mhurhangee/ep-ind-claims huggingface dataset:
Device consisting of a control device in the form of a valve block, particularly for hydraulic control of components of mobile work machinery, and a function block (24, 26), the control device consisting of at least one pressure supply and one tank or return connection and two utility connections (A, B) and control and/or regulating valves (10, 14, 16, 18) connected between the individual connections (P, T, A, B), and with two control lines (C, Z), which can control at least one of the control and/or regulating valves, wherein the function block (24, 26) with a modular design is connected to at least one of the control lines (C, Z), and wherein - the respective function block is connected as a standardised modular component to a standardised flange interface of the valve block and comprises valve elements of different designs depending on usage, - connection lines (LS, LP and Z) for the respective function block are connected in a fluid-conveying manner with corresponding connections (LS, LP and Z) in the flange interface, - two of the connection lines (LS, LP) are load-sensing lines, one of which is connected to the respective valve element and the other is blocked or connected to another valve element of the function block, and - the other connection line of the function block is connected to one of the two control lines of the valve block, which acts as an overflow oil line. - the respective function block is connected as a standardised modular component to a standardised flange interface of the valve block and comprises valve elements of different designs depending on usage, - connection lines (LS, LP and Z) for the respective function block are connected in a fluid-conveying manner with corresponding connections (LS, LP and Z) in the flange interface, - two of the connection lines (LS, LP) are load-sensing lines, one of which is connected to the respective valve element and the other is blocked or connected to another valve element of the function block, and - the other connection line of the function block is connected to one of the two control lines of the valve block, which acts as an overflow oil line.
A method of providing data availability and fault tolerance in a data storage network having a first protection domain comprising a first site and a second site located remotely from the first site, and a second protection domain located remotely from the first protection domain, the second protection domain having multiple sites, each site including at least one control node, the method comprising the steps of: storing a write request received from a host system to a first cache, the first cache corresponding to a first node in the first site; transmitting the write request to a second node at the second site geographically remote from the first site; storing the write request received from the first node to a second cache in the second node; receiving at the first node an acknowledgement from the second node that the write request was received by the second node; thereafter, acknowledging to the host system that the write request is complete; and thereafter sending the write request to a third node at a third site within a second protection domain that is geographically remote from the first protection domain. storing a write request received from a host system to a first cache, the first cache corresponding to a first node in the first site; transmitting the write request to a second node at the second site geographically remote from the first site; storing the write request received from the first node to a second cache in the second node; receiving at the first node an acknowledgement from the second node that the write request was received by the second node; thereafter, acknowledging to the host system that the write request is complete; and thereafter sending the write request to a third node at a third site within a second protection domain that is geographically remote from the first protection domain.
Building component for erecting mobile protective barriers on roads, in particular protective barriers for the delimitation of lanes from one another, with a steel sheet profile that is open at the bottom and comprises at its ends devices for connecting such steel sheet profiles to a separation barrier rising from the ground along the road surface, wherein the connection devices for connecting the steel sheet profiles are provided by overlapping of the ends of the steel sheet profiles, wherein the steel sheet profile is formed as a hat profile, with side wall sections (3, 4) that converge towards the top in a roof-shaped manner, a horizontal ceiling wall section and horizontal or slightly tilted downwards foot sections (5, 6), characterised in that the steel sheet profiles are adapted to one another at the ends to be connected in such a way that the ends overlapping each other abut one another over their entire profile cross-section and dimensions of the profile cross-section of the steel sheet profile evenly change over the total length of the steel sheet profile for adjusting the profile cross-sections at the ends to be connected, wherein the width of the ceiling wall section and preferably also the width of the foot sections (5, 6) evenly changes over the total length of the steel sheet profile for adjusting the profile cross-sections at the ends to be connected.
A glove-type power assist device comprising: (a) a glove provided with finger inserting portions (11, 11a, 11b, 11c) for inserting fingers of a hand; (b) expanding and contracting tubes (20, 21, 22, 23a, 23b) fixed to back side of the finger inserting portions (11, 11a, 11b, 11c) of the glove, a stretch along a longitudinal direction being restricted on a side fixed to the finger inserting portions (11, 11a, 11b, 11c), and (c) a fluid supplying member supplying a fluid to the expanding and contracting tubes (20, 21, 22, 23a, 23b); wherein the expanding and contracting tubes (20, 21, 22, 23a, 23b) are bent to a palm-side by stretching the back side of the expanding and contracting tubes (20, 21, 22, 23a, 23b) more than the palm-side to assist a folding motion of fingers inserted into the finger inserting portions (11, 11a, 11b, 11c), wherein substantially whole of the glove is configured by an elastic base material, characterized in that side lines are provided as boundaries between the back side and the palm-side of the finger inserting portions (11, 11a, 11b, 11c) in the position where the side lines overlap with lines connecting the folding points of wearer's finger joints when the finger inserting portions (11, 11a, 11b, 11c) are laterally seen, the side lines have an unstretchable configuration in which a stretch to the longitudinal direction of the finger inserting portions (11, 11a, 11b, 11c) is prevented so that the bending centers of the expanding and contracting tubes more precisely correspond to the folding points of wearer's finger joints as centers. (a) a glove provided with finger inserting portions (11, 11a, 11b, 11c) for inserting fingers of a hand; (b) expanding and contracting tubes (20, 21, 22, 23a, 23b) fixed to back side of the finger inserting portions (11, 11a, 11b, 11c) of the glove, a stretch along a longitudinal direction being restricted on a side fixed to the finger inserting portions (11, 11a, 11b, 11c), and (c) a fluid supplying member supplying a fluid to the expanding and contracting tubes (20, 21, 22, 23a, 23b);
A load applying unit (100, 1100) configured to apply a predetermined torque to a test piece while rotating together with the test piece, the load applying unit comprising: - a stepped cylindrical casing (100a, 1100a) having a cylindrically shaped motor accommodation unit (110, 1110), a first cylindrically shaped shaft part at one end of the stepped cylindrical casing (100a, 1100a) for rotatable support by a first bearing unit (20, 1020), and a second cylindrically shaped shaft part at the other end of the stepped cylindrical casing (100a, 1100) for rotatable support by a second bearing unit (30, 1030); a shaft part to which a slip ring of a slip ring part (50, 60, 1050, 1060) is attached; characterized by a pair of bearings (123, 124, 1123, 1124) provided on an inner circumferential surface of the first cylindrically shaped shaft part; an electric servo motor (150, 1150) fixedly accommodated in the cylindrical casing (100a, 1100a) and having a drive shaft; and a joint shaft having one end which is connected to the electric servo motor drive shaft and the other end which protrudes outward from the cylindrical casing (100a, 1100a) and is rotatably supported by the pair of bearings (123, 124, 1123, 1124). a stepped cylindrical casing (100a, 1100a) having a cylindrically shaped motor accommodation unit (110, 1110), a first cylindrically shaped shaft part at one end of the stepped cylindrical casing (100a, 1100a) for rotatable support by a first bearing unit (20, 1020), and a second cylindrically shaped shaft part at the other end of the stepped cylindrical casing (100a, 1100) for rotatable support by a second bearing unit (30, 1030); a shaft part to which a slip ring of a slip ring part (50, 60, 1050, 1060) is attached; characterized by a pair of bearings (123, 124, 1123, 1124) provided on an inner circumferential surface of the first cylindrically shaped shaft part; an electric servo motor (150, 1150) fixedly accommodated in the cylindrical casing (100a, 1100a) and having a drive shaft; and a joint shaft having one end which is connected to the electric servo motor drive shaft and the other end which protrudes outward from the cylindrical casing (100a, 1100a) and is rotatably supported by the pair of bearings (123, 124, 1123, 1124).
A battery module cover (10, 10') comprising: a degassing cover (11, 11') comprising: at least a first extension part, a second extension part and a first pair of walls extending from a first surface of the degassing cover (11, 11') and defining a cavity, wherein the cavity is configured to cover vents of battery cells of a battery module; and an exhaust part extending from an end of the degassing cover (11, 11'), the first extension part having an inside discharge hole formed between the cavity and the exhaust part; and a bus bar cover (12, 12') comprising a first bus bar cover portion extending from a first side of the degassing cover (11, 11'), and a second bus bar cover portion extending from a second side of the degassing cover (11, 11') opposite the first side; characterized in that, the degassing cover (11, 11') further comprises a second pair of walls extending from the first surface of the degassing cover (11, 11'), formed between and extending in parallel to the first pair of walls. a degassing cover (11, 11') comprising: at least a first extension part, a second extension part and a first pair of walls extending from a first surface of the degassing cover (11, 11') and defining a cavity, wherein the cavity is configured to cover vents of battery cells of a battery module; and an exhaust part extending from an end of the degassing cover (11, 11'), the first extension part having an inside discharge hole formed between the cavity and the exhaust part; and a bus bar cover (12, 12') comprising a first bus bar cover portion extending from a first side of the degassing cover (11, 11'), and a second bus bar cover portion extending from a second side of the degassing cover (11, 11') opposite the first side; characterized in that, the degassing cover (11, 11') further comprises a second pair of walls extending from the first surface of the degassing cover (11, 11'), formed between and extending in parallel to the first pair of walls. at least a first extension part, a second extension part and a first pair of walls extending from a first surface of the degassing cover (11, 11') and defining a cavity, wherein the cavity is configured to cover vents of battery cells of a battery module; and an exhaust part extending from an end of the degassing cover (11, 11'), the first extension part having an inside discharge hole formed between the cavity and the exhaust part; and a bus bar cover (12, 12') comprising a first bus bar cover portion extending from a first side of the degassing cover (11, 11'), and a second bus bar cover portion extending from a second side of the degassing cover (11, 11') opposite the first side; the degassing cover (11, 11') further comprises a second pair of walls extending from the first surface of the degassing cover (11, 11'), formed between and extending in parallel to the first pair of walls.
A method for operating a node in a cellular communications system, the method comprising receiving information of service quality available to an application from the application which has been or is being executed on a user terminal in the cellular communications system, wherein if the available service quality is degraded so that it is below a predefined threshold, an analysis of why the available service quality is degraded is performed by the application, the method further comprising receiving results of analysis, the results comprising one or more reasons for the degradation of the available service quality as well as information grading the impact of said reasons on the degradation of the available service quality; extracting data from the received information regarding the service quality given by the cellular communications system to the application as well as data from the results of the analysis indicating the one or more reasons for any degradation of the available service quality and data on the impact of said reasons on said degradation. receiving information of service quality available to an application from the application which has been or is being executed on a user terminal in the cellular communications system, wherein if the available service quality is degraded so that it is below a predefined threshold, an analysis of why the available service quality is degraded is performed by the application, the method further comprising receiving results of analysis, the results comprising one or more reasons for the degradation of the available service quality as well as information grading the impact of said reasons on the degradation of the available service quality; extracting data from the received information regarding the service quality given by the cellular communications system to the application as well as data from the results of the analysis indicating the one or more reasons for any degradation of the available service quality and data on the impact of said reasons on said degradation.
A transmission management system that controls content data transmission between a first transmitting terminal and a second transmitting terminal, the transmission management system comprising: a receiving unit that receives location information about the second transmitting terminal; and a transmitting unit that transmits first presence information about the first transmitting terminal to the second transmitting terminal depending on first location information about the second transmitting terminal received by the receiving unit, and transmits second presence information about the first transmitting terminal to the second transmitting terminal depending on second location information about the second transmitting terminal received by the receiving unit, characterized in that while data is transmitted between the first transmitting terminal and the second transmitting terminal, if the receiving unit receives the first location information or the second location information about the second transmitting terminal, the transmitting unit transmits the first presence information or the second presence information about the first transmitting terminal to the second transmitting terminal depending on the first location information or the second location information about the second transmitting terminal, the transmission management system further comprising: a control unit that stops content data transmission between the first transmitting terminal and the second transmitting terminal depending on the first presence information or the second presence information about the first transmitting terminal transmitted by the transmitting unit. a receiving unit that receives location information about the second transmitting terminal; and a transmitting unit that transmits first presence information about the first transmitting terminal to the second transmitting terminal depending on first location information about the second transmitting terminal received by the receiving unit, and transmits second presence information about the first transmitting terminal to the second transmitting terminal depending on second location information about the second transmitting terminal received by the receiving unit, characterized in that while data is transmitted between the first transmitting terminal and the second transmitting terminal, if the receiving unit receives the first location information or the second location information about the second transmitting terminal, the transmitting unit transmits the first presence information or the second presence information about the first transmitting terminal to the second transmitting terminal depending on the first location information or the second location information about the second transmitting terminal, the transmission management system further comprising: a control unit that stops content data transmission between the first transmitting terminal and the second transmitting terminal depending on the first presence information or the second presence information about the first transmitting terminal transmitted by the transmitting unit.
A system for performing active scanning on a nuclear fuel rod, the system comprising: an electrically-driven neutron generator including an ion source, an accelerator, and a target; a moderator surrounding the neutron generator and configured to moderate neutrons generated by the neutron generator, thereby generating a predetermined neutron flux; a first fuel rod channel disposed within the moderator, the first fuel rod channel configured to receive a first nuclear fuel rod and subject the first nuclear fuel rod to the predetermined neutron flux, wherein the first fuel rod channel includes an internal epithermal shell having an inner layer and an outer layer, the inner layer being concentric to the outer layer and configured to scatter fast neutrons into an epithermal region, the outer layer being comprised of a burnable poison and configured to absorb thermal neutrons; and a plurality of radiation detectors, wherein the plurality of radiation detectors are configured to detect a neutron-induced secondary radiation of prompt and delayed gamma emissions, neutron emission, or a combination thereof for determining an amount of fissile material in the first nuclear fuel rod and a spatial distribution of the fissile material along a length of the first nuclear fuel rod. an electrically-driven neutron generator including an ion source, an accelerator, and a target; a moderator surrounding the neutron generator and configured to moderate neutrons generated by the neutron generator, thereby generating a predetermined neutron flux; a first fuel rod channel disposed within the moderator, the first fuel rod channel configured to receive a first nuclear fuel rod and subject the first nuclear fuel rod to the predetermined neutron flux, wherein the first fuel rod channel includes an internal epithermal shell having an inner layer and an outer layer, the inner layer being concentric to the outer layer and configured to scatter fast neutrons into an epithermal region, the outer layer being comprised of a burnable poison and configured to absorb thermal neutrons; and a plurality of radiation detectors, wherein the plurality of radiation detectors are configured to detect a neutron-induced secondary radiation of prompt and delayed gamma emissions, neutron emission, or a combination thereof for determining an amount of fissile material in the first nuclear fuel rod and a spatial distribution of the fissile material along a length of the first nuclear fuel rod.
A personal care composition comprising; a. a hair restorative blend comprising; i. a chalconoid; ii. an Epilobium extract selected from Epilobium fleischeri extract or Epilobium angustifolium extract; iii. a Laminaria extract selected from the group consisting of Laminaria saccharina extract, Laminaria digitata extract, and Laminaria ochroleuca extract; and b. a cosmetically acceptable carrier. a. a hair restorative blend comprising; i. a chalconoid; ii. an Epilobium extract selected from Epilobium fleischeri extract or Epilobium angustifolium extract; iii. a Laminaria extract selected from the group consisting of Laminaria saccharina extract, Laminaria digitata extract, and Laminaria ochroleuca extract; and i. a chalconoid; ii. an Epilobium extract selected from Epilobium fleischeri extract or Epilobium angustifolium extract; iii. a Laminaria extract selected from the group consisting of Laminaria saccharina extract, Laminaria digitata extract, and Laminaria ochroleuca extract; and b. a cosmetically acceptable carrier.
Vehicle seat with an easy-entry system, having a backrest (1.1) and having a seat cushion (1.2), in an arrangement with a fitting comprising a fitting upper part (2.1), which is arranged on the backrest (1.1), and a fitting lower part (2.2), which is arranged on a substructure, wherein the fitting is provided for an inclination adjustment of the backrest (1.1) relative to the seat cushion (1.2) at least in a comfort range and possibly with an enhanced comfort function for positioning of the backrest (1.1) beyond an easy-entry position or beyond a forward position into a loading floor position, comprising, for triggering an easy-entry function, at least one actuation lever which is coupled via at least one tension element to an unlocking lever for unlocking of the inclination adjustment of the backrest (1.1), characterized in that the tension element is articulatedly connected in the region of a pivot axis of the backrest (1.1) wherein a translational movement of the tension element is transformed by way of a transmission arrangement into a rotational movement of the unlocking lever for the opening of the fitting, wherein the transmission arrangement comprises at least one main element (7.1), which is fixed relative to a substructure, and a slide element (7.2), which is movable relative to said main element in translational fashion and which has a driver (7.2.1) which engages into and drives the unlocking lever and wherein the slide element (7.2) has at least one receiving element (7.2.4) with an externally at least partially encircling groove in which an end-side loop (6.1) of the tension element is arranged such that the central point of the loop (6.1), in the pulled end position of the tension element, is situated approximately congruently with the pivot axis.