mhurhangee/ep-ind-claims huggingface dataset:
A pulsed electromagnetic field system comprising: a pulsed electromagnetic field, EMF, device configured to generate an EMF pulse; and a second device comprising: a first coil loop; and a light generating unit electrically coupled to the first coil loop, wherein the first coil loop is configured to induce a first current in response to the EMF pulse, and wherein the light generating unit is arranged to receive at least some of the first current and emit a light pulse having an intensity proportional to the received current; characterised in that the second device comprises a second coil loop electrically coupled to the light generating unit, wherein the second coil loop is configured to induce a second current in response to the EMF pulse, wherein the light generating unit is arranged to receive at least some of the first current and the second current, wherein the first coil loop is arranged in a first plane and the second coil loop is in a second plane that is different to the first plane.
An artist's relative measuring device, comprising: a fore-end and a rear-end spaced apart from the fore-end and defining an elongate handle member therebetween, wherein the handle member comprises a part of an art implement; and a plurality of evenly spaced graduation marks disposed about the length of the handle member, wherein the marks are visually perceptible, characterized in that the plurality of evenly spaced graduation marks is disposed on a medium selected from one or more of a transparent medium, an opaque medium or a colored medium, and that the medium is affixed to the handle member in a permanently joined relation. a fore-end and a rear-end spaced apart from the fore-end and defining an elongate handle member therebetween, wherein the handle member comprises a part of an art implement; and a plurality of evenly spaced graduation marks disposed about the length of the handle member, wherein the marks are visually perceptible, characterized in that the plurality of evenly spaced graduation marks is disposed on a medium selected from one or more of a transparent medium, an opaque medium or a colored medium, and that the medium is affixed to the handle member in a permanently joined relation.
A method for constructing an earbud (10, 80, 110, 120, 140, 160, 170, 180, 190) with a soft body (20, 72, 114, 132, 150, 182) of elastomeric body material that has an axis and a through body passage extending in forward and rearward directions along said axis with said body being adapted for insertion in said forward direction into a person's ear canal; a sleeve (26, 74, 112, 122, 152, 164, 172) of stiffer material than said body material laying within said body passage, wherien said sleeve has a sleeve passage (30, 84), the method comprising: placing the sleeve in a cavity of a mold front part, including placing the sleeve over a mandrel pin that lies in said cavity, placing a quantity of said elastomeric body material which is in a flowable state in said cavity, and closing the mold by placing a rear mold part over the front mold part; and allowing said elastomeric body to solidify, and then opening the mold and removing the body and sleeve as a unit, characterised in that said body passage extends forward of a front end of said sleeve; and that said step of placing the sleeve in the mold includes laying a front end of said sleeve against a rearward facing ledge of said mold that projects rearwardly into a portion of the mold cavity that forms front part of said body passage. placing the sleeve in a cavity of a mold front part, including placing the sleeve over a mandrel pin that lies in said cavity, placing a quantity of said elastomeric body material which is in a flowable state in said cavity, and closing the mold by placing a rear mold part over the front mold part; and allowing said elastomeric body to solidify, and then opening the mold and removing the body and sleeve as a unit,
A device for spinal cord stimulation, configured for traversing and securing to the dura surrounding the spinal cord of a subject, wherein the device includes the following components: a transdural portion; an intradural assembly; an extradural assembly; a plurality of electrodes on the transdural portion and/or the intradural assembly; and wire leads connecting through the transdural portion to the electrodes; said device being transformable from an open position to a clamped position; wherein the open position configures the device for insertion through an incision in the dura, placing the intradural assembly inside the dura; wherein the clamped position secures the device to the dura with the electrodes in direct contact with the cerebrospinal fluid but not in direct contact with the spinal cord by clamping the dura between the intradural assembly and the extradural assembly. a transdural portion; an intradural assembly; an extradural assembly; a plurality of electrodes on the transdural portion and/or the intradural assembly; and wire leads connecting through the transdural portion to the electrodes; said device being transformable from an open position to a clamped position; wherein the open position configures the device for insertion through an incision in the dura, placing the intradural assembly inside the dura; wherein the clamped position secures the device to the dura with the electrodes in direct contact with the cerebrospinal fluid but not in direct contact with the spinal cord by clamping the dura between the intradural assembly and the extradural assembly.
A system for producing a sound-responsive lighting effect, the system comprising: a sound receiving module for receiving an incoming sound signal; a sound processing module for processing the incoming sound signal to generate a set of a plurality of sound channels; characterized in that the system further comprises: a color processing module for associating subsets of the set of sound channels with respective ones of a plurality of color units, the color processing module having a color combiner unit for subsequently combining the plurality of color units into a light signal of one color, wherein a number of the plurality of color units is equal to or less than a number of the subsets of the set of sound channels; wherein the color of the light signal varies in response to variations of the incoming sound signal to thereby produce the sound-responsive lighting effect. a sound receiving module for receiving an incoming sound signal; a sound processing module for processing the incoming sound signal to generate a set of a plurality of sound channels; characterized in that the system further comprises: a color processing module for associating subsets of the set of sound channels with respective ones of a plurality of color units, the color processing module having a color combiner unit for subsequently combining the plurality of color units into a light signal of one color, wherein a number of the plurality of color units is equal to or less than a number of the subsets of the set of sound channels; wherein the color of the light signal varies in response to variations of the incoming sound signal to thereby produce the sound-responsive lighting effect. a color processing module for associating subsets of the set of sound channels with respective ones of a plurality of color units, the color processing module having a color combiner unit for subsequently combining the plurality of color units into a light signal of one color, wherein a number of the plurality of color units is equal to or less than a number of the subsets of the set of sound channels; wherein the color of the light signal varies in response to variations of the incoming sound signal to thereby produce the sound-responsive lighting effect.
A riveted union arrangement which comprises at least: - a first part made out of a composite material; - a second part (21, 31, 41) made out of a composite material; and - rivets (27, 27', 27"); characterized in that, in the area of the union, at least one of the parts is a strengthened directionally part whose lay-up comprises: - ply packets (13, 13', 13") with the optimum direction for carrying out the load transmission in the union, said ply packets constituted by joined plies and where each of those ply packets (13, 13', 13") has a different length, - continuous plies extending along said union area, - wherein the ply packets (13, 13', 13") are inserted between the continuous plies so that said directionally strengthened part is structured in the area of the union in steps with stretches (17, 17', 17") of different thickness with a different number of ply packets (13, 13', 13"). - a first part made out of a composite material; - a second part (21, 31, 41) made out of a composite material; and - rivets (27, 27', 27"); characterized in that, in the area of the union, at least one of the parts is a strengthened directionally part whose lay-up comprises: - ply packets (13, 13', 13") with the optimum direction for carrying out the load transmission in the union, said ply packets constituted by joined plies and where each of those ply packets (13, 13', 13") has a different length, - continuous plies extending along said union area, - wherein the ply packets (13, 13', 13") are inserted between the continuous plies so that said directionally strengthened part is structured in the area of the union in steps with stretches (17, 17', 17") of different thickness with a different number of ply packets (13, 13', 13").
An integrated Transcranial Magnetic Stimulation coil for brain function testing and treatment, comprising a coil housing and optical fiber probes configured for connecting, with a signal end of the optical fiber probes, to a near-infrared brain function imager, wherein a figure-eight coil is provided inside the coil housing, the coil housing is provided with two racetrack oval shaped bosses, and the two racetrack oval shaped bosses are embedded in two inner rings of the coil for limiting a position of the coil; the two racetrack oval shaped bosses are each formed with two mounting holes (4, 5), and two mounting holes (4, 5) are formed at each of the upper and lower sides of an outer ring of the coil; the mounting holes (4, 5) are each provided with an optical fiber holder for mounting an optical fiber probe; a silica gel sheet is provided inside the coil housing, eight through holes are formed on the silica gel sheet, positions of the eight through holes respectively correspond to those of the eight mounting holes (4, 5) on the coil housing, and the through holes on the silica gel sheet are sleeved inside the optical fiber holders for limiting movement of the optical fiber holders; a lead-out of the coil passes through the bottom of the coil housing and is configured for connecting to a TMS instrument, wherein a probing end of the optical fiber probes passes through the back and the front of the coil housing, and movement of the optical fiber probes is limited by the optical fiber holders and the silica gel sheet provided inside the coil housing.
A conveyor system comprising: a conveyor bed, wherein the conveyor bed includes: a conveyor side frame; a first support structure and a second support structure that are each attached to the conveyor side frame; a driving member supported on the first support structure and the second support structure; a coupling block positioned in between the first support structure and the second support structure, characterized in that, the coupling block is positioned in between the first support structure and the second support structure to support the driving member, and in that the coupling block comprises: at least one rotating cam attached to the coupling block, wherein the at least one rotating cam is actuated to rotate the coupling block about an axis to compensate for a height difference between the first support structure and the second support structure. a conveyor bed, wherein the conveyor bed includes: a conveyor side frame; a first support structure and a second support structure that are each attached to the conveyor side frame; a driving member supported on the first support structure and the second support structure; a coupling block positioned in between the first support structure and the second support structure, characterized in that, a conveyor side frame; a first support structure and a second support structure that are each attached to the conveyor side frame; a driving member supported on the first support structure and the second support structure; a coupling block positioned in between the first support structure and the second support structure, characterized in that,
A method for monitoring a drilling operation comprising: receiving one or more parameters for defining a probability risk threshold associated with the drilling operation; receiving measured data from the drilling operation; characterised in that the method further comprises: generating a plurality of mathematical solutions from a panistic inversion that uses the measured data and one or more earth models; from the plurality of mathematical solutions from the panistic inversion, determining if the measured data exceeds the probability risk threshold associated with the drilling operation; and generating an alert based upon the measured data exceeding the probability risk threshold associated with the drilling operation. receiving one or more parameters for defining a probability risk threshold associated with the drilling operation; receiving measured data from the drilling operation; characterised in that the method further comprises: generating a plurality of mathematical solutions from a panistic inversion that uses the measured data and one or more earth models; from the plurality of mathematical solutions from the panistic inversion, determining if the measured data exceeds the probability risk threshold associated with the drilling operation; and generating an alert based upon the measured data exceeding the probability risk threshold associated with the drilling operation. generating a plurality of mathematical solutions from a panistic inversion that uses the measured data and one or more earth models; from the plurality of mathematical solutions from the panistic inversion, determining if the measured data exceeds the probability risk threshold associated with the drilling operation; and generating an alert based upon the measured data exceeding the probability risk threshold associated with the drilling operation.
Retractable exterior opening control (6; 106; 206) for opening (4; 104; 204) of motor vehicle bodywork, the said order including: - support (8; 108; 208) intended to be mounted on the opening (4; 104; 204) and forming a cavity (16; 116; 216); - handle (10; 110; 210) extending in a main direction, with a first end rotating on the support so that it can be housed in the cavity; - a control device (12; 112; 212) on the media (8; 108; 208), configured to make a push on the handle (10; 110; 210) with a view to removing it from the cavity (16; 116; 216); - control device (12; 112; 212) being configured to allow the handle output effort (10; 110; 210) be directed towards the exit (17; 117; 217) of the cavity (16; 116; 216), the control device (112; 212) including a finger (128; 228) configured to exert the pull force of the handle (110; 210) in a direction perpendicular to the outer surface (105; 205) of the opening (104; 204) when the control is mounted on the said opening, and the pull out of the handle (110; 210) being exercised on a portion of the handle corresponding to one half comprising a second end (132; 232) opposite the swivel end. - support (8; 108; 208) intended to be mounted on the opening (4; 104; 204) and forming a cavity (16; 116; 216); - handle (10; 110; 210) extending in a main direction, with a first end rotating on the support so that it can be housed in the cavity; - a control device (12; 112; 212) on the media (8; 108; 208), configured to make a push on the handle (10; 110; 210) with a view to removing it from the cavity (16; 116; 216); - control device (12; 112; 212) being configured to allow the handle output effort (10; 110; 210) be directed towards the exit (17; 117; 217) of the cavity (16; 116; 216), the control device (112; 212) including a finger (128; 228) configured to exert the pull force of the handle (110; 210) in a direction perpendicular to the outer surface (105; 205) of the opening (104; 204) when the control is mounted on the said opening, and the pull out of the handle (110; 210) being exercised on a portion of the handle corresponding to one half comprising a second end (132; 232) opposite the swivel end.
A method for co-scheduling a first and a second user equipment, UE, wherein co-scheduling comprises scheduling the first UE and the second UE in a same time and frequency resource, the method being performed in a network node being configured to serve the first and second UE, the method-comprises: - determining an uplink, UL, transmitting power value for the first UE and a downlink, DL, receiving power value for the second UE; - determining a link loss information, between the first and second UE:s, said link loss information being determined based on channel measurement results between the first UE and the network node, and the second UE and the network node; - deriving a co-scheduling threshold value based on the UL transmitting power value for the first UE and DL receiving power value for the second UE; - determining if a co-scheduling condition is fulfilled, wherein the co-scheduling condition implies comparing the link loss information to the co-scheduling threshold value; - selecting the first and second UE for co-scheduling when the co-scheduling condition is fulfilled. - determining an uplink, UL, transmitting power value for the first UE and a downlink, DL, receiving power value for the second UE; - determining a link loss information, between the first and second UE:s, said link loss information being determined based on channel measurement results between the first UE and the network node, and the second UE and the network node; - deriving a co-scheduling threshold value based on the UL transmitting power value for the first UE and DL receiving power value for the second UE; - determining if a co-scheduling condition is fulfilled, wherein the co-scheduling condition implies comparing the link loss information to the co-scheduling threshold value; - selecting the first and second UE for co-scheduling when the co-scheduling condition is fulfilled.
A method for performance measurement, characterised in that the method comprises: sending, by a communication device coupled to another communication device via a communication link of a network, packets to the other communication device, the packets to use full capacity of the communication link at layer 1 or layer 2; reading operational data associated with the communication link in response to sending said packets; and measuring performance, by the communication device, of the communication link with reference to the communication device, the performance measured according to the read operational data. sending, by a communication device coupled to another communication device via a communication link of a network, packets to the other communication device, the packets to use full capacity of the communication link at layer 1 or layer 2; reading operational data associated with the communication link in response to sending said packets; and measuring performance, by the communication device, of the communication link with reference to the communication device, the performance measured according to the read operational data.
End fitting of a wiper having at least one wiper blade, extending along a first axis, at least one liquid channeling device and a vertebra, the end fitting comprising - a primary part comprising a recess that is able to receive the wiper blade and which extends along a longitudinal axis, at least one blocking means that is able to plug the channeling device, - a secondary part comprising a locking means able to immobilize the wiper blade with respect to the primary part, characterized in that, the primary part and the secondary part being mechanically connected together in a removable manner, - said primary part furthermore comprising a zone formed laterally with respect to the longitudinal axis along which the recess extends and parallel to the first axis, and able to receive the secondary part of the end fitting, said zone comprising a tubular sector, and said secondary part furthermore comprising a fastening means that is able to mechanically connect said secondary part to the zone of the primary part, the fastening means being at least one hollow tubular portion, the periphery of which has a slot. - a primary part comprising a recess that is able to receive the wiper blade and which extends along a longitudinal axis, at least one blocking means that is able to plug the channeling device, - a secondary part comprising a locking means able to immobilize the wiper blade with respect to the primary part, characterized in that, the primary part and the secondary part being mechanically connected together in a removable manner, - said primary part furthermore comprising a zone formed laterally with respect to the longitudinal axis along which the recess extends and parallel to the first axis, and able to receive the secondary part of the end fitting, said zone comprising a tubular sector,
Equipment (1; 100) for printing on non-woven-fabric, comprising a support (2; 102) driven such as to transport a sheet of non-woven-fabric, at least one driven printing body (3; 103) in order to carry out the printing and a control and command unit operatively connected with each of said support and at least one printing body such as to detect electrical signals originating from said support and at least one printing body, turn said signals into numerical values representative of the status of their angular speed and torque moment, compare said numerical values with ratios of preset numerical values of said angular speed and said torque moments and send signals to said support and at least one printing body in order to correct any possible variations in said values which fall outwith said ratios, characterised in that and in that said driven support (2; 102) is provided with through holes (21; 121) which cooperate with holding means in order to hold the sheet of non-woven-fabric onto said support and in that the equipment (1;100) comprises an image acquiring device operatively connected to the control and command unit to constantly control the non-woven-fabric support (2;102) in order to detect the presence of any creases or variations in the printing with respect to the preset standard.
Structural element for an aircraft and spacecraft, comprising a core having core regions which are uncoupled from one another by means of an expansion joint arranged between the core regions, wherein the structural element has a sandwich structure comprising a cover layer which surrounds the core at least in portions, in particular a cover layer comprising carbon fibres, wherein the core comprises an integrated reinforcement, and characterised in that the integrated reinforcement couples together opposing cover skins (7, 8) of the cover layer of the structural element, the integrated reinforcement and the cover layer being formed in particular monolithically.
An implant with an open-worked, hollow cylindrical main structure composed of a multiplicity of crosspieces, wherein the implant adopts a compressed state and an expanded state, characterized in that the density of the crosspieces in the expanded state is greater than the density of the crosspieces in the compressed state, at least in one portion of the implant.