the apex of the bend across the surface of the deformable display; and based on characteristics of the movement of the apex of the bend from the first area to the second area matching a predefined bend gesture, modifying (620, 760) a process running on a computing device coupled to the deformable display by translating the direction and the speed of the movement into a polarity and a magnitude associated with a user-interface operation, respectively. detecting (610, 730) movement of an apex of a bend in a deformable display including determining a direction and a speed of the movement, the apex of the bend moving across a surface of the deformable display from a first area to a second area of the deformable display, wherein the detection of movement of the apex is based on signals received from a plurality of bend sensors included in the deformable display, the signals being indicative of the bend and the movement of the apex of the bend across the surface of the deformable display; and based on characteristics of the movement of the apex of the bend from the first area to the second area matching a predefined bend gesture, modifying (620, 760) a process running on a computing device coupled to the deformable display by translating the direction and the speed of the movement into a polarity and a magnitude associated with a user-interface operation, respectively.
Ring spinning machine comprising a plurality of spinning positions positioned next to one another on both sides of the machine longitudinal axis and each equipped with a multipart thread-break suction device in the delivery region of a drafting system arrangement, said device having a retaining sleeve connected to a suction duct of the ring spinning machine, which duct extends along the length of the machine, a suction pipe that can be secured in the retaining sleeve, and a suction nozzle, which is arranged on the suction pipe and can be interchangeably secured to the suction pipe by means of a locking device (24; 27), characterised in that, the suction nozzle has an inner tubular extension piece, which engages in the suction pipe when in the assembled state, and an outer tubular extension piece, which engages over the suction pipe when in the assembled state such as to produce a labyrinth seal, and the locking device (24, 27) is configured as a bayonet joint (16, 25). the suction nozzle has an inner tubular extension piece, which engages in the suction pipe when in the assembled state, and an outer tubular extension piece, which engages over the suction pipe when in the assembled state such as to produce a labyrinth seal, and the locking device (24, 27) is configured as a bayonet joint (16, 25).
Device for preparing a beverage from a substance contained in a capsule, the device comprising: - a capsule holder arranged for holding such capsule, - means (7, 60) for rotationally driving the capsule at an adjustable rotational speed, - a liquid feeding unit (3, 35) for feeding liquid into the capsule, and - beverage draining means for draining a beverage produced in the capsule, the beverage draining means comprising at least one valve, at least one external valve operating means (56, 57, 58, 61, 74, 77, 78, 79) applying a force from outside the beverage draining means being arranged to control the state of the valve, wherein said force is not produced by beverage flowing inside and against an inner wall or other element of the beverage draining means, characterized in that said force from outside the beverage draining means is arranged to control the state of the valve in order to modify the flow resistance of the beverage draining means. the device comprising: - a capsule holder arranged for holding such capsule, - means (7, 60) for rotationally driving the capsule at an adjustable rotational speed, - a liquid feeding unit (3, 35) for feeding liquid into the capsule, and - beverage draining means for draining a beverage produced in the capsule, - a capsule holder arranged for holding such capsule, - means (7, 60) for rotationally driving the capsule at an adjustable rotational speed, - a liquid feeding unit (3, 35) for feeding liquid into the capsule, and - beverage draining means for draining a beverage produced in the capsule, the beverage draining means comprising at least one valve, at least one external valve operating means (56, 57, 58, 61, 74, 77, 78, 79) applying a force from outside the beverage draining means being arranged to control the state of the valve, wherein said force is not produced by beverage flowing inside and against an inner wall or other element of the beverage draining means, characterized in that said force from outside the beverage draining means is arranged to control the state of the valve in order to modify the flow resistance of the beverage draining means.
An apparatus for inclusion in a station, STA, configured to operate in a wireless local area network, WLAN, the apparatus, when included in the STA, to cause the STA to perform, as an initiator, a time-of-flight, ToF measurement protocol with a responder, the apparatus comprising: processing circuitry to generate an announcement packet and a first null-data packet, NDP, for transmission to the responder as a first sequence; processing circuitry to initiate transmission by the STA of the first sequence such that the first NDP follows the announcement packet by a short inter-frame space, SIFS; processing circuitry to initiate reception by the STA of a second sequence transmitted by the responder after a SIFS following reception of the first sequence by the responder, the second sequence comprising a second NDP and a measurement response, wherein the measurement response includes channel information determined by the responder using the first NDP, a time of arrival of the first NDP and a time of departure of the second NDP; and processing circuitry to cause the STA to perform, as the initiator, a ToF computation to determine a distance to the responder, the ToF computation based on the measurement response and on channel information determined by the STA, as the initiator, using the second NDP. processing circuitry to generate an announcement packet and a first null-data packet, NDP, for transmission to the responder as a first sequence; processing circuitry to initiate transmission by the STA of the first sequence such that the first NDP follows the announcement packet by a short inter-frame space, SIFS; processing circuitry to initiate reception by the STA of a second sequence transmitted by the responder after a SIFS following reception of the first sequence by the responder, the second sequence comprising a second NDP and a measurement response, wherein the measurement response includes channel information determined by the responder using the first NDP, a time of arrival of the first NDP and a time of departure of the second NDP; and processing circuitry to cause the STA to perform, as the initiator, a ToF computation to determine a distance to the responder, the ToF computation based on the measurement response and on channel information determined by the STA, as the initiator, using the second NDP.
A method for mobile gateway, GW, selection, the method being performed by a Mobility Management Entity, MME, node or an S4-SGSN, comprising the steps of: transmitting a request message for a Packet Data Network, PDN, Gateway, GW, Internet Protocol, IP, address to be used for establishing a session for a first user equipment, UE, to a Policy and Charging Rules Function, PCRF, node through a direct MME/S4-SGSN-PCRF interface, which request message comprises an initial PDN GW IP address; and receiving a confirmation message comprising a PDN GW IP address to be used for establishing the session from the PCRF node through the direct MME/S4-SGSN-PCRF interface, wherein the PDN GW IP address to be used is determined by the PCRF node to be either identical to or different from the initial PDN GW IP address. transmitting a request message for a Packet Data Network, PDN, Gateway, GW, Internet Protocol, IP, address to be used for establishing a session for a first user equipment, UE, to a Policy and Charging Rules Function, PCRF, node through a direct MME/S4-SGSN-PCRF interface, which request message comprises an initial PDN GW IP address; and receiving a confirmation message comprising a PDN GW IP address to be used for establishing the session from the PCRF node through the direct MME/S4-SGSN-PCRF interface, wherein the PDN GW IP address to be used is determined by the PCRF node to be either identical to or different from the initial PDN GW IP address.
An outlet guide vane for a jet engine, comprising an aerofoil having a leading edge and a trailing edge, wherein at least part of the leading edge of the outlet guide vane is porous to thereby provide a porous section; characterised in that the porous section extends over 5-25% of the chord of the outlet guide vane; and wherein the porous section starts at or near the front of the leading edge and extends chordwise backwards. characterised in that the porous section extends over 5-25% of the chord of the outlet guide vane; and wherein the porous section starts at or near the front of the leading edge and extends chordwise backwards.
Cage nut having a retaining device demonstrating: - a nut with a radially protruding angular flange and a threaded sleeve-type holder for a screw, - a bracket with an opening which is penetrated by the sleeve-type screw holder whereby the bracket clamps over the angular flange like a clip, - a retaining collar which surrounds the sleeve-type screw holder of the nut and which supports itself on the bracket in the area of the opening, whereby the retaining collar is in one piece and the opening of the bracket has first and second covering elements (10, 11) covering both ends and whereby the covering elements (10, 11) are mechanically connected via a concentrically fitting connecting sleeve resting on the screw holder, characterized in that the bracket has an insertion slot for the retaining collar in the opening whereby the connecting sleeve has radial slots (14, 15) in the mechanical transitions to the covering elements (10, 11), that are arranged in such a way that the connecting sleeve has opposing spring elements for insertion of the one-piece retaining collar in the opening. - a nut with a radially protruding angular flange and a threaded sleeve-type holder for a screw, - a bracket with an opening which is penetrated by the sleeve-type screw holder whereby the bracket clamps over the angular flange like a clip, - a retaining collar which surrounds the sleeve-type screw holder of the nut and which supports itself on the bracket in the area of the opening,
A control method of a naval platform, said platform including at least one hull equipped with steerable thrusters (3, 4, 5, 6) distributed over the latter and means (7, 8, 9, 10, 11) for controlling the orientation and the activation of the latter, the control means comprising means for illustrating at least one portion of the surface of the water around the naval platform in proximity to the latter, associated with the control means (14, 15, 16, 17, 18, 19, 20, 21) for operating at least one first portion of the steerable thrusters (3, 4, 5, 6), said method comprising the following steps: - controlling the first portion of the steerable thrusters in order to generate and direct a waterflow towards said portion of the surface so as to push away an object; and - controlling a second portion of the steerable thrusters in order to generate a sauce for balancing the thrust generated by said waterflow. - controlling the first portion of the steerable thrusters in order to generate and direct a waterflow towards said portion of the surface so as to push away an object; and - controlling a second portion of the steerable thrusters in order to generate a sauce for balancing the thrust generated by said waterflow.
An ultrasound imaging system comprising: an ultrasound probe (106, 200) including a transducer array configured to acquire ultrasound images; and a console including a processor and non-transitory computer-readable medium having stored thereon a plurality of logic modules that, when executed by the processor, are configured to perform operations including: receiving an ultrasound image, detecting one or more targets within the ultrasound image, and generating a visualization from the ultrasound image to center the one or more detected targets within a displayed portion of the ultrasound image. an ultrasound probe (106, 200) including a transducer array configured to acquire ultrasound images; and a console including a processor and non-transitory computer-readable medium having stored thereon a plurality of logic modules that, when executed by the processor, are configured to perform operations including: receiving an ultrasound image, detecting one or more targets within the ultrasound image, and generating a visualization from the ultrasound image to center the one or more detected targets within a displayed portion of the ultrasound image. receiving an ultrasound image, detecting one or more targets within the ultrasound image, and generating a visualization from the ultrasound image to center the one or more detected targets within a displayed portion of the ultrasound image.
Electrode for acquiring electroencephalogram signals of a user, comprising a base and a plurality of legs extending from said base at first extremity, said legs comprising a second extremity covered with an electrically conductive material, said second extremity comprising a smaller cross-section than the first extremity of said legs, such that the legs are able to penetrate through hair of the user and wherein the legs are able to elastically flex such that, when the electrode is applied on a user's head, the electrically conductive material of the second extremity is in contact with a scalp of the user, the base having a cuboid shape, such that it comprises six faces including a first and a second longitudinal faces and a first and a second side faces extending in a longitudinal direction and two lateral faces extending in a transversal direction; a plug made of an electrically conductive material to connect the electrode to electronics comprised in a wearable assembly, the plug extending from a lateral face wherein the legs and the base are made of electrically conductive material such that the entirety of the electrode is electrically conductive; the legs being directly attached to and extending from the first longitudinal face. the base having a cuboid shape, such that it comprises six faces including a first and a second longitudinal faces and a first and a second side faces extending in a longitudinal direction and two lateral faces extending in a transversal direction; a plug made of an electrically conductive material to connect the electrode to electronics comprised in a wearable assembly, the plug extending from a lateral face wherein the legs and the base are made of electrically conductive material such that the entirety of the electrode is electrically conductive; the legs being directly attached to and extending from the first longitudinal face.
Method for controlling at least one energy-consuming appliance (D1, D2, D3), comprising the following steps: - contacting (24; 48) a user upon receiving an adjustment request; - receiving (26; 50), in response to said contacting, an item of information indicative of at least partial approval or of denial of the request by the user; - controlling (36; 56) said appliance (D1, D2, D3) so as to reduce the energy consumption of said appliance, the contacting step (24; 48) being implemented by a residential gateway sending a message to a terminal (T1, T2, MOB) of the user, characterized in that the item of information indicative of at least partial approval or of denial of the request by the user is received (26; 50) from the user's terminal (T1, T2, MOB) by the residential gateway, said appliance (D1, D2, D3) being controlled (36; 56) by the residential gateway on the basis of the received item of information so as to reduce the energy consumption of said appliance if the received item of information indicates at least partial approval. - contacting (24; 48) a user upon receiving an adjustment request; - receiving (26; 50), in response to said contacting, an item of information indicative of at least partial approval or of denial of the request by the user; - controlling (36; 56) said appliance (D1, D2, D3) so as to reduce the energy consumption of said appliance,
A seal assembly comprises: a first feather seal comprising a first cooling hole (94, 94A) extending through the first feather seal; and a second feather seal adjacent to the first feather seal, wherein the second feather seal comprises a second cooling hole (96, 96A) extending through the second feather seal, and wherein the first cooling hole (94, 94A) is positioned over at least a portion of the second cooling hole (96, 96A); characterised in that the second cooling hole (96, 96A) is an elongated slot that is non-parallel with the first cooling hole (94, 94A); and in that a third cooling hole is formed in the second feather seal, and the first cooling hole extends over a portion of the second and third cooling holes (96A, 96B). a first feather seal comprising a first cooling hole (94, 94A) extending through the first feather seal; and a second feather seal adjacent to the first feather seal, wherein the second feather seal comprises a second cooling hole (96, 96A) extending through the second feather seal, and wherein the first cooling hole (94, 94A) is positioned over at least a portion of the second cooling hole (96, 96A); characterised in that the second cooling hole (96, 96A) is an elongated slot that is non-parallel with the first cooling hole (94, 94A); and in that a third cooling hole is formed in the second feather seal, and the first cooling hole extends over a portion of the second and third cooling holes (96A, 96B).
A blow-by gas filtration assembly fluidically connectable to a crankcase ventilation circuit of an internal combustion engine to receive blow-by gases and filter them from the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a main body comprising a filtration chamber which extends along said axis (X-X) comprising a flow aperture delimited by an aperture edge which extends concentrically relative to the axis (X-X); - a filter group which comprises a filtering media, cylindrical hollow, comprising a filter cavity, radially crossable in filtration by the blow-by gases; - a command group supported on the main body operationally connected to the filter group to command it in rotation about the axis (X-X); - an annular collar operationally connected to the filter group; - an annular alignment and fixing group, positioned between the aperture edge and the annular collar, adapted to perform the rotational and fluidic mechanical coupling of the filter group with the main body, comprising: i) a dynamic element comprising a first radial face engaged at the aperture edge and a second radial face radially facing the annular collar; ii) an elastically yielding annular element; wherein the blow-by gas filtration assembly is characterized by the fact that the elastically yielding annular element is positioned between dynamic element and annular collar, wherein the elastically yielding annular element is elastically yielding in a flattened configuration in which it is volumetrically compressed between the second radial face and the annular collar so as to integrally engage the dynamic element and the annular collar to rotate therewith. - a main body comprising a filtration chamber which extends along said axis (X-X) comprising a flow aperture delimited by an aperture edge which extends concentrically relative to the axis (X-X); - a filter group which comprises a filtering media, cylindrical hollow, comprising a filter cavity, radially crossable in filtration by the blow-by gases; - a command group supported on the main body operationally connected to the filter group to command it in rotation about the axis (X-X); - an annular collar operationally connected to the filter group; - an annular alignment and fixing group, positioned between the aperture edge and the annular collar, adapted to perform the rotational and fluidic mechanical coupling of the filter group with the main body, comprising: i) a dynamic element comprising a first radial face engaged at the aperture edge and a second radial face radially facing the annular collar; ii) an elastically yielding annular element; i) a dynamic element comprising a first radial face engaged at the aperture edge and a second radial face radially facing the annular collar; ii) an elastically yielding annular element;
The invention is related to method of production of a type of acrylic / modacrylic fiber having anti-odor effect, characterized in that; a) Adding solvent into tank 1, b) Adding polyacrylonitrile into tank 1, c) Passing it from the heat exchanger for polyacrylonitrile to dissolve completely, d) Forming a more diluted polymer solution in tank 2 than the polymer solution called dope which is prepared in tank 1, e) Adding zinc oxide or zinc pyrithione (6.a) into tank 2, f) Mixing the solutions prepared in tank 1 and tank 2 by the assistance of dynamic mixer, and adding the same into the fiber spinning machine, g) Obtaining acrylic / modacrylic fiber from the final mixture through the wet spinning method. a) Adding solvent into tank 1, b) Adding polyacrylonitrile into tank 1, c) Passing it from the heat exchanger for polyacrylonitrile to dissolve completely, d) Forming a more diluted polymer solution in tank 2 than the polymer solution called dope which is prepared in tank 1, e) Adding zinc oxide or zinc pyrithione (6.a) into tank 2, f) Mixing the solutions prepared in tank 1 and tank 2 by the assistance of dynamic mixer, and adding the same into the fiber spinning machine, g) Obtaining acrylic / modacrylic fiber from the final mixture through the wet spinning method.