mhurhangee/ep-ind-claims huggingface dataset:
Emergency power supply device for the emergency power supply of a DC voltage circuit, wherein the DC voltage circuit has a first potential tap and a second potential tap, with an energy store, wherein the energy store has a positive pole and a negative pole, and wherein one of the poles (4, 5) is connected to the first potential tap via a first connection and the other pole is connected to the second potential tap via a second connection, wherein at least one of the connections (7, 8) has a directional current measuring device, which is capable of measuring the absolute current flow flowing in a defined direction in one of the electrically conductive connections between the energy store and the DC voltage circuit, and at least one of the connections (7, 8) has a disconnect device, wherein a charging current flow can be measured by the directional current measuring device, a charging current flow can be suppressed by the disconnect device, and the disconnect device can be controlled as a function of the measured charging current flow, characterized in that the directional current measuring device has a decoupling component, a bypass diode, and a current measuring element, wherein the bypass diode and the current measuring element are connected in series, and the decoupling component is connected parallel to the series circuit from the bypass diode and the current measuring element, and wherein the connection between the energy store and the DC voltage circuit, in which the directional current measuring device is not provided, has a further decoupling component.
Offshore platform with at least one first foundation pile (106; 206), a transition piece (112; 250) and a building connecting structure (138; 252) formed at the transition piece (112; 250), wherein a working platform (114; 214) formed as a concrete construction is disposed at the transition piece (112; 250), characterized in that the offshore platform is designed as a monopile for a wind power plant (102; 202), wherein the building connecting structure (138; 252) is formed for connecting the wind power plant (102; 202).
A network interface controller for the dynamic management of a retransmit timeout of a message within an interconnection network including a plurality of nodes, said network interface controller being able to return a message if a retransmit timeout of the message is exceeded, said network interface controller comprising: - a communication module able to receive, from a source node, an instruction to transmit a message to a target node, said message transmission instruction including characteristic data of the message, - at least one transmission buffer memory able to store at least part of the characteristic data of the message and able to associate it with a retransmit timeout of the message, the network interface controller being characterized in that it comprises: - a slowdown defining module, said slowdown defining module being able to define a value of the division factor from said characteristic data of the message, - a reference clock able to generate a fixed-frequency signal, - at least one frequency divider, said frequency divider being able to generate a reduced-frequency signal from the value of the division factor and of the fixed-frequency signal coming from the reference clock, - at least one reduced-frequency clock, said reduced-frequency clock being associated with the transmission buffer memory, said reduced-frequency clock being able to allow timing the retransmit timeout from the reduced-frequency signal and being able to trigger a retransmission of the message if the retransmit timeout is exceeded. - a communication module able to receive, from a source node, an instruction to transmit a message to a target node, said message transmission instruction including characteristic data of the message, - at least one transmission buffer memory able to store at least part of the characteristic data of the message and able to associate it with a retransmit timeout of the message, the network interface controller being characterized in that it comprises: - a slowdown defining module, said slowdown defining module being able to define a value of the division factor from said characteristic data of the message, - a reference clock able to generate a fixed-frequency signal, - at least one frequency divider, said frequency divider being able to generate a reduced-frequency signal from the value of the division factor and of the fixed-frequency signal coming from the reference clock, - at least one reduced-frequency clock, said reduced-frequency clock being associated with the transmission buffer memory, said reduced-frequency clock being able to allow timing the retransmit timeout from the reduced-frequency signal and being able to trigger a retransmission of the message if the retransmit timeout is exceeded.
Use of a multi-ring antenna in electrode cap milling devices for monitoring metallic rotationally-symmetrical milling tools when using an RFID system, wherein the multi-ring antenna is formed from layers of electrically-conductive layers and separation of the same by insulation layers, connection of the electrically-conductive layers via a connection means, and equipment with an RFID system, wherein the multi-ring antenna is arranged on a tool carrier in the vicinity of a rotationally-symmetrical milling tool in such a way that the multi-ring antenna encloses the rotationally-symmetrical milling tool and this rotationally-symmetrical milling tool carries an RFID transponder, wherein this RFID transponder is arranged on the rotationally-symmetrical milling tool in a posture such that it is located in the electromagnetic ring field of the multi-ring antenna and the multi-ring antenna is arranged on the tool carrier in such a way that interrogation of the RFID transponder on the rotationally symmetrical milling tool is possible in any position in motion and at a standstill.
Arrangement having a cover for a vehicle roof which, starting from a closed position for closing a roof opening, is raisable for opening using deployment means in the rear region thereof and which is displaceable toward the rear over the vehicle roof to an open position, wherein the deployment means - have a sliding member which is displaceable in a guide rail in the longitudinal direction of the vehicle by means of a drive; - have a deployment rod, having a coupling element, which is displaceable in the longitudinal direction of the vehicle by means of the sliding member, wherein the deployment rod in the closed position of the cover is coupled to the sliding member; - characterized by a pocket which, in relation to the guide rail, is configured so as to be locationally fixed and which in terms of the shaping thereof is adapted to the coupling element of the deployment rod; and said deployment means - have a further coupling element and a locking guide link, of which the deployment rod has the one, and the sliding member has the respective other; such that starting from the closed position of the cover, upon displacing the sliding member in the longitudinal direction of the vehicle toward the rear, the deployment rod is decouplable from the sliding member in a decoupling plane and in relation to the guide rail is locked in a form-fitting manner, wherein for locking, the further coupling element and the locking guide link are mutually engaged in such a manner that introducing the coupling element of the deployment rod into the pocket is controllable substantially in the normal direction of the decoupling plane. - have a sliding member which is displaceable in a guide rail in the longitudinal direction of the vehicle by means of a drive; - have a deployment rod, having a coupling element, which is displaceable in the longitudinal direction of the vehicle by means of the sliding member, wherein the deployment rod in the closed position of the cover is coupled to the sliding member; - characterized by a pocket which, in relation to the guide rail, is configured so as to be locationally fixed and which in terms of the shaping thereof is adapted to the coupling element of the deployment rod; and said deployment means - have a further coupling element and a locking guide link, of which the deployment rod has the one, and the sliding member has the respective other;
A dispersion comprising: a lipid peptide type compound in which a peptide portion formed by repetition of at least two or more identical or different amino acids is bonded to a lipid portion including a C 10-24 aliphatic group; a dissolution accelerator having, in molecules thereof, a hydrophilic portion and a hydrophobic portion, the hydrophilic portion having a betaine structure; a polymer emulsifier; and water. a lipid peptide type compound in which a peptide portion formed by repetition of at least two or more identical or different amino acids is bonded to a lipid portion including a C 10-24 aliphatic group; a dissolution accelerator having, in molecules thereof, a hydrophilic portion and a hydrophobic portion, the hydrophilic portion having a betaine structure; a polymer emulsifier; and water.
Universal joint coupling for the actuation mechanism of machinery tools, in particular of cranes, comprising two universal joint parts (1, 2) at each of which a double joint pin (3, 4) is mounted in a rotatable way, and a coupling piece to which the double joint pins (3, 4) are rigidly connected at right angle to each other, characterized in that for each part of the actuation mechanism at least one hydraulic pipe (6 and 7) of connections (10 and 11) leads through the two universal joint parts (1 and 2) up to the two double joint pins (3 and 4) being supported on them, into each of which at least one snap ring groove (12 or 19) being connected to each other through hydraulic bores (14 or 15) in the double joint pins (3 or 4) and through hydraulic pipes (16 or 17) in the coupling piece which is swivelable in pivot slots of the universal joint parts (1, 2) is incorporated.
Fastening system for recessed mounting in an insulating material on a substrate, comprising: - a fastening element with a first and a second end region, wherein the first end region comprises fastening means for fastening the fastening element to the substrate, and - a holding element for holding the insulating material, wherein the holding element comprises cutting means for rotary cutting into the insulating material, characterized in that - the second end region of the fastening element comprises an external thread, - the holding element comprises a corresponding internal thread, and - the fastening system comprises a rotation means which prevents further screwing of the external thread into the internal thread, such that further rotation of the fastening element then causes rotation of the holding element and of the cutting means. - a fastening element with a first and a second end region, wherein the first end region comprises fastening means for fastening the fastening element to the substrate, and - a holding element for holding the insulating material, wherein the holding element comprises cutting means for rotary cutting into the insulating material, - the second end region of the fastening element comprises an external thread, - the holding element comprises a corresponding internal thread, and - the fastening system comprises a rotation means which prevents further screwing of the external thread into the internal thread, such that further rotation of the fastening element then causes rotation of the holding element and of the cutting means.
An apparatus comprising: means for transmitting downlink data related to one or more downlink hybrid automatic repeat request processes to a user equipment, means for receiving hybrid automatic repeat request acknowledgment information from the user equipment containing a first set of hybrid automatic repeat request acknowledge information and a second set of hybrid automatic repeat request acknowledgment information, wherein the first set of hybrid automatic repeat request acknowledge information includes acknowledgement and/or negative acknowledgement information, and wherein the second set of hybrid automatic repeat request acknowledgement information provides additional information regarding at least a subset of negatively acknowledged hybrid automatic repeat request processes identified in the first set of hybrid automatic repeat request acknowledgment information without providing additional information regarding positively acknowledged hybrid automatic repeat request processes, and means for configuring the user equipment, wherein the configuring includes a maximum number of hybrid automatic repeat request processes for the second set of hybrid automatic repeat request acknowledgment information. means for transmitting downlink data related to one or more downlink hybrid automatic repeat request processes to a user equipment, means for receiving hybrid automatic repeat request acknowledgment information from the user equipment containing a first set of hybrid automatic repeat request acknowledge information and a second set of hybrid automatic repeat request acknowledgment information, wherein the first set of hybrid automatic repeat request acknowledge information includes acknowledgement and/or negative acknowledgement information, and wherein the second set of hybrid automatic repeat request acknowledgement information provides additional information regarding at least a subset of negatively acknowledged hybrid automatic repeat request processes identified in the first set of hybrid automatic repeat request acknowledgment information without providing additional information regarding positively acknowledged hybrid automatic repeat request processes, and means for configuring the user equipment, wherein the configuring includes a maximum number of hybrid automatic repeat request processes for the second set of hybrid automatic repeat request acknowledgment information.
A method performed in a user equipment in a cell of a cellular communication system, said user equipment being connected to a network node providing broadcast information services in one or more MBSFN areas (13a,13b) which include said cell to said user equipment, said method for reading a change of information for one of said broadcast information services to which the user equipment has subscribed, characterized by receiving on a broadcast channel information on identifiers of at least some of said MBSFN areas (13a,13b) to support identifying the respective area-specific MBMS control channel; receiving a MBMS notification message; deriving from an identifier of one or more MBSFN areas (13a,13b) included in a received MBMS notification message, the MBMS control channel associated with one or more of said MBSFN areas (13a,13b) based on said broadcasted information.
A screw with cutting teeth comprising: a shank including a front section, a rear section spaced from the front section along a longitudinal axis of the shank, and an intermediate section between the front and rear sections (14, 16), with the intermediate section having circular cross sections, with the front section having roughly triangular cross sections and provided with a plurality of separate raised teeth circumferentially; and a first thread spirally formed on the shank and including a plurality of thread convolutions, with a pitch defined between two adjacent thread convolutions; wherein the front section extends for at least two pitches along the longitudinal axis of the shank, with each raised tooth protruding from the front section and located between two adjacent thread convolutions, with each raised tooth extending for at least one pitch along the longitudinal axis; characterized in that a stem diameter of the intermediate section is greater than a stem diameter of the front section, with an outer diameter defined at the tip of the raised tooth and being greater than the stem diameter of the intermediate section. a shank including a front section, a rear section spaced from the front section along a longitudinal axis of the shank, and an intermediate section between the front and rear sections (14, 16), with the intermediate section having circular cross sections, with the front section having roughly triangular cross sections and provided with a plurality of separate raised teeth circumferentially; and a first thread spirally formed on the shank and including a plurality of thread convolutions, with a pitch defined between two adjacent thread convolutions; wherein the front section extends for at least two pitches along the longitudinal axis of the shank, with each raised tooth protruding from the front section and located between two adjacent thread convolutions, with each raised tooth extending for at least one pitch along the longitudinal axis; characterized in that a stem diameter of the intermediate section is greater than a stem diameter of the front section, with an outer diameter defined at the tip of the raised tooth and being greater than the stem diameter of the intermediate section.
A stainless steel sheet for a separator of a polymer electrolyte fuel cell, comprising: a substrate made of stainless steel; and a Sn alloy layer with which a surface of the substrate is coated, wherein the Sn alloy layer includes 10 or more microcracks per cm 2. a substrate made of stainless steel; and a Sn alloy layer with which a surface of the substrate is coated, wherein the Sn alloy layer includes 10 or more microcracks per cm 2.
A textured spun yarn that is obtained from a single spun yarn by starching using a starch agent, drying, and twisting in an opposite direction to a twisting direction of the single spun yarn, characterized in that the number of twists is 1.6 to 3 times the number of twists of the single spun yarn, and the starch agent contains at least one water-soluble polymer, which is selected from water-soluble synthetic polymers, water-soluble starches, water-soluble polysaccharides other than the starches, and water-soluble proteins.
A method for producing a recording medium having a recording area in which content information indicating a content and security information for security for the content information are recorded, in the recording area, medium specifying information for uniquely identifying the recording medium itself being recorded in advance, the method comprising steps of: (a) writing temporary security information and the content information in the recording area, the temporary security information including given information different from the medium specifying information; (b) reading the medium specifying information and the temporary security information from the recording area; (c) replacing the given information in the temporary security information with the medium specifying information; (d) encrypting the temporary security information in which the given information is replaced with the medium specifying information to generate the security information; and (e) causing the security information generated in the step (d) to be recorded in the recording area. in the recording area, medium specifying information for uniquely identifying the recording medium itself being recorded in advance, the method comprising steps of: (a) writing temporary security information and the content information in the recording area, the temporary security information including given information different from the medium specifying information; (b) reading the medium specifying information and the temporary security information from the recording area; (c) replacing the given information in the temporary security information with the medium specifying information; (d) encrypting the temporary security information in which the given information is replaced with the medium specifying information to generate the security information; and (e) causing the security information generated in the step (d) to be recorded in the recording area. (a) writing temporary security information and the content information in the recording area, the temporary security information including given information different from the medium specifying information; (b) reading the medium specifying information and the temporary security information from the recording area; (c) replacing the given information in the temporary security information with the medium specifying information; (d) encrypting the temporary security information in which the given information is replaced with the medium specifying information to generate the security information; and (e) causing the security information generated in the step (d) to be recorded in the recording area.
An electric module for connecting to a mounting rail, which comprises a mounting rail profile having two lateral walls as well as at least one busbar, which is arranged on one of the two inner faces of the lateral walls of the mounting rail profile and comprises electrically contactable lines, wherein the electric module comprises a contacting element, which is insertable into the mounting rail profile and comprises connection contacts, which are provided in order to be brought into abutment against lines of the busbar in a state of the contacting element after it has been inserted into the mounting rail profile, and wherein the contacting element is mounted rotatably about a rotational axis opposite a supporting element of the electrical module between an open position, which enables the contacting element to be inserted and removed from the mounting rail profile, and a contacting position, in which the connection contacts contact lines of the busbar, wherein the supporting element comprises two lateral walls (51, 52) extending parallel to one another, wherein the contacting element is arranged between the two lateral walls (51, 52) extending parallel to one another, and wherein the contacting element is coupled to an actuating arm, which is configured such that, when actuated, it moves the contacting element from the open position into the contacting position and vice versa, and wherein the actuating arm is guided through a recess in one of the two lateral walls (51, 52) extending parallel to one another such that the actuating arm can be actuated from an outer side of the electrical module, characterized in that the actuating arm comprises a seal, which is configured so as to seal the recess in the contacting position of the contacting element. and wherein the contacting element is mounted rotatably about a rotational axis opposite a supporting element of the electrical module between an open position, which enables the contacting element to be inserted and removed from the mounting rail profile, and a contacting position, in which the connection contacts contact lines of the busbar, wherein the supporting element comprises two lateral walls (51, 52) extending parallel to one another, wherein the contacting element is arranged between the two lateral walls (51, 52) extending parallel to one another, and wherein the contacting element is coupled to an actuating arm, which is configured such that, when actuated, it moves the contacting element from the open position into the contacting position and vice versa, and wherein the actuating arm is guided through a recess in one of the two lateral walls (51, 52) extending parallel to one another such that the actuating arm can be actuated from an outer side of the electrical module, characterized in that the actuating arm comprises a seal, which is configured so as to seal the recess in the contacting position of the contacting element.
A compound having a formula: where X 1, X 2, X 3, and X 4, which may be the same or different, are each selected from hydrogen or a hydroxy-protecting group, wherein each hydroxy-protecting group is independently selected from an alkoxycarbonyl, acyl, alkylsilyl, alkylarylsilyl or alkoxyalkyl group.