mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for positioning an optical transceiver relative to a reflector in a multi-layer circuit board having a layer for routing an optical signal, the apparatus comprising: an optical transceiver; a housing in which the optical transceiver is located; a first platform having a first side and a second side opposite the first side, the housing being attached to the first side of the first platform; a set of actuators comprising a first actuator, a second actuator, and a third actuator, each of the first, second, and third actuators being connected to the second side of the first platform; a second platform offset from the first platform, each of the first, second, and third actuators being connected to a first side of the second platform, said first side of the second platform facing the second side of the first platform; a frame surrounding the second platform; a fourth actuator; and a fifth actuator, wherein each of the first, second, and third actuators is configured such that each can be controlled to move the transceiver by moving along a first axis that is orthogonal to the first side of the second platform, thereby moving the first platform, the fourth actuator is attached to the frame and is operable to displace the second platform along a second axis that is orthogonal to the first axis, and the fifth actuator is attached to the frame and is operable to displace the second platform along a third axis that is orthogonal to the first axis and to the second axis. an optical transceiver; a housing in which the optical transceiver is located; a first platform having a first side and a second side opposite the first side, the housing being attached to the first side of the first platform; a set of actuators comprising a first actuator, a second actuator, and a third actuator, each of the first, second, and third actuators being connected to the second side of the first platform; a second platform offset from the first platform, each of the first, second, and third actuators being connected to a first side of the second platform, said first side of the second platform facing the second side of the first platform; a frame surrounding the second platform; a fourth actuator; and a fifth actuator, wherein each of the first, second, and third actuators is configured such that each can be controlled to move the transceiver by moving along a first axis that is orthogonal to the first side of the second platform, thereby moving the first platform, the fourth actuator is attached to the frame and is operable to displace the second platform along a second axis that is orthogonal to the first axis, and the fifth actuator is attached to the frame and is operable to displace the second platform along a third axis that is orthogonal to the first axis and to the second axis.
A mixing container for mixing two or more reagents, comprising: a first container storing two or more reagents; and a second container for mixing the two or more reagents, wherein the first container includes: reagent storage chambers that are respectively provided for the two or more reagents and have openings formed at portions thereof and a sealing member that seals respective openings of the reagent storage chambers, and the second container includes: an opening portion formed so that the first container can be connected thereto; and protruding portions disposed so as to pierce the sealing member when the first container is connected to the opening portion, wherein the first container includes a through hole and the through hole is formed such that an interior and exterior of the second container are in communication when the first container is connected to the second container, characterized in that the through hole is formed at a different position than the reagent storage chambers. a first container storing two or more reagents; and a second container for mixing the two or more reagents, wherein the first container includes: reagent storage chambers that are respectively provided for the two or more reagents and have openings formed at portions thereof and a sealing member that seals respective openings of the reagent storage chambers, and the second container includes: an opening portion formed so that the first container can be connected thereto; and protruding portions disposed so as to pierce the sealing member when the first container is connected to the opening portion, wherein the first container includes a through hole and the through hole is formed such that an interior and exterior of the second container are in communication when the first container is connected to the second container, reagent storage chambers that are respectively provided for the two or more reagents and have openings formed at portions thereof and a sealing member that seals respective openings of the reagent storage chambers, and the second container includes: an opening portion formed so that the first container can be connected thereto; and protruding portions disposed so as to pierce the sealing member when the first container is connected to the opening portion, an opening portion formed so that the first container can be connected thereto; and protruding portions disposed so as to pierce the sealing member when the first container is connected to the opening portion, wherein the first container includes a through hole and the through hole is formed such that an interior and exterior of the second container are in communication when the first container is connected to the second container, characterized in that the through hole is formed at a different position than the reagent storage chambers.
A handheld electronic device including application navigation enhancement, said device comprising: a trackball; a secondary user input device comprising a ring around the trackball; and a body housing a microprocessor, the microprocessor being configured to: receive a directional navigation instruction from the trackball, said instruction indicating a direction and degree of navigation within an application program, receive a complementary instruction from the secondary user input device and, when the complementary instruction is actuated on the ring of the secondary user input device in a direction that is essentially the same as the direction of the received directional navigation instruction, adapt the instructed degree of navigation received from the trackball to perform predefined navigation functions, and control an image scrolling operation based on the instructions received from the trackball and the secondary user input device. a trackball; a secondary user input device comprising a ring around the trackball; and a body housing a microprocessor, the microprocessor being configured to: receive a directional navigation instruction from the trackball, said instruction indicating a direction and degree of navigation within an application program, receive a complementary instruction from the secondary user input device and, when the complementary instruction is actuated on the ring of the secondary user input device in a direction that is essentially the same as the direction of the received directional navigation instruction, adapt the instructed degree of navigation received from the trackball to perform predefined navigation functions, and control an image scrolling operation based on the instructions received from the trackball and the secondary user input device. receive a directional navigation instruction from the trackball, said instruction indicating a direction and degree of navigation within an application program, receive a complementary instruction from the secondary user input device and, when the complementary instruction is actuated on the ring of the secondary user input device in a direction that is essentially the same as the direction of the received directional navigation instruction, adapt the instructed degree of navigation received from the trackball to perform predefined navigation functions, and control an image scrolling operation based on the instructions received from the trackball and the secondary user input device.
A tire comprising: a tire frame member that is configured from a pair of tire frame halves, each configured using a resin material and including a bead portion, a side section, and a half-width crown half section, the tire frame halves being aligned with each other and joined together at leading ends of the crown half sections; and an engagement section that is formed on a tire radial direction inner side face of each of the crown half sections, further to a tire width direction outer side than a joining portion between the crown half sections, for engaging with an outer face of a support jig that supports the pair of tire frame halves from the tire radial direction inner side during joining so as to restrict movement in a tire width direction with respect to the support jig, wherein the engagement section is formed along a tire circumferential direction; characterised in that the engagement section is segmented into a plurality of segments in the tire circumferential direction, which are disposed irregularly in the tire circumferential direction. a tire frame member that is configured from a pair of tire frame halves, each configured using a resin material and including a bead portion, a side section, and a half-width crown half section, the tire frame halves being aligned with each other and joined together at leading ends of the crown half sections; and an engagement section that is formed on a tire radial direction inner side face of each of the crown half sections, further to a tire width direction outer side than a joining portion between the crown half sections, for engaging with an outer face of a support jig that supports the pair of tire frame halves from the tire radial direction inner side during joining so as to restrict movement in a tire width direction with respect to the support jig, wherein the engagement section is formed along a tire circumferential direction; characterised in that the engagement section is segmented into a plurality of segments in the tire circumferential direction, which are disposed irregularly in the tire circumferential direction.
A gas turbine engine assembly comprising: a core section including a fan, a gearbox, a compressor, a combustor and a turbine supported along an axis; a low spool supported for rotation about the axis, the low spool driving the gearbox for driving the fan; an intermediate spool supported for rotation coaxially with the low spool by an aft intermediate spool bearing supported on the low spool, wherein the aft intermediate spool bearing is supported within a radial space between turbine blades supported on the low spool and a shaft of the low spool; and a high spool supported for rotation coaxially with the low spool and the intermediate spool; characterised by a high spool bearing compartment supporting an aft high spool bearing within a radial space between the combustor and the axis. a core section including a fan, a gearbox, a compressor, a combustor and a turbine supported along an axis; a low spool supported for rotation about the axis, the low spool driving the gearbox for driving the fan; an intermediate spool supported for rotation coaxially with the low spool by an aft intermediate spool bearing supported on the low spool, wherein the aft intermediate spool bearing is supported within a radial space between turbine blades supported on the low spool and a shaft of the low spool; and a high spool supported for rotation coaxially with the low spool and the intermediate spool; characterised by a high spool bearing compartment supporting an aft high spool bearing within a radial space between the combustor and the axis.
A method for producing customized eyewear (100, 200), the method comprising: obtaining one or more parameters of a wearer's head, face or field of vision, wherein the one or more parameters are obtained via direct measurement or from a three-dimensional model of the wearer's head or face; determining a perimeter of a first lens (103, 203) based on the one or more parameters; and determining a perimeter of a second lens (105, 205) based on the one or more parameters, wherein the first (103, 203) and the second (105, 205) lenses are supported by a frame, wherein the perimeter of the first lens (103, 203), the perimeter of the second lens (105, 205), and the frame are customized for the wearer based on the obtained one or more parameters, and wherein determining the perimeters (204, 206) of the first (103, 203) and second (105, 205) lenses comprises: determining a provisional perimeter of the first lens (103, 203); determining a provisional perimeter of the second lens (105, 205); comparing the provisional perimeters of the first (103, 203) and second (105, 205) lenses; determining a final perimeter of the first lens (103, 203) based on the comparison; and determining a final perimeter of the second lens (105, 205) based on the comparison. obtaining one or more parameters of a wearer's head, face or field of vision, wherein the one or more parameters are obtained via direct measurement or from a three-dimensional model of the wearer's head or face; determining a perimeter of a first lens (103, 203) based on the one or more parameters; and determining a perimeter of a second lens (105, 205) based on the one or more parameters, wherein the first (103, 203) and the second (105, 205) lenses are supported by a frame, wherein the perimeter of the first lens (103, 203), the perimeter of the second lens (105, 205), and the frame are customized for the wearer based on the obtained one or more parameters, and wherein determining the perimeters (204, 206) of the first (103, 203) and second (105, 205) lenses comprises: determining a provisional perimeter of the first lens (103, 203); determining a provisional perimeter of the second lens (105, 205); comparing the provisional perimeters of the first (103, 203) and second (105, 205) lenses; determining a final perimeter of the first lens (103, 203) based on the comparison; and determining a final perimeter of the second lens (105, 205) based on the comparison. determining a provisional perimeter of the first lens (103, 203); determining a provisional perimeter of the second lens (105, 205); comparing the provisional perimeters of the first (103, 203) and second (105, 205) lenses; determining a final perimeter of the first lens (103, 203) based on the comparison; and determining a final perimeter of the second lens (105, 205) based on the comparison.
A plug connector for differential signal and data transmission, a plurality of electrical contacts being arranged, each in pairs, in a segment of a cross-shaped plug structure, the cross-shaped structure for the plug connector being formed from two walls (11, 12) that are perpendicular to one another as an equal-legged, elongately expanded and electrically conductive shield cross, the shield cross being encompassed, at least in sections, by a contact carrier (20.0, 20.1, 20.2, 20.3, 20.4, 20.5) that is shaped to be approximately cross-shaped and produced from an electrically insulating material, the cross-shaped structure of the contact carrier (20.0, 20.1, 20.2, 20.3, 20.4, 20.5) having corner portions shaped therein with an inner edge which include receiving flutes in which electrical contacts are arranged so as to be oriented axially parallel, and the contact carrier (20.0, 20.1, 20.2, 20.3, 20.4, 20.5), together with the electrical contacts, being surrounded by an electrically insulating round body, characterized in that the insulating round body includes a circumferential groove approximately in the middle of its length, in which a shield spring is inserted, the shield spring contacting, by means of slots provided in the round body, the electrically conductive shield cross and a front plate insert surrounding and electrically shielding the round body, and the electrical contacts inserted in the receiving flutes having to be aligned at their connection ends (32.1) by means of a positioning aid, the positioning aid including circularly arranged openings (53.1, 53.2), distributed on two levels (51, 52), through which the connection ends (32.1) of the contacts are passed for an exact positioning with correspondingly correlating contact holes on a printed circuit board.
A pharmaceutical composition comprising: an amphiphilic emulsifier in an amount of 10-15% (w/v) of the pharmaceutical composition; a lipid component in an amount of 10-40% (w/v) of the pharmaceutical composition; histidine or histidine-containing peptide at a final concentration of 0.5-20 mM; sodium ions at the final concentration of 70-160 mM; and a polar liquid carrier, wherein said amphiphilic emulsifier forms free-moving micelles having a lipophilic core in said polar liquid carrier, said micelles have diameters in the range of 2 to 300 nm and wherein said pharmaceutical composition is free of haemoglobin and fluorocarbon, for use in a method for treating a condition related to hypovolemia. an amphiphilic emulsifier in an amount of 10-15% (w/v) of the pharmaceutical composition; a lipid component in an amount of 10-40% (w/v) of the pharmaceutical composition; histidine or histidine-containing peptide at a final concentration of 0.5-20 mM; sodium ions at the final concentration of 70-160 mM; and a polar liquid carrier, wherein said amphiphilic emulsifier forms free-moving micelles having a lipophilic core in said polar liquid carrier, said micelles have diameters in the range of 2 to 300 nm and wherein said pharmaceutical composition is free of haemoglobin and fluorocarbon, for use in a method for treating a condition related to hypovolemia.
Cooling device for cooling drilling fluids, comprising a first heat exchanger for heat exchange between hot drilling fluid and a coolant having a first inlet for hot drilling fluid and a first outlet for cooled drilling fluid and a first flow path for the drilling fluid from the first inlet to the first outlet, the first heat exchanger having a coolant outlet and a coolant inlet and a coolant flow path through the first heat exchanger from the coolant inlet to the coolant outlet, a second heat exchanger having a second coolant inlet in fluid communication with the coolant outlet of the first heat exchanger, a second coolant outlet in fluid communication with the coolant inlet of the first heat exchanger via a coolant return conduit, a second coolant flow path through the second heat exchanger from the second coolant inlet to the second coolant outlet, thereby providing a closed second circuit for the coolant through the first heat exchanger and the second heat exchanger, wherein the second heat exchanger is provided with an intake for air from the environment and an air outlet being in fluid communication with each other, wherein the closed second coolant circuit is provided with a coolant subcircuit, wherein the coolant return conduit between the second heat exchanger and the first heat exchanger is provided with a coolant branch supply conduit in fluid communication with a third heat exchanger having a third coolant inlet for coolant and a third coolant outlet for coolant, said third coolant inlet and outlet being in fluid communication with each other via a third coolant flow path through the third heat exchanger, wherein the third coolant outlet is connected to the coolant return conduit via a coolant branch return conduit at a position downstream of the connection between the coolant return conduit and the coolant branch supply conduit, the third heat exchanger also having a heat exchange fluid inlet and a heat exchange fluid outlet being in fluid communication with each other via a third heat exchange fluid flow path through the third heat exchanger, and wherein the conduit part of the coolant return conduit between the connections to the coolant branch supply conduit and coolant branch return conduit is provided with a valve.
A through anchor comprising: a main body member, that is plate-shaped, and in which is formed a through hole, which extends in an in-plane direction of the main body member and through which is inserted webbing worn by an occupant of a vehicle; a sliding supporting member that is secured to an area around the through hole, in a state in which the sliding supporting member sandwiches the main body member from front and back, and that slidably supports the webbing; and locking portions that are disposed in the area around the through hole in the main body member, and that lock the sliding supporting member, characterized in that the sliding supporting member is connected integrally to only a through hole_ side of an outer peripheral end surface of the main body member and in that the locking portions are disposed at both outer sides of the through hole in a width direction of the through hole, perpendicular to an extension direction of the through hole_ and a thickness direction of the main body member, in the main body member. a main body member, that is plate-shaped, and in which is formed a through hole, which extends in an in-plane direction of the main body member and through which is inserted webbing worn by an occupant of a vehicle; a sliding supporting member that is secured to an area around the through hole, in a state in which the sliding supporting member sandwiches the main body member from front and back, and that slidably supports the webbing; and locking portions that are disposed in the area around the through hole in the main body member, and that lock the sliding supporting member, characterized in that the sliding supporting member is connected integrally to only a through hole_ side of an outer peripheral end surface of the main body member and in that the locking portions are disposed at both outer sides of the through hole in a width direction of the through hole, perpendicular to an extension direction of the through hole_ and a thickness direction of the main body member, in the main body member.