mhurhangee/ep-ind-claims huggingface dataset:
A flexible secondary battery, comprising: a lithium metal coated wire; a positive electrode wire spirally wound around an outer surface of the lithium metal coated wire, spaced apart at a predetermined interval, the positive electrode wire including a first porous coating layer formed on an outer surface; and a negative electrode wire spirally wound around the outer surface of the lithium metal coated wire in an alternating manner with the wound positive electrode wire corresponding to the predetermined interval, the negative electrode wire including a second porous coating layer formed on an outer surface. a lithium metal coated wire; a positive electrode wire spirally wound around an outer surface of the lithium metal coated wire, spaced apart at a predetermined interval, the positive electrode wire including a first porous coating layer formed on an outer surface; and a negative electrode wire spirally wound around the outer surface of the lithium metal coated wire in an alternating manner with the wound positive electrode wire corresponding to the predetermined interval, the negative electrode wire including a second porous coating layer formed on an outer surface.
A method of performing a device-to-device, D2D, communication between user equipments, UEs, the method comprising: determining D2D subframes available for a D2D communication, the D2D subframes comprising a first D2D subframe and a second D2D subframe, each of the first D2D subframe and the second D2D subframe comprising a D2D slot corresponding to D2D slot number 0, wherein the first D2D subframe and the second D2D subframe are included in a same D2D resource pool; and at a start of the D2D slot of the first D2D subframe and at a start of the D2D slot of the second D2D subframe, processing an initialization associated with a pseudo-random sequence of a D2D communication, wherein: each of the first D2D subframe and the second D2D subframe further comprises a D2D slot corresponding to D2D slot number 1; at least one of the first D2D subframe and the second D2D subframe corresponds to a non-zero subframe number of a radio frame; and the processing the initialization comprises: when a group hopping for a demodulation reference signal, DM-RS, associated with a transmission of a physical sidelink shared channel, PSSCH, is enabled, computing a group hopping initialization value associated with the group hopping at a start of each D2D slot corresponding to D2D slot number 0. determining D2D subframes available for a D2D communication, the D2D subframes comprising a first D2D subframe and a second D2D subframe, each of the first D2D subframe and the second D2D subframe comprising a D2D slot corresponding to D2D slot number 0, wherein the first D2D subframe and the second D2D subframe are included in a same D2D resource pool; and at a start of the D2D slot of the first D2D subframe and at a start of the D2D slot of the second D2D subframe, processing an initialization associated with a pseudo-random sequence of a D2D communication, wherein: each of the first D2D subframe and the second D2D subframe further comprises a D2D slot corresponding to D2D slot number 1; at least one of the first D2D subframe and the second D2D subframe corresponds to a non-zero subframe number of a radio frame; and the processing the initialization comprises: when a group hopping for a demodulation reference signal, DM-RS, associated with a transmission of a physical sidelink shared channel, PSSCH, is enabled, computing a group hopping initialization value associated with the group hopping at a start of each D2D slot corresponding to D2D slot number 0.
Blade gripping device for gripping a rotor blade, in particular a rotor blade of a wind turbine, comprising - a first frame which is essentially horizontally aligned in a designated operating position and - a second frame which is essentially horizontally aligned in the designated operating position, whereby the first frame and the second frame are connected to each other via a swivel connection, which swivel connection is realized to permit a yawing movement of the second frame relative to the first frame; and a blade gripping assembly realized as a part of the second frame, with a number of blade gripping tools (11a, 11b) and a sensor arrangement realized to sense a specific feature of the rotor blade, whereby the specific feature is such that it can be used to orientate the blade holding device relative to the rotor blade in a blade gripping manoeuvre. - a first frame which is essentially horizontally aligned in a designated operating position and - a second frame which is essentially horizontally aligned in the designated operating position, whereby the first frame and the second frame are connected to each other via a swivel connection, which swivel connection is realized to permit a yawing movement of the second frame relative to the first frame; and
An optical connector ferrule and a boot, the optical connector ferrule comprising adhesive reservoirs having shapes of stepped grooves provided at corners in outer edges of an opening of an insertion opening portion having a shape of a rectangular opening of a main body of the ferrule, wherein the main body of the ferrule comprises the insertion opening portion provided on a rear end side surface of the ferrule main body, optical fiber core wire insertion holes provided on a front end side surface of the ferrule main body, and being configured to have a distal end portion of an optical fiber core wire inserted into a deep portion of the insertion opening portion such that the distal end portion of the fiber core wire is exposed outwardly; the boot, having substantially a shape of a square tube and configured to have the optical fiber core wire at a distal end, wherein the boot is inserted into the insertion opening portion and supported by the ferrule, the optical connector ferrule further comprising an adhesive filling window formed on an upper surface of the main body of the ferrule, and being configured to have an adhesive filled therein to fix the optical fiber core wire from a side of the deep portion of the insertion opening portion to a side of each rear end opening of the optical fiber core wire insertion holes, wherein the adhesive reservoirs are configured to store an adhesive injected from the adhesive filling window and leaking out from a gap between the boot and the insertion opening portion.
Scenting device for a vehicle with a housing and a scent container arranged in the housing, wherein the housing comprises - a holding device for attaching the scenting device to a ventilation system in the interior of a vehicle, - an inlet side, on which an inlet opening for the inflow of air into the housing is arranged, - an outlet side, in particular opposite the inlet side, at which an outlet opening for the outflow of air from the housing is arranged, wherein the scenting device has a sliding device with a sliding container arranged in the housing, the scent container being arranged in the sliding container, wherein the outlet opening and/or the inlet opening can be at least partially closed by means of the sliding device by means of a sliding movement, characterised in that the sliding device is adapted in such a way that the scent container is displaced relative to the housing during the sliding movement. - a holding device for attaching the scenting device to a ventilation system in the interior of a vehicle, - an inlet side, on which an inlet opening for the inflow of air into the housing is arranged, - an outlet side, in particular opposite the inlet side, at which an outlet opening for the outflow of air from the housing is arranged, wherein the scenting device has a sliding device with a sliding container arranged in the housing, the scent container being arranged in the sliding container, wherein the outlet opening and/or the inlet opening can be at least partially closed by means of the sliding device by means of a sliding movement, characterised in that the sliding device is adapted in such a way that the scent container is displaced relative to the housing during the sliding movement.
A baffle for affecting the flow of a composition during application of the composition to a substrate having an edge, wherein said baffle comprises an annular base with upper and lower surfaces (28, 30), and wherein: said annular base includes an inner edge wall that defines a base opening extending from the upper surface to the lower surface such that the annular base is open-bottomed, said inner edge wall is configured to direct the flow of the composition to the substrate edge, said inner edge wall includes: a curved sidewall configured such that the edge of the substrate is approximately centered adjacent the curved sidewall within the base opening, and a lower lip coupled with said curved sidewall and positioned below and adjacent to the curved sidewall, said lip projecting radially inwardly to define an innermost end, such that the lip is dimensioned to underlie the substrate edge, characterized in that the inner edge wall is configured in such a way that there is no contact between the baffle and the substrate so as to direct the flow of the composition to the substrate edge and partly to the back surface of the substrate. said annular base includes an inner edge wall that defines a base opening extending from the upper surface to the lower surface such that the annular base is open-bottomed, said inner edge wall is configured to direct the flow of the composition to the substrate edge, said inner edge wall includes: a curved sidewall configured such that the edge of the substrate is approximately centered adjacent the curved sidewall within the base opening, and a lower lip coupled with said curved sidewall and positioned below and adjacent to the curved sidewall, said lip projecting radially inwardly to define an innermost end, such that the lip a curved sidewall configured such that the edge of the substrate is approximately centered adjacent the curved sidewall within the base opening, and a lower lip coupled with said curved sidewall and positioned below and adjacent to the curved sidewall, said lip projecting radially inwardly to define an innermost end, such that the lip is dimensioned to underlie the substrate edge, characterized in that the inner edge wall is configured in such a way that there is no contact between the baffle and the substrate so as to direct the flow of the composition to the substrate edge and partly to the back surface of the substrate.
A wireless communication system comprising: a wireless terminal, a plurality of base stations that communicate with the wireless terminal using at least one of a plurality of frequencies; and a control device that controls the plurality of base stations, wherein each of the plurality of base stations includes a transmitter configured to transmit information related to availability for at least one frequency among the plurality of frequencies shared by the plurality of base stations to the control device, and the control device includes: a receiver (42, 44) configured to receive the information related to the availability, and a controller (42, 44) configured to control a frequency used for transmission of the same data by the plurality of base stations. a wireless terminal, a plurality of base stations that communicate with the wireless terminal using at least one of a plurality of frequencies; and a control device that controls the plurality of base stations, wherein each of the plurality of base stations includes a transmitter configured to transmit information related to availability for at least one frequency among the plurality of frequencies shared by the plurality of base stations to the control device, and the control device includes: a receiver (42, 44) configured to receive the information related to the availability, and a controller (42, 44) configured to control a frequency used for transmission of the same data by the plurality of base stations. a receiver (42, 44) configured to receive the information related to the availability, and a controller (42, 44) configured to control a frequency used for transmission of the same data by the plurality of base stations.
A method of controlling a permanent-magnet electric machine, the method comprising: sequentially exciting and freewheeling a stator winding of the electric machine, wherein the winding is excited by an excitation voltage in advance of zero-crossings of back emf in the winding by an advance angle, and the winding is freewheeled over a freewheel angle, characterised in that the method comprises varying the advance angle and the freewheel angle in response to changes in the excitation voltage, wherein the method comprises increasing the advance angle and decreasing the freewheel angle in response to a decrease in the excitation voltage. sequentially exciting and freewheeling a stator winding of the electric machine, wherein the winding is excited by an excitation voltage in advance of zero-crossings of back emf in the winding by an advance angle, and the winding is freewheeled over a freewheel angle, characterised in that the method comprises varying the advance angle and the freewheel angle in response to changes in the excitation voltage, wherein the method comprises increasing the advance angle and decreasing the freewheel angle in response to a decrease in the excitation voltage.
A three-dimensional, 3D, nested transformer (300, 420), comprising: a substrate having a plurality of through substrate vias daisy chained together with a plurality of traces (302, 304, 312, 314, 402, 412), at least some of the plurality of through substrate vias having first and second conductive regions, in which the first conductive regions comprise inner cores of the plurality of through substrate vias and the second conductive regions comprise outer shells of the plurality of through substrate vias, each of the inner cores separated from the outer shells by a hollow space; and the plurality of traces including a first trace of a first set of traces (302, 312, 412) corresponding to a primary winding coupling together an inner core of a first through substrate via of the plurality of through substrate vias to an inner core of a second through substrate via, and a second trace of a second set of traces (304, 314, 402) corresponding to a secondary winding coupling together an outer shell of the first through substrate via to an outer shell of the second through substrate via, in which the first set of traces and the second set of traces are on opposing first and second surfaces of the substrate and coupled together by the plurality of through substrate vias in a serpentine manner. a substrate having a plurality of through substrate vias daisy chained together with a plurality of traces (302, 304, 312, 314, 402, 412), at least some of the plurality of through substrate vias having first and second conductive regions, in which the first conductive regions comprise inner cores of the plurality of through substrate vias and the second conductive regions comprise outer shells of the plurality of through substrate vias, each of the inner cores separated from the outer shells by a hollow space; and the plurality of traces including a first trace of a first set of traces (302, 312, 412) corresponding to a primary winding coupling together an inner core of a first through substrate via of the plurality of through substrate vias to an inner core of a second through substrate via, and a second trace of a second set of traces (304, 314, 402) corresponding to a secondary winding coupling together an outer shell of the first through substrate via to an outer shell of the second through substrate via, in which the first set of traces and the second set of traces are on opposing first and second surfaces of the substrate and coupled together by the plurality of through substrate vias in a serpentine manner.
Transformer, comprising at least one pair of juxtaposed bearing tubular elements, rigidly connected to one another at least at one end, being at the opposite end connected to appropriate support means, and being arranged on each of said bearing tubular elements a plurality of annular ferromagnetic elements sized to cooperate with said bearing tubular elements and adapted to form the core of said transformer, the secondary windings of said transformer being arranged coaxially with said bearing tubular elements, in which said bearing tubular elements are conductors which constitute the primary of the transformer, characterized in that the wall of the bearing tubular elements has a thickness of not less than 15% of the cross-section of the bearing tubular elements.
Method for producing spectacle lenses having a progressive surface, characterized in that each of the spectacle lenses is produced from semifinished products with spherical or aspherical rotationally symmetrical convex front surfaces with a small number of different radii such that the total dioptric power adaptation which is individually necessary is performed by means of the back surface, embodied as a progressive surface without point or axis symmetry, of the spectacle lens.
A device comprising: a display configured to display an object at an object display location on the display, the object comprises a moving image indicating an example motion of a demonstrator to be followed by a user, and to provide a reflected user image at a reflected user image location on the display; and a processor configured to detect the reflected user image location, and to determine the object display location based on the reflected user image location; wherein the processor is further configured to: detect a shape of the reflected user image and a shape of the displayed demonstrator, compare the shape of the reflected user image and the shape of the displayed demonstrator, and flip the moving image horizontally based on a result of the comparison so that left and right motions of the reflected user image and left and right motions of the displayed demonstrator are the same. a display configured to display an object at an object display location on the display, the object comprises a moving image indicating an example motion of a demonstrator to be followed by a user, and to provide a reflected user image at a reflected user image location on the display; and a processor configured to detect the reflected user image location, and to determine the object display location based on the reflected user image location; wherein the processor is further configured to: detect a shape of the reflected user image and a shape of the displayed demonstrator, compare the shape of the reflected user image and the shape of the displayed demonstrator, and flip the moving image horizontally based on a result of the comparison so that left and right motions of the reflected user image and left and right motions of the displayed demonstrator are the same. detect a shape of the reflected user image and a shape of the displayed demonstrator, compare the shape of the reflected user image and the shape of the displayed demonstrator, and flip the moving image horizontally based on a result of the comparison so that left and right motions of the reflected user image and left and right motions of the displayed demonstrator are the same.
A powdered composition for nasal administration comprising a physiologically active peptide and cellulose acetate as a base, wherein the composition is obtained by 1) mixing the physiologically active peptide, cellulose acetate and at least 20 wt% of water with respect to the cellulose acetate, and 2) drying the mixture, and wherein the acetylation degree of the cellulose acetate is 32-40% and the physiologically active peptide is a peptide with a molecular weight of no greater than 20,000.
A method for supporting a signaling method in a virtualization environment, comprising: providing a mapping table in a management domain on one or more physical servers; associating each of a plurality of hosts in a network with its own local identifier, "LID"; associating a virtual machine, "VM", that can execute within the plurality of hosts, with a virtual global unique identifier, "vGUID"; receiving, at the management domain, a message from a subnet administrator, "SA", wherein the message indicates a path record change event in the network indictative of a VM migration from a first host having a first LID, to another host having a second LID; updating the mapping table, based on the recieved message, to indicate the change in the LID to vGUID mapping for the VM; and forwarding, by the management domain, a notification to one or more other virtual machines associated with the management domain, based on the mapping table. providing a mapping table in a management domain on one or more physical servers; associating each of a plurality of hosts in a network with its own local identifier, "LID"; associating a virtual machine, "VM", that can execute within the plurality of hosts, with a virtual global unique identifier, "vGUID"; receiving, at the management domain, a message from a subnet administrator, "SA", wherein the message indicates a path record change event in the network indictative of a VM migration from a first host having a first LID, to another host having a second LID; updating the mapping table, based on the recieved message, to indicate the change in the LID to vGUID mapping for the VM; and forwarding, by the management domain, a notification to one or more other virtual machines associated with the management domain, based on the mapping table.
A power tool comprising: a motor; a first battery pack; a second battery pack; a first switching element coupled between the first battery pack and the motor; a second switching element coupled between the second battery pack and the motor; and a controller coupled to the first switching element and the second switching element, the controller having a first pulse-width modulation output coupled to the first switching element and having a first PWM signal to selectively close the first switching element, and a second PWM output coupled to the second switching element and having a second PWM signal to selectively close the second switching element; a first reverse current blocking element coupled in series between the first battery and the first switching element, and a second reverse current blocking element coupled between the second battery and the second switching element; wherein the controller, for each PWM cycle over a period of PWM cycles, controls the first reverse current blocking element to close after the first switching element is closed, and controls the first reverse current blocking element to open before the first switching element opens. a motor; a first battery pack; a second battery pack; a first switching element coupled between the first battery pack and the motor; a second switching element coupled between the second battery pack and the motor; and a controller coupled to the first switching element and the second switching element, the controller having a first pulse-width modulation output coupled to the first switching element and having a first PWM signal to selectively close the first switching element, and a second PWM output coupled to the second switching element and having a second PWM signal to selectively close the second switching element; a first pulse-width modulation output coupled to the first switching element and having a first PWM signal to selectively close the first switching element, and a second PWM output coupled to the second switching element and having a second PWM signal to selectively close the second switching element; a first reverse current blocking element coupled in series between the first battery and the first switching element, and a second reverse current blocking element coupled between the second battery and the second switching element; wherein the controller, for each PWM cycle over a period of PWM cycles, controls the first reverse current blocking element to close after the first switching element is closed, and controls the first reverse current blocking element to open before the first switching element opens.