mhurhangee/ep-ind-claims huggingface dataset:
A bone plate (300,400), comprising: a body (320, 420) having a longitudinal axis (310, 410), a first surface (351, 451) and a bone-contacting surface (352, 452) opposed to the first surface (351, 451), and four lateral sides (350a, 350b, 350c, 350d, 450a, 450b, 450c, 450d); a plurality of spikes (340, 440) extending from the bone-contacting surface (352, 452), the spikes (140, 240, 340, 440) being adapted to penetrate bone by pressing the bone plate (300, 400) with a hand before fixation devices are secured to the bone plate, each spike (340, 440) having a truncated, pyramidal configuration terminating in a tip line (345, 445), wherein each spike (340, 440) has four lateral faces (341, 441) or sides that converge to the tip line (345, 445), two openings (324, 424) extending from the first surface (351, 451) through the body (320, 420) and to the bone-contacting surface (352, 452), the openings (324, 424) being disposed on the longitudinal axis of the body (320, 420), characterized in that lateral and opposed sides (350a, 350c; 450a, 45c) of the body (320, 420) are similar in that the width "w1" on one side is greater than the width "w2" on the opposite side, with width "w1" gradually decreasing to width "w2" to confer an overall wedged profile to the bone plate (300, 400). a body (320, 420) having a longitudinal axis (310, 410), a first surface (351, 451) and a bone-contacting surface (352, 452) opposed to the first surface (351, 451), and four lateral sides (350a, 350b, 350c, 350d, 450a, 450b, 450c, 450d); a plurality of spikes (340, 440) extending from the bone-contacting surface (352, 452), the spikes (140, 240, 340, 440) being adapted to penetrate bone by pressing the bone plate (300, 400) with a hand before fixation devices are secured to the bone plate, each spike (340, 440) having a truncated, pyramidal configuration terminating in a tip line (345, 445), wherein each spike (340, 440) has four lateral faces (341, 441) or sides that converge to the tip line (345, 445), two openings (324, 424) extending from the first surface (351, 451) through the body (320, 420) and to the bone-contacting surface (352, 452), the openings (324, 424) being disposed on the longitudinal axis of the body (320, 420), characterized in that lateral and opposed sides (350a, 350c; 450a, 45c) of the body (320, 420) are similar in that the width "w1" on one side is greater than the width "w2" on the opposite side, with width "w1" gradually decreasing to width "w2" to confer an overall wedged profile to the bone plate (300, 400).
A computing-implemented method for facilitating tracing an edge application capable of propagating from nodes of an edge network, comprising: in response to detecting a data packet having a global group identifier that corresponds to the edge application, generating monitoring data corresponding to a respective process executing for the global group identifier on a compute device being one of the nodes, the monitoring data including a process identifier; mapping the monitoring data having the process identifier to the corresponding global group identifier; tuning a time stamp associated with the monitoring data to a network time protocol corresponding to the global group identifier; and sending, as tracing data to a tracing datastore, the mapped and tuned monitoring data having the mapped-to global identifier and the tuned time stamp, the sending of said tracing data enabling analyzing of the edge application. in response to detecting a data packet having a global group identifier that corresponds to the edge application, generating monitoring data corresponding to a respective process executing for the global group identifier on a compute device being one of the nodes, the monitoring data including a process identifier; mapping the monitoring data having the process identifier to the corresponding global group identifier; tuning a time stamp associated with the monitoring data to a network time protocol corresponding to the global group identifier; and sending, as tracing data to a tracing datastore, the mapped and tuned monitoring data having the mapped-to global identifier and the tuned time stamp, the sending of said tracing data enabling analyzing of the edge application.
A scalable method for preserving one or more materials at a storage temperature, comprising: providing one or more materials selected from the group consisting of a biological solution, biological suspension and a biological incorporated in a hydrogel and one or more protective excipients to form a first composition; performing a primary drying by intensive vaporization of water from a two-phase slush comprising an amount of ice and an amount of concentrated solution disposed between the ice crystals, wherein said primary drying is performed at temperatures that are at least 10°C higher than the temperature at which said concentrated solution solidifies during cooling and said primary drying comprises simultaneously applying vacuum and heat such that said concentrated solution remains in a liquid state, wherein water is removed from said two-phase slush through simultaneous boiling of the solution, sublimation of ice crystals, and evaporation of water molecules from the slush surface to form a dry foam; and performing a stability drying comprising heating said dry foam to an elevated temperature. providing one or more materials selected from the group consisting of a biological solution, biological suspension and a biological incorporated in a hydrogel and one or more protective excipients to form a first composition; performing a primary drying by intensive vaporization of water from a two-phase slush comprising an amount of ice and an amount of concentrated solution disposed between the ice crystals, wherein said primary drying is performed at temperatures that are at least 10°C higher than the temperature at which said concentrated solution solidifies during cooling and said primary drying comprises simultaneously applying vacuum and heat such that said concentrated solution remains in a liquid state, wherein water is removed from said two-phase slush through simultaneous boiling of the solution, sublimation of ice crystals, and evaporation of water molecules from the slush surface to form a dry foam; and performing a stability drying comprising heating said dry foam to an elevated temperature.
A temperature sensor equipped with a temperature sensitive device to be disposed inside an exhaust pipe of an internal combustion engine, signal lines connected at a top end side to the temperature sensitive device and at a rear end side to leads for connection with an external circuit, an inner member having a sheath pin in which the signal lines are disposed, and an outer member disposed to cover at least a portion of an outer periphery of the inner member, said outer member includes a fixed portion to be fixed to an upper wall of the exhaust pipe, a retainer portion retaining said inner member, and an extending portion formed closer to a top end side than the retainer portion, the extending portion includes a clearance portion disposed so as to have an air gap between itself and said inner member and a front interference portion disposed in a condition that a maximum air gap between the front interference portion and the inner member in a radius direction is 0.2mm or less, said temperature sensor being characterised in that the front interference portion is not welded or fixed to the sheath pin but is located in contact therewith or away therefrom through the air gap.
A power feed connector to be used for connecting to a power-receiving connector of an automobile, comprising: a connector body; a case accommodating the connector body therein; a holding member attached to the case, accommodating a part of the case and having a handle at one of its end portions, the handle being a portion of the power feed connector to be held in the operator's hand when the power feed connector is operated; and a case-locking mechanism for restricting a movement of the case with respect to the holding member, wherein the connector body and the holding member are slidable in the same axial direction with respect to the case when the case-locking mechanism is unlocked, and the connector body is movable forward with respect to the case with a movement of the holding member when the holding member moves forward with respect to the case in a state where the case-locking mechanism is unlocked; characterized in that the handle is formed such that it extends in a direction perpendicular to the central axis of the connector body and at least a part of it is set on the extended line of the central axis of the connector body; a speed reduction mechanism is provided in the case, and the holding member and the connector body are adapted to move with respect to the case via the speed reduction mechanism, and when the holding member moves with respect to the case, a movement distance of the connector body with respect to the case becomes smaller than a movement distance of the holding member with respect to the case. a connector body; a case accommodating the connector body therein; a holding member attached to the case, accommodating a part of the case and having a handle at one of its end portions, the handle being a portion of the power feed connector to be held in the operator's hand when the power feed connector is operated; and a case-locking mechanism for restricting a movement of the case with respect to the holding member, wherein the connector body and the holding member are slidable in the same axial direction with respect to the case when the case-locking mechanism is unlocked, and the connector body is movable forward with respect to the case with a movement of the holding member when the holding member moves forward with respect to the case in a state where the case-locking mechanism is unlocked; characterized in that the handle is formed such that it extends in a direction perpendicular to the central axis of the connector body and at least a part of it is set on the extended line of the central axis of the connector body; a speed reduction mechanism is provided in the case, and the holding member and the connector body are adapted to move with respect to the case via the speed reduction mechanism, and when the holding member moves with respect to the case, a movement distance of the connector body with respect to the case becomes smaller than a movement distance of the holding member with respect to the case.
A guide wire for biological pressure measurement comprising: a tube extending along a longitudinal axis of the guide wire, wherein the tube has an internal surface defining a space in the tube; and a pressure sensor configured for biological pressure measurement, at least a portion of the pressure sensor being mounted in the space in the tube, wherein the tube includes at least one distal opening configured to allow fluid to enter the space in the tube, and characterized in that, a dissolvable hydrophilic material is coated on at least one of the internal surface of the tube, and/or a surface of the pressure sensor. a tube extending along a longitudinal axis of the guide wire, wherein the tube has an internal surface defining a space in the tube; and a pressure sensor configured for biological pressure measurement, at least a portion of the pressure sensor being mounted in the space in the tube, wherein the tube includes at least one distal opening configured to allow fluid to enter the space in the tube, and characterized in that, a dissolvable hydrophilic material is coated on at least one of the internal surface of the tube, and/or a surface of the pressure sensor.
A continuous coil surface treatment process suitable for both a coil of a 5XXX aluminum alloy sheet and of a 6XXX aluminum alloy sheet having a surface comprising the successive steps of: a) optionally cleaning the surface of the aluminum alloy sheet; b) etching the surface of the optionally cleaned aluminum alloy sheet with a fluorine-free acidic solution; c) rinsing the surface of the etched aluminum alloy sheet with deionized water; d) applying to the surface of the etched aluminum alloy sheet a conversion solution comprising titanium and zirconium, with a zirconium to titanium weight ratio of from 3.0 to 5.0 preferably from 3.2 to 4.0; e) optionally rinsing the surface of the converted aluminum alloy sheet with deionized water; and, f) drying the surface of the aluminum alloy sheet. a) optionally cleaning the surface of the aluminum alloy sheet; b) etching the surface of the optionally cleaned aluminum alloy sheet with a fluorine-free acidic solution; c) rinsing the surface of the etched aluminum alloy sheet with deionized water; d) applying to the surface of the etched aluminum alloy sheet a conversion solution comprising titanium and zirconium, with a zirconium to titanium weight ratio of from 3.0 to 5.0 preferably from 3.2 to 4.0; e) optionally rinsing the surface of the converted aluminum alloy sheet with deionized water; and, f) drying the surface of the aluminum alloy sheet.
A foldable assembly for an electronic device, said foldable assembly comprising a foldable first surface layer superimposed onto a foldable support layer, said support layer comprising a first body, a second body, and a pivot hinge, said pivot hinge interconnecting said first body and said second body, said first body and said second body being pivotable relative each other around an assembly rotation axis of said pivot hinge such that said foldable assembly is moveable between an unfolded position and at least one folded end position, said first body and said second body being aligned in a common plane when said foldable assembly is in said unfolded position, said first body being superimposed onto said second body when said foldable assembly is in said folded end position, said support layer further comprising at least one linear actuator extending at least partially through said pivot hinge, a first end of said linear actuator being connected to said first body and a second, opposite end of said linear actuator being connected to one of said first surface layer and said second body, an actuator axis extending between said first (7 a) and second ends and perpendicular to said assembly rotation axis, wherein said first body and/or said second body are adapted to pivot around said assembly rotation axis and to actuate said linear actuator such that said linear actuator urges one of said first surface layer and said second body to move, in relation to said first body, along said actuator axis. said support layer comprising a first body, a second body, and a pivot hinge, said pivot hinge interconnecting said first body and said second body, said first body and said second body being pivotable relative each other around an assembly rotation axis of said pivot hinge such that said foldable assembly is moveable between an unfolded position and at least one folded end position, said first body and said second body being aligned in a common plane when said foldable assembly is in said unfolded position, said first body being superimposed onto said second body when said foldable assembly is in said folded end position, said support layer further comprising at least one linear actuator extending at least partially through said pivot hinge, a first end of said linear actuator being connected to said first body and a second, opposite end of said linear actuator being connected to one of said first surface layer and said second body, an actuator axis extending between said first (7 a) and second ends and perpendicular to said assembly rotation axis, wherein said first body and/or said second body are adapted to pivot around said assembly rotation axis and to actuate said linear actuator such that said linear actuator urges one of said first surface layer and said second body to move, in relation to said first body, along said actuator axis.
A reactor system comprising: a catalytic converter; a reagent feed line connected to said converter; wherein said converter is a multibed converter comprising a plurality of catalytic beds (2, 4); wherein said converter further comprises a plurality of mixing regions (20, 50) wherein the number of mixing regions is equal to the number of catalytic beds, each mixing region being arranged upstream of a respective catalytic bed (2, 4) to mix the inlet feed of said catalytic bed with a mixing gas; a mixing gas feed line or a plurality of mixing gas feed lines (8-10, 11-13) arranged to feed said mixing gas to said mixing regions (20, 50), each mixing region (20, 50) being connected to one or more respective mixing gas feed line(s); wherein each of said mixing gas feed lines includes at least one flow regulator device (14-16, 17-19), so that the amount of mixing gas admitted into the mixing region by each of the feed lines can be independently controlled. a catalytic converter; a reagent feed line connected to said converter; wherein said converter is a multibed converter comprising a plurality of catalytic beds (2, 4); wherein said converter further comprises a plurality of mixing regions (20, 50) wherein the number of mixing regions is equal to the number of catalytic beds, each mixing region being arranged upstream of a respective catalytic bed (2, 4) to mix the inlet feed of said catalytic bed with a mixing gas; wherein said converter is a multibed converter comprising a plurality of catalytic beds (2, 4); wherein said converter further comprises a plurality of mixing regions (20, 50) wherein the number of mixing regions is equal to the number of catalytic beds, each mixing region being arranged upstream of a respective catalytic bed (2, 4) to mix the inlet feed of said catalytic bed with a mixing gas; a mixing gas feed line or a plurality of mixing gas feed lines (8-10, 11-13) arranged to feed said mixing gas to said mixing regions (20, 50), each mixing region (20, 50) being connected to one or more respective mixing gas feed line(s);
Connection system for connecting two carriers (4, 104a, 104b) each having a carrier body (12, 112a, 112b) bounded by at least one end edge (40, 140a, 140b) and having at least one carrier hole (34, 134a, 134b), wherein the connection system (8, 22, 122) has at least one connector (10, 10a, 10b, 10c, 10d, 10e, 110, 174) with a connector body (22, 22a, 22b, 22c, 22d, 22e, 122, 176), wherein a plurality of circular connector holes (32, 132) pass through the connector body (22, 22a, 22b, 22c, 22d, 22e, 122, 176), wherein at least one outer surface (50, 50a, 50b, 50c, 50d, 50e) of the at least one connector body (22, 22a, 22b, 22c, 22d, 22e, 122, 176) has a periodically repeating uneven structure, wherein the connection system (8, 152, 172) has a plurality of fastening elements, wherein the two carriers (4, 104a, 104b) can be arranged side by side with their end edges (40, 140a, 140b) facing one another, wherein the at least one outer surface (50, 50a, 50b, 50c, 50d, 50e) with the periodically repeating uneven structure of the at least one connector body (22, 22a, 22b, 22c, 22d, 22e, 122, 176) of the at least one connector (10, 10a, 10b, 10c, 10d, 10e, 110, 174) can be arranged on at least one outer surface of the carrier bodies (12, 112a, 112b) of both carriers (4, 104a, 104b) in each case, wherein at least one first connector hole (32, 132) of the at least one connector (10, 10a, 10b, 10c, 10d, 10e, 110, 174) corresponds to the at least one carrier hole (34, 134a, 134b) of a first carrier (4, 104a, 104b) of the two carriers (4, 104a, 104b) and at least one second connector hole of the at least one connector (10, 10a, 10b, 10c, 10d, 10e, 110, 174) can be associated with the at least one carrier hole (34, 134a, 134b) of a second carrier (4, 104a, 104b) of the two carriers (4, 104a, 104b), such that a fastening element can be guided through at least one connector hole (32, 132) of the at least one connector (10, 10a, 10b, 10c, 10d, 10e, 110, 174) and an associated carrier hole (34, 134a, 134b) of the respective carrier (4, 104a, 104b) in each case, whereby the at least one connector (10, 10a, 10b, 10c, 10d, 10e, 110, 174) is to be connected to a respective carrier (4, 104a, 104b) via at least one respective fastening element, wherein the uneven structure of the at least one outer surface (50, 50a, 50b, 50c, 50d, 50e) has a profile which has a periodically repeating uneven structure in a first spatial direction and is straight in a second spatial direction perpendicular to the first spatial direction, characterised in that the uneven structure of the at least one outer surface (50, 50a, 50b, 50c, 50d, 50e) is formed by an elastically deformable coating of fibre-reinforced plastic arranged on the connector body (22, 22a, 22b, 22c, 22d, 22e, 122, 176).
A cuboid bag pack comprising a bag and a plurality of sanitary articles accommodated therein, brought into a planar configuration and stacked on top of one another, in particular diapers, incontinence diapers, incontinence pads, or incontinence underlays or surgical articles, wherein the bag, when in the filled state surrounding the introduced articles, comprises a front wall, a rear wall opposite thereto, a first side wall and a second side wall opposite thereto, an upper wall and a lower wall, which are preferably formed from a single folded sheet-material portion joined by weld seams, wherein the bag comprises a reinforcement region adjacent to the upper wall in each of the first and second side walls (18, 20), wherein the reinforcement region of the first and second side walls (18, 20) is formed in each case in that a plurality of layers of the sheet-material portion abut against each other there as a result of folding the sheet-material portion, and wherein the reinforcement region of the first and second side walls (18, 20) is formed at least in three layers and from regions of the sheet-material portion folded over one another, specifically from a relevant outer layer portion, a relevant central layer portion and a relevant inner layer portion, wherein the bag comprises a manually openable access region in the first side wall that is delimited by a predetermined breaking line, characterized in that at least one vent opening communicating between an interior space and the surroundings of the bag is formed in the second side wall, in that the vent opening is formed in the reinforcement region of the second side wall, in that the vent opening is formed at least in the outer or middle layer portion (48, 50) of the reinforcement region of the second side wall, in particular in the outer layer portion and in the middle layer portion, and in that in the case of the first side wall, in which the access region is formed, no vent opening is formed in the outer or middle layer portion (48, 50) of the reinforcement region and in that incisions or slits are introduced into the sheet material to form the vent opening.
An arrangement having a wall structure and one or multiple elements arrangeable thereto, wherein the wall structure comprises a surface and, on one side, a multidimensional wave geometry with repeating shapes, the wave geometry comprises one or more fastening means, on which the one or multiple element(s) are arrangeable, and the fastening means as well as the elements are configured in such a way that one of the elements can be fixed at different positions of the wall structure on the side of the wave geometry, characterized in that the at least one fastening means is a groove (13, 14), which is formed in such a way that a multitude of different elements can be inserted at any position along the groove, wherein the groove is arranged in a trough of the wave geometry of the wall structure and extends over the entire width of the wave geometry.