mhurhangee/ep-ind-claims huggingface dataset:
A table saw comprising: a table having a saw blade slot disposed therein; a fence assembly positionable upon the table, the fence assembly comprising: a primary fence including a first elongated body having a first height; a secondary fence (115; 185) pivotally mounted to the primary fence and pivotable between a deployed position and a stowed position, the secondary fence (115; 185) including a second elongated body (108; 189) having a second height that is less than the first height, wherein when the fence assembly is positioned on the table, the secondary fence is proximate the saw blade slot while in the deployed position, and the secondary fence is positioned farther from the saw blade slot while in the stowed position; characterised in that: the secondary fence (115; 185) further includes a window, and a knob supported at least partially within the window, the knob being located at a proximal end of a fastener configured to engage a threaded bore in the primary fence to releasably secure the secondary fence in one of the deployed position or the stowed position. a table having a saw blade slot disposed therein; a fence assembly positionable upon the table, the fence assembly comprising: a primary fence including a first elongated body having a first height; a secondary fence (115; 185) pivotally mounted to the primary fence and pivotable between a deployed position and a stowed position, the secondary fence (115; 185) including a second elongated body (108; 189) having a second height that is less than the first height, wherein when the fence assembly is positioned on the table, the secondary fence is proximate the saw blade slot while in the deployed position, and the secondary fence is positioned farther from the saw blade slot while in the stowed position; a primary fence including a first elongated body having a first height; a secondary fence (115; 185) pivotally mounted to the primary fence and pivotable between a deployed position and a stowed position, the secondary fence (115; 185) including a second elongated body (108; 189) having a second height that is less than the first height, wherein when the fence assembly is positioned on the table, the secondary fence is proximate the saw blade slot while in the deployed position, and the secondary fence is positioned farther from the saw blade slot while in the stowed position; characterised in that: the secondary fence (115; 185) further includes a window, and a knob supported at least partially within the window, the knob being located at a proximal end of a fastener configured to engage a threaded bore in the primary fence to releasably secure the secondary fence in one of the deployed position or the stowed position. a window, and a knob supported at least partially within the window, the knob being located at a proximal end of a fastener configured to engage a threaded bore in the primary fence to releasably secure the secondary fence in one of the deployed position or the stowed position.
A measuring device for detecting positional changes of persons in a bed, wherein said bed comprises a lying surface carried by a carrying device and a mattress positioned thereon, wherein at least one longitudinal bridge, which is able to be arranged in a center region between a head region and a foot region of the bed in order to support the mattress, has a narrow width in the range of 5 cm to 40 cm and is designed to transmit the load supported by the bridge to the carrying device, wherein said bridge comprises at least one longitudinal panel having at least one portion (23a, 23b, 23c) that has bent-over longitudinal edges and/or reinforcing ribs extending in the longitudinal direction of the panel as structures or elements for increasing the flexural rigidity, and wherein, in the force transmission path of the load supported by the bridge, at least one sensor (13, 13a) for recording a measured variable is arranged, said measured variable being capable of being influenced by the load distribution of the load supported by the bridge, wherein the measuring device comprises a controller, to which the sensor(s) (13, 13a) is/are connected, wherein said controller is arranged entirely or in part in a housing that is able to be placed independently of the bridge or entirely or in part on the bridge, and wherein said controller comprises means for detecting and analyzing the measured variables from the sensors (13, 13a), characterized in that the means for detecting and analyzing the measured variables from the sensors are designed as means for detecting the center of gravity or changes in the center of gravity of the weight distribution bearing on the bridge and means for optically and/or acoustically and/or electrically displaying movement activity for assessing the risk of decubitus.
Method for producing a bar element (1, 1') as a construction element, wherein the bar element (1, 1') consists of a plurality of strips, preferably made of bamboo, and is formed at least in sections as a hollow element, wherein the interior of the hollow element is formed at least in sections as a hollow fillet by means of plastic or resin introduced into the bar element (1, 1'), characterized in that the bar element (1, 1') is internally coated with an introduced plastic and/or resin and, in a further step, a movable piston having a round outer cross-section is moved through the interior of the bar element (1, 1') or by means of an inner tube coated with a separating agent, which is externally coated with a plastic and/or resin outer sheath, preferably fiber-reinforced, wherein said inner tube is removed by being pulled from the bar element (1, 1') after a curing process of the outer sheath has been completed, and the bar element (1, 1') is thus able to be reproducibly produced in the form of a hollow fillet in each case with an internal cross-section having defined dimensions.
A bumper beam comprising a main cross member and a cross member part fixedly attached to said main cross member, wherein said cross member part forms in itself or together with one or more portions of the main cross member a closed chamber in a cross section of the bumper beam, arranged at an upper side or at a lower side of said main cross member, characterized in that said closed chamber abuts and extends over only a portion of said upper side or said lower side of said main cross member as seen in the cross direction of said main cross member and over essentially the entire length and in a longitudinal direction of said main cross member, that said main cross member together with said cross member part form a closed main chamber, and that said closed chamber and said closed main chamber are arranged abutting on each other.
A color-treated substrate, comprising: a matrix including magnesium; and a film formed on the matrix and containing a compound represented by the following Chemical Formula 1: [Chemical Formula 1] M m where M includes one or more selected from the group consisting of Na, K, Mg, Ca and Ba, and m is 1 or 2, wherein conditions of the following Expressions 1 and 2 are satisfied with respect to an arbitrary point A existing on the matrix: Δ E 1 * < 1.0 Δ E 2 * > 2.0 where ΔE 1 * represents a deviation of average color coordinates of a point A from average color coordinates of an arbitrary point B existing on the same axis, and ΔE 2 * represents a deviation of average color coordinates of a point A from average color coordinates of a point C which is present on a second axis having an average deviation of 75° to 105° from the first axis, is present on the same axis with the average color coordinates of the point A, and is spaced apart a distance of 3 cm or more from the point A. where ΔE 1 * represents a deviation of average color coordinates of a point A from average color coordinates of an arbitrary point B existing on the same axis, and ΔE 2 * represents a deviation of average color coordinates of a point A from average color coordinates of a point C which is present on a second axis having an average deviation of 75° to 105° from the first axis, is present on the same axis with the average color coordinates of the point A, and is spaced apart a distance of 3 cm or more from the point A.
A method for producing a recombinant toxin protein in a Pseudomonad host cell, said method comprising: ligating into an expression vector a nucleotide sequence encoding a toxin protein, wherein the nucleotide sequence encoding the toxin protein is fused to a secretion signal coding sequence that is Azu, IbpS31A, or CupA2, and that when expressed directs transfer of the toxin protein to the periplasm; transforming the Pseudomonadhost cell with the expression vector; and culturing the transformed Pseudomonad host cell in a culture media suitable for the expression of the recombinant toxin protein; wherein the recombinant toxin protein is CRM197, produced at a yield of soluble and/or active CRM197 toxin protein of 0.2 grams per liter to 12 grams per liter. ligating into an expression vector a nucleotide sequence encoding a toxin protein, wherein the nucleotide sequence encoding the toxin protein is fused to a secretion signal coding sequence that is Azu, IbpS31A, or CupA2, and that when expressed directs transfer of the toxin protein to the periplasm; transforming the Pseudomonadhost cell with the expression vector; and culturing the transformed Pseudomonad host cell in a culture media suitable for the expression of the recombinant toxin protein; wherein the recombinant toxin protein is CRM197, produced at a yield of soluble and/or active CRM197 toxin protein of 0.2 grams per liter to 12 grams per liter.
Pump device (14, 114, 214) for a water-conducting domestic appliance, such as a washing machine or a dishwasher, having: - a pump chamber (16, 116, 216) with two inlets (17, 18, 117, 118, 217, 218), - at least one actuator (22a, 22b) on or in the pump chamber for a pumping operation of liquid in at least one direction, - at least one sensor on or in the pump chamber for determining constituents and/or properties of the liquid in the pump chamber, characterized in that - a storage chamber (20, 120, 220) is provided, which is connected to an inlet (17, 18, 117, 118, 217, 218) of the pump chamber (16, 116, 216) and which contains additives and/or analytes for the liquid, - the pump chamber (16, 116, 216) is of elastic design, and arranged on the outside of the pump chamber is the at least one actuator (22a, 22b) for a pumping process by way of variation of the shape of the pump chamber (16, 116, 216). - a pump chamber (16, 116, 216) with two inlets (17, 18, 117, 118, 217, 218), - at least one actuator (22a, 22b) on or in the pump chamber for a pumping operation of liquid in at least one direction, - at least one sensor on or in the pump chamber for determining constituents and/or properties of the liquid in the pump chamber, - a storage chamber (20, 120, 220) is provided, which is connected to an inlet (17, 18, 117, 118, 217, 218) of the pump chamber (16, 116, 216) and which contains additives and/or analytes for the liquid, - the pump chamber (16, 116, 216) is of elastic design, and arranged on the outside of the pump chamber is the at least one actuator (22a, 22b) for a pumping process by way of variation of the shape of the pump chamber (16, 116, 216).
Changing station for abrasive belts, comprising: - at least one supporting base comprising at least one bearing plane for at least one abrasive belt applicable to a sanding head; - retaining means (5, 7, 8) for said abrasive belt associated with said bearing plane and comprising at least one pair of retaining elements spaced apart from each other and movable between a retaining position, wherein said retaining elements are substantially protruding with respect to said bearing plane and said abrasive belt is positioned around said retaining elements and is held on said bearing plane, and a release position, wherein said retaining elements are substantially retracted with respect to said bearing plane to release said abrasive belt; and - thrust means of said retaining elements from said release position to said retaining position, said retaining elements being adapted to be moved from said retaining position to said release position due to the action of said sanding head; characterized by the fact that said retaining means (5, 7, 8) comprise at least one tensioning element of said abrasive belt, in said retaining position, wherein said tensioning element is movable between said retaining position, wherein said tensioning element is substantially protruding with respect to said bearing plane and stretches said abrasive belt, and said release position, wherein said tensioning element is substantially retracted with respect to said bearing plane to free said abrasive belt. - at least one supporting base comprising at least one bearing plane for at least one abrasive belt applicable to a sanding head; - retaining means (5, 7, 8) for said abrasive belt associated with said bearing plane and comprising at least one pair of retaining elements spaced apart from each other and movable between a retaining position, wherein said retaining elements are substantially protruding with respect to said bearing plane and said abrasive belt is positioned around said retaining elements and is held on said bearing plane, and a release position, wherein said retaining elements are substantially retracted with respect to said bearing plane to release said abrasive belt; and - thrust means of said retaining elements from said release position to said retaining position, said retaining elements being adapted to be moved from said retaining position to said release position due to the action of said sanding head; characterized by the fact that said retaining means (5, 7, 8) comprise at least one tensioning element of said abrasive belt, in said retaining position, wherein said tensioning element is movable between said retaining position, wherein said tensioning element is substantially protruding with respect to said bearing plane and stretches said abrasive belt, and said release position, wherein said tensioning element is substantially retracted with respect to said bearing plane to free said abrasive belt.
An aluminum aminotrimethylenephosphonate, having a structure shown as the formula: wherein: the aluminum aminotrimethylenephosphonate has a particle size of 5 μm - 100 pm, the aluminum aminotrimethylenephosphonate has a bulk density of 0.4 g/cm 3 - 0.9 g/cm 3, and the aluminum aminotrimethylenephosphonate has an angle of repose of 25° - 45. the aluminum aminotrimethylenephosphonate has a particle size of 5 μm - 100 pm, the aluminum aminotrimethylenephosphonate has a bulk density of 0.4 g/cm 3 - 0.9 g/cm 3, and the aluminum aminotrimethylenephosphonate has an angle of repose of 25° - 45.
A camera testing system, comprising: an environmental chamber configured to establish at least one preselected environmental condition; a camera support situated within the environmental chamber; and a plurality of optic components (32-40, 92) in a predetermined arrangement that places a center of each of the optic components (32-40, 92) in a position to be aligned with a line of sight of a respective, predetermined section of a camera field of view when the plurality of optic components (32-40, 92) are between the camera and at least one target; characterized by the environmental chamber including a door or closure panel that is a frame supporting the plurality of optic components (32-40, 92); each of the optic components comprising a sealed housing including a lens, a window and a vacuum between the window and the lens; and the frame supporting the optic components (32-40, 92) with the window of each optic component facing toward one side of the frame that is configured to face an interior of the environmental chamber. an environmental chamber configured to establish at least one preselected environmental condition; a camera support situated within the environmental chamber; and a plurality of optic components (32-40, 92) in a predetermined arrangement that places a center of each of the optic components (32-40, 92) in a position to be aligned with a line of sight of a respective, predetermined section of a camera field of view when the plurality of optic components (32-40, 92) are between the camera and at least one target; characterized by the environmental chamber including a door or closure panel that is a frame supporting the plurality of optic components (32-40, 92); each of the optic components comprising a sealed housing including a lens, a window and a vacuum between the window and the lens; and the frame supporting the optic components (32-40, 92) with the window of each optic component facing toward one side of the frame that is configured to face an interior of the environmental chamber.
A method of inhibiting oxygen and moisture penetration of a device, comprising the steps of: a. depositing by thermal evaporation a tin phosphate low liquidus temperature inorganic material on at least a portion of the device to create a deposited low liquidus temperature inorganic material; and b. heat treating the deposited low liquidus temperature inorganic material in a substantially oxygen and moisture free environment to form a hermetic seal; wherein the step of depositing the low liquidus temperature inorganic material comprises the step of heating a tin phosphate low liquidus temperature inorganic starting material by means of a resistive heating element comprising tungsten, so that the tin phosphate low liquidus temperature inorganic starting material reacts with the resistive heating element and the deposited low liquidus temperature inorganic material comprises tungsten. a. depositing by thermal evaporation a tin phosphate low liquidus temperature inorganic material on at least a portion of the device to create a deposited low liquidus temperature inorganic material; and b. heat treating the deposited low liquidus temperature inorganic material in a substantially oxygen and moisture free environment to form a hermetic seal;
A composition of glycosaminoglycans comprising dermatan sulfate and chondroitin sulfate, wherein the amount of dermatan sulfate is at least 20% and not more than 90 % by weight, and the amount of chondroitin sulfate is at least 10% and not more than 80 % by weight, based on the total amount of glycosaminoglycans, wherein dermatan sulfate and chondroitin sulfate together are present in an amount that is at least 60 wt % of the total amount of GAGs, the amount of heparin is lower than 5 wt % and the amount of hyaluronic acid is lower than 20 wt %, characterized in that the weight ratio dermatan sulfate to chondroitin sulfate is comprised between 50/50 and 90/10.
A method performed by a clock distribution apparatus, the method comprising: receiving a first clock signal, wherein the first clock signal is from a third clock source through a first transmission path in a network; receiving a second clock signal, wherein the second clock signal is from the third clock source through a second transmission path in the network; calculating an offset difference between the first clock signal and the second clock signal; determining (S205') whether a network connection between the third clock source and the clock distribution apparatus is switched from the first transmission path in the network to the second transmission path in the network; compensating the second clock signal, based on the offset difference, wherein compensating comprises compensating a local clock of the clock distribution apparatus with the offset difference, when it is determined that the network connection between the third clock source and the clock distribution apparatus is switched from the first transmission path in the network to the second transmission path in the network; and outputting a clock signal, based on the compensated second clock signal. receiving a first clock signal, wherein the first clock signal is from a third clock source through a first transmission path in a network; receiving a second clock signal, wherein the second clock signal is from the third clock source through a second transmission path in the network; calculating an offset difference between the first clock signal and the second clock signal; determining (S205') whether a network connection between the third clock source and the clock distribution apparatus is switched from the first transmission path in the network to the second transmission path in the network; compensating the second clock signal, based on the offset difference, wherein compensating comprises compensating a local clock of the clock distribution apparatus with the offset difference, when it is determined that the network connection between the third clock source and the clock distribution apparatus is switched from the first transmission path in the network to the second transmission path in the network; and outputting a clock signal, based on the compensated second clock signal.
Drive device for a hybrid-driven motor vehicle, with an internal combustion engine as primary drive, an electric motor as secondary drive and with two planetary gears (PG1, PG2) coupled to one another which can be shifted by couplings and brakes into different transmission ratios, which planetary gears are connected via input element and output element to a common output drive shaft and reaction elements of which can be coupled or braked, wherein the drive device can be operated in an electric-motor mode, a combustion engine mode having transmission ratios (V1 to V6) or in a hybrid mode, wherein in the combustion engine mode up to six transmission ratios (V1 to V6) can be shifted, and an infinitely variable drive (CVT1, CVT2) can be controlled by means of the electric motor by generative or motor superpositioning in the planetary gears (PG1, PG2) at least in two of the transmission ratios (V3, V5), wherein the combustion engine is drive connected via a first input shaft and a first spur gear drive to the two axially parallel mounted, coupled planetary gears (PG1, PG2) and the electric motor is drive connected via a second axially parallel input shaft to the planetary gears (PG1, PG2), wherein the output elements are shifted as bridges (26, 30) of the planetary gear (PG1, PG2) to the common output drive shaft, wherein the output drive shaft is connected indirectly or directly securely to the two bridges (26, 30) as output elements of the planetary gear (PG1, PG2), wherein an outer gear of a second planetary gear of the two planetary gears (PG1, PG2) is coupled directly via a second spur gear drive to the input shaft of the combustion engine, and wherein the outer gear of a first planetary gear of the two planetary gears (PG1, PG2) can be set by a brake, characterised in that six forwards gears (V1 to V6) can be shifted in combustion engine mode and three forwards gears (E1 to E3) can be shifted in electric motor mode via first to third couplings (K1, K2, K3) and the brake, in that a sun gear of the second planetary gear can be coupled to an outer gear of the first planetary gear via the first coupling, and in that the outer gear of the first planetary gear can be coupled via the third coupling to the first spur gear drive.