mhurhangee/ep-ind-claims huggingface dataset:
A chamber for fluid application to a web of material arranged to run through said chamber in a running direction, said chamber comprising: an inlet through which the web is fed into the chamber, wherein an inlet passage device is arranged at said inlet and configured to form an inlet fluid sealing of the chamber; an outlet through which the web exits the chamber, wherein an outlet passage device is arranged at said outlet and configured to form an outlet fluid sealing of the chamber; and a fluid applicator configured to apply fluid to the web when run through the chamber from said inlet to said outlet: wherein said chamber constitutes an enclosure defining a sealed space; said chamber further comprising at least one drain (22c, 22d) configured to collect and dispose residual fluid; wherein said inlet passage device is configured to lead residual fluid along at least one inner surface (12e, 13e) of the chamber towards said at least one drain (22c, 22d); and wherein said at least one inner surface (12e, 13e) has an inclination (α) between 20° and 85° in relation to an axis perpendicular to said direction in which the web runs through the chamber. an inlet through which the web is fed into the chamber, wherein an inlet passage device is arranged at said inlet and configured to form an inlet fluid sealing of the chamber; an outlet through which the web exits the chamber, wherein an outlet passage device is arranged at said outlet and configured to form an outlet fluid sealing of the chamber; and a fluid applicator configured to apply fluid to the web when run through the chamber from said inlet to said outlet: wherein said chamber constitutes an enclosure defining a sealed space; said chamber further comprising at least one drain (22c, 22d) configured to collect and dispose residual fluid; wherein said inlet passage device is configured to lead residual fluid along at least one inner surface (12e, 13e) of the chamber towards said at least one drain (22c, 22d); and wherein said at least one inner surface (12e, 13e) has an inclination (α) between 20° and 85° in relation to an axis perpendicular to said direction in which the web runs through the chamber. wherein said chamber constitutes an enclosure defining a sealed space; said chamber further comprising at least one drain (22c, 22d) configured to collect and dispose residual fluid; wherein said inlet passage device is configured to lead residual fluid along at least one inner surface (12e, 13e) of the chamber towards said at least one drain (22c, 22d); and wherein said at least one inner surface (12e, 13e) has an inclination (α) between 20° and 85° in relation to an axis perpendicular to said direction in which the web runs through the chamber.
An epilator comprising an epilation head having at least one rotatable disc-shaped member; a massaging member arranged next to the epilation head; and a drive structure for driving the massaging member, characterized in that said drive structure comprises a cylinder for contacting a circumference of said at least one disc-shaped member for the purpose of being rotated by said at least one disc-shaped member about a rotational axis, wherein the cylinder has a contact surface which is symmetrical about the rotational axis.
An exhaust gas guide assembly, having a surface modification applied thereto, for a VGS turbocharger, comprising: adjustable blades for suitably controlling the flow rate of exhaust gas discharged from an engine to rotate an exhaust turbine wheel; a turbine frame which rotatably supports the adjustable blades at the outside of an outer periphery of the turbine wheel; and a blade adjusting mechanism for suitably rotating the adjustable blades to control the flow rate of the exhaust gas; wherein flow of the exhaust gas at a low flow rate is throttled by the adjustable blades to increase the velocity of the exhaust gas so that a high output power is obtained at low rotational speeds, characterized in that: a heat resisting member (1,2) constituting a sliding portion (12,25) of the exhaust gas guide assembly is provided with a coating of chromium carbide having a thickness of not less than 5 μm on surfaces of the sliding portion (12,25) which come into plane contact with each other. adjustable blades for suitably controlling the flow rate of exhaust gas discharged from an engine to rotate an exhaust turbine wheel; a turbine frame which rotatably supports the adjustable blades at the outside of an outer periphery of the turbine wheel; and a blade adjusting mechanism for suitably rotating the adjustable blades to control the flow rate of the exhaust gas; wherein flow of the exhaust gas at a low flow rate is throttled by the adjustable blades to increase the velocity of the exhaust gas so that a high output power is obtained at low rotational speeds, characterized in that: a heat resisting member (1,2) constituting a sliding portion (12,25) of the exhaust gas guide assembly is provided with a coating of chromium carbide having a thickness of not less than 5 μm on surfaces of the sliding portion (12,25) which come into plane contact with each other. a heat resisting member (1,2) constituting a sliding portion (12,25) of the exhaust gas guide assembly is provided with a coating of chromium carbide having a thickness of not less than 5 μm on surfaces of the sliding portion (12,25) which come into plane contact with each other.
A waterproof plug for a connector, comprising: an elastically deformable seal member for sealing a housing which houses terminals fixed at edges of electric cables in the inside thereof, the seal member being adapted to be housed inside the housing by press-fitting and having at least two elements (40A; 41A) for holding the electric cables by sandwiching from both sides and tightly contacting with outer peripheral surfaces thereof, wherein the at least two elements (40A; 41A) have first sealing surfaces (400A; 410A) for fitting to an inner surface of the housing, second sealing surfaces (401A; 411A) for fitting to the outer peripheral surfaces of the electric cable and third sealing surfaces (402A; 412A) connecting to the second sealing surfaces (401A; 411A), and wherein the second sealing surfaces (401A; 411A) of the at least two elements (40A; 41A) are formed of inner peripheral surfaces having a curvature substantially same as that of the outer peripheral surface of the electric cables, wherein the seal member has hinges for coupling the at least two elements (40A; 41A) so that the seal member is developable and foldable, characterized in that the hinges form through holes between the at least two elements (40A; 41 A) for letting through the electric cables by inserting the terminals, and the third sealing surfaces (402A; 412A) of the at least two elements (40A; 41A) are each provided with concave-convex surfaces in a corrugated shape arranged to engage for locking the at least two elements (40A; 41A) when the seal member is folded. an elastically deformable seal member for sealing a housing which houses terminals fixed at edges of electric cables in the inside thereof, the seal member being adapted to be housed inside the housing by press-fitting and having at least two elements (40A; 41A) for holding the electric cables by sandwiching from both sides and tightly contacting with outer peripheral surfaces thereof, wherein the at least two elements (40A; 41A) have first sealing surfaces (400A; 410A) for fitting to an inner surface of the housing, second sealing surfaces (401A; 411A) for fitting to the outer peripheral surfaces of the electric cable and third sealing surfaces (402A; 412A) connecting to the second sealing surfaces (401A; 411A), and wherein the second sealing surfaces (401A; 411A) of the at least two elements (40A; 41A) are formed of inner peripheral surfaces having a curvature substantially same as that of the outer peripheral surface of the electric cables, wherein the seal member has hinges for coupling the at least two elements (40A; 41A) so that the seal member is developable and foldable, characterized in that the hinges form through holes between the at least two elements (40A; 41 A) for letting through the electric cables by inserting the terminals, and the third sealing surfaces (402A; 412A) of the at least two elements (40A; 41A) are each provided with concave-convex surfaces in a corrugated shape arranged to engage for locking the at least two elements (40A; 41A) when the seal member is folded.
Laminar organic photodetector, having a structured first electrode comprising a plurality of sub-electrodes (33a-33h), a second electrode (36, 116), at least one first organic layer (74, 114) and a second organic layer (75, 115), wherein the two organic layers (74, 75, 114, 115) are arranged between the two electrodes (33, 36) and are structured corresponding to the first electrode, such that the two organic layers (74, 75, 114, 115) are subdivided into a plurality of active regions (75a-75h) which are each made from the same organic material and are associated with the individual sub-electrodes (33a-33h) of the first electrode, wherein an active region (75a-75h) of the organic layers (74, 75, 114, 115) is associated with each of the sub-electrodes (33a-33h) of the first electrode, wherein at least one organic layer (74, 75, 114, 115) is a hole transport layer and an organic layer is made of photoactive material and the second electrode (36, 116) is an unstructured layer, wherein the active regions (75a-75h) of the two organic layers (74, 75, 114, 115) are separated from one another by additional material, wherein the additional material is a photoresist.
A subpopulation of peripheral blood mononuclear cells (PBMCs) substantially devoid of CD3 + cells, CD19 + cells and CD56 + cells, for use in treatment of central nervous system injury.
A hydroponic cultivation apparatus designed to grow a plant which stores a nutrient synthesized in an above-ground part into an underground part, and configured to water the underground part, the hydroponic cultivation apparatus comprising: a void portion housing the underground part while establishing a substantially sealed state; a sensor configured to detect an amount of moisture in the void portion at the underground part or around the underground part; an outside air introduction unit configured to introduce outside air to the void portion; an air conditioning unit configured to control temperature and humidity inside the void portion; and a controller configured to control the amount of moisture detected by the sensor by driving the air conditioning unit in such a way as to adjust any of an amount of the outside air and an introduction period of the outside air to be introduced from the outside air introduction unit. a void portion housing the underground part while establishing a substantially sealed state; a sensor configured to detect an amount of moisture in the void portion at the underground part or around the underground part; an outside air introduction unit configured to introduce outside air to the void portion; an air conditioning unit configured to control temperature and humidity inside the void portion; and a controller configured to control the amount of moisture detected by the sensor by driving the air conditioning unit in such a way as to adjust any of an amount of the outside air and an introduction period of the outside air to be introduced from the outside air introduction unit.
A light exposure control system for irradiating a plant, comprising: a first set of radiation sources configured to irradiate the plant with visible radiation and infrared radiation; a second set of radiation sources configured to irradiate the plant with ultraviolet radiation having a range of wavelengths; a radiation sensor configured to detect radiation reflected from the plant; a plurality of environmental condition sensors that detect conditions of the environment in which the plant is located during irradiation by the first and second set of radiation sources (14, 16); and a controller configured to control irradiation of the plant by the first and second set of radiation sources (14, 16) according to a plurality of predetermined optimal irradiation settings specified for various environmental conditions, the controller adjusting irradiation settings of the first and second set of radiation sources (14, 16) as a function of fluorescent measurements obtained by the radiation sensor for at least two wavelengths, and the environmental conditions detected by the plurality of environmental condition sensors; characterized in that the second set of radiation sources is configured to spot irradiate the plant in a set of locations (P 1, P 2, P 3) with ultraviolet radiation having a range of wavelengths, and the controller includes a timer with switches, wherein the controller operating in conjunction with the timer manages the amount of time that the second set of radiation sources spot irradiate the plant in the set of locations (P 1, P 2, P 3) in the UV-A range versus the UV-B range. a first set of radiation sources configured to irradiate the plant with visible radiation and infrared radiation; a second set of radiation sources configured to irradiate the plant with ultraviolet radiation having a range of wavelengths; a radiation sensor configured to detect radiation reflected from the plant; a plurality of environmental condition sensors that detect conditions of the environment in which the plant is located during irradiation by the first and second set of radiation sources (14, 16); and a controller configured to control irradiation of the plant by the first and second set of radiation sources (14, 16) according to a plurality of predetermined optimal irradiation settings specified for various environmental conditions, the controller adjusting irradiation settings of the first and second set of radiation sources (14, 16) as a function of fluorescent measurements obtained by the radiation sensor for at least two wavelengths, and the environmental conditions detected by the plurality of environmental condition sensors; characterized in that the second set of radiation sources is configured to spot irradiate the plant in a set of locations (P 1, P 2, P 3) with ultraviolet radiation having a range of wavelengths, and the controller includes a timer with switches, wherein the controller operating in conjunction with the timer manages the amount of time that the second set of radiation sources spot irradiate the plant in the set of locations (P 1, P 2, P 3) in the UV-A range versus the UV-B range.
A method for automatic synthesis of circuits comprising a step of compiling a software program into a network of regular processes interconnected using channels (c), according to which each channel is an addressable physical memory, each of said processes applies, during each iteration of an iteration domain with which it is associated, at least one data read in a channel and/or one data write in a channel, and a sequencing function provides, for each iteration value of each process, an execution position of the process selected in a time-sequenced set of execution positions; said circuit synthesis method comprising a step of transforming said network of processes compiled into a physical circuit and being characterised in that it comprises the following steps, during the compilation step, for each of said channels (c): one single process, so-called producer process, is authorised to write data in the channel (c) and one single process, so-called consumer process, is authorised to read data in said channel; and a synchronisation unit (S c) is associated with said channel, and such that it collects, prior to launch of each new iteration by the producer process of the channel, the value (t P, i P) of said new iteration of the producer process, and collects, prior to launch of each new iteration by the consumer process of the channel, the iteration value of the consumer process (t C, i C); said synchronisation unit, following the collection of the value of a new iteration of the producer, respectively consumer, process, authorising or freezing the implementation of said new iteration of said producer, respectively consumer, process, according to a comparison of an execution position determined according to the new collected iteration value of the producer, respectively consumer, process, and an execution position determined according to the last collected iteration value of the consumer, respectively producer, process. one single process, so-called producer process, is authorised to write data in the channel (c) and one single process, so-called consumer process, is authorised to read data in said channel; and a synchronisation unit (S c) is associated with said channel, and such that it collects, prior to launch of each new iteration by the producer process of the channel, the value (t P, i P) of said new iteration of the producer process, and collects, prior to launch of each new iteration by the consumer process of the channel, the iteration value of the consumer process (t C, i C); said synchronisation unit, following the collection of the value of a new iteration of the producer, respectively consumer, process, authorising or freezing the implementation of said new iteration of said producer, respectively consumer, process, according to a comparison of an execution position determined according to the new collected iteration value of the producer, respectively consumer, process, and an execution position determined according to the last collected iteration value of the consumer, respectively producer, process.
A power supply system adapted to be connected in input to N distinct power supply grids (R 1,..., R N) delivering a direct or alternating input voltage (V 1,..., V N), and to deliver a direct distribution voltage (V BUS), N being an integer greater than or equal to 2, of the type comprising: - a distribution bus operating under the distribution voltage (V BUS), - N unidirectional converters (C 1,..., C N) adapted to be respectively connected in input to a given power grid (R 1,..., R N) and adapted to deliver an electrical power (P 1,..., P N) to the distribution bus, and - control means adapted to control the unidirectional converters (C 1,..., C N), the power supply system also comprising a capacitive energy storage device connected to the distribution bus and having a quantity of energy, characterized in that the capacitive storage device operates under a storage voltage (V ST) representative of the quantity of energy, and in that the control means are adapted to control the unidirectional converters (C 1,..., C N) simultaneously to regulate the electrical power (P 1,..., P N) delivered by each of said unidirectional converters (C 1,..., C N) as a function of said storage voltage (V ST), decreasing storage voltage thresholds (V ST 1,..., V STN) being associated with the power supply grids (R 1,..., R N) and defining a priority order between said power supply grids (R 1,..., R N) such that a first power supply grid (R 1,..., R N) whereof the storage voltage threshold (V ST 1,..., V STN) is higher than the storage voltage threshold (V ST 1,..., V STN) of a second power supply grid (R 1,..., R N), is given a higher priority relative to said second power supply grid (R 1,..., R N). - a distribution bus operating under the distribution voltage (V BUS), - N unidirectional converters (C 1,..., C N) adapted to be respectively connected in input to a given power grid (R 1,..., R N) and adapted to deliver an electrical power (P 1,..., P N) to the distribution bus, and - control means adapted to control the unidirectional converters (C 1,..., C N), the power supply system also comprising a capacitive energy storage device connected to the distribution bus and having a quantity of energy,
Method for producing blade armor for a blade of a turbomachine, the blade having an airfoil, wherein the airfoil is formed from a titanium material and the method comprises the following steps: - providing a blade; - providing a slip which comprises a metal powder and a binder, wherein the metal powder is formed from a material that comprises M, Cr and Al, wherein M is at least one element selected from the group comprising Fe, Ni and Co, wherein the binder is a ceramic binder; - applying the slip to a subregion of the airfoil; - drying and/or firing the slip to form armor. - providing a blade; - providing a slip which comprises a metal powder and a binder, wherein the metal powder is formed from a material that comprises M, Cr and Al, wherein M is at least one element selected from the group comprising Fe, Ni and Co, wherein the binder is a ceramic binder; - applying the slip to a subregion of the airfoil; - drying and/or firing the slip to form armor.
Afield programmable gate array (FPGA) having at least first and second processing circuits implemented thereon, wherein each of the first and second processing circuits comprises a numerical core (121, 141) and associated peripheral components, wherein the numerical core in the first processing circuit is dissimilar to the numerical core in the second processing circuit, characterized in that: the first and second processing circuits (12, 14) are implemented on different areas of a single substrate defining the FPGA such that the first and second processing circuits (12, 14) are physically segregated from each other in floorplan view, and in that each of the processing circuits comprises an inter-core communication module (129,149) that is configured to facilitate communications with the other processing circuit via an external communications line.
A method of protecting a modular exponentiation calculation executed by an electronic circuit using a first register and a second register, successively comprising, for each bit of the exponent (e): a first step (52, 54) of multiplying the content of one of the registers, selected from among the first register and the second register according to the state of the bit of the exponent, by the content of the other one of the first and second registers, and placing the result in said one of the registers; a second step (53, 25) of squaring the content of said other one of the registers and placing the result in this other register, wherein the content of said other one of the registers is stored in a third register before the first step and is restored in said other one of the registers before the second step. a first step (52, 54) of multiplying the content of one of the registers, selected from among the first register and the second register according to the state of the bit of the exponent, by the content of the other one of the first and second registers, and placing the result in said one of the registers; a second step (53, 25) of squaring the content of said other one of the registers and placing the result in this other register, wherein the content of said other one of the registers is stored in a third register before the first step and is restored in said other one of the registers before the second step.