mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic system for separating biological entities (138, 140, 142, 144) comprising: a cooling device including a thermoelectric heat pump, a first fan, and a first heat exchanger disposed between the first fan and the thermoelectric heat pump; a first housing structure (184, 230) having a first shell (186, 232) that encases the first fan and the first heat exchanger, the first housing structure (184, 230) having a first cavity (192, 236) exposing a side of the first heat exchanger and a second cavity (188, 234) formed adjacent to the first fan opposite the first heat exchanger; a microfluidic device and one or more piezoelectric transducers (203, 204, 205) attached thereto; and a second housing structure (198, 212) reversibly attached to the first housing structure (184, 230) and having a second shell (200, 214) that encloses therein the microfluidic device and the one or more piezoelectric transducers (203, 204, 205), the second housing structure (198, 212) including a third cavity (222, 244) exposing an end of the microfluidic device and a fourth cavity (206, 224, 226, 242), wherein when the first housing structure (184, 230) and the second housing structure (198, 212) are coupled, the first cavity (192, 236) and the third cavity (222, 244) are aligned to form a first air passage between the side of the first heat exchanger and the end of the microfluidic device, the second cavity (188, 234) and the fourth cavity (206, 224, 226, 242) are aligned to form a second air passage between the first fan and the one or more piezoelectric transducers (203, 204, 205), thereby allowing air to circulate between the first and second air passages. a cooling device including a thermoelectric heat pump, a first fan, and a first heat exchanger disposed between the first fan and the thermoelectric heat pump; a first housing structure (184, 230) having a first shell (186, 232) that encases the first fan and the first heat exchanger, the first housing structure (184, 230) having a first cavity (192, 236) exposing a side of the first heat exchanger and a second cavity (188, 234) formed adjacent to the first fan opposite the first heat exchanger; a microfluidic device and one or more piezoelectric transducers (203, 204, 205) attached thereto; and a second housing structure (198, 212) reversibly attached to the first housing structure (184, 230) and having a second shell (200, 214) that encloses therein the microfluidic device and the one or more piezoelectric transducers (203, 204, 205), the second housing structure (198, 212) including a third cavity (222, 244) exposing an end of the microfluidic device and a fourth cavity (206, 224, 226, 242),
A method of managing a user key for broadcast encryption, the method characterized by: assigning node path identifiers (IDs) to each of the nodes forming a circular group; assigning random seed value keys to each of the nodes according to the node path IDs; generating key values by repeatedly applying a function that compresses a random length of an input value into a predetermined length of an output value to the assigned random seed value keys; and assigning the generated key values to each of the nodes forming the circular group sequentially. assigning node path identifiers (IDs) to each of the nodes forming a circular group; assigning random seed value keys to each of the nodes according to the node path IDs; generating key values by repeatedly applying a function that compresses a random length of an input value into a predetermined length of an output value to the assigned random seed value keys; and assigning the generated key values to each of the nodes forming the circular group sequentially.
A welding power supply (12, 20, 22, 24) comprising: control circuitry configured to control the operation of the welding power supply (12, 20, 22, 24); power conversion circuitry configured to convert input power to output power; and welding terminals (110, 112) configured to receive the output power from the power conversion circuitry and configured to provide the output power to a plurality of non-welding devices; characterized in that the control circuitry is configured to receive data from the plurality of non-welding devices via the welding terminals (110, 112) to identify the plurality of non-welding devices, and to adapt the output power to said devices based at least in part on an identity of said devices. control circuitry configured to control the operation of the welding power supply (12, 20, 22, 24); power conversion circuitry configured to convert input power to output power; and welding terminals (110, 112) configured to receive the output power from the power conversion circuitry and configured to provide the output power to a plurality of non-welding devices; characterized in that the control circuitry is configured to receive data from the plurality of non-welding devices via the welding terminals (110, 112) to identify the plurality of non-welding devices, and to adapt the output power to said devices based at least in part on an identity of said devices.
A crystal form I of tenvermectin B, wherein the crystal form I of tenvermectin B exhibits characteristic peaks at 2θ degree of 9.62±0.20°, 11.33±0.20°, 11.79±0.20°, 12.48±0.20°, 13.48±0.20°, 21.12±0.20° and 23.70±0.20° in X-ray powder diffraction pattern using Cu-Kα radiation.
A method of thermal management of an internal combustion engine of a hybrid propulsion system comprising an internal combustion engine and an electric motor-generator connected to a transmission, the method, in cold-start conditions of the internal combustion engine, comprises at least the following steps: - acquiring and modifying a nominal torque curve of the internal combustion engine to obtain a limited torque curve, distinct from said nominal torque curve, - controlling said electric motor-generator so as to provide a resistant torque, to said internal combustion engine, complementary to a required torque, so that a total torque value supplied by the internal combustion engine belongs to said limited torque curve, characterized in that said limited torque curve is variable as a function of an operating condition of said internal combustion engine and is obtained from said nominal torque curve as follows: - in a first revolution interval having as a lower end an idle speed at least up to a maximum torque speed, said nominal torque curve is multiplied by a first coefficient k1 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and unvaried with respect to the engine rotation speed; - in a second speed interval contiguous to said first interval and delimited at the high end by a maximum rotation speed, the nominal torque curve is multiplied by a coefficient k2 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and further inversely proportional to the rotation speed of the internal combustion engine. - acquiring and modifying a nominal torque curve of the internal combustion engine to obtain a limited torque curve, distinct from said nominal torque curve, - controlling said electric motor-generator so as to provide a resistant torque, to said internal combustion engine, complementary to a required torque, so that a total torque value supplied by the internal combustion engine belongs to said limited torque curve, - in a first revolution interval having as a lower end an idle speed at least up to a maximum torque speed, said nominal torque curve is multiplied by a first coefficient k1 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and unvaried with respect to the engine rotation speed; - in a second speed interval contiguous to said first interval and delimited at the high end by a maximum rotation speed, the nominal torque curve is multiplied by a coefficient k2 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and further inversely proportional to the rotation speed of the internal combustion engine.
A mounting means for connecting a beam element of a walking board system to a support surface, the mounting means comprising a base part provided with a support surface engagement portion, a body rotatably connectable to the base part, and a clamping member connectable to the body, wherein the body is pivotable when mounted on the base part; characterized in that an upper surface of the base part has a first stepped aperture comprising a wider portion and a narrower portion, in that a lower surface of the body has a boss which is adapted slidingly to engage the wider portion of the first stepped aperture, and in that an upper surface of the body has a second stepped aperture which extends through the boss, with a wider portion of the second stepped aperture extending to the upper surface of the body, thereby allowing a fastener to extend through the apertures (209, 214) in the body and the base part.
A patterning device for partially peeling off or removing a film formed on a substrate, comprising: a holding unit for holding a substrate on which a film is formed; a patterning tool with a blade edge at a tip end portion of the patterning tool, the blade edge extending in a blade length direction; a holder for fixing said patterning tool; a holder swinging section for holding said holder while making the holder rotatable about a first axis existing in a plane including processing direction and vertical direction; a driving section for causing said holder swinging section to move relative to said holding unit; and a lifting section for moving said holder swinging section up and down; said lifting section being adapted to cause said holder swinging section to move to get nearer said holding unit such that said blade edge of said patterning tool is in abutting contact with said film, and said driving section being adapted to cause said holder swinging section to move relative to said processing direction such that said film is patterned by said patterning tool in said processing direction, the patterning device being characterized in that said patterning tool is adapted to swing in response to a tilt (δ) of said film in said blade length direction with the rotation of said holder about said first axis in respect to a reference posture of said blade edge, wherein the posture of said blade edge in case said blade length direction crosses said processing direction at right angles in a horizontal plane is defined as the reference posture. a holding unit for holding a substrate on which a film is formed; a patterning tool with a blade edge at a tip end portion of the patterning tool, the blade edge extending in a blade length direction; a holder for fixing said patterning tool; a holder swinging section for holding said holder while making the holder rotatable about a first axis existing in a plane including processing direction and vertical direction; a driving section for causing said holder swinging section to move relative to said holding unit; and a lifting section for moving said holder swinging section up and down; said lifting section being adapted to cause said holder swinging section to move to get nearer said holding unit such that said blade edge of said patterning tool is in abutting contact with said film, and said driving section being adapted to cause said holder swinging section to move relative to said processing direction such that said film is patterned by said patterning tool in said processing direction, the patterning device being characterized in that said patterning tool is adapted to swing in response to a tilt (δ) of said film in said blade length direction with the rotation of said holder about said first axis in respect to a reference posture of said blade edge, wherein the posture of said blade edge in case said blade length direction crosses said processing direction at right angles in a horizontal plane is defined as the reference posture.
Packaging (2; 3) for a medical object, said packaging comprising: - a lower shell (21; 31) and - an upper shell (22; 32) characterized in that the upper shell (22; 32) comprises: ∘ a closing part (24; 34), called cover, ∘ and a connecting part (23; 33), assuming the form of a through body, and connected to the cover (24; 34) by a hinge; the connecting part (23; 33) being provided with a stiffening element (290; 390) separated from the hinge, and in that said package also comprises - a sealing strip (4; 4') which connects the edges (241, 231) of the cover (24; 34) and the connecting part (23; 33) which face one another over the entire length of said edges and from one edge to the other so as to seal the package, - said connecting part (23; 33) of the upper shell (22; 32) and the lower shell (21; 31) being two parts attached to one another, preferably by welding. - a lower shell (21; 31) and - an upper shell (22; 32) ∘ a closing part (24; 34), called cover, ∘ and a connecting part (23; 33), assuming the form of a through body, and connected to the cover (24; 34) by a hinge; the connecting part (23; 33) being provided with a stiffening element (290; 390) separated from the hinge, - a sealing strip (4; 4') which connects the edges (241, 231) of the cover (24; 34) and the connecting part (23; 33) which face one another over the entire length of said edges and from one edge to the other so as to seal the package, - said connecting part (23; 33) of the upper shell (22; 32) and the lower shell (21; 31) being two parts attached to one another, preferably by welding.
A process for forming an anode formed as a porous mass for an electrolytic device comprising the steps of: (a) providing multiple components of a valve metal in a billet of a ductile material; (b) working the billet to a series of reduction steps to form said valve metal components into elongated components; (c) cutting the elongated components from step b), and leaching the ductile metal from the elongated components releasing elongated elements formed of the valve metal; (d) washing the elongated elements from step c) with water and mixing the washed elongated elements with water to form a slurry in which the elements are evenly distributed; (e) drying the washed elements to form dried elongated washed elements; (f) mixing the dried elongated washed elements from step (e) with electrically conductive particles in powder form, and agglomerating the mixture of dried elongated washed elements and electrically conductive particles; (g) assembling, pressing and sintering the agglomerated mixture of dried elongated washed particles and electrically conductive parties into as a porous mass for forming an anode for an electrolytic device. (a) providing multiple components of a valve metal in a billet of a ductile material; (b) working the billet to a series of reduction steps to form said valve metal components into elongated components; (c) cutting the elongated components from step b), and leaching the ductile metal from the elongated components releasing elongated elements formed of the valve metal; (d) washing the elongated elements from step c) with water and mixing the washed elongated elements with water to form a slurry in which the elements are evenly distributed; (e) drying the washed elements to form dried elongated washed elements; (f) mixing the dried elongated washed elements from step (e) with electrically conductive particles in powder form, and agglomerating the mixture of dried elongated washed elements and electrically conductive particles; (g) assembling, pressing and sintering the agglomerated mixture of dried elongated washed particles and electrically conductive parties into as a porous mass for forming an anode for an electrolytic device.
Prefabricated media line having at least one media line (2, 3), in particular heatable media line, having a line wall (25, 35) and an inner line lumen (26, 36) for the passage of medium, in particular of a medium that is at risk of freezing, and having at least one connection component (20, 21, 30, 31) arranged terminally on the media line (2, 3), wherein the line wall (25, 35) of the at least one media line (2, 3) consists of at least two material layers (23, 24, 33, 34) and at least one of the connection components (20, 21, 30, 31) is bonded by substance-to-substance bonding to at least one of the material layers (23, 24, 33, 34) of the line wall (25, 35), wherein the material layers (23, 24, 33, 34) of the at least one media line (2, 3) are bonded together without the provision of an intermediate layer in the form of an adhesion promoter layer, wherein the material of the connection component (20, 21, 30, 31) is adapted to the material of that material layer (23, 24, 33, 34) of the line wall (25, 35), wherein the material of the connection component (20, 21, 30, 31) belongs to the same or a similar material class as the material of the at least one material layer (23, 33) of the line wall (25, 35) which is to be bonded or which has been bonded to the material of the connection component (20, 21, 30, 31), wherein there are provided as materials of a material class for the at least one material layer (23, 33) of the line wall (25, 35) and for the connection component (20, 21, 30, 31) high-temperature-resistant polyamide (PA HT) or normal-temperature polyamide (PA NT) or polyphenylene sulfide or polyphthalamide for the at least one material layer (23, 33) of the line wall (25, 35) and for the connection component or polyamide for the connection component and PA or PPA for a material layer of the line wall, and the material of the innermost layer (24, 34) of the line wall (25, 35) of the media line (2, 3) has a higher extensibility than the material of the outermost layer (23, 33) of the line wall (25, 35) of the media line (2, 3).
An apparatus for storing cable, comprising: - a cable carousel rotatable about a vertical axis; - rotating means for rotating the carousel about the vertical axis, for allowing winding cable on the carousel and unwinding cable from the carousel; - a pool defined by a bottom and an outer wall; wherein the carousel is received in the pool; characterized in that the apparatus further comprises: - a seal arranged in a pool gap between an outer side of the carousel and the pool outer wall; portions of the carousel below the seal are liquidtight; the seal, the portions of the carousel below the seal, the pool bottom, and the pool outer wall thereby define a closed chamber; and pressurised liquid in the closed chamber provides a positive pressure for supporting the carousel and allowing rotation of the carousel; and - hold-down means (25, 27, 28, 30) for holding down the carousel, to keep the carousel horizontal; wherein the hold-down means are vertically adjustable (25, 27), to adjust the elevation of the carousel. - a cable carousel rotatable about a vertical axis; - rotating means for rotating the carousel about the vertical axis, for allowing winding cable on the carousel and unwinding cable from the carousel; - a pool defined by a bottom and an outer wall; wherein the carousel is received in the pool; - a seal arranged in a pool gap between an outer side of the carousel and the pool outer wall; portions of the carousel below the seal are liquidtight; the seal, the portions of the carousel below the seal, the pool bottom, and the pool outer wall thereby define a closed chamber; and pressurised liquid in the closed chamber provides a positive pressure for supporting the carousel and allowing rotation of the carousel; and - hold-down means (25, 27, 28, 30) for holding down the carousel, to keep the carousel horizontal; wherein the hold-down means are vertically adjustable (25, 27), to adjust the elevation of the carousel.
A call center system operating in conjunction with a telephonic or online chat communication station, the call center device comprising: a dialog manager configured to determine a recommended agent dialog act based on past dialog between a call center agent and a second party which is received from the telephonic or online chat communication station; and an utterance generation component configured to generate at least one recommended agent utterance for implementing the recommended dialog act by operations including: ranking a set of weighted finite state automatons (WFSAs) by conditional probabilities p ( τ | DA type) where τ is a WFSA and DA type is a dialog act type of the recommended dialog act, choosing at least one WFSA from the ranking, and instantiating the chosen at least one WFSA to generate the at least one recommended agent utterance; wherein the dialog manager and the utterance generation component comprise at least one computer programmed to determine the recommended dialog act and to generate the at least one recommended agent utterance. a dialog manager configured to determine a recommended agent dialog act based on past dialog between a call center agent and a second party which is received from the telephonic or online chat communication station; and an utterance generation component configured to generate at least one recommended agent utterance for implementing the recommended dialog act by operations including: ranking a set of weighted finite state automatons (WFSAs) by conditional probabilities p ( τ | DA type) where τ is a WFSA and DA type is a dialog act type of the recommended dialog act, choosing at least one WFSA from the ranking, and instantiating the chosen at least one WFSA to generate the at least one recommended agent utterance; ranking a set of weighted finite state automatons (WFSAs) by conditional probabilities p ( τ | DA type) where τ is a WFSA and DA type is a dialog act type of the recommended dialog act, choosing at least one WFSA from the ranking, and instantiating the chosen at least one WFSA to generate the at least one recommended agent utterance; wherein the dialog manager and the utterance generation component comprise at least one computer programmed to determine the recommended dialog act and to generate the at least one recommended agent utterance.
A telecommunication device, comprising: - a transceiver; and - a vectoring engine coupled to the transceiver, the vectoring engine including a vectoring processor and a vectoring control entity, wherein the vectoring engine is configured to instruct the transceiver to transmit, over a given line pair of a given vectoring group, initialization symbols at one or more configurable locations of a Time-Division Duplex, TDD, frame; - wherein the initialization symbols initialize the given line pair within the vectoring group; - wherein the vectoring engine is configured to control transmission over other vectoring groups; and - wherein the vectoring engine is configured to prevent transmission of data over the other vectoring groups by assigning each of the other vectoring groups a different non-overlapping portion of a DOI while the initialization symbols are being transmitted over the given vectoring group. - a transceiver; and - a vectoring engine coupled to the transceiver, the vectoring engine including a vectoring processor and a vectoring control entity, wherein the vectoring engine is configured to instruct the transceiver to transmit, over a given line pair of a given vectoring group, initialization symbols at one or more configurable locations of a Time-Division Duplex, TDD, frame; - wherein the initialization symbols initialize the given line pair within the vectoring group; - wherein the vectoring engine is configured to control transmission over other vectoring groups; and - wherein the vectoring engine is configured to prevent transmission of data over the other vectoring groups by assigning each of the other vectoring groups a different non-overlapping portion of a DOI while the initialization symbols are being transmitted over the given vectoring group.