mhurhangee/ep-ind-claims huggingface dataset:
A process for pelletizing a semi-crystalline polymer, the process comprising: a. providing a vessel having an inlet and an outlet; b. introducing a first polymer composition comprising a semi-crystalline polymer and a solvent into the inlet of the vessel, wherein the first polymer composition is molten, and wherein the semi-crystalline polymer is a propylene-based polymer including propylene-derived units and 5 wt% to 30 wt% of units derived from ethylene and/or C 4 -C 12 α-olefins; c. subjecting the first polymer composition to a vacuum in the vessel such that at least a portion of the solvent is removed from the first polymer composition and the temperature of the first polymer composition is reduced, forming a second polymer composition comprising the semi-crystalline polymer and having a lower solvent content and a lower temperature than the first polymer composition; d. discharging the second polymer composition from the outlet of the vessel; e. feeding the second polymer composition to a pelletizer; and f. discharging a pelletized polymer product from the pelletizer, wherein the second polymer composition comprises less than or equal to 1 wt% solvent, and the relationship between the temperature of the second polymer composition at the outlet of the vessel (Tf) and the first crystallization temperature of the semi-crystalline polymer satisfies the formula Tf ≤ Tc1 + 60 wherein Tf and Tc1 are in degrees Celsius, and wherein the semi-crystalline polymer has a heat of fusion in the range of from 0.5 J/g to less than 80 J/g. a. providing a vessel having an inlet and an outlet; b. introducing a first polymer composition comprising a semi-crystalline polymer and a solvent into the inlet of the vessel, wherein the first polymer composition is molten, and wherein the semi-crystalline polymer is a propylene-based polymer including propylene-derived units and 5 wt% to 30 wt% of units derived from ethylene and/or C 4 -C 12 α-olefins; c. subjecting the first polymer composition to a vacuum in the vessel such that at least a portion of the solvent is removed from the first polymer composition and the temperature of the first polymer composition is reduced, forming a second polymer composition comprising the semi-crystalline polymer and having a lower solvent content and a lower temperature than the first polymer composition; d. discharging the second polymer composition from the outlet of the vessel; e. feeding the second polymer composition to a pelletizer; and f. discharging a pelletized polymer product from the pelletizer,
A wheel bearing assembly comprising a wheel hub, which is mounted on an axle element by means of at least one wheel bearing, and a temperature-measuring device, visible from outside the wheel bearing assembly, for measuring and displaying the exceeding of a limit temperature in the wheel bearing, wherein the temperature-measuring device comprises at least two separate temperature-measuring elements (52, 54), each of which is connected to the wheel bearing in a heat-conducting manner via a heat-conducting path (42, 44) and undergoes a visually identifiable change at a predetermined trigger temperature, wherein the at least two temperature-measuring elements (52, 54) are disposed in such a way that, when the wheel bearing heats up, they heat up at different rates, and/or wherein the temperature-measuring elements (52, 54) have different trigger temperatures, characterized by that the heat-conducting paths (42, 44) are formed by separate heat-conducting elements (46, 48).
A circular saw blade comprising: a circular plate having a diameter D, a thickness T, a left face, a right face, a peripheral rim, and a central opening couplable to a powered saw for rotation in a cutting direction; a plurality of alternating teeth and gullets disposed about the peripheral rim, each tooth having a front face facing generally toward an adjacent gullet in the cutting direction and a recess defined in the front face; and a plurality of cutting inserts, each insert affixed in one of the recesses in the teeth and having a rake face facing generally toward the adjacent gullet in the cutting direction, a relief face extending generally toward the adjacent top face, and a cutting edge at a junction between the relief face and the rake face, wherein each rake face is disposed at a hook angle α between the rake face and a radius of the circular plate intersecting the cutting edge, wherein the relief faces include a plurality of unbeveled relief faces, left-beveled relief faces beveled toward the left face of the circular plate, and a plurality of right-beveled relief faces beveled toward the right face of the circular plate, the relief faces arranged in an alternating top bevel with raker (ATB+R) bevel pattern; characterised in that the plate diameter D is 184 mm (7.25") to 190 mm (7.50"), the plate thickness T is 0.75 mm to 1.06 mm, and the hook angle α is 20° to 25°. a circular plate having a diameter D, a thickness T, a left face, a right face, a peripheral rim, and a central opening couplable to a powered saw for rotation in a cutting direction; a plurality of alternating teeth and gullets disposed about the peripheral rim, each tooth having a front face facing generally toward an adjacent gullet in the cutting direction and a recess defined in the front face; and a plurality of cutting inserts, each insert affixed in one of the recesses in the teeth and having a rake face facing generally toward the adjacent gullet in the cutting direction, a relief face extending generally toward the adjacent top face, and a cutting edge at a junction between the relief face and the rake face, wherein each rake face is disposed at a hook angle α between the rake face and a radius of the circular plate intersecting the cutting edge, wherein the relief faces include a plurality of unbeveled relief faces, left-beveled relief faces beveled toward the left face of the circular plate, and a plurality of right-beveled relief faces beveled toward the right face of the circular plate, the relief faces arranged in an alternating top bevel with raker (ATB+R) bevel pattern; characterised in that the plate diameter D is 184 mm (7.25") to 190 mm (7.50"), the plate thickness T is 0.75 mm to 1.06 mm, and the hook angle α is 20° to 25°.
A moisture detection system for use on a hospital bed comprising a person-support surface comprising a ticking layer and a core layer, said ticking layer comprising an inner surface and an outer surface, said inner surface facing said core layer, a moisture detection sheet removably coupled to said person-support surface, said moisture detection sheet is mounted at least one of between said ticking layer and said core layer and mounted to said core layer, at least one moisture sensor connected to said moisture detection sheet, at least one pressure sensor connected to said moisture detection sheet, and a controller in communication with at least one of said at least one pressure sensor and said at least one moisture sensor, wherein said controller uses input from said at least one pressure sensor to determine whether a person is supported by said person-support surface, and wherein if, and only if, said controller determines a person is supported by said person-support surface, said controller is configured to make a determination if communication from said at least one moisture sensor exceeds a predetermined threshold and send an alert to a caregiver if communication from said at least one moisture sensor exceeds a predetermined threshold.
Aluminum foil containing at least one of Sn and Bi, a ratio of a total mass of Sn and Bi to a total mass of the aluminum foil being 0.0075 mass% or more and 15 mass% or less, wherein a ratio of a total surface area of Sn and Bi to a total surface area of the aluminum foil is 0.01% or more and 65% or less, and the ratio of the total surface area is 5 times or more a ratio of a total volume of Sn and Bi to a volume of Al, wherein optional additional elements may be Si, Fe, Cu, and the upper limit value of the total amount of the optional additional elements is 2.0 mass%, and wherein the balance is Al.
A cell line derived from a living body part of a fish of the family Monacanthidae, wherein the living body part is a fin located at the back, at the chest, at the abdomen, at the buttock or at the tail; and the cell line has the following properties, and: a property of being capable of being subcultured substantially without limitations, a property of being similar to fibroblast in morphology, and a property of showing a doubling time of about 14 to 28 hours when the cell line is cultured in a culture vessel having a bottom area of 75 cm 2, using a Leibovitz's L-15 culture medium containing FBS by 10%, at 25°C in the absence of CO 2 with an initial cell number of about 1.0 × 10 6 cells/ml. a property of being capable of being subcultured substantially without limitations, a property of being similar to fibroblast in morphology, and a property of showing a doubling time of about 14 to 28 hours when the cell line is cultured in a culture vessel having a bottom area of 75 cm 2, using a Leibovitz's L-15 culture medium containing FBS by 10%, at 25°C in the absence of CO 2 with an initial cell number of about 1.0 × 10 6 cells/ml.
An oral care composition comprising: a) from 5 to 45% by weight calcium salt having a weight average particle size of 0.01 to 3 microns; and b) from 0.01 to 30% by weight soluble phosphate source, the calcium salt and soluble phosphate source, together, being precursors for in-situ hydroxyapatite formation on teeth. a) from 5 to 45% by weight calcium salt having a weight average particle size of 0.01 to 3 microns; and b) from 0.01 to 30% by weight soluble phosphate source, the calcium salt and soluble phosphate source, together, being precursors for in-situ hydroxyapatite formation on teeth.
Method for producing a composite structure comprising a thin layer made of monocrystalline silicon carbide arranged on a support substrate made of polycrystalline silicon carbide, the method comprising: - a step of providing an initial substrate made of monocrystalline silicon carbide, - a first deposition step at a temperature greater than 1000°C to form an intermediate layer made of polycrystalline silicon carbide on the initial substrate, the intermediate layer having a thickness greater than or equal to 1.5 microns, - a step of implanting, by means of ion implantation, light species, chosen from hydrogen and/or helium, through the intermediate layer, to form a buried brittle plane in the initial substrate, delimiting the thin layer between said buried brittle plane and the intermediate layer, - a second deposition step at a temperature greater than 1000°C to form an additional layer made of polycrystalline silicon carbide on the intermediate layer, said intermediate layer and the additional layer forming the support substrate, a separation along the buried brittle plane occurring during the second deposition step. - a step of providing an initial substrate made of monocrystalline silicon carbide, - a first deposition step at a temperature greater than 1000°C to form an intermediate layer made of polycrystalline silicon carbide on the initial substrate, the intermediate layer having a thickness greater than or equal to 1.5 microns, - a step of implanting, by means of ion implantation, light species, chosen from hydrogen and/or helium, through the intermediate layer, to form a buried brittle plane in the initial substrate, delimiting the thin layer between said buried brittle plane and the intermediate layer, - a second deposition step at a temperature greater than 1000°C to form an additional layer made of polycrystalline silicon carbide on the intermediate layer, said intermediate layer and the additional layer forming the support substrate, a separation along the buried brittle plane occurring during the second deposition step.
A security element for securing value documents, having at least two gap regions and at least one magnetic partial region, which are arranged along a predetermined direction, which form part of a magnetic coding, wherein the magnetic partial region has a first magnetic region and a second magnetic region, which are directly mutually adjacent along the predetermined direction, and wherein the magnetic partial region is limited along the predetermined direction by two of the gap regions, which are first and/or second gap regions (4, 6), characterized in that - the first magnetic region has a first coercive field strength and the second magnetic region has a second coercive field strength, which are different, and - that the first and the second coercive field strengths differ from one another by at least a factor 5 and - that the security element additionally has several further magnetic regions of the first coercive field strength and one or several further magnetic regions of the second coercive field strength, which are limited in each case on both sides by first and/or second gap regions. - the first magnetic region has a first coercive field strength and the second magnetic region has a second coercive field strength, which are different, and - that the first and the second coercive field strengths differ from one another by at least a factor 5 and - that the security element additionally has several further magnetic regions of the first coercive field strength and one or several further magnetic regions of the second coercive field strength, which are limited in each case on both sides by first and/or second gap regions.
A paper-sheet storing/feeding machine configured to store therein paper sheets transported thereto and feed out the stored paper sheets therefrom to the exterior, comprising: at least one tape; a winding roller, to which one end of the tape is attached, and which is configured to wind and rewind the paper sheets together with the tape; a reel, to which the other end of the tape is attached, and which is configured to wind and rewind the tape relative to the winding roller; a driving source configured to rotate the winding roller; a sensor configured to detect each paper sheet transported thereto; characterized by a control unit configured to implement a control, each time the transported paper sheet is detected, in which the driving source is controlled to decelerate the winding roller after accelerating the winding roller in a winding direction, and configured to control the driving source, in order to change the length of the tape used for storing one paper sheet, thereby to control a storing pitch of the stored paper sheets to be any one of at least two kinds of storing pitches, when storing the transported paper sheet, wherein the storing pitch includes a first storing pitch and a second storing pitch, the control unit being configured to switch the storing pitch from the first storing pitch to the second storing pitch, when a predetermined condition is satisfied, and the storing pitch being switched, under the predetermined condition that one paper sheet stored later is stored around the winding roller in substantially the same position as another paper sheet stored previously, and is overlapped with the paper sheet stored previously. at least one tape; a winding roller, to which one end of the tape is attached, and which is configured to wind and rewind the paper sheets together with the tape; a reel, to which the other end of the tape is attached, and which is configured to wind and rewind the tape relative to the winding roller; a driving source configured to rotate the winding roller; a sensor configured to detect each paper sheet transported thereto; characterized by a control unit configured to implement a control, each time the transported paper sheet is detected, in which the driving source is controlled to decelerate the winding roller after accelerating the winding roller in a winding direction, and configured to control the driving source, in order to change the length of the tape used for storing one paper sheet, thereby to control a storing pitch of the stored paper sheets to be any one of at least two kinds of storing pitches, when storing the transported paper sheet,
A system comprising: - a touchscreen device having a touchscreen, preferably a capacitive sensing touchscreen; and - a mobile touch-generating device having: - a logic; and - a touch-generating system comprising one or more touch-generating elements (151 - 159), the touch-generating system being operatively coupled to the logic to generate touch events via said one or more touch-generating elements, the touch events detectable by a touchscreen, preferably a capacitive sensing touchscreen, wherein, - the touch-generating system of the mobile touch-generating device is configured to generate, via one or more touch-generating elements (151 - 159) thereof, touch events which are detectable by the touchscreen; - the touchscreen device is configured to display, via the touchscreen, an image modulated in space and/or in time; and - the mobile touch-generating device further comprises a photodetector system operatively coupled to the logic of the mobile touch-generating device to detect the displayed image. - a touchscreen device having a touchscreen, preferably a capacitive sensing touchscreen; and - a mobile touch-generating device having: - a logic; and - a touch-generating system comprising one or more touch-generating elements (151 - 159), the touch-generating system being operatively coupled to the logic to generate touch events via said one or more touch-generating elements, the touch events detectable by a touchscreen, preferably a capacitive sensing touchscreen, - a logic; and - a touch-generating system comprising one or more touch-generating elements (151 - 159), the touch-generating system being operatively coupled to the logic to generate touch events via said one or more touch-generating elements, the touch events detectable by a touchscreen, preferably a capacitive sensing touchscreen, - the touch-generating system of the mobile touch-generating device is configured to generate, via one or more touch-generating elements (151 - 159) thereof, touch events which are detectable by the touchscreen; - the touchscreen device is configured to display, via the touchscreen, an image modulated in space and/or in time; and - the mobile touch-generating device further comprises a photodetector system operatively coupled to the logic of the mobile touch-generating device to detect the displayed image.
A rotor/stator type mixer comprising a mixer unit that includes: a stator which includes a stator peripheral wall having a plurality of holes formed thereon; and a rotor which includes a rotor peripheral wall having a plurality of holes formed thereon, the rotor peripheral wall being disposed radially inwardly of the stator peripheral wall with a specific gap, wherein an outside of the rotor peripheral wall faces an inside of the stator peripheral wall, wherein the stator and the rotor are provided so that they can be brought closer to or farther away from each other in the direction in which a rotary shaft of the rotor extends, characterized in that the stator has an annular cover extending radially inwardly from a top end edge of the stator peripheral wall, and the annular cover has a plurality of inlet holes on an underside of the annular cover, wherein the inlet holes are configured to downwardly supply a fluid being processed to the mixer unit; wherein the annular cover includes an inlet conduit that is provided around the outer periphery of the stator so that it extends in the direction in which the rotary shaft extends, and a conduit that communicates with the top end of the inlet conduit and which extends inwardly radially within the annular cover and is connected with the inlet holes. a stator which includes a stator peripheral wall having a plurality of holes formed thereon; and a rotor which includes a rotor peripheral wall having a plurality of holes formed thereon, the rotor peripheral wall being disposed radially inwardly of the stator peripheral wall with a specific gap, wherein an outside of the rotor peripheral wall faces an inside of the stator peripheral wall, wherein the stator and the rotor are provided so that they can be brought closer to or farther away from each other in the direction in which a rotary shaft of the rotor extends, characterized in that the stator has an annular cover extending radially inwardly from a top end edge of the stator peripheral wall, and the annular cover has a plurality of inlet holes on an underside of the annular cover, wherein the inlet holes are configured to downwardly supply a fluid being processed to the mixer unit; wherein the annular cover includes an inlet conduit that is provided around the outer periphery of the stator so that it extends in the direction in which the rotary shaft extends, and a conduit that communicates with the top end of the inlet conduit and which extends inwardly radially within the annular cover and is connected with the inlet holes.
A radio frequency identification, RFID, communications tag, comprising: - a memory configured to store information; - a module configured to receive an interrogation signal from a reading source, and to transmit at least a portion of the stored information in a response signal; characterized by the tag further comprising: - a power module configured to obtain operational power for powering the RFID communications tag from a radio signal other than the interrogation signal; - an antenna configured to receive an ultra wideband, UWB, impulse radio, IR, interrogation signal; - wherein said memory is configured to store at least a tag identifier; - a clock recovery module configured to obtain a plurality of clock pulses from the UWB IR interrogation signal; and - an antenna modulator configured to transmit at least the tag identifier through backscatter modulation of the UWB IR interrogation signal, wherein the timing of the backscatter modulation is based on the plurality of clock pulses. - a memory configured to store information; - a module configured to receive an interrogation signal from a reading source, and to transmit at least a portion of the stored information in a response signal; characterized by the tag further comprising: - a power module configured to obtain operational power for powering the RFID communications tag from a radio signal other than the interrogation signal; - an antenna configured to receive an ultra wideband, UWB, impulse radio, IR, interrogation signal; - wherein said memory is configured to store at least a tag identifier; - a clock recovery module configured to obtain a plurality of clock pulses from the UWB IR interrogation signal; and - an antenna modulator configured to transmit at least the tag identifier through backscatter modulation of the UWB IR interrogation signal, wherein the timing of the backscatter modulation is based on the plurality of clock pulses.