mhurhangee/ep-ind-claims huggingface dataset:
A magnetic refrigerating device comprising: a cylindrical AMR bed that contains refrigerants (31a, 31b); two magnetic materials (32a, 32b) arranged in a direction of an axis of the AMR bed, the magnetic materials (32a, 32b) being movable in the direction of the axis of the AMR bed and made of magnetocaloric effect materials; at least two permanent magnets (34a1, 34a2, 34b1, 34b2) facing the two magnetic materials (31a, 31b) in the AMR bed; a rotary shaft between the two magnetic materials (32a, 32b) in the AMR bed and between the at least two permanent magnets (34a1, 34a2, 34b1, 34b2); a rotator that rotates the permanent magnets or the AMR bed about the rotary shaft such that the permanent magnets (34a1, 34a2, 34b1, 34b2) and the two magnetic materials (32a, 32b) repeatedly get close to and away from each other due to the rotation, and a magnetic material reciprocating unit that causes the two magnetic materials (32a, 32b) to reciprocate in the direction of the axis such that when one of the magnetic materials moves toward an outside in the direction of the axis of the AMR bed, the other magnetic material also moves toward the outside, wherein heat exchange occurs between the magnetic materials (32a, 32b) and the refrigerants (31a, 31b) in the AMR bed and generates a temperature difference in the AMR bed. a cylindrical AMR bed that contains refrigerants (31a, 31b); two magnetic materials (32a, 32b) arranged in a direction of an axis of the AMR bed, the magnetic materials (32a, 32b) being movable in the direction of the axis of the AMR bed and made of magnetocaloric effect materials; at least two permanent magnets (34a1, 34a2, 34b1, 34b2) facing the two magnetic materials (31a, 31b) in the AMR bed; a rotary shaft between the two magnetic materials (32a, 32b) in the AMR bed and between the at least two permanent magnets (34a1, 34a2, 34b1, 34b2); a rotator that rotates the permanent magnets or the AMR bed about the rotary shaft such that the permanent magnets (34a1, 34a2, 34b1, 34b2) and the two magnetic materials (32a, 32b) repeatedly get close to and away from each other due to the rotation, and a magnetic material reciprocating unit that causes the two magnetic materials (32a, 32b) to reciprocate in the direction of the axis such that when one of the magnetic materials moves toward an outside in the direction of the axis of the AMR bed, the other magnetic material also moves toward the outside, wherein heat exchange occurs between the magnetic materials (32a, 32b) and the refrigerants (31a, 31b) in the AMR bed and generates a temperature difference in the AMR bed.
A module capable of use in a flatwire conveyor belt assembly, the module comprising: a picket having leading links and trailing links, the picket defining a picket leading portion proximate the leading links and a picket trailing portion proximate the trailing links; a top plate having a leading end and a trailing end, the top plate defining a top plate leading portion proximate the leading end and a top plate trailing portion proximate the trailing end; wherein the picket and the top plate interface at a leading interface defined by an interface of the picket leading portion and the top plate leading portion; and wherein the picket and the top plate interface at a trailing interface defined by an interface of the picket trailing portion and the top plate trailing portion, characterized in that: the picket trailing portion comprises a slot; the top plate trailing portion comprises a tab; and the slot and the tab are configured to interface when the top plate is positioned atop the picket. a picket having leading links and trailing links, the picket defining a picket leading portion proximate the leading links and a picket trailing portion proximate the trailing links; a top plate having a leading end and a trailing end, the top plate defining a top plate leading portion proximate the leading end and a top plate trailing portion proximate the trailing end; wherein the picket and the top plate interface at a leading interface defined by an interface of the picket leading portion and the top plate leading portion; and wherein the picket and the top plate interface at a trailing interface defined by an interface of the picket trailing portion and the top plate trailing portion, the picket trailing portion comprises a slot; the top plate trailing portion comprises a tab; and the slot and the tab are configured to interface when the top plate is positioned atop the picket.
Method for determining an operating state (128a-136a) of an internal combustion engine, comprising the steps of: a) determining a time profile of at least one phase signal of an electrical machine which is coupled to the internal combustion engine; b) determining the time profile of a rotation speed of the electrical machine from the phase signal; c) determining at least one rotation speed pattern, which is caused by the internal combustion engine, from the time profile of the rotation speed; d) determining at least one operating state (128a-136a) of the internal combustion engine on the basis of the at least one determined rotation speed pattern; characterized by the step of e) regulating the field current (I Err) of the electrical machine on the basis of the respectively determined operating state of the internal combustion engine in such a way that the braking torque of the electrical machine is increased or reduced. a) determining a time profile of at least one phase signal of an electrical machine which is coupled to the internal combustion engine; b) determining the time profile of a rotation speed of the electrical machine from the phase signal; c) determining at least one rotation speed pattern, which is caused by the internal combustion engine, from the time profile of the rotation speed; d) determining at least one operating state (128a-136a) of the internal combustion engine on the basis of the at least one determined rotation speed pattern; characterized by the step of e) regulating the field current (I Err) of the electrical machine on the basis of the respectively determined operating state of the internal combustion engine in such a way that the braking torque of the electrical machine is increased or reduced.
An orally disintegrating tablet comprising: fine granules, each fine granule having, at its center, an active pharmaceutical ingredient-containing core that comprises butylscopolamine bromide and water-insoluble particles, and having an intermediate layer that comprises water-insoluble particles and coats the active pharmaceutical ingredient-containing core, and a bitterness-masking layer that comprises talc and at least one water-insoluble polymer, in sequence from the active pharmaceutical ingredient-containing core side; and an excipient component positioned on the outside of the fine granules. fine granules, each fine granule having, at its center, an active pharmaceutical ingredient-containing core that comprises butylscopolamine bromide and water-insoluble particles, and having an intermediate layer that comprises water-insoluble particles and coats the active pharmaceutical ingredient-containing core, and a bitterness-masking layer that comprises talc and at least one water-insoluble polymer, in sequence from the active pharmaceutical ingredient-containing core side; and an excipient component positioned on the outside of the fine granules.
Damping composition which is stable and soft in a temperature range from -30°C to 150°C, comprising an epoxy resin and a filler, where the filler is present in a multimodal grain size distribution so that a density gradient of the particles is present in the resin matrix.
A bellows for protecting internal components of a disc brake for a motor vehicle, the bellows characterized in that it comprises: a first layer of flexible thermal insulation material; and a first elastomer layer formed on a first surface of the first layer of flexible thermal insulation material, wherein a second surface of the first layer of flexible thermal insulation material opposing the first surface faces a heat source of the disc brake wherein a second surface of the first elastomer layer faces the internal caliper components. a first layer of flexible thermal insulation material; and a first elastomer layer formed on a first surface of the first layer of flexible thermal insulation material, wherein a second surface of the first layer of flexible thermal insulation material opposing the first surface faces a heat source of the disc brake wherein a second surface of the first elastomer layer faces the internal caliper components.
Lock for a motor vehicle comprising a locking mechanism with a rotary latch and at least one pawl and a lock case, wherein the locking mechanism is accommodated in the lock case in a pivotably mounted manner, the lock case comprises, in particular over its entire extension, areas of different material thicknesses (13, 14, 15, 19), and the lock case is produced by means of an extrusion process. the locking mechanism is accommodated in the lock case in a pivotably mounted manner, the lock case comprises, in particular over its entire extension, areas of different material thicknesses (13, 14, 15, 19), and the lock case is produced by means of an extrusion process.
A nucleic acid (a) which is esterified at one or more of the following positions with a guanidinium alkanoic acid or a PEG substituted with a guanidinium group and a carboxyl group: (i) 5'-terminal 5' hydroxyl group; (ii) 3'-terminal 3' hydroxyl group; (iii) 5'- or 3'-terminal 2' hydroxyl group; and (iv) internal 2' hydroxyl group; (b) which is esterified at one, more or all phosphates with a guanidinium alkanol or a PEG substituted with a guanidinium group and having a free hydroxyl group; and/or (c) which has a 2' hydroxyl group converted into an acetal with a guanidinium alkanol or with a PEG substituted with a guanidinium group. (a) which is esterified at one or more of the following positions with a guanidinium alkanoic acid or a PEG substituted with a guanidinium group and a carboxyl group: (i) 5'-terminal 5' hydroxyl group; (ii) 3'-terminal 3' hydroxyl group; (iii) 5'- or 3'-terminal 2' hydroxyl group; and (iv) internal 2' hydroxyl group; (i) 5'-terminal 5' hydroxyl group; (ii) 3'-terminal 3' hydroxyl group; (iii) 5'- or 3'-terminal 2' hydroxyl group; and (iv) internal 2' hydroxyl group; (b) which is esterified at one, more or all phosphates with a guanidinium alkanol or a PEG substituted with a guanidinium group and having a free hydroxyl group; and/or (c) which has a 2' hydroxyl group converted into an acetal with a guanidinium alkanol or with a PEG substituted with a guanidinium group.
A steering system of a motorcycle, said system comprising a steering shaft and a steering damper, the steering damper comprising: a stator tubular element defining an inner surface, a central longitudinal axis and a length measured along said axis; two caps (4, 5) that close respective axial ends of said stator element; a rotor defining an outer surface, arranged within said stator element along said longitudinal axis and provided with relative rotary motion, passing, in a hydraulically sealed manner, through said caps (4, 5); an annular gap that runs around said axis between said stator element and said rotor and containing a magnetorheological fluid; at least one stator blade projecting in a radial direction from said inner surface of said stator element; at least one rotor blade projecting in a radial direction from said outer surface of said rotor; at least two chambers of said gap being defined between said blades; said at least one stator blade and said at least one rotor blade having respective head faces (10a, 20a) that define radial slits (31, 32) in cooperation with, respectively, said outer surface of said rotor and said inner surface of said stator element, said radial slits being adapted to permit the exchange of said fluid between said chambers in response to a variation in angular position of said rotor with respect to said stator element; and means for generating an electromagnetic field arranged on said at least one stator blade and/or said at least one rotor blade configured so as to generate a magnetic field that affects substantially only the fluid contained in said slits, wherein said rotor is said steering shaft of the motorcycle having ends projecting from said caps and intended for the connection to a fork and to a handlebar of the motorcycle, respectively, and wherein said at least one rotor blade and at least one stator blade have a mainly axial development extending substantially for the entire axial length of said annular gap, the axial length of said blades being at least 10 times their radial extension.
An interactive display system, comprising: a projector configured to project polarized light; a display screen configured to display an image projected by the projector, the display screen comprising a retroreflective layer, and a diffuser layer covering the retroreflective layer, the diffuser layer being configured to diffusely reflect a first portion of the polarized light incident on the diffuser layer from the projector such that a second portion of the polarized light passes through the diffuser layer and is reflected by the retroreflective layer back through the diffuser layer; a camera positioned to capture images of the display screen from a location at which the camera receives polarized light reflected by the retroreflective layer; a logic subsystem; and a data storage subsystem storing instructions executable by the logic subsystem to acquire images via the camera and to identify, via the images, a user gesture performed between the projector and the display screen. a projector configured to project polarized light; a display screen configured to display an image projected by the projector, the display screen comprising a retroreflective layer, and a diffuser layer covering the retroreflective layer, the diffuser layer being configured to diffusely reflect a first portion of the polarized light incident on the diffuser layer from the projector such that a second portion of the polarized light passes through the diffuser layer and is reflected by the retroreflective layer back through the diffuser layer; a camera positioned to capture images of the display screen from a location at which the camera receives polarized light reflected by the retroreflective layer; a logic subsystem; and a data storage subsystem storing instructions executable by the logic subsystem to acquire images via the camera and to identify, via the images, a user gesture performed between the projector and the display screen.
A method for drilling a wellbore, comprising: generating an optimal cluster using historical drilling data; drilling an interval of the wellbore; and while drilling the wellbore interval: generating a working cluster using data collected while drilling the wellbore interval; identifying a plurality of data points proximate to a centroid of the working cluster; selecting one of the data points that converges toward a centroid of the optimal cluster; and adjusting one or more drilling control parameters using the convergent data point. generating an optimal cluster using historical drilling data; drilling an interval of the wellbore; and while drilling the wellbore interval: generating a working cluster using data collected while drilling the wellbore interval; identifying a plurality of data points proximate to a centroid of the working cluster; selecting one of the data points that converges toward a centroid of the optimal cluster; and adjusting one or more drilling control parameters using the convergent data point. generating a working cluster using data collected while drilling the wellbore interval; identifying a plurality of data points proximate to a centroid of the working cluster; selecting one of the data points that converges toward a centroid of the optimal cluster; and adjusting one or more drilling control parameters using the convergent data point.
A tubular fabric device, comprising: a plurality of warp yarns and fill yarns woven together; a first tubular extent having a first diameter and a formed shape; a second tubular extent having a second, different diameter and a formed shape; a transition tubular extent having a graduated diameter between the first and second tubular extents; a tapered edge along the transition tubular extent formed by a weaving pattern in which a graduated number of warp yarns are disengaged along the transition tubular extent; a seam woven along the tapered edge and configured to provide a fluid-tight transition between the first tubular extent and the second tubular extent; characterised in that the warp yarns in at least the transition tubular extent have a tenacity higher than a tenacity of the fill yarns and wherein the tubular fabric device is a medical device adapted for use in delivery of a fluid or semi-fluid material to a treatment site in a human or animal body. a plurality of warp yarns and fill yarns woven together; a first tubular extent having a first diameter and a formed shape; a second tubular extent having a second, different diameter and a formed shape; a transition tubular extent having a graduated diameter between the first and second tubular extents; a tapered edge along the transition tubular extent formed by a weaving pattern in which a graduated number of warp yarns are disengaged along the transition tubular extent; a seam woven along the tapered edge and configured to provide a fluid-tight transition between the first tubular extent and the second tubular extent; characterised in that the warp yarns in at least the transition tubular extent have a tenacity higher than a tenacity of the fill yarns and wherein the tubular fabric device is a medical device adapted for use in delivery of a fluid or semi-fluid material to a treatment site in a human or animal body.
A clip treatment tool comprising: a clip body that has two arm portions (24A; 24B) that face each other and open and close and a folded portion that connects proximal end parts of the two arm portions (24A; 24B); a pressing tube that opens the two arm portions (24A; 24B) and exposes the clip body in accordance with movement of the clip body from a proximal end side toward a distal end side and that closes the two arm portions (24A;24B) and allows the clip body to be contained therein in accordance with movement of the clip body from the distal end side toward the proximal end side; a coupling member that has a distal end part engaged with the folded portion of the clip body and a proximal end part to which a distal end part of an operation wire is removably latched, the coupling member coupling the clip body and the operation wire to each other; and an urging member that is contained in the pressing tube and that urges the coupling member relative to the pressing tube from the proximal end side toward the distal end side, wherein the pressing tube has a latched portion disposed on the proximal end side of the pressing tube, and the coupling member has a latch portion disposed on the proximal end side of the coupling member, and wherein, in accordance with movement of the operation wire from the distal end side toward the proximal end side, the coupling member moves from the distal end side toward the proximal end side, the latch portion is latched to the latched portion, and the coupling member is locked to the pressing tube. a clip body that has two arm portions (24A; 24B) that face each other and open and close and a folded portion that connects proximal end parts of the two arm portions (24A; 24B); a pressing tube that opens the two arm portions (24A; 24B) and exposes the clip body in accordance with movement of the clip body from a proximal end side toward a distal end side and that closes the two arm portions (24A;24B) and allows the clip body to be contained therein in accordance with movement of the clip body from the distal end side toward the proximal end side; a coupling member that has a distal end part engaged with the folded portion of the clip body and a proximal end part to which a distal end part of an operation wire is removably latched, the coupling member coupling the clip body and the operation wire to each other; and an urging member that is contained in the pressing tube and that urges the coupling member relative to the pressing tube from the proximal end side toward the distal end side, wherein the pressing tube has a latched portion disposed on the proximal end side of the pressing tube, and the coupling member has a latch portion disposed on the proximal end side of the coupling member, and wherein, in accordance with movement of the operation wire from the distal end side toward the proximal end side, the coupling member moves from the distal end side toward the proximal end side, the latch portion is latched to the latched portion, and the coupling member is locked to the pressing tube.
A flow device, comprising: at least one conduit; a pick-off providing a pick-off signal for measuring motion of the at least one conduit; a drive that receives a first signal for vibrating the at least one conduit at a resonance frequency, and that receives a second signal for vibrating the at least one conduit at a frequency that is different than the resonance frequency; and one or more electronics that generate the first and second signals (55, 56) and receive a detected response to the first signal and a detected response to the second signal from the pick-off, measure the time shift between the second signal and the detected response to the second signal to determine at least one of: whether a substance is flowing within the at least one conduit, a direction at which a substance is flowing within the at least one conduit, and a mass flow rate of a substance flowing within the at least one conduit, and phase lock the first signal with the detected response to the first signal to determine the density of the substance flowing within the at least one conduit. at least one conduit; a pick-off providing a pick-off signal for measuring motion of the at least one conduit; a drive that receives a first signal for vibrating the at least one conduit at a resonance frequency, and that receives a second signal for vibrating the at least one conduit at a frequency that is different than the resonance frequency; and one or more electronics that generate the first and second signals (55, 56) and receive a detected response to the first signal and a detected response to the second signal from the pick-off, measure the time shift between the second signal and the detected response to the second signal to determine at least one of: whether a substance is flowing within the at least one conduit, a direction at which a substance is flowing within the at least one conduit, and a mass flow rate of a substance flowing within the at least one conduit, and phase lock the first signal with the detected response to the first signal to determine the density of the substance flowing within the at least one conduit.
An implantable device, particularly using laparoscopy, comprising a textile plate having opposite reverse and front faces, a weight per unit surface area less than or equal to 50 g/m 2 and comprising monofilaments, said plate being in one position at rest coiled over itself in a tube configuration, comprising deployment means which can be activated by aqueous medium, capable of causing said plate to change from said rest position into an implantation position wherein said plate has a substantially planar configuration, said deployment means being positioned on the reverse face and/or the front face of the plate and comprising a dehydrated polymer capable of forming a gel in an aqueous medium.