mhurhangee/ep-ind-claims huggingface dataset:
A self-rotating fluidic traverse actuator comprising: an outer cylinder comprising a longitudinal slot operable to eject the fluid flow; and an inner cylinder operable to rotate inside the outer cylinder in response to a rotation of a turbine and characterised by a turbine operable to rotate in response of a fluid flow, and by the inner cylinder comprising at least one helical slot operable to eject the fluid flow into the longitudinal slot. an outer cylinder comprising a longitudinal slot operable to eject the fluid flow; and an inner cylinder operable to rotate inside the outer cylinder in response to a rotation of a turbine and characterised by a turbine operable to rotate in response of a fluid flow, and by the inner cylinder comprising at least one helical slot operable to eject the fluid flow into the longitudinal slot.
A method for traffic engineering on an optical transport network, OTN, comprising network elements implementing asymmetric OTN switches, said method comprising: (a) discovering by a network element of said network elements of said network ODUk containers available on each of locally terminated traffic engineering, TE, links and identifying the switching limitations of the discovered ODUk containers with respect to how said ODUk containers are switchable onto the ODUk containers available on other locally terminated TE links; (b) identifying by said network element groups of ODUk containers available on a given TE link exhibiting identical switching limitations; (c) negotiating by said network element with its neighboring network elements properties of a plurality of child TE links to be advertised, each of said child TE links to be advertised being associated with a separate ODUk group; and (d) advertising by said network element for each identified group of ODUk containers a separate child TE link parallel to an original parent TE link, wherein each advertised child TE link indicates the total number of available ODUk containers within the respective ODUk group along with the identified switching limitations exhibited by the ODUk containers of said ODUk group and wherein the re-advertised parent TE link indicates the number of available ODUk containers reduced to account for the ODUk containers associated with the separately advertised child TE links. (a) discovering by a network element of said network elements of said network ODUk containers available on each of locally terminated traffic engineering, TE, links and identifying the switching limitations of the discovered ODUk containers with respect to how said ODUk containers are switchable onto the ODUk containers available on other locally terminated TE links; (b) identifying by said network element groups of ODUk containers available on a given TE link exhibiting identical switching limitations; (c) negotiating by said network element with its neighboring network elements properties of a plurality of child TE links to be advertised, each of said child TE links to be advertised being associated with a separate ODUk group; and (d) advertising by said network element for each identified group of ODUk containers a separate child TE link parallel to an original parent TE link, wherein each advertised child TE link indicates the total number of available ODUk containers within the respective ODUk group along with the identified switching limitations exhibited by the ODUk containers of said ODUk group and wherein the re-advertised parent TE link indicates the number of available ODUk containers reduced to account for the ODUk containers associated with the separately advertised child TE links.
Telescope with wide Field of View, high optical resolution and continuity of the field of view comprising a spherical primary mirror, characterized by the fact a) that said telescope is equipped with a system of repartitioning of the Field of View, b) that said system of repartitioning of the Field of View is placed in proximity of the focus (M1f) of the primary mirror, and is constituted by a secondary mirror composed by n planar reflective surfaces, (fc1-16) c) that said n planar reflective surfaces are contiguous one to the other and form a continuous multifaceted prismatic reflector, in such a way as to obtain the continuity of the field of view over the whole field, d) that said n planar reflective surfaces are followed by a corresponding number of correctors (C1-n) and optical cameras (Rc1-n) that form n portions of immage in n distinct focal planes (fp1-n), e) that on each n-th focal plane is positioned a collecting and recording element. a) that said telescope is equipped with a system of repartitioning of the Field of View, b) that said system of repartitioning of the Field of View is placed in proximity of the focus (M1f) of the primary mirror, and is constituted by a secondary mirror composed by n planar reflective surfaces, (fc1-16) c) that said n planar reflective surfaces are contiguous one to the other and form a continuous multifaceted prismatic reflector, in such a way as to obtain the continuity of the field of view over the whole field, d) that said n planar reflective surfaces are followed by a corresponding number of correctors (C1-n) and optical cameras (Rc1-n) that form n portions of immage in n distinct focal planes (fp1-n), e) that on each n-th focal plane is positioned a collecting and recording element.
Method in a first node for adaptation of a signal to be sent from the first node to a second node in a wireless communication system, the first node being capable of communicating with the second node over a radio link, the first node being arranged to know a number of subsets of a set of possible information alternatives, each subset comprising a part of or a complete codebook which is comprised by the second node including the set of possible information alternatives used for assisting the adaptation of the signal, the method comprising: sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets, wherein the configuration request specifies which at least one of the subsets to restrict the selection to; and receiving a report of an information alternative from the second node, which information alternative is selected from the at least one of the subsets according to the configuration request the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative. the first node being arranged to know a number of subsets of a set of possible information alternatives, each subset comprising a part of or a complete codebook which is comprised by the second node including the set of possible information alternatives used for assisting the adaptation of the signal, the method comprising: sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets, wherein the configuration request specifies which at least one of the subsets to restrict the selection to; and receiving a report of an information alternative from the second node, which information alternative is selected from the at least one of the subsets according to the configuration request the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative. sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets, wherein the configuration request specifies which at least one of the subsets to restrict the selection to; and receiving a report of an information alternative from the second node, which information alternative is selected from the at least one of the subsets according to the configuration request the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative.
A method of suppressing stimulated Brillouin scattering while transmitting an optical signal through optical fiber, comprising the steps of: emitting a light beam from a light source, the method being characterized by: during said emitting step, directly modulating the light source with a high frequency signal that is dithered by modulating the frequency of the high frequency signal based on one or more low frequency dithering signals of a frequency or frequencies lower than that of the high frequency signal; amplitude modulating the light beam externally of the light source with an RF information-carrying signal, the high frequency signal being at least twice a highest frequency of the RF information-carrying signal; and coupling the light beam modulated with the RF information-carrying signal into the optical fiber, wherein the light source is a laser, wherein the high frequency signal is generated by a voltage controlled oscillator, VCO, and wherein dithering the high frequency signal with the low frequency dithering signal is accomplished by modulating a bias voltage of the VCO. emitting a light beam from a light source, the method being characterized by: during said emitting step, directly modulating the light source with a high frequency signal that is dithered by modulating the frequency of the high frequency signal based on one or more low frequency dithering signals of a frequency or frequencies lower than that of the high frequency signal; amplitude modulating the light beam externally of the light source with an RF information-carrying signal, the high frequency signal being at least twice a highest frequency of the RF information-carrying signal; and coupling the light beam modulated with the RF information-carrying signal into the optical fiber, wherein the light source is a laser, wherein the high frequency signal is generated by a voltage controlled oscillator, VCO, and wherein dithering the high frequency signal with the low frequency dithering signal is accomplished by modulating a bias voltage of the VCO. during said emitting step, directly modulating the light source with a high frequency signal that is dithered by modulating the frequency of the high frequency signal based on one or more low frequency dithering signals of a frequency or frequencies lower than that of the high frequency signal; amplitude modulating the light beam externally of the light source with an RF information-carrying signal, the high frequency signal being at least twice a highest frequency of the RF information-carrying signal; and coupling the light beam modulated with the RF information-carrying signal into the optical fiber, wherein the light source is a laser, wherein the high frequency signal is generated by a voltage controlled oscillator, VCO, and wherein dithering the high frequency signal with the low frequency dithering signal is accomplished by modulating a bias voltage of the VCO.
An assembly for placing a fixation device in contact with an endosteal wall of an intramedullary canal of a fractured bone, the assembly comprising: a woven elongated structure for receiving resin an insertion tube having an inner diameter that accommodates the woven elongated structure; and an injection tube having a proximal end in communication with a supply of uncured injectable resin and a distal end which is disposed axially within the woven elongated structure; the woven elongated structure being compressible to a cross-sectional width smaller than an inner diameter of the insertion tube so as to fit within the insertion tube, and being expandable upon release from the insertion tube to an outer cross-sectional width greater than an outer diameter of the insertion tube for engaging the endosteal wall of the IM canal, characterized in that the woven elongated structure has a closed distal end; and the insertion tube has a flared proximal end and a narrow distal end. a woven elongated structure for receiving resin an insertion tube having an inner diameter that accommodates the woven elongated structure; and an injection tube having a proximal end in communication with a supply of uncured injectable resin and a distal end which is disposed axially within the woven elongated structure; the woven elongated structure being compressible to a cross-sectional width smaller than an inner diameter of the insertion tube so as to fit within the insertion tube, and being expandable upon release from the insertion tube to an outer cross-sectional width greater than an outer diameter of the insertion tube for engaging the endosteal wall of the IM canal, characterized in that the woven elongated structure has a closed distal end; and the insertion tube has a flared proximal end and a narrow distal end.
A hybrid vehicle, comprising: an engine; a motor; a power storage device configured to transmit electric power to and from the motor; a controller(24, 40, 80) configured to control the engine and the motor such that the hybrid vehicle is driven with changeover between a CD or Charge Depleting mode and a CS or Charge Sustaining mode; and a meter display device(70, 78) configured to change over a display from a power meter display that displays a power used for driving to a tachometer display that displays a rotation speed of the engine, in response to a switch operation, wherein the hybrid vehicle further comprising a sport mode switch that is operated to select a sport mode, characterized in that the meter display device(70, 78) provides the tachometer display in response to selection of the sport mode in the CS mode and provides the power meter display irrespective of selection of the sport mode in the CD mode. an engine; a motor; a power storage device configured to transmit electric power to and from the motor; a controller(24, 40, 80) configured to control the engine and the motor such that the hybrid vehicle is driven with changeover between a CD or Charge Depleting mode and a CS or Charge Sustaining mode; and a meter display device(70, 78) configured to change over a display from a power meter display that displays a power used for driving to a tachometer display that displays a rotation speed of the engine, in response to a switch operation, wherein the hybrid vehicle further comprising a sport mode switch that is operated to select a sport mode, characterized in that the meter display device(70, 78) provides the tachometer display in response to selection of the sport mode in the CS mode and provides the power meter display irrespective of selection of the sport mode in the CD mode.
An item of furniture having at least one sliding door (1, 2), which closes at least a portion of a furniture body and is movable on a runway, and an electromechanical closure system, using which the sliding door (1, 2) is lockable in a closed position, wherein the electromechanical closure system comprises a closing bolt movable in and opposite to a closing direction (x) between a release position and a locked position by means of an electric motor, wherein the closing bolt itself effectuates locking of the sliding door (1, 2); characterized in that - a blocking element is accommodated in a cavity of the closing bolt, - wherein the blocking element is displaceable between a blocking position protruding from an opening in a lateral surface of the closing bolt and a neutral position not protruding therefrom, wherein a housing of the closure system accommodating the electric motor is fastened on a side facing away from the sliding door of a wall element of the item of furniture arranged in parallel to the sliding door, wherein the housing comprises a guide protruding into a borehole of the wall element, in which the closing bolt is guided so it is displaceable, wherein the closing bolt protrudes into a pocket of the sliding door provided on the side facing toward the wall element in the locking position. - a blocking element is accommodated in a cavity of the closing bolt, - wherein the blocking element is displaceable between a blocking position protruding from an opening in a lateral surface of the closing bolt and a neutral position not protruding therefrom,
A lighting plan generator configured to generate a lighting plan from images, the lighting plan comprising a map of locations of a plurality of light units located in a space, the lighting plan generator comprising: at least two of the plurality of light units including a sensor to capture the images and an orientation sensor to provide orientation information, independent from the images, for the images; a processing unit configured to, - receive the at least two images from the plurality of light units, the at least two images comprising at least partially overlapping areas captured by respective sensors in said interior space and orientation sensor information for each of the at least two images; - align the received at least two images to a common direction using the orientation sensor information, - determine overlapping image portions of the at least two images, - generate the lighting plan using the determined overlapping image portions. at least two of the plurality of light units including a sensor to capture the images and an orientation sensor to provide orientation information, independent from the images, for the images; a processing unit configured to, - receive the at least two images from the plurality of light units, the at least two images comprising at least partially overlapping areas captured by respective sensors in said interior space and orientation sensor information for each of the at least two images; - align the received at least two images to a common direction using the orientation sensor information, - determine overlapping image portions of the at least two images, - generate the lighting plan using the determined overlapping image portions. - receive the at least two images from the plurality of light units, the at least two images comprising at least partially overlapping areas captured by respective sensors in said interior space and orientation sensor information for each of the at least two images; - align the received at least two images to a common direction using the orientation sensor information, - determine overlapping image portions of the at least two images, - generate the lighting plan using the determined overlapping image portions.
Method for avoiding parallel occurrence of load peaks of a plastics processing machine, in particular an injection-molding machine and at least one stand-alone production resource operated with its own control system, for example a temperature control unit, hot runner system, cooling unit, flow controller, granule dryer, mold dryer, metering device, robot, automation system, etc., wherein the injection-molding machine is connected via an electrical line or data line to the at least one independent production resource directly or indirectly via an external work cell controller, wherein the injection-molding machine or the external work cell controller transmits one or several leading control signals or internal operating states with increased load requirement to the production resource so that the independent production resource performs a load shift, load reduction, or load shedding at the times of the increased load requirement of the injection-molding machine.
Method for assembling a lighting device comprising at least one semiconductor illuminant and a housing in which the at least one semiconductor illuminant is accommodated, wherein arranged in the housing is a base body which carries the semiconductor illuminant and which has a cavity in which a connection module is arranged, characterized by the following steps: - inserting two arms (1, 2) of an assembly aid through lateral apertures of the base body into the cavity thereof; - positioning and fixing the connection module located in the cavity. - inserting two arms (1, 2) of an assembly aid through lateral apertures of the base body into the cavity thereof; - positioning and fixing the connection module located in the cavity.
A hearing protection device for the passive attenuation of a single human ear canal, the device comprising: a shoulder, wherein a neck extends therefrom, the neck having a stem protruding therefrom; and a plug member covering the stem wherein the plug member comprises an elastomeric material and is configured to seal the human ear canal; characterised by further comprising a pressure plate extending from the shoulder; and a pressure pad connected to the pressure plate; wherein the pressure pad comprises an elastomeric material. a shoulder, wherein a neck extends therefrom, the neck having a stem protruding therefrom; and a plug member covering the stem wherein the plug member comprises an elastomeric material and is configured to seal the human ear canal; characterised by further comprising a pressure plate extending from the shoulder; and a pressure pad connected to the pressure plate; wherein the pressure pad comprises an elastomeric material.
Fixation system for bones, comprising - a connecting support, preferably a bone plate, with at least one through-hole, and - a bone screw with a shaft that defines a longitudinal axis and has a bone thread, and with a head that is configured as a thickened portion and that has a thread, wherein the head has a flared area, wherein the bone thread of the shaft merges in an uninterrupted manner into the thread on the flared area of the thickened portion and, wherein, when a bone plate is fixed to a bone by means of the bone screw, part of the flared area of the head of the bone screw passes through a through-hole in the bone plate and comes to lie in the osseous tissue, characterized in that the flared area of the head widens, relative to the longitudinal axis of the shaft, at an angle of 10 to 28 degrees, and the thread on the flared area of the head has the thread pitch of the bone thread on the shaft. - a connecting support, preferably a bone plate, with at least one through-hole, and - a bone screw with a shaft that defines a longitudinal axis and has a bone thread, and with a head that is configured as a thickened portion and that has a thread, wherein the head has a flared area, wherein the bone thread of the shaft merges in an uninterrupted manner into the thread on the flared area of the thickened portion and, wherein, when a bone plate is fixed to a bone by means of the bone screw, part of the flared area of the head of the bone screw passes through a through-hole in the bone plate and comes to lie in the osseous tissue, characterized in that the flared area of the head widens, relative to the longitudinal axis of the shaft, at an angle of 10 to 28 degrees, and the thread on the flared area of the head has the thread pitch of the bone thread on the shaft.