mhurhangee/ep-ind-claims huggingface dataset:
A system (210, 520) for delivering neurostimulation energy through a plurality of electrodes (211, 311, 511), comprising: a stimulation control circuit (316, 419) configured to deliver the neurostimulation energy at one or more neurostimulation intensity levels to a neural target at or near a spinal cord of the patient when the patient is at one or more postures; a sensing input configured to sense electrical activity from the spinal cord, the electrical activity including responses to the delivered neurostimulation energy; a feature extraction module configured to extract features from the sensed electrical activity when the patient is at the one or more postures; and a training module configured to determine a relationship between the sensed electrical activity and neurostimulation intensity that reduces influence of noise in the sensed electrical activity caused by dynamically changing posture of the patient using mathematical or statistical modeling of the extracted features; wherein the stimulation control circuit is further configured to modulate stimulation parameters according to the determined relationship. a stimulation control circuit (316, 419) configured to deliver the neurostimulation energy at one or more neurostimulation intensity levels to a neural target at or near a spinal cord of the patient when the patient is at one or more postures; a sensing input configured to sense electrical activity from the spinal cord, the electrical activity including responses to the delivered neurostimulation energy; a feature extraction module configured to extract features from the sensed electrical activity when the patient is at the one or more postures; and a training module configured to determine a relationship between the sensed electrical activity and neurostimulation intensity that reduces influence of noise in the sensed electrical activity caused by dynamically changing posture of the patient using mathematical or statistical modeling of the extracted features; wherein the stimulation control circuit is further configured to modulate stimulation parameters according to the determined relationship.
An electric wire holding structure comprising: an electric wire routing groove portion in which an electric wire can be housed, wherein the electric wire routing groove portion includes: a bottom portion; a pair of side wall portions that are erected from the bottom portion and are provided facing each other; and locking pieces that protrude from the side wall portions in directions in which the locking pieces approach each other and are formed with a gap through which the electric wire can be passed between distal ends of the locking pieces, wherein each of the side wall portions includes low edge portions forming recesses that are provided on both side of the locking pieces, wherein the low edge portion is formed such that a length from the bottom portion to the low edge portion is smaller than a length from the bottom portion to the locking piece, and wherein slits are formed on the both sides of the locking piece in the low edge portion in at least one of the side wall portions, so that a flexible arm including the locking piece at an end of the flexible arm is formed. an electric wire routing groove portion in which an electric wire can be housed, wherein the electric wire routing groove portion includes: a bottom portion; a pair of side wall portions that are erected from the bottom portion and are provided facing each other; and locking pieces that protrude from the side wall portions in directions in which the locking pieces approach each other and are formed with a gap through which the electric wire can be passed between distal ends of the locking pieces, a bottom portion; a pair of side wall portions that are erected from the bottom portion and are provided facing each other; and locking pieces that protrude from the side wall portions in directions in which the locking pieces approach each other and are formed with a gap through which the electric wire can be passed between distal ends of the locking pieces, wherein each of the side wall portions includes low edge portions forming recesses that are provided on both side of the locking pieces, wherein the low edge portion is formed such that a length from the bottom portion to the low edge portion is smaller than a length from the bottom portion to the locking piece, and wherein slits are formed on the both sides of the locking piece in the low edge portion in at least one of the side wall portions, so that a flexible arm including the locking piece at an end of the flexible arm is formed.
Wire assembly for electric rotary machine comprising a plurality of phase coils (P1-P6), each phase coils (P1-P6) being aimed to be inserted in a dedicated set of slots of a stator, each phase coil (P1-P6) comprising a first part having an input and a second part having an output, said first part and second part constituting a distributed wave winding, the first part and the second part being placed in the slots over each other in parallel planes, each phase coil (P1-P6) comprises: a plurality of straight portions aimed to be inserted into the slots of the stator, and a plurality of end-loop portions linking the straight portions, said end-loop portions linking a plurality of consecutive straight portions being positioned in a same layer (L1, L2) of conductors, wherein each phase coil (P1-P6) comprises a U-turn part linking the first and the second parts so that each phase coil (P1-P6) is composed of a single wire, - the input and output of a phase coil (P1-P6) being on the same side which is opposite to the side on which the U-turn is placed, in the U-turn part, a straight portion is linked to two straight portions positioned on the same side through end-loop portions, and in the U-turn part, the straight portion comprises 2. two flat portions each contained in one of the parallel planes and a slope portion, the slope portion connecting the parallel planes. each phase coils (P1-P6) being aimed to be inserted in a dedicated set of slots of a stator, each phase coil (P1-P6) comprising a first part having an input and a second part having an output, said first part and second part constituting a distributed wave winding, the first part and the second part being placed in the slots over each other in parallel planes, each phase coil (P1-P6) comprises: a plurality of straight portions aimed to be inserted into the slots of the stator, and a plurality of end-loop portions linking the straight portions, said end-loop portions linking a plurality of consecutive straight portions being positioned in a same layer (L1, L2) of conductors, wherein each phase coil (P1-P6) comprises a U-turn part linking the first and the second parts so that each phase coil (P1-P6) is composed of a single wire, - the input and output of a phase coil (P1-P6) being on the same side which is opposite to the side on which the U-turn is placed, - the input and output of a phase coil (P1-P6) being on the same side which is opposite to the side on which the U-turn is placed, in the U-turn part, a straight portion is linked to two straight portions positioned on the same side through end-loop portions, and in the U-turn part, the straight portion comprises 2. two flat portions each contained in one of the parallel planes and a slope portion, the slope portion connecting the parallel planes.
Bi-oriented polypropylene film for envelope windows characterized in that it comprises two or more layers, the core layer or body of the film is consisting of from 70% to 98% polypropylene, from 1% to 30% of a totally or partially hydrogenated resin and from 1% to 10% of antistatic and slip additives based on polypropylene, and at least one outer layer is compatible with adhesives and consists of one or a mix of several polymers chosen from the group: EVA (ethyl vinyl acetate), EBA (ethyl butyl acrylate), EMA (ethyl methyl acrylate), EEA (ethylene ethyl acrylate), EAA (ethylene acrylic acid), polypropylene ethylene butene terpolymer, antiblocking and slip additives based on the previous polymers, and characterized in that the outer layer has a thickness of from 0.7μm to 1.5μm.
Lock with a latch arranged in a housing, a bolt arranged in the housing, each of which can be moved between a locking position and a release position by applying mechanical energy, an energy converter arranged in the housing and converting mechanical energy into electrical energy, and a radio module (20, 21, 28) operated by the electrical energy to emit a radio signal, characterised in that the common energy converter converts both the mechanical energy applied to displace the latch and the energy applied to displace the bolt at least partially into electrical energy. a bolt arranged in the housing, each of which can be moved between a locking position and a release position by applying mechanical energy, an energy converter arranged in the housing and converting mechanical energy into electrical energy, and a radio module (20, 21, 28) operated by the electrical energy to emit a radio signal, characterised in that the common energy converter converts both the mechanical energy applied to displace the latch and the energy applied to displace the bolt at least partially into electrical energy.
A liquid separation apparatus for removing a liquid from a respiratory gas comprising: a housing having an input for delivering a sample withdrawn from the respiratory gas,a first output for discharging at least part of the sample of the respiratory gas and a first filter with a hydrophobic property for removing the liquid from the gas sample flowing through said input and said first output of said housing, characterized in that said first filter also having an oleophobic property to improve a removal of the liquid in case a surface tension of the liquid is lower than a surface tension of bodily fluids. a housing having an input for delivering a sample withdrawn from the respiratory gas,a first output for discharging at least part of the sample of the respiratory gas and a first filter with a hydrophobic property for removing the liquid from the gas sample flowing through said input and said first output of said housing, characterized in that said first filter also having an oleophobic property to improve a removal of the liquid in case a surface tension of the liquid is lower than a surface tension of bodily fluids.
A method for forming an organic semiconductor film in which a solution in which an organic semiconductor material is dissolved is used so as to form an organic semiconductor film including the organic semiconductor material; the organic semiconductor film is formed by using a cover member which is disposed on a substrate for forming the organic semiconductor film and forms a space relative to the substrate, filling the space between the cover member and the substrate with the solution, and drying the filled solution; wherein defining an x-direction as an x-direction of a surface of the substrate and a y-direction as a y-direction of the surface of the substrate, the cover member has a control surface on which an uppermost part most separated from the substrate and a descending part provided on both sides in the y-direction of the uppermost part so as to descend from the uppermost part toward the substrate are formed; the cover member has a shape that opens in the x-direction orthogonal to the y-direction of the space where the control surface is formed; and the cover member is disposed in a state in which an entire area of one end part in the y-direction makes contact with the substrate and at least a partial area of another end part in the y-direction makes contact with the substrate with the control surface facing the substrate; when an end part in the y-direction where the entire area of the cover member makes contact with the substrate is used as a base end (b), at least a part of the solution at the end part in the y-direction on the opposite side from the base end (b) on the control surface is positioned at a location not surpassing the uppermost part of the control surface when viewed from the base end (b); and an apparent angle (θ), which is an angle formed by (i) the shortest line connecting the base end (b) and a separation position (e) serving as a position where the solution is most separated from the base end (b) in the y-direction on the control surface and (ii) the shortest line connecting the base end (b) and a point (p) where a perpendicular line dropped from the separation position (e) onto the substrate intersects with the substrate, is at most 50°; and the base end side of the space between the cover member and the substrate is filled with the solution so that a ratio x/y determined by dividing the length (Lx) of the coating solution in the x-direction by the length (Ly) of the coating solution in the y-direction is at least 0.2.
Mirror replacement system for a vehicle, preferably a commercial vehicle, comprising at least one image capturing unit adapted to be mounted around the exterior of the vehicle and adapted to capture images of at least one field of view around the vehicle, at least one image display unit adapted to be visibly mounted for a driver, at least one driver sensor adapted for detecting information input from the driver, an operation controller adapted for controlling reformatting parameters based on driver parameters received from the at least one driver sensor, and an image capturing unit controller adapted for reformatting video data received from the at least one image capturing unit according to the reformatting parameters and for forwarding the reformatted video data to the at least one image display unit for displaying, characterized in that the operation controller is adapted for using the driver parameters to calculate in real time if the mirror replacement system is within a predetermined operating range when the video data is reformatted by using the reformatting parameters and for controlling the reformatting parameters to maintain an operation of the system within the operating range. at least one image capturing unit adapted to be mounted around the exterior of the vehicle and adapted to capture images of at least one field of view around the vehicle, at least one image display unit adapted to be visibly mounted for a driver, at least one driver sensor adapted for detecting information input from the driver, an operation controller adapted for controlling reformatting parameters based on driver parameters received from the at least one driver sensor, and an image capturing unit controller adapted for reformatting video data received from the at least one image capturing unit according to the reformatting parameters and for forwarding the reformatted video data to the at least one image display unit for displaying, characterized in that the operation controller is adapted for using the driver parameters to calculate in real time if the mirror replacement system is within a predetermined operating range when the video data is reformatted by using the reformatting parameters and for controlling the reformatting parameters to maintain an operation of the system within the operating range.
A battery, comprising: an electrode assembly including a positive electrode a negative electrode, and a separator therebetween; a case housing the electrode assembly; a cap plate coupled to the case; a collector plate (250, 450) coupled to the electrode assembly; and a terminal (41, 42) coupled to the collector plate (250, 450) and passing through the cap plate, wherein: the terminal (41, 42) includes a terminal protrusion and a bottom protrusion, the collector plate (250, 450) includes an electrode region coupled to the electrode assembly and a terminal region (251, 451) coupled to the terminal (41, 42), the terminal region (251,451) including a combining hole (252,452) passing therethrough, and the bottom protrusion of the terminal (41, 42) has an interengaging, matching shape relative to the combining hole (252, 452), passes through the combining hole (252, 452) of the collector plate (250, 450), and is welded to a lower surface of the collector plate (250, 450), wherein the lower surface of the collector plate (250, 450) includes a protruded region (254, 454) around the combining hole (252, 452) and the combining hole (252,452) passes through the protruded region (254, 454). an electrode assembly including a positive electrode a negative electrode, and a separator therebetween; a case housing the electrode assembly; a cap plate coupled to the case; a collector plate (250, 450) coupled to the electrode assembly; and a terminal (41, 42) coupled to the collector plate (250, 450) and passing through the cap plate, wherein: the terminal (41, 42) includes a terminal protrusion and a bottom protrusion, the collector plate (250, 450) includes an electrode region coupled to the electrode assembly and a terminal region (251, 451) coupled to the terminal (41, 42), the terminal region (251,451) including a combining hole (252,452) passing therethrough, and the bottom protrusion of the terminal (41, 42) has an interengaging, matching shape relative to the combining hole (252, 452), passes through the combining hole (252, 452) of the collector plate (250, 450), and is welded to a lower surface of the collector plate (250, 450), wherein the lower surface of the collector plate (250, 450) includes a protruded region (254, 454) around the combining hole (252, 452) and the combining hole (252,452) passes through the protruded region (254, 454). the terminal (41, 42) includes a terminal protrusion and a bottom protrusion, the collector plate (250, 450) includes an electrode region coupled to the electrode assembly and a terminal region (251, 451) coupled to the terminal (41, 42), the terminal region (251,451) including a combining hole (252,452) passing therethrough, and the bottom protrusion of the terminal (41, 42) has an interengaging, matching shape relative to the combining hole (252, 452), passes through the combining hole (252, 452) of the collector plate (250, 450), and is welded to a lower surface of the collector plate (250, 450), wherein the lower surface of the collector plate (250, 450) includes a protruded region (254, 454) around the combining hole (252, 452) and the combining hole (252,452) passes through the protruded region (254, 454).
A seal surface carving apparatus comprising: a thermal head having a plurality of heater elements disposed in a line shape; an attachment on which an impression die having a seal surface to be carved is set; conveying means that carries in the attachment to an inside of the apparatus and carries out the attachment to an outside of the apparatus; and control means configured to carve the seal surface on the impression die by driving the respective heater elements of the thermal head while controlling a relative position between the impression die and the thermal head using the conveying means; a slit hole extending along a conveyance direction inside the apparatus based on the conveying means being formed in the attachment, characterised in that a size of the impression die is capable of being determined by detecting a position at which the impression die blocks the slit hole. a thermal head having a plurality of heater elements disposed in a line shape; an attachment on which an impression die having a seal surface to be carved is set; conveying means that carries in the attachment to an inside of the apparatus and carries out the attachment to an outside of the apparatus; and control means configured to carve the seal surface on the impression die by driving the respective heater elements of the thermal head while controlling a relative position between the impression die and the thermal head using the conveying means; a slit hole extending along a conveyance direction inside the apparatus based on the conveying means being formed in the attachment, characterised in that a size of the impression die is capable of being determined by detecting a position at which the impression die blocks the slit hole.
An apparatus for producing container carriers comprising: an unwinder for providing a generally continuous sheet of plastic material; a rotary die for punching the plastic material into a generally continuous string of three or more rows of container carriers; and an outfeed for transferring the generally continuous string to a collection station, characterised in that the rotary die includes a cylinder and a plate wrapped around the cylinder, the plate having a beveled edge and a nested edge, wherein the nested edge comprises a finger on one edge of the plate and a receiving groove on an opposite edge of the plate wherein the finger nests within the receiving groove when the plate is wrapped around the cylinder. an unwinder for providing a generally continuous sheet of plastic material; a rotary die for punching the plastic material into a generally continuous string of three or more rows of container carriers; and an outfeed for transferring the generally continuous string to a collection station, characterised in that the rotary die includes a cylinder and a plate wrapped around the cylinder, the plate having a beveled edge and a nested edge, wherein the nested edge comprises a finger on one edge of the plate and a receiving groove on an opposite edge of the plate wherein the finger nests within the receiving groove when the plate is wrapped around the cylinder.
A closing device for a door, in particular of a motor vehicle, comprising a rotary latch, which has a recess for receiving a locking bolt, with a pivotable locking lever, which in a locked position prevents the rotary latch in a positively-locking manner from rotating so as to release the locking bolt and which can be pivoted into a release position that releases the rotary latch, wherein the rotary latch is arranged in a wet chamber and is connected in a rotationally fixed manner to a latching element arranged in a dry chamber by means of a shaft, and wherein the locking lever arranged in the dry chamber interacts with the latching element in order to lock and release the rotary latch, characterized in that the shaft is designed as a hollow shaft and is arranged on a bearing pin, which extends beyond the hollow shaft axially on both sides, which on its ends is held on a support structure axially in a positive-locking manner by plastic deformation of the ends.
Method for processing used liquid CIP media (CIP: cleaning-in-place) in plants for treating containers, wherein the plant is a filling machine for filling bottles or other containers with beverages, characterised in that aromatic substances present in the respective CIP medium are removed from the groups of the aldehydes, ketones, esters, phenols, anisoles, and/or heteroaromatics, by adsorption with a polymeric adsorbent material, wherein, as the polymeric adsorbent material, polyethylene is used, and wherein the processing of the CIP medium - takes place in a cleaning circuit of an apparatus for the provision of the CIP medium, or - in a CIP return path, by means of which the CIP medium is conveyed back from a container treatment machine treated with this medium to an apparatus for the supply of the CIP medium. - takes place in a cleaning circuit of an apparatus for the provision of the CIP medium, or - in a CIP return path, by means of which the CIP medium is conveyed back from a container treatment machine treated with this medium to an apparatus for the supply of the CIP medium.