mhurhangee/ep-ind-claims huggingface dataset:
A variable compression ratio internal combustion engine comprising: a variable compression ratio mechanism configured to change an engine compression ratio depending on a rotational position of a control shaft arranged in an oil pan of an engine main body; an actuator configured to change and hold the rotational position of the control shaft; and a linking mechanism configured to link the actuator and the control shaft, the linking mechanism comprising: a lever linked to the control shaft; and a connecting pin rotatably linking a tip of an arm part extending radially outward from a center of the control shaft and one end of the lever, characterized in that when having been set to a high compression ratio, the connecting pin is set to be always submerged below oil levels (α2) of the oil pan during oil-level fluctuations, for supplying lubricating oil to the connecting pin and for suppressing noise and vibrations at high compression ratios containing a highest compression ratio. a variable compression ratio mechanism configured to change an engine compression ratio depending on a rotational position of a control shaft arranged in an oil pan of an engine main body; an actuator configured to change and hold the rotational position of the control shaft; and a linking mechanism configured to link the actuator and the control shaft, the linking mechanism comprising: a lever linked to the control shaft; and a connecting pin rotatably linking a tip of an arm part extending radially outward from a center of the control shaft and one end of the lever, characterized in that when having been set to a high compression ratio, the connecting pin is set to be always submerged below oil levels (α2) of the oil pan during oil-level fluctuations, for supplying lubricating oil to the connecting pin and for suppressing noise and vibrations at high compression ratios containing a highest compression ratio. a lever linked to the control shaft; and a connecting pin rotatably linking a tip of an arm part extending radially outward from a center of the control shaft and one end of the lever, characterized in that when having been set to a high compression ratio, the connecting pin is set to be always submerged below oil levels (α2) of the oil pan during oil-level fluctuations, for supplying lubricating oil to the connecting pin and for suppressing noise and vibrations at high compression ratios containing a highest compression ratio.
An extraction device for collecting blood samples, including a catheter and a safety system wherein the extraction device comprises a flexible catheter which encloses a puncturing cannula; the catheter surrounds the puncturing cannula and is connected to a catheter space; wherein said catheter space is connected to housing components (4, 5); said puncturing cannula is connected to a safety latch which is within the housing components (4, 5); wherein a spring is located between the safety latch and the catheter space, and it is configured to push the safety latch once the safety latch is free, in order to retrieve the puncturing cannula; wherein a cap space is connected to an end of the housings (4, 5) opposite to the catheter space, and being said cap space connected to a cap; and wherein the catheter space, the housing components (4, 5), the cap space and the cap are configured together to form a single body; and characterized in that it comprises a collecting cannula, for collecting a blood sample, housed by the safety latch within the cap and through an inside of a pivot guide of the cap space; and wherein said collecting cannula is linked to the puncturing cannula by the safety latch which is configurated to slide inside the housing components (4, 5).
A web-fed printing press, comprising at least one roll changer, at least one printing unit, at least folder superstructure and at least one folding apparatus, wherein at least one drive is in each case assigned to the or each roll changer, the or each printing unit, the or each folder superstructure and the or each folding apparatus, wherein the drives of these components of the web-fed printing press form at least one coupling assembly, and wherein the drives, which are combined to form a coupling assembly, can be operated together such that said drives can be accelerated together to production speed, can be held together at the production speed and can be decelerated together from the production speed, characterized in that, when a production interruption, in particular a clogging, occurs in a folding apparatus, the coupling assembly, which comprises the or each drive of the folding apparatus, the production of which is interrupted, can be decelerated such that the drives of this coupling assembly can be decelerated with different accelerations.
A key distribution method, comprising: obtaining, by a first key management system corresponding to a first network element, a shared key of the first network element, wherein the shared key of the first network element is generated according to a key parameter obtained after the first network element performs authentication or a root key of the first network element; obtaining, by the first key management system, a service key, wherein the service key is used to perform encryption and/or integrity protection on communication data in a first service between the first network element and a second network element; sending by the first key management system, the service key to a second key management system corresponding to the second network element; performing, by the first key management system, encryption and/or integrity protection on the service key by using the shared key of the first network element, to generate a first security protection parameter; and performing, by the first key management system, one of the following step A or step B: step A: sending the first security protection parameter to the first network element; or step B: sending the first security protection parameter to a second key management system, so that the second key management system sends the first security protection parameter to the first network element. obtaining, by a first key management system corresponding to a first network element, a shared key of the first network element, wherein the shared key of the first network element is generated according to a key parameter obtained after the first network element performs authentication or a root key of the first network element; obtaining, by the first key management system, a service key, wherein the service key is used to perform encryption and/or integrity protection on communication data in a first service between the first network element and a second network element; sending by the first key management system, the service key to a second key management system corresponding to the second network element; performing, by the first key management system, encryption and/or integrity protection on the service key by using the shared key of the first network element, to generate a first security protection parameter; and performing, by the first key management system, one of the following step A or step B: step A: sending the first security protection parameter to the first network element; or step B: sending the first security protection parameter to a second key management system, so that the second key management system sends the first security protection parameter to the first network element. step A: sending the first security protection parameter to the first network element; or step B: sending the first security protection parameter to a second key management system, so that the second key management system sends the first security protection parameter to the first network element.
A vacuum pump screw rotor, comprising at least two helical displacer elements (10, 12) arranged on a rotor shaft, wherein the at least two displacer elements (10, 12) have pitches differing from each other but being constant for each displacer element, and wherein the displacer elements (10, 12) each comprise at least one helical recess, each recess having a uniform contour over its entire length, characterized in that the helical recess of a suction-side displacer element has an asymmetric contour, and that the helical recess of a pressure-side displacer element has a symmetric contour. at least two helical displacer elements (10, 12) arranged on a rotor shaft, wherein the at least two displacer elements (10, 12) have pitches differing from each other but being constant for each displacer element, and wherein the displacer elements (10, 12) each comprise at least one helical recess, each recess having a uniform contour over its entire length, characterized in that the helical recess of a suction-side displacer element has an asymmetric contour, and that the helical recess of a pressure-side displacer element has a symmetric contour.
Fluid associated with adult stem cells for the use as a medicament, wherein the fluid is producible by: implanting under the skin or in the omentum of an adult non-human mammal a non-toxic device having an enclosed chamber formed by walls with through-holes such that a granulation tissue forms about an exterior surface of the non-toxic device and a fluid suspension containing free-floating stem cells collects inside the enclosed chamber of the non-toxic device, isolating the fluid from the suspension by removing the free-floating stem cells, and converting the fluid into a powdered form for reconstitution, wherein the fluid contains albumin, globulins and at least 50 times the vascular endothelial growth factor (VEGF) concentration of normal serum, and exceeds FBS in potency for promoting the growth of HK and primary mesangial cells in culture media. implanting under the skin or in the omentum of an adult non-human mammal a non-toxic device having an enclosed chamber formed by walls with through-holes such that a granulation tissue forms about an exterior surface of the non-toxic device and a fluid suspension containing free-floating stem cells collects inside the enclosed chamber of the non-toxic device, isolating the fluid from the suspension by removing the free-floating stem cells, and converting the fluid into a powdered form for reconstitution, wherein the fluid contains albumin, globulins and at least 50 times the vascular endothelial growth factor (VEGF) concentration of normal serum, and exceeds FBS in potency for promoting the growth of HK and primary mesangial cells in culture media.
A method comprising: generating, by a graphical user interface computer-based system, a graphical representation of a three-dimensional shape; associating, by the computer-based system, a first file with a first face of the three-dimensional shape; associating, by the computer-based system, a second file with a second face of the three- dimensional shape; saving, by the computer-based system, the three-dimensional shape the method being characterized by further comprising: compressing, by the computer-based system, the three-dimensional shape including the first file and the second file into a compressed file; transmitting, by the computer-based system and to a recipient device, the compressed file as an attachment to an electronic communication; receiving, by the computer-based system and based on a user input to the recipient device, a request to resize the three-dimensional shape; and transmitting, by the computer-based system and during the user input, the first file and the second file in an uncompressed state to the recipient device. generating, by a graphical user interface computer-based system, a graphical representation of a three-dimensional shape; associating, by the computer-based system, a first file with a first face of the three-dimensional shape; associating, by the computer-based system, a second file with a second face of the three- dimensional shape; saving, by the computer-based system, the three-dimensional shape the method being characterized by further comprising: compressing, by the computer-based system, the three-dimensional shape including the first file and the second file into a compressed file; transmitting, by the computer-based system and to a recipient device, the compressed file as an attachment to an electronic communication; receiving, by the computer-based system and based on a user input to the recipient device, a request to resize the three-dimensional shape; and transmitting, by the computer-based system and during the user input, the first file and the second file in an uncompressed state to the recipient device. compressing, by the computer-based system, the three-dimensional shape including the first file and the second file into a compressed file; transmitting, by the computer-based system and to a recipient device, the compressed file as an attachment to an electronic communication; receiving, by the computer-based system and based on a user input to the recipient device, a request to resize the three-dimensional shape; and transmitting, by the computer-based system and during the user input, the first file and the second file in an uncompressed state to the recipient device.
A method for balancing power across pairs of conductors of an Ethernet connection comprising signal pairs (1,2; 3,6) and pairs (4,5; 7,8) unused for signal in the Ethernet connection, the method comprising an Ethernet midspan device: receiving power from an Ethernet Power Sourcing Equipment, PSE, on signal pairs (1,2; 3,6) of an Ethernet connection; sensing the level of said received power on the signal pairs (1,2; 3,6); providing a second power source which generates power substantially equal in voltage level to said received power; providing said received power to an Ethernet Powered Device, PD, over the signal pairs (1,2; 3,6) of an Ethernet connection; and providing said generated power to the Ethernet PD over the unused pairs (4,5; 7,8) of the Ethernet connection. receiving power from an Ethernet Power Sourcing Equipment, PSE, on signal pairs (1,2; 3,6) of an Ethernet connection; sensing the level of said received power on the signal pairs (1,2; 3,6); providing a second power source which generates power substantially equal in voltage level to said received power; providing said received power to an Ethernet Powered Device, PD, over the signal pairs (1,2; 3,6) of an Ethernet connection; and providing said generated power to the Ethernet PD over the unused pairs (4,5; 7,8) of the Ethernet connection.
A method for the force-dependent dynamic modification of the braking force of a training device, in which a braking system is provided, consisting of a flywheel and a plurality of permanent magnets that can be moved axially or radially to the flywheel, wherein the permanent magnets are coupled in a force-fit manner to a force transmission device, wherein the magnetic field generated by the permanent magnets and acting on the flywheel is dependent on the force applied to the force transmission device, so that when the force acting on the force transmission device increases the magnetic field acting on the flywheel increases, wherein a lever is coupled at one end to at least one spring and at the other end to the permanent magnets and the part of the lever coupled to the permanent magnets is moved towards the flywheel depending on a user-specific traction force, whereas when the user-specific traction force decreases, the lever is released from the flywheel on account of an acting spring force and allows the flywheel to freewheel, characterized in that the force-dependent movement of the permanent magnets is effected via the lever and a traction element that is guided in an S-shaped manner over at least two deflection rollers that are arranged at an equal distance from a pivot point, the traction element preferably being a traction cable, a chain or a belt.
A method for dynamically providing a sensor control logic in a vehicle, comprising the steps of: - providing a set of sensors being arranged in at least one vehicle for outputting raw data items; and - storing control instructions being arranged to provide vehicle information by connecting sensor outputs, characterized in that the method is further comprising the steps of: - dynamically selecting at runtime one control instruction for providing a requested vehicle information, wherein runtime is a time between an assistance system of the vehicle is turned on and off, and - connecting sensor outputs to provide the vehicle information as a function of wirelessly received connection rules, wherein the rules are provided jointly by several cars over a telecommunications interface. - providing a set of sensors being arranged in at least one vehicle for outputting raw data items; and - storing control instructions being arranged to provide vehicle information by connecting sensor outputs, characterized in that the method is further comprising the steps of: - dynamically selecting at runtime one control instruction for providing a requested vehicle information, wherein runtime is a time between an assistance system of the vehicle is turned on and off, and - connecting sensor outputs to provide the vehicle information as a function of wirelessly received connection rules, wherein the rules are provided jointly by several cars over a telecommunications interface. - dynamically selecting at runtime one control instruction for providing a requested vehicle information, wherein runtime is a time between an assistance system of the vehicle is turned on and off, and - connecting sensor outputs to provide the vehicle information as a function of wirelessly received connection rules, wherein the rules are provided jointly by several cars over a telecommunications interface.
A cell reselection method performed by a device, said method comprising: receiving a broadcast message that is sent in a first cell by a base station, wherein the broadcast message comprises information about a set of second cells, wherein each of the second cells is controlled by a different low power node under coverage of the base station; and when it is determined, according to the information about the set of the second cells, that a target reselection cell is a second cell, determining, according to second-cell reselection parameter information, a time for performing cell reselection said method being characterized in that the step of determining, according to second-cell reselection parameter information, a time for performing cell reselection comprises: when a value of a second-cell reselection time parameter in the second-cell reselection parameter information is not zero, determining the time for performing the cell reselection as the second-cell reselection time parameter multiplied by a mobility state parameter; and when a value of a second-cell reselection time parameter in the second-cell reselection parameter information is zero or not configured, determining the time for performing the cell reselection as an evaluation time factor in the second-cell reselection time parameter information multiplied by a first-cell evaluation time parameter. receiving a broadcast message that is sent in a first cell by a base station, wherein the broadcast message comprises information about a set of second cells, wherein each of the second cells is controlled by a different low power node under coverage of the base station; and when it is determined, according to the information about the set of the second cells, that a target reselection cell is a second cell, determining, according to second-cell reselection parameter information, a time for performing cell reselection said method being characterized in that the step of determining, according to second-cell reselection parameter information, a time for performing cell reselection comprises: when a value of a second-cell reselection time parameter in the second-cell reselection parameter information is not zero, determining the time for performing the cell reselection as the second-cell reselection time parameter multiplied by a mobility state parameter; and when a value of a second-cell reselection time parameter in the second-cell reselection parameter information is zero or not configured, determining the time for performing the cell reselection as an evaluation time factor in the second-cell reselection time parameter information multiplied by a first-cell evaluation time parameter.
An electronic device comprising: a main frame comprising; an opening portion formed in the main frame; a recess portion (22; 24) formed at the opening portion along an inner frame of the main frame below a surface of the main frame by a stepped portion; and a plate (10; 40) contacting the recess portion and is seated and connected by being supported or guided by the stepped portion, wherein the plate providing a space of a thickness t1 corresponding to the subtraction of a thickness of the plate from a thickness of the main frame, and a frame of the plate (10; 40) is formed of a curved portion (11; 41) that is curved towards a center of the plate; wherein the frame of the plate (10,40) includes at least a straight frame section, and the straight frame section has the curved portion that is curved towards the center of the plate; and wherein the main frame includes at least one coupling portion, and a spacing distance from the curved portion to the stepped portion increases as a distance to the at least one coupling portion increases. a main frame comprising; an opening portion formed in the main frame; a recess portion (22; 24) formed at the opening portion along an inner frame of the main frame below a surface of the main frame by a stepped portion; and a plate (10; 40) contacting the recess portion and is seated and connected by being supported or guided by the stepped portion, wherein the plate providing a space of a thickness t1 corresponding to the subtraction of a thickness of the plate from a thickness of the main frame, and a frame of the plate (10; 40) is formed of a curved portion (11; 41) that is curved towards a center of the plate; wherein the frame of the plate (10,40) includes at least a straight frame section, and the straight frame section has the curved portion that is curved towards the center of the plate; and wherein the main frame includes at least one coupling portion, and a spacing distance from the curved portion to the stepped portion increases as a distance to the at least one coupling portion increases.
A method for transmitting time division multiplexing information in multimedia broadcast multicast services, characterized in that if a network side adopts a bearer type of point-to-multipoint and transmits the multimedia broadcast multicast services by sharing channel resource with time division multiplexing, configuration information of said multimedia broadcast multicast service sent to user equipments comprising information of a time division multiplexing repetition period, information of a position of channel resource occupied in a time division multiplexing period, and information of an amount of the channel resource occupied in a time division multiplexing period; wherein, said information of the position of the channel resource occupied refers to information of an offset of a transmission time interval of the channel resource occupied by said multimedia broadcast multicast service in a time division multiplexing period, and said information of the amount of the channel resource occupied refers to a quantity of system frames or transmission time intervals of the channel resource occupied by said multimedia broadcast multicast service in a repetition period.
Lyophilisate of treosulfan, wherein the lyophilisate comprises at least 75 % by weight of crystalline form B of treosulfan exhibiting an X-ray powder diffraction pattern having characteristic peaks at 20.87 and 23.47 ± 0.20 degrees 2Θ, measured using Cu-Kα1 = 1.54059 Å, relative to the amount of lyophilisate.