mhurhangee/ep-ind-claims huggingface dataset:
System for converting a first electric voltage into a second electric voltage, of the type comprising: - at least two input terminals and two output terminals, - switching members disposed between the input terminals and the output terminals and which can convert the first voltage into the second voltage, at least one switching member comprising at least two arms connected in parallel, with each arm comprising an electronic switch that can be controlled such as to occupy either an on-state or an off-state, with the switch comprising a control electrode, two conduction electrodes (38, 40), with the current able to flow between the conduction electrodes (38, 40) in the on-state, said at least one switching member comprising a common control terminal connected to the control electrode of the switch of each one of the arms connected in parallel, as well as a first common conduction terminal and a second common conduction terminal connected to a first conduction electrode, respectively to a second conduction electrode of the switch of each one of the arms connected in parallel, said at least one switching member further comprising, for each one of the arms connected in parallel, an inductance connected between the same single electrode from the two conduction electrodes (38, 40) and the corresponding common conduction terminal (30, 32), the inductance having a value greater than 10 nH and substantially identical for each one of the arms connected in parallel, with the system further comprising a printed circuit comprising tracks for interconnecting electronic switches, wherein the inductance is a track portion that has a length greater than 1 cm. - at least two input terminals and two output terminals, - switching members disposed between the input terminals and the output terminals and which can convert the first voltage into the second voltage,
A housing blank for a medicament delivery device (20; 20-1; 20'; 20"), wherein the housing blank comprises: a mid portion having a through-opening for receiving a proximal end portion of a medicament container assembly (22; 22'), a first leg defining a first housing side wall and extending from a first end of the mid portion, a second leg defining a second housing side wall and extending from a second end, opposite the first end, of the mid portion, wherein the housing blank has a first fold line which separates the first leg from the mid portion, the first fold line allowing folding of the first leg relative to the mid portion, and wherein the housing blank has a second fold line which separates the second leg from the mid portion, the second fold line allowing folding of the second leg relative to the mid portion, characterized in that the first leg has a first leg end wall portion having a through-opening, and the second leg has a second leg end wall portion having a through-opening, which first leg end wall portion and second leg end wall portion are arranged at differing distances from the mid portion such that the first leg end wall portion and the second leg end wall portion can form a housing end wall when the first leg and the second leg are folded towards each other, wherein the through-openings of the first leg end wall portion and the second leg end wall portion align, wherein, in a folded state, the housing blank is arranged to house the medicament container assembly. a mid portion having a through-opening for receiving a proximal end portion of a medicament container assembly (22; 22'), a first leg defining a first housing side wall and extending from a first end of the mid portion, a second leg defining a second housing side wall and extending from a second end, opposite the first end, of the mid portion, wherein the housing blank has a first fold line which separates the first leg from the mid portion, the first fold line allowing folding of the first leg relative to the mid portion, and wherein the housing blank has a second fold line which separates the second leg from the mid portion, the second fold line allowing folding of the second leg relative to the mid portion, characterized in that the first leg has a first leg end wall portion having a through-opening, and the second leg has a second leg end wall portion having a through-opening, which first leg end wall portion and second leg end wall portion are arranged at differing distances from the mid portion such that the first leg end wall portion and the second leg end wall portion can form a housing end wall when the first leg and the second leg are folded towards each other, wherein the through-openings of the first leg end wall portion and the second leg end wall portion align, wherein, in a folded state, the housing blank is arranged to house the medicament container assembly.
Device for guiding a push member, which can be mounted displaceably by the device on a wall section, wherein the device comprises a support rail securable to the wall section, a pull-out rail assignable to the push member and a central rail acting between the pull-out rail and the support rail, and load-transferring bearing means for movably supporting the rails (3, 4) relative to one another are provided to enable a displacement movement of the rails (3, 4) over an extension length of the rails (3, 4), wherein the load-transferring bearing means comprise at least three bearing rollers (11, 12) operating between the support rail and the central rail each with a concave-shaped bearing surface and between the central rail and the pull-out rail comprise roller bearing elements with bearing surfaces, wherein there is a load transfer of the bearing means over the bearing surfaces, and wherein for the displacement movement of the rails (3, 4) a drive element driven by a drive unit is provided such that in the drive state the driven drive element acts on the central rail and the central rail can be moved in a displacement direction, wherein the pull-out rail also moves in displacement direction.
A PVD processing apparatus for performing coating formation on respective surfaces of a plurality of substrates, the PVD processing apparatus comprising: a vacuum chamber containing therein the plurality of substrates; a revolving table provided in the vacuum chamber and configured to support the plurality of substrates and to revolve the supported substrates around a revolution axis; a plurality of rotating tables configured to support respective substrates of the plurality of substrates and rotating the supported substrates, on the revolving table, about their respective rotation axes parallel to the revolution axis; and a plurality of targets formed of respective different types of coating-formation materials, the targets disposed at respective positions circumferentially spaced on radial outside of the revolving table; characterized by a table rotating mechanism for rotating each of the rotating tables about its rotation axis, the table rotating mechanism configured to rotate the rotating table, on which the substrate is placed, about its rotation axis by an angle of 180° or more relatively to the revolving table while the substrate passes through a region between two tangent lines (L1, L2) drawn from a center of each of the targets to an arc enveloping the rotating tables, wherein the respective substrates are cylindrical-shaped, conical-shaped or disk-shaped members. a vacuum chamber containing therein the plurality of substrates; a revolving table provided in the vacuum chamber and configured to support the plurality of substrates and to revolve the supported substrates around a revolution axis; a plurality of rotating tables configured to support respective substrates of the plurality of substrates and rotating the supported substrates, on the revolving table, about their respective rotation axes parallel to the revolution axis; and a plurality of targets formed of respective different types of coating-formation materials, the targets disposed at respective positions circumferentially spaced on radial outside of the revolving table; characterized by a table rotating mechanism for rotating each of the rotating tables about its rotation axis, the table rotating mechanism configured to rotate the rotating table, on which the substrate is placed, about its rotation axis by an angle of 180° or more relatively to the revolving table while the substrate passes through a region between two tangent lines (L1, L2) drawn from a center of each of the targets to an arc enveloping the rotating tables, wherein the respective substrates are cylindrical-shaped, conical-shaped or disk-shaped members.
A surface-coated cutting tool comprising: a tool body made of any one selected from the group consisting of tungsten carbide-based cemented carbide, TiCN-based cermet, a cubic boron nitride sintered material, and high-speed tool steel; and a hard coating layer provided on a surface of the tool body, wherein the hard coating layer includes at least a complex nitride layer of Al, Cr, Si, and Cu with an average layer thickness of 0.5 to 8.0 μm, wherein the complex nitride layer is expressed by a composition formula: (Al 1-a-b-c Cr a Si b Cu c)N, the complex nitride layer satisfies 0.15 ≤ a ≤ 0.40, 0.05 ≤ b ≤ 0.20, and 0.005 ≤ c ≤ 0.05, wherein each of a, b, and c is in atomic ratio, and a crystal structure of the complex nitride layer is a hexagonal structure, and a half width of a diffraction peak of a plane present in a range of 2θ = 55° to 65° obtained by performing X-ray diffraction on the complex nitride layer is 1.0° to 3.5°.
A method for managing subscription information stored on a microprocessor card, the card being pre-provisioned with an associated unique card number and at least two predefined unique master keys (K_master) each having an associated derivation algorithm and an associated master key identifier, the method comprising: receiving at the microprocessor card a derivation value (SEED) and a master key identifier from one of a plurality of trusted parties, said derivation value (SEED) associated with an identification number (Ki); storing the derivation value (SEED) on the microprocessor card; and generating at the microprocessor card the identification number (Ki) using the derivation value (SEED), the predefined unique master key (K_master) corresponding to the received master key identifier, and the derivation algorithm associated with the unique master key (K_master); wherein the identification number (Ki) is configured for authenticating with a telecommunications network a subscriber having a subscription and is associated with subscription data for provisioning the card with said subscription. receiving at the microprocessor card a derivation value (SEED) and a master key identifier from one of a plurality of trusted parties, said derivation value (SEED) associated with an identification number (Ki); storing the derivation value (SEED) on the microprocessor card; and generating at the microprocessor card the identification number (Ki) using the derivation value (SEED), the predefined unique master key (K_master) corresponding to the received master key identifier, and the derivation algorithm associated with the unique master key (K_master); wherein the identification number (Ki) is configured for authenticating with a telecommunications network a subscriber having a subscription and is associated with subscription data for provisioning the card with said subscription.
A turbine casing with increased heat transfer at locations with increased mass, the casing comprising: an upper casing half with first and second upper flanges, a lower casing half with first and second lower flanges, the upper flanges being joined to corresponding lower flanges to thereby join the upper and lower casing halves (12, 14) to one another to form the casing, the joined flanges (18U, 18L) being positioned substantially at the horizontal symmetry plane of the casing, a first false flange positioned on the upper casing half substantially at the vertical symmetry plane of the casing, a second false flange positioned on the lower casing half substantially at the vertical symmetry plane of the casing, a plenum located within and extending circumferentially around the turbine casing within which a cooling fluid flows circumferentially around the turbine casing, and characterized by four bosses positioned at 90° intervals around the circumference of the casing for introducing the cooling fluid into the plenum, the bosses being shifted from the adjacent horizontal or vertical symmetry planes (31, 33) of the casing by more than 0° but less than 45°. an upper casing half with first and second upper flanges, a lower casing half with first and second lower flanges, the upper flanges being joined to corresponding lower flanges to thereby join the upper and lower casing halves (12, 14) to one another to form the casing, the joined flanges (18U, 18L) being positioned substantially at the horizontal symmetry plane of the casing, a first false flange positioned on the upper casing half substantially at the vertical symmetry plane of the casing, a second false flange positioned on the lower casing half substantially at the vertical symmetry plane of the casing, a plenum located within and extending circumferentially around the turbine casing within which a cooling fluid flows circumferentially around the turbine casing, and characterized by four bosses positioned at 90° intervals around the circumference of the casing for introducing the cooling fluid into the plenum, the bosses being shifted from the adjacent horizontal or vertical symmetry planes (31, 33) of the casing by more than 0° but less than 45°.
A fuel cell comprising a humidifier, said humidifier comprising: a connection hose part connected to an air inlet of a fuel cell stack; and a humidifier port part coupled to an inner peripheral surface of the connection hose part at a lower end of the connection hose part, the humidifier port part connecting the connection hose part to an air outlet of a humidifier housing; characterized in that the humidifier further comprises a condensate collection part coupled to an upper portion of the humidifier port part, wherein the condensate collection part has a smaller outer diameter than the humidifier port part so that a condensate collection space is defined between an outer peripheral surface of the condensate collection part and the inner peripheral surface of the connection hose part, and wherein the humidifier is located at a lower end of the fuel cell stack. a connection hose part connected to an air inlet of a fuel cell stack; and a humidifier port part coupled to an inner peripheral surface of the connection hose part at a lower end of the connection hose part, the humidifier port part connecting the connection hose part to an air outlet of a humidifier housing; characterized in that the humidifier further comprises a condensate collection part coupled to an upper portion of the humidifier port part, wherein the condensate collection part has a smaller outer diameter than the humidifier port part so that a condensate collection space is defined between an outer peripheral surface of the condensate collection part and the inner peripheral surface of the connection hose part, and wherein the humidifier is located at a lower end of the fuel cell stack.
A rotatable compressor including a device to prevent the rotation of a shaft (11, 16) in one direction comprising; a collar (82, 94) disposed around the shaft (11, 16), wherein said collar (82, 94) is rotationally fixed relative to the shaft (11, 16); a locking-arm (81, 91) with an unlocked position allowing said collar (82, 94) and the shaft (11, 16) to rotate in a first direction and a second direction and a locked position preventing said collar (82, 94) and the shaft (11, 16) from rotating in the second direction while permitting rotation of the collar and the shaft in the first direction; an actuator (87, 97) operable to move said locking-arm (81, 91) between said locked position and said unlocked position; and a power supply coupled to the shaft (11, 16), wherein said power supply is configured to provide torque to rotate the shaft (11, 16) in said first direction; characterised in that said actuator (87, 97) is configured to maintain said locking-arm (81, 91) in the unlocked position as long as said power supply provides torque to rotate the shaft (11, 16) in said first direction and said actuator (87, 97) is configured to move said locking-arm (81, 91) from the unlocked position to the locked position when said power supply does not provide torque to rotate the shaft (11, 16) in said first direction.
A method for generating a three-dimensional digital model of a dental arch of a patient, by means of an acquisition device comprising: - a support; - a dental retractor fixed to the support and defining a retractor aperture; - an updated image acquisition unit fixed to the support in a position in which it observes the retractor aperture along an optical axis (Dis); - a projector suitable for projecting a light beam toward the retractor aperture, so as to draw, when the retractor is worn by the patient, at least one light mark on the arch of the patient, and - a processing module, said method comprising the following steps: A) projection, by means of the projector, of at least one light beam onto the arch, so as to draw at least one light mark on the arch; B) simultaneously with the step A), displacement of the arch across the light beam and acquisition, during said displacement, of a series of said updated images of said arch each showing a representation of the projected light mark, or "updated projection", "simultaneously with the step A)" meaning that the series of updated images is acquired while the beam is projected, whereas said projection can however begin before and be prolonged after the acquisition of the updated images; C) identification, by the processing module, of said updated projection on each updated image, then production, by the processing module, of a three-dimensional digital model, called "updated model", exhibiting a best fit with all the updated projections, the updated model being sought by means of an optimization method and/or a deep learning device. - a support; - a dental retractor fixed to the support and defining a retractor aperture; - an updated image acquisition unit fixed to the support in a position in which it observes the retractor aperture along an optical axis (Dis); - a projector suitable for projecting a light beam toward the retractor aperture, so as to draw, when the retractor is worn by the patient, at least one light mark on the arch of the patient, and - a processing module, A) projection, by means of the projector, of at least one light beam onto the arch, so as to draw at least one light mark on the arch; B) simultaneously with the step A), displacement of the arch across the light beam and acquisition, during said displacement, of a series of said updated images of said arch each showing a representation of the projected light mark, or "updated projection", "simultaneously with the step A)" meaning that the series of updated images is acquired while the beam is projected, whereas said projection can however begin before and be prolonged after the acquisition of the updated images; C) identification, by the processing module, of said updated projection on each updated image, then production, by the processing module, of a three-dimensional digital model, called "updated model", exhibiting a best fit with all the updated projections, the updated model being sought by means of an optimization method and/or a deep learning device.
A cleaning blade comprising an elastic member to contact a surface of a cleaning target member and remove an adhering substance adhering to the surface of the cleaning target member, wherein the elastic member includes a base material and a surface layer including a cured product of a curable composition, wherein the surface layer is disposed on at least a part of a lower surface of the base material including a contact part to contact the cleaning target member, the lower surface of the base material being a surface of the base material facing a downstream side in a travelling direction of the cleaning target member with respect to the contact part, characterized in that the surface layer contains a siloxane-based compound, wherein Martens hardness of the surface layer measured with a nano indenter has a hardness gradient of decrease from a surface of the surface layer toward the lower surface of the base material in a film thickness direction of the surface layer, and the Martens hardness is 2.5 to 32.5 N/mm 2 in a range from a vicinity of the surface with a load of 1 μN to a deepest part in the film thickness direction with a load of 1000 μN, wherein an average film thickness of the surface layer is 10 μm or more to 500 μm or less, and wherein a content of the siloxane-based compound in the surface layer is 4 to 15% by mass. wherein the elastic member includes a base material and a surface layer including a cured product of a curable composition, wherein the surface layer is disposed on at least a part of a lower surface of the base material including a contact part to contact the cleaning target member, the lower surface of the base material being a surface of the base material facing a downstream side in a travelling direction of the cleaning target member with respect to the contact part, characterized in that the surface layer contains a siloxane-based compound, wherein Martens hardness of the surface layer measured with a nano indenter has a hardness gradient of decrease from a surface of the surface layer toward the lower surface of the base material in a film thickness direction of the surface layer, and the Martens hardness is 2.5 to 32.5 N/mm 2 in a range from a vicinity of the surface with a load of 1 μN to a deepest part in the film thickness direction with a load of 1000 μN, wherein an average film thickness of the surface layer is 10 μm or more to 500 μm or less, and wherein a content of the siloxane-based compound in the surface layer is 4 to 15% by mass.
A collimator device for a lighting application comprising: - a collimator panel having a first end face for receiving input light and a second end face for providing collimated light, wherein the second end face is opposite to the first end face, - the collimator panel comprising a plurality of walls extending between the first end face and the second end face for obtaining a grid of cells, the cells extending between the first end face and the second end face for obtaining the collimated light, characterized in that at least the plurality of the walls is arranged for obtaining cross-sections of the associated cells forming an auxetic structure, and - in that the collimator panel is deformable from a first structure into a second structure by changing the cross-sections of the associated cells to change the collimated light having a first spatial distribution into collimated light having a second spatial distribution, wherein the first spatial distribution is different from the second spatial distribution. - a collimator panel having a first end face for receiving input light and a second end face for providing collimated light, wherein the second end face is opposite to the first end face, - the collimator panel comprising a plurality of walls extending between the first end face and the second end face for obtaining a grid of cells, the cells extending between the first end face and the second end face for obtaining the collimated light, - in that the collimator panel is deformable from a first structure into a second structure by changing the cross-sections of the associated cells to change the collimated light having a first spatial distribution into collimated light having a second spatial distribution, wherein the first spatial distribution is different from the second spatial distribution.