mhurhangee/ep-ind-claims huggingface dataset:
A bone anchoring device comprising: a receiving part (5,5') for coupling a rod to a bone anchoring element, the receiving part (5,5') comprising a first end, a second end, a central axis extending between the first end and the second end, a recess for receiving a rod, wherein by the recess two open legs (53a, 53b) are formed and wherein the legs are configured to cooperate with a fixation element, and a head receiving portion (54, 54') at the second end for pivotably holding a head of a bone anchoring element, the head receiving portion (54, 54') being at least partially flexible and having an opening at the second end for inserting the head; and a locking ring mounted at least partially around the head receiving portion (54, 54'), wherein a rotational movement of the locking ring around the central axis provides a force which causes the head receiving portion (54, 54') to be compressed, wherein when the locking ring is around the head receiving portion (54, 54'), the locking ring can assume a locking position wherein the locking ring exerts a force onto the head receiving portion (54, 54') such that an inserted head is locked and a non locking position wherein an inserted head is pivotable relative to the receiving part (5, 5') and wherein the locking ring is rotatable between the locking and the non-locking position and vice versa. a receiving part (5,5') for coupling a rod to a bone anchoring element, the receiving part (5,5') comprising a first end, a second end, a central axis extending between the first end and the second end, a recess for receiving a rod, wherein by the recess two open legs (53a, 53b) are formed and wherein the legs are configured to cooperate with a fixation element, and a head receiving portion (54, 54') at the second end for pivotably holding a head of a bone anchoring element, the head receiving portion (54, 54') being at least partially flexible and having an opening at the second end for inserting the head; and a locking ring mounted at least partially around the head receiving portion (54, 54'), wherein a rotational movement of the locking ring around the central axis provides a force which causes the head receiving portion (54, 54') to be compressed, wherein when the locking ring is around the head receiving portion (54, 54'), the locking ring can assume a locking position wherein the locking ring exerts a force onto the head receiving portion (54, 54') such that an inserted head is locked and a non locking position wherein an inserted head is pivotable relative to the receiving part (5, 5') and wherein the locking ring is rotatable between the locking and the non-locking position and vice versa.
A fluidic control unit (102, 302, 402) with at least one fluidics cylinder (304, 404, 310, 410), by means of which the at least one fluidics cylinder (304, 404, 310, 410) can be moved, wherein the control unit (102, 302, 402) in one state offers at least one inching operation for each fluidics cylinder (304, 404, 310, 410) and in a second state offers a main-pressure operation for the at least one fluidics cylinder (304, 404, 310, 410), wherein a change of state of the control unit (102, 302, 402) takes place automatically from one inching operation to one of the main-pressure operations, characterised in that a first valve (114, 214, 314, 414, 115, 315, 415), comprising at least two positions, is guided with one port (338, 339) fluidically on one side (308, 309) of a piston of the at least one fluidics cylinder (304, 404, 310, 410) and with another port (338, 339) fluidically via a connection (340, 341) to a second side (308, 309) of the piston of the fluidics cylinder (304, 404, 310, 410), wherein there is arranged in the connection (340, 341) between the first valve (114, 214, 314, 414, 115, 315, 415) and the fluidics cylinder (304, 404, 310, 410) a two-position shuttle valve (112, 312, 412 113, 313, 413), and there is arranged in a feed line to the two-position shuttle valve (112, 312, 412 113, 313, 413) a main-pressure release valve (124, 324, 424, 125, 325) to be actuated fluidically, whose actuation can be executed preferably by a pilot valve (116, 316, 416, 117, 317).
Method for managing communication between an electronic device and a communication apparatus, the said device being equipped with several protocol decoding means (DCDi) corresponding respectively to various communication protocols so as to be capable of dialoguing with the said communication apparatus during transactions selectively according to one of these communication protocols, method comprising an automatic protocol detection comprising a) an activation of all the decoding means at the start of a transaction, b) a delivery of the signal received by the electronic device to all the decoding means, c) an analysis of at least one signal delivered by at least one of the decoding means and d) a selection of one of the decoding means on the basis of the result of the said analysis, and a conducting of the said transaction with the selected decoding means.
Aquarium with at least one solenoid valve for controlling a CO 2 supply, wherein - the solenoid valve has at least one coil, a movable armature, and a valve seat, in order to displace the movable armature against a restoring force by generating a reluctance force on said movable armature, and to open or close the valve seat by means of the movable armature, - the aquarium has a free-wheeling diode being connected in parallel to the coil and - the aquarium has a further diode and the coil is connected to an AC voltage source via the further diode such that the free-wheeling diode and the further diode have passage directions being opposed to each other. - the solenoid valve has at least one coil, a movable armature, and a valve seat, in order to displace the movable armature against a restoring force by generating a reluctance force on said movable armature, and to open or close the valve seat by means of the movable armature, - the aquarium has a free-wheeling diode being connected in parallel to the coil and - the aquarium has a further diode and the coil is connected to an AC voltage source via the further diode such that the free-wheeling diode and the further diode have passage directions being opposed to each other.
A scaffold of a bio-degradable composition, comprising a primarily cylindrically shaped main body with a cylindrical axis having a plurality of circumferential elements that circumscribe a circumference of said cylindrical main body, wherein a circumferential element (5,7,9,11) is connected to an adjacent circumferential element (6,8,10,12) by a plurality of first connection elements to form a pair of circumferential elements, wherein a pair of circumferential elements is connected to an adjacent pair of circumferential elements by a plurality of second connection elements, wherein the circumferential elements comprise a plurality of undulations, having alternating peaks and valleys, and wherein first and second connection elements are connected with one another to form at least one contiguous spiral pattern, when the scaffold is expanded, characterized in that said first connections elements (217,217',401,404-409) are S-shaped or Z-shaped and connect each valley of the undulations in one circumferential element (5,7,9,11) within a pair to each peak of the undulations in the other circumferential element (6,8,10,12) of that pair, and in that said second connection elements are S-shaped or Z-shaped and connect every other peak of the undulations in one circumferential element (6,8,10) within a pair to a valley of the undulations in an adjacent circumferential element (7,9,11) of an adjacent pair of circumferential elements.
An antistatic film structure comprising a transparent antistatic support structure comprising at least one antistatic component, wherein said transparent antistatic support structure comprises cellulose triacetate, and said antistatic component is incorporated into an existing laminated layer or is incorporated into said antistatic support structure during its manufacturing, characterized in that the antistatic film structure comprises an enhancing layer that enhances the antistatic performance of said antistatic film comprising at least one enhancing additive selected from the group consisting of diethylene glycol, polyethylene or any combination thereof and wherein the enhancing layer additive is added in an amount ranging from 1 to 10 wt% of the enhancing layer. said transparent antistatic support structure comprises cellulose triacetate, and said antistatic component is incorporated into an existing laminated layer or is incorporated into said antistatic support structure during its manufacturing, characterized in that the antistatic film structure comprises an enhancing layer that enhances the antistatic performance of said antistatic film comprising at least one enhancing additive selected from the group consisting of diethylene glycol, polyethylene or any combination thereof and wherein the enhancing layer additive is added in an amount ranging from 1 to 10 wt% of the enhancing layer.
Plate-shaped, porous, metallic carrier substrate produced by powder metallurgy and intended for a metal-supported electrochemical functional device, comprising a central region and a marginal region, it being possible for a layer stack with electrochemically active layers to be arranged on a surface of the central region, on a cell-facing side of the carrier substrate, characterized in that a surface section of the marginal region, on the cell-facing side of the carrier substrate, comprises a melt phase of the carrier substrate material, and at least sections of a region located beneath the surface section comprising the melt phase comprise a higher porosity than the surface section arranged above them and comprising the melt phase, wherein an area-shaped barrier is built along the surface.
An immunotherapeutic composition comprising: a) a yeast vehicle; and b) a fusion protein comprising HBV antigens, wherein the HBV antigens consist of: i) an HBV X antigen; ii) an HBV surface antigen, and; iii) an HBV core antigen, wherein the fusion protein is expressed by the yeast vehicle. a) a yeast vehicle; and b) a fusion protein comprising HBV antigens, wherein the HBV antigens consist of: i) an HBV X antigen; ii) an HBV surface antigen, and; iii) an HBV core antigen, i) an HBV X antigen; ii) an HBV surface antigen, and; iii) an HBV core antigen,
Swivel axle for a lowerable vehicle trailer which has a chassis with longitudinal members, wherein the swivel axle has an axle body with axle blocks for fastening to the chassis, wherein the axle blocks are provided and designed for a bolt connection, in particular screw connection, to the longitudinal members, characterized in that the swivel axle has an understructure which reaches below the axle body and the axle block and which is provided and designed for fastening to the longitudinal member.
An air filtering device that is sized and adapted for use in a personal respiratory protection device and that comprises: (a) a housing that includes a plurality of subsections (32, 34, 36), each subsection (32, 34, 36) containing a filter element (26, 28, 30); (b) an inlet disposed at a first location on the housing; (c) an upstream air distribution system in fluid communication with the inlet and with each of the subsections (32, 34, 36), wherein the upstream air distribution system is upstream of the subsections (32, 34, 36); (d) a downstream air distribution system located in fluid communication with each subsection (32, 34, 36), wherein the downstream air distribution system is downstream of the subsections (32, 34, 36); and (e) an outlet in fluid communication with the downstream air distribution system; characterized in that the housing subsections (32, 34, 36) are not in fluid communication with each other, and in that the housing is curved along a longitudinal axis such that the housing is configured to be located within a crown space of a helmet, wherein the crown space of the helmet is a space between a wearer's head and an interior side of the helmet. (a) a housing that includes a plurality of subsections (32, 34, 36), each subsection (32, 34, 36) containing a filter element (26, 28, 30); (b) an inlet disposed at a first location on the housing; (c) an upstream air distribution system in fluid communication with the inlet and with each of the subsections (32, 34, 36), wherein the upstream air distribution system is upstream of the subsections (32, 34, 36); (d) a downstream air distribution system located in fluid communication with each subsection (32, 34, 36), wherein the downstream air distribution system is downstream of the subsections (32, 34, 36); and (e) an outlet in fluid communication with the downstream air distribution system;
An isolated, modified primate cystathionine-γ-lyase enzyme having at least two substitutions relative to a native primate CGL amino acid sequence according to SEQ ID NOs: 1 and 7-10, said at least two substitutions including a threonine at position 59 and a valine at position 339 of the native primate CGL sequence, said modified CGL enzyme further defined as a cystine/cysteine degrading enzyme.
A high-pressure fuel supply pump comprising: a pressurizing chamber; a high pressure path; an outlet valve structure; and a pressure relief valve structure, wherein a pressure relief valve seat of the pressure relief valve structure is provided on a valve seat member (S, 8a, 200a) on the side of the pressurizing chamber; wherein an outlet valve seat of the outlet valve structure is provided on the valve seat member (S, 8a, 200a) on the side of the high pressure path; wherein the valve seat member (S, 8a, 200a) shared by the outlet valve structure and the pressure relief valve structure is provided between the pressurizing chamber and the high pressure path; wherein a relief path is provided in the valve seat member (S, 8a, 200a), one end of the relief path is connected to the pressurizing chamber, the other end of the relief path is connected with the high pressure path; wherein more than one outlet paths are formed in the valve seat member (S, 8a, 200a), one end of the outlet paths is connected to the high pressure path, the other end of the outlet paths is connected with the pressurizing chamber; wherein a pressure relief valve of the pressure relief valve structure is provided on the side of the pressurizing chamber of the pressure relief valve seat; wherein an outlet valve of the outlet valve structure is provided on the downstream side of the outlet valve seat; wherein an inner peripheral face of an open end side of an outlet valve holder is fitted to the outer periphery of the valve seat member (S, 8a) and fixed there, an outlet valve spring and a flat outlet valve are installed inside the outlet valve holder, an annular outlet valve seat is provided on the valve seat member (S, 8a), and the flat outlet valve is pressed against the annular outlet valve seat by the outlet spring.
Lighting apparatus for a motor vehicle, comprising: - a processing module designed to receive, process and send signals from a data bus of the motor vehicle, and - a plurality of LED units, each designed so as in an operational state to emit light of adjustable brightness and prescribed colour locus, wherein the LED units each have a microcontroller and a plurality of LEDs (301, 302, 303, 304), wherein the respective microcontroller and the related LEDs (301, 302, 303, 304) are surrounded by a package of the respective LED unit, and wherein the LED units each comprise a temperature sensor, designed in each case to measure a present temperature value on the related LED unit and to communicate bidirectionally with the processing module, so that the present temperature value on the respective LED unit is ascertainable by means of the respective temperature sensor and the processing module, and wherein the present temperature value on the respective LED unit is recallable independently of an operating state of the related LEDs (301, 302, 303, 304), wherein, further, the respective microcontroller and the processing module are designed to communicate bidirectionally with one another, the lighting apparatus is characterized in that the respective temperature sensor is designed to communicate bidirectionally with the related microcontroller, so that the present temperature value on the respective LED unit is recallable by means of the temperature sensor and the microcontroller. - a processing module designed to receive, process and send signals from a data bus of the motor vehicle, and - a plurality of LED units, each designed so as in an operational state to emit light of adjustable brightness and prescribed colour locus, wherein the LED units each have a microcontroller and a plurality of LEDs (301, 302, 303, 304), wherein the respective microcontroller and the related LEDs (301, 302, 303, 304) are surrounded by a package of the respective LED unit, and wherein the LED units each comprise a temperature sensor, designed in each case to measure a present temperature value on the related LED unit and to communicate bidirectionally with the processing module, so that the present temperature value on the respective LED unit is ascertainable by means of the respective temperature sensor and the processing module, and wherein the present temperature value on the respective LED unit is recallable independently of an operating state of the related LEDs (301, 302, 303, 304), wherein, further, the respective microcontroller and the processing module are designed to communicate bidirectionally with one another, the lighting apparatus is characterized in that the respective temperature sensor is designed to communicate bidirectionally with the related microcontroller, so that the present temperature value on the respective LED unit is recallable by means of the temperature sensor and the microcontroller.
An information processing apparatus, comprising: acquisition means configured to acquire, from each of a plurality of base stations, first information on at least one of communication delay and radio quality measured in communication between respective one of the plurality of base stations and a first terminal device, which is fixed, and second information on at least one of communication delay and radio quality measured in communication between respective one of the plurality of base stations and a second terminal device, which moves; and determination means configured to determine which of the first information and the second information is prioritized to be used for remote driving or automatic driving of a vehicle that includes a third terminal device that differs from the first terminal device and the second terminal device, wherein the information processing apparatus is characterized by comprising: execution means configured to perform control such that the larger the communication delay indicated by the information that is determined to be prioritized to be used, the more restrictively control for the remote driving or the automatic driving is limited, or such that the lower the radio quality indicated by the information that is determined to be prioritized to be used, the more restrictively control for the remote driving or the automatic driving is limited, and to execute the remote driving or the automatic driving of a vehicle. acquisition means configured to acquire, from each of a plurality of base stations, first information on at least one of communication delay and radio quality measured in communication between respective one of the plurality of base stations and a first terminal device, which is fixed, and second information on at least one of communication delay and radio quality measured in communication between respective one of the plurality of base stations and a second terminal device, which moves; and determination means configured to determine which of the first information and the second information is prioritized to be used for remote driving or automatic driving of a vehicle that includes a third terminal device that differs from the first terminal device and the second terminal device, wherein the information processing apparatus is characterized by comprising: execution means configured to perform control such that the larger the communication delay indicated by the information that is determined to be prioritized to be used, the more restrictively control for the remote driving or the automatic driving is limited, or such that the lower the radio quality indicated by the information that is determined to be prioritized to be used, the more restrictively control for the remote driving or the automatic driving is limited, and to execute the remote driving or the automatic driving of a vehicle.
A method for separation of CO 2 from the combustion gas from a thermal power plant fired with fossil fuel, the method comprising the following steps; a) cooling and mixing the combustion gas from the thermal power plant with air; b) compressing the combustion gas - air mixture; c) reheating the compressed gas from step b) by using it as an oxygen containing gas for combustion of natural gas in a pressurized combustion chamber to form an exhaust gas; d) regulating the supply of natural gas and oxygen containing gas in the combustion chamber so that the exhaust gas contains less than 6 % rest oxygen; e) keeping the temperature in the exhaust gas between 700 and 900 °C by generation of steam in tubular coils in the combustion chamber; f) cooling the the exhaust gas and bringing it in contact with an absorbent absorbing CO 2 from the exhaust gas to form a low CO 2 stream and an absorbent with absorbed CO 2; g) heating the low CO 2 stream by means of heat exchanges against the hot exhaust gas leaving the combustion chamber; and h) expanding the heated low CO 2 stream in turbines. a) cooling and mixing the combustion gas from the thermal power plant with air; b) compressing the combustion gas - air mixture; c) reheating the compressed gas from step b) by using it as an oxygen containing gas for combustion of natural gas in a pressurized combustion chamber to form an exhaust gas; d) regulating the supply of natural gas and oxygen containing gas in the combustion chamber so that the exhaust gas contains less than 6 % rest oxygen; e) keeping the temperature in the exhaust gas between 700 and 900 °C by generation of steam in tubular coils in the combustion chamber; f) cooling the the exhaust gas and bringing it in contact with an absorbent absorbing CO 2 from the exhaust gas to form a low CO 2 stream and an absorbent with absorbed CO 2; g) heating the low CO 2 stream by means of heat exchanges against the hot exhaust gas leaving the combustion chamber; and h) expanding the heated low CO 2 stream in turbines.
A mutant streptokinase polypeptide comprising the amino acid sequence of SEQ ID NO: 163 or the sequence of SEQ ID NO: 163, with a cysteine substitution of one or two amino acids at residues selected from the group consisting of: S42, A49, I73, S78, D80, D81, D87, S90, D105, K106, D107, E133, K141, D158, D159, L164, D166, S190, A236, I239, N240, K241, K242, S243, L245, E266, K267, F272, D288, L306, L311, A318, D332, D345 and R357.
An open die forging process for minimizing end losses characterised in that said forging process involves a step of notching, wherein a transverse notch with angular tip, the angle at the tip being an acute angle, is made near each end of the ingot before cogging said ingot.