mhurhangee/patent-ind-claim-en huggingface dataset:
A treatment pad for a dielectric barrier discharge plasma treatment of tissue to be treated of an electrically conducting object, which tissue is used as a counter electrode, said treatment pad comprising: - a treatment zone, arranged for at least covering the tissue to be treated; - a pattern of one or more active areas, integrated in the treatment zone and arranged for generating a dielectric barrier discharge plasma to a first part of the tissue to be treated, each said one or more active areas comprising: ∘ a first electrode to be coupled to a high voltage power source; ∘ a dielectric formed by a coating or foil of a flexible material so that the dielectric shields the first electrode from the surface to be treated; and ∘ a spacer comprising a structured surface of protrusions adjacent a side of the dielectric facing the surface to be treated; characterised in that in the treatment zone of the treatment pad a complementary pattern of non-active areas is arranged to cover a second part of the tissue to be treated complementary to the first part, and wherein the said one or more active areas are arranged, in a condition when the treatment pad is reapplied on the object with an offset, to cover the second part of the tissue to be treated. - a treatment zone, arranged for at least covering the tissue to be treated; - a pattern of one or more active areas, integrated in the treatment zone and arranged for generating a dielectric barrier discharge plasma to a first part of the tissue to be treated, each said one or more active areas comprising: ∘ a first electrode to be coupled to a high voltage power source; ∘ a dielectric formed by a coating or foil of a flexible material so that the dielectric shields the first electrode from the surface to be treated; and ∘ a spacer comprising a structured surface of protrusions adjacent a side of the dielectric facing the surface to be treated; characterised in that in the treatment zone of the treatment pad a complementary pattern of non-active areas is arranged to cover a second part of the tissue to be treated complementary to the first part, and wherein the said one or more active areas are arranged, in a condition when the treatment pad is reapplied on the object with an offset, to cover the second part of the tissue to be treated. ∘ a first electrode to be coupled to a high voltage power source; ∘ a dielectric formed by a coating or foil of a flexible material so that the dielectric shields the first electrode from the surface to be treated; and ∘ a spacer comprising a structured surface of protrusions adjacent a side of the dielectric facing the surface to be treated;
A method of preparing a high-coercivity sintered NdFeB magnet including the steps of: (S1) Providing a NdFeB powder as a main material; (S2) Vacuum coating a layer of a rare earth alloy R x H( 100-x ) on a surface of a metal nanopowder M to obtain an auxiliary alloy material with a core-shell structure, with R is at least one selected from the group of Dy, Tb, Pr, Nd, La, and Ce; H is at least one selected from the group of Cu, Al, and Ga; M is at least one selected from the group of Mo, W, Zr, Ti, and Nb; and x is 30 wt.% ≤ x ≤ 90 wt.%; and (S3) Adding the auxiliary alloy material obtained by step (S2) to the NdFeB powder of step (S1) and mixing, and after the mixture is uniformly mixed, orientation pressing of the mixture to obtain a compact body; and (S4) Sintering and annealing treatment of the compact body to obtain the high-coercivity sintered NdFeB magnet. (S1) Providing a NdFeB powder as a main material; (S2) Vacuum coating a layer of a rare earth alloy R x H( 100-x ) on a surface of a metal nanopowder M to obtain an auxiliary alloy material with a core-shell structure, with R is at least one selected from the group of Dy, Tb, Pr, Nd, La, and Ce; H is at least one selected from the group of Cu, Al, and Ga; M is at least one selected from the group of Mo, W, Zr, Ti, and Nb; and x is 30 wt.% ≤ x ≤ 90 wt.%; and R is at least one selected from the group of Dy, Tb, Pr, Nd, La, and Ce; H is at least one selected from the group of Cu, Al, and Ga; M is at least one selected from the group of Mo, W, Zr, Ti, and Nb; and x is 30 wt.% ≤ x ≤ 90 wt.%; and (S3) Adding the auxiliary alloy material obtained by step (S2) to the NdFeB powder of step (S1) and mixing, and after the mixture is uniformly mixed, orientation pressing of the mixture to obtain a compact body; and (S4) Sintering and annealing treatment of the compact body to obtain the high-coercivity sintered NdFeB magnet.
A control device of a luminaire comprising control means for controlling operation of the luminaire, the control means preprogrammed to cause the luminaire to carry out a predefined action as a response to an occurrence of a predefined triggering condition, communication means for wireless communication with other devices, the communication means configured to receive status indication messages from the other devices, and adaptation means for adjusting the operation of the control means in accordance with received status indication messages, characterized in that the adaptation means is configured to store , into a memory, status indications received in a plurality of status indication messages from one or more other devices, analyze the stored status indications in an attempt to identify a repeated occurrence of a sequence where each same sequence of one or more status indications is followed by an occurrence of said predefined triggering condition, and reprogram , in response to identifying a sequence of one or more status indications of said kind, the control means to cause the luminaire to initiate or to carry out a preparatory action for carrying out said predefined action as a response to reception of said identified sequence of status indications.
A double-sided cutting insert , comprising: a circular top surface ; a bottom surface shaped to be identical to the top surface ; a cylindrical side surface for connecting the top and bottom surfaces ; and cutting edges formed between the top and side surfaces and between the bottom and side surfaces ; wherein the side surface of the cutting insert has a plurality of rotation prevention surfaces substantially perpendicular to the top and bottom surfaces in the circumferential direction of the side surface , and wherein the rotation prevention surface is a surface recessed toward an inside of the side surface of the cutting insert ; wherein at least one of the plurality of rotation prevention surfaces has a pair of edges , which extend in upper and lower directions of the at least one rotation prevention surface ; and characterized in that the pair of edges exist inside the circumference of the side surface . a circular top surface ; a bottom surface shaped to be identical to the top surface ; a cylindrical side surface for connecting the top and bottom surfaces ; and cutting edges formed between the top and side surfaces and between the bottom and side surfaces ; wherein the side surface of the cutting insert has a plurality of rotation prevention surfaces substantially perpendicular to the top and bottom surfaces in the circumferential direction of the side surface , and wherein the rotation prevention surface is a surface recessed toward an inside of the side surface of the cutting insert ; wherein at least one of the plurality of rotation prevention surfaces has a pair of edges , which extend in upper and lower directions of the at least one rotation prevention surface ; and characterized in that the pair of edges exist inside the circumference of the side surface .
A flexible bag assembly for cultivation of cells, comprising a plurality of bags forming a plurality of cultivation compartments , wherein a drain port in at least a first cultivation compartment is adapted to be fluidically connected with a second cultivation compartment upon opening of a valve means , and characterised in that said plurality of cultivation compartments are of differing volumes, and wherein said plurality of bags are provided in a stacked arrangement.
An energy management system for a towed vehicle comprising; an energy harvesting system for harvesting electrical energy from the energy of the towed vehicle; an energy storage system for storing said harvested electrical energy; and a computer controller for controlling the release of said stored electrical energy to one or more components of the towed vehicle for operating the towed vehicle, wherein the computer controller receives and analyses a planned route for the towed vehicle to determine areas of the planned route where the energy harvesting system can harvest electrical energy and areas of the planned route where the harvested electrical energy can be released to the one or more components of the towed vehicle, wherein the computer controller interrogates the energy storage system at a commencement of the planned route to determine a starting energy storage level of the energy storage system, characterised in that the computer controller controls the harvesting and release of electrical energy to ensure that the energy storage system is at maximum capacity at the completion of the planned route. an energy harvesting system for harvesting electrical energy from the energy of the towed vehicle; an energy storage system for storing said harvested electrical energy; and a computer controller for controlling the release of said stored electrical energy to one or more components of the towed vehicle for operating the towed vehicle, wherein the computer controller receives and analyses a planned route for the towed vehicle to determine areas of the planned route where the energy harvesting system can harvest electrical energy and areas of the planned route where the harvested electrical energy can be released to the one or more components of the towed vehicle, wherein the computer controller interrogates the energy storage system at a commencement of the planned route to determine a starting energy storage level of the energy storage system, characterised in that the computer controller controls the harvesting and release of electrical energy to ensure that the energy storage system is at maximum capacity at the completion of the planned route.
A method of operating a vehicle braking system of vehicle, the vehicle braking system having a primary braking system with a first pressure generating unit and a first reservoir , and a secondary braking system with a second pressure generating unit and a second reservoir distinct from the first reservoir , the method comprising: actuating the first pressure generating unit of the primary braking system thereby pressurizing a fluid at a wheel cylinder to slow or stop the vehicle; depressurizing the wheel cylinder in response to an electrical signal provided to an electronic control unit; and transferring the fluid from the wheel cylinder to the second reservoir , a fluid path (PI) between the wheel cylinder and the second reservoir being shorter than a fluid path (P2) between the wheel cylinder and the first reservoir , wherein the fluid path (PI) between the wheel cylinder and the second reservoir includes an outlet switch valve of the secondary braking system positioned therebetween, and wherein the fluid path (PI) between the wheel cylinder and the first reservoir includes a separation valve of the secondary braking system positioned therebetween and passes through the master cylinder . actuating the first pressure generating unit of the primary braking system thereby pressurizing a fluid at a wheel cylinder to slow or stop the vehicle; depressurizing the wheel cylinder in response to an electrical signal provided to an electronic control unit; and transferring the fluid from the wheel cylinder to the second reservoir , a fluid path (PI) between the wheel cylinder and the second reservoir being shorter than a fluid path (P2) between the wheel cylinder and the first reservoir , wherein the fluid path (PI) between the wheel cylinder and the second reservoir includes an outlet switch valve of the secondary braking system positioned therebetween, and wherein the fluid path (PI) between the wheel cylinder and the first reservoir includes a separation valve of the secondary braking system positioned therebetween and passes through the master cylinder .
A portable radiographic imaging apparatus comprising: a radiation detector including a substrate where radiation detection elements are arranged two-dimensionally, the radiation detection elements generating amounts of electric charges corresponding to doses of radiation by being irradiated with the doses of the radiation; a reader that reads the amounts of the electric charges generated by the respective radiation detection elements as signal values, and generates image data based on the signal values; a first communication unit that communicates with a portable terminal having a web browser; and a content generation unit that generates web content displayable on the web browser in response to a request from the portable terminal, wherein the web content includes a process program executable on the web browser, wherein the process program includes a process of performing image correction on the image data; the radiographic imaging apparatus further comprises: an image data storage for storing image data generated by the reader, the stored image data being associated with a taken image; wherein the web content of the taken image is generated based on stored image data for the taken image; and wherein the first communication unit sends at least one of the web content of the taken image and the image data to the portable terminal in response to the request from the portable terminal . a radiation detector including a substrate where radiation detection elements are arranged two-dimensionally, the radiation detection elements generating amounts of electric charges corresponding to doses of radiation by being irradiated with the doses of the radiation; a reader that reads the amounts of the electric charges generated by the respective radiation detection elements as signal values, and generates image data based on the signal values; a first communication unit that communicates with a portable terminal having a web browser; and a content generation unit that generates web content displayable on the web browser in response to a request from the portable terminal, wherein the web content includes a process program executable on the web browser, wherein the process program includes a process of performing image correction on the image data; the radiographic imaging apparatus further comprises: an image data storage for storing image data generated by the reader, the stored image data being associated with a taken image; wherein the web content of the taken image is generated based on stored image data for the taken image; and wherein the first communication unit sends at least one of the web content of the taken image and the image data to the portable terminal in response to the request from the portable terminal . an image data storage for storing image data generated by the reader, the stored image data being associated with a taken image; wherein the web content of the taken image is generated based on stored image data for the taken image; and wherein the first communication unit sends at least one of the web content of the taken image and the image data to the portable terminal in response to the request from the portable terminal .
Filter element comprising a sheath-like support structure in the longitudinal direction (L) and at least one filter medium lying on the support structure , wherein the support structure is arranged in the form of a cylindrical tube between an upper and a lower end cap and is moulded from at least one surface portion extending horizontally in the x direction and vertically in the y direction, in which a plurality of fluid passage openings (12a-12e) with pre-defined opening cross-sections are formed, which (12a-12e) have identical shapes on the surface portion and are arranged in a regular pattern, characterised in that the opening cross-section of the respective fluid passage opening (12a-12e) takes the shape of an ellipse, in that the respective ellipse comprises a first axis in the x direction and a second axis in the y direction, in that the ellipse equation for the respective fluid passage opening (12a-12e) is x 2 / a 2 + y 2 / b 2 = 1 in the normal form when the coordinate and ellipse axes coincide, and in that the elongated ellipse shape in the x direction is formed transversely in relation to the longitudinal direction of the support structure .
Device for providing a driving energy rating of a vehicle with respect to a reference eco-driving model, the device comprising : - means for obtaining at least one physical parameter, the physical parameter making it possible to determine at each moment when the vehicle is making a journey the value of the instantaneous speed and acceleration of the vehicle; - a calculation and comparison center , configured to calculate or measure, from the physical parameter, at each instant when the vehicle makes the journey, an effective parameter which is a function of the instantaneous acceleration or speed of the vehicle, and to compare this effective parameter at each instant with an equivalent reference parameter of the reference eco-driving model, taken from a database ; - a driving assessment center , configured to provide the driving energy rating by measuring the difference between the actual parameter and the reference parameter; the eco-driving model comprising acceleration levels defined by speed ranges, or deceleration levels defined by speed ranges, or curve speed limits based on transverse acceleration or possibly on induced yaw rate. - means for obtaining at least one physical parameter, the physical parameter making it possible to determine at each moment when the vehicle is making a journey the value of the instantaneous speed and acceleration of the vehicle; - a calculation and comparison center , configured to calculate or measure, from the physical parameter, at each instant when the vehicle makes the journey, an effective parameter which is a function of the instantaneous acceleration or speed of the vehicle, and to compare this effective parameter at each instant with an equivalent reference parameter of the reference eco-driving model, taken from a database ; - a driving assessment center , configured to provide the driving energy rating by measuring the difference between the actual parameter and the reference parameter;
A rotary pump with a rotational direction which can be switched, comprising: a) a housing which comprises a pump space featuring an inlet into a low-pressure region of the pump space for a medium to be pumped and an outlet out of a high-pressure region of the pump space for the medium to be pumped; b) at least one rotor ; c) at least one bearing for the at least one rotor ; d) at least one sealing stay which axially faces the rotor and separates the low-pressure region from the high-pressure region in the rotational direction (D) of the rotor ; e) and a lubricant feed which feeds a lubricant from the pump space to at least the bearing , f) wherein the lubricant feed is formed in the sealing stay , g) wherein the rotary pump is an internal-axle pump such as for example a rotary piston pump, a vane cell pump, an internally toothed wheel pump or other internal-axle pump, h) wherein the at least one bearing is a slide bearing, characterised in that i) the lubricant feed is a groove in the sealing stay , and j) the sealing stay is formed between the inlet and the outlet in the rotational direction (D) of the rotor , and the lubricant feed extends from the bearing to between the inlet and the outlet . a) a housing which comprises a pump space featuring an inlet into a low-pressure region of the pump space for a medium to be pumped and an outlet out of a high-pressure region of the pump space for the medium to be pumped; b) at least one rotor ; c) at least one bearing for the at least one rotor ; d) at least one sealing stay which axially faces the rotor and separates the low-pressure region from the high-pressure region in the rotational direction (D) of the rotor ; e) and a lubricant feed which feeds a lubricant from the pump space to at least the bearing , f) wherein the lubricant feed is formed in the sealing stay , g) wherein the rotary pump is an internal-axle pump such as for example a rotary piston pump, a vane cell pump, an internally toothed wheel pump or other internal-axle pump, h) wherein the at least one bearing is a slide bearing, characterised in that i) the lubricant feed is a groove in the sealing stay , and j) the sealing stay is formed between the inlet and the outlet in the rotational direction (D) of the rotor , and the lubricant feed extends from the bearing to between the inlet and the outlet .
A fluorescent latex comprising water and fluorescent agent-incorporated resin particles, the particles comprising a resin and a Forster Resonance Energy Transfer (FRET) pair comprising a fluorescent brightener having a fluorescence emission spectrum and a fluorescent dye having an absorption spectrum that overlaps with the fluorescence emission spectrum of the fluorescent brightener, wherein the fluorescent latex exhibits FRET under illumination with ultraviolet (UV) light, and wherein the fluorescence emission spectrum of the fluorescent brightener and the absorption spectrum of the fluorescent dye have a degree of overlap of from 30% to 100%, wherein the fluorescence is determined using a spectrodensitometer.
A composition comprising: an amine compound represented by the following formula (I): in which each R A is independently hydrogen or a substituted or unsubstituted C 1 - C 10 hydrocarbon group provided that at least one R A is a phenyl-substituted C 1 - C 3 hydrocarbon group, each R B is independently hydrogen or C 1 - C 10 hydrocarbon group, cyclic hydrocarbon group or unsaturated hydrocarbon group provided that both R B s are not hydrogens at the same time, each of p1 and p2 is independently an integer of 0 to 3, and p3 is an integer of 1 to 3; a polysilazane compound; and a solvent. each R A is independently hydrogen or a substituted or unsubstituted C 1 - C 10 hydrocarbon group provided that at least one R A is a phenyl-substituted C 1 - C 3 hydrocarbon group, each R B is independently hydrogen or C 1 - C 10 hydrocarbon group, cyclic hydrocarbon group or unsaturated hydrocarbon group provided that both R B s are not hydrogens at the same time, each of p1 and p2 is independently an integer of 0 to 3, and p3 is an integer of 1 to 3; a polysilazane compound; and a solvent.
An augmented glenoid component for securement to a glenoid surface of a scapula so as to provide a bearing surface for a head portion of a humerus , the augmented glenoid component comprising: a body having a medial surface and a humerus surface ; said medial surface is configured to contact the glenoid surface of the scapula; said humerus surface is configured to be contacted by the head portion of the humerus; an interruption extending from said medial surface and defining a first interruption surface positioned relative to the medial surface at an angle θ in which 45° ≤ θ ≤ 135°, and a second interruption surface positioned relative to a line parallel to the medial surface an angle Φ in which 0° ≤ Φ ≤ 90°, and anchoring comprising a plurality of anchoring pegs , wherein a first anchoring peg extends from said medial surface, and characterised in that a second anchoring peg extends from said medial surface and said interruption in a straddling manner. a body having a medial surface and a humerus surface ; said medial surface is configured to contact the glenoid surface of the scapula; said humerus surface is configured to be contacted by the head portion of the humerus; an interruption extending from said medial surface and defining a first interruption surface positioned relative to the medial surface at an angle θ in which 45° ≤ θ ≤ 135°, and a second interruption surface positioned relative to a line parallel to the medial surface an angle Φ in which 0° ≤ Φ ≤ 90°, and anchoring comprising a plurality of anchoring pegs ,