mhurhangee/ep-ind-claims huggingface dataset:
Arrangement comprising - a position measuring device for determining the position of a movable part, - at least one peripheral unit (31, 32, 33), - a control unit which is connected to the position measuring device via a serial communication connection and receives position data for regulating purposes from the position measuring device, - an electronic intermediate assembly for acquiring data relating to the at least one peripheral unit (31, 32, 33) and for transmitting the acquired data to the position measuring device, the intermediate assembly - comprising at least one data acquisition interface (21.1, 21.2, 21.3) for a data transmission connection (60.1, 60.2, 60.3) which is designed to transmit data from the at least one peripheral unit (31, 32, 33) in the direction of the intermediate assembly, and also - comprising a communication interface for a communication connection which is designed to serially transmit the data from the intermediate assembly to the position measuring device. - a position measuring device for determining the position of a movable part, - at least one peripheral unit (31, 32, 33), - a control unit which is connected to the position measuring device via a serial communication connection and receives position data for regulating purposes from the position measuring device, - an electronic intermediate assembly for acquiring data relating to the at least one peripheral unit (31, 32, 33) and for transmitting the acquired data to the position measuring device, the intermediate assembly - comprising at least one data acquisition interface (21.1, 21.2, 21.3) for a data transmission connection (60.1, 60.2, 60.3) which is designed to transmit data from the at least one peripheral unit (31, 32, 33) in the direction of the intermediate assembly, and also - comprising a communication interface for a communication connection which is designed to serially transmit the data from the intermediate assembly to the position measuring device. - comprising at least one data acquisition interface (21.1, 21.2, 21.3) for a data transmission connection (60.1, 60.2, 60.3) which is designed to transmit data from the at least one peripheral unit (31, 32, 33) in the direction of the intermediate assembly, and also - comprising a communication interface for a communication connection which is designed to serially transmit the data from the intermediate assembly to the position measuring device.
A method for detecting, by a computer apparatus, computer program library in a binary computer program code, the method comprising training phase comprising: acquiring a reference computer program library file in a binary form; and determining at least one signature set of binary data from a read-only data section of the reference computer program library, wherein the read-only data section comprises data that is not rewritten during execution of the computer program library, and wherein the at least one signature set of binary data is determined to contain constant binary data that is unique to the reference computer program library; the method further comprising a testing phase comprising: acquiring binary computer program code and at least one signature set of binary data previously determined in the training phase and associated with each reference computer program library to be searched for; searching the binary computer program code for said at least one signature set of binary data; and upon determining that a signature set of binary data has been detected in the binary computer program code, determining that the binary computer program code comprises the computer program library associated with the detected signature set of binary data. acquiring a reference computer program library file in a binary form; and determining at least one signature set of binary data from a read-only data section of the reference computer program library, wherein the read-only data section comprises data that is not rewritten during execution of the computer program library, and wherein the at least one signature set of binary data is determined to contain constant binary data that is unique to the reference computer program library; the method further comprising a testing phase comprising: acquiring binary computer program code and at least one signature set of binary data previously determined in the training phase and associated with each reference computer program library to be searched for; searching the binary computer program code for said at least one signature set of binary data; and upon determining that a signature set of binary data has been detected in the binary computer program code, determining that the binary computer program code comprises the computer program library associated with the detected signature set of binary data. acquiring binary computer program code and at least one signature set of binary data previously determined in the training phase and associated with each reference computer program library to be searched for; searching the binary computer program code for said at least one signature set of binary data; and upon determining that a signature set of binary data has been detected in the binary computer program code, determining that the binary computer program code comprises the computer program library associated with the detected signature set of binary data.
A friction joining method of connecting joining surfaces of a pair of metal parts (T, W) to each other with the use of frictional heat generated at the joining surfaces (Ta, Wa) of the pair of metal parts (T, W), comprising: a heating process heating at least one of the joining surfaces (Ta, Wa) of the pair of metal parts (T, W); a contact process, after the completion of the heating process with the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) being faced to each other, relatively moving one of the metal parts (T, W) toward the other to bring the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) into contact with each other; and a joining process, after the completion of the contact process with the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) being faced to and in contact with each other, reciprocating one of the metal parts (T, W) relative to the other in a direction parallel to the joining surfaces (Ta, Wa), and at the same time, relatively pressing one of the metal parts (T, W) to the other until a movement of the pair of metal parts (T, W) reaches a target movement, thereby softening with frictional heat the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) and joining the joining surfaces (Ta, Wa) together, characterized in that the heating process makes a temperature at any one of the joining surfaces (Ta, Wa) of the metal parts (T, W) at the start of the joining process equal to 44% or greater of a melting point, expressed in degrees Centigrade, of the material of the metal part and the joining surfaces are controlled not to exceed a crystal growth temperature or transformation temperature of the metal parts (T, W). a heating process heating at least one of the joining surfaces (Ta, Wa) of the pair of metal parts (T, W); a contact process, after the completion of the heating process with the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) being faced to each other, relatively moving one of the metal parts (T, W) toward the other to bring the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) into contact with each other; and a joining process, after the completion of the contact process with the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) being faced to and in contact with each other, reciprocating one of the metal parts (T, W) relative to the other in a direction parallel to the joining surfaces (Ta, Wa), and at the same time, relatively pressing one of the metal parts (T, W) to the other until a movement of the pair of metal parts (T, W) reaches a target movement, thereby softening with frictional heat the joining surfaces (Ta, Wa) of the pair of metal parts (T, W) and joining the joining surfaces (Ta, Wa) together, characterized in that the heating process makes a temperature at any one of the joining surfaces (Ta, Wa) of the metal parts (T, W) at the start of the joining process equal to 44% or greater of a melting point, expressed in degrees Centigrade, of the material of the metal part and the joining surfaces are controlled not to exceed a crystal growth temperature or transformation temperature of the metal parts (T, W).
A method for producing polyurethane, the method comprising the steps of: reacting a fluorocarbonate compound represented by the following formula and a divalent alcohol compound represented by the following formula to obtain a biscarbonate compound represented by the following formula, wherein Rf 1 is independently an aliphatic hydrocarbon group having a fluoro group, R 1 is a divalent organic group, and reacting the biscarbonate compound represented by the above formula and a divalent amino compound represented by the following formula to obtain a polyurethane represented by the following formula, wherein Rf 1 and R 1 are the same as the above, R 2 is a divalent organic group. Rf 1 is independently an aliphatic hydrocarbon group having a fluoro group, R 1 is a divalent organic group, and reacting the biscarbonate compound represented by the above formula and a divalent amino compound represented by the following formula to obtain a polyurethane represented by the following formula, wherein Rf 1 and R 1 are the same as the above, R 2 is a divalent organic group. Rf 1 and R 1 are the same as the above, R 2 is a divalent organic group.
Labelling device, comprising a label dispenser and a transfer device for transferring a row of labels dispensed to the transfer device to an article web, the transfer device having at least one slide assembly mounted thereon in a vertically adjustable manner for pressing the labels onto the article web, the slide assembly comprising a base plate and a plurality of pressure elements, wherein the slide assembly further comprises at least one cassette module assembled with the base plate, one or more of the pressure elements being arranged on each cassette module, characterized in that the cassette module is fastened to the base plate by means of a coupling element, wherein the coupling element is dimensioned so as to be insertable for guiding the slide assembly along a guide plane.
An intraluminal scoring system including: a balloon including an outer surface, a proximal portion, and a distal portion, wherein the proximal and distal portions are attached to a catheter, and wherein the outer surface inflates radially from the catheter; a scoring element secured to the outer surface of the balloon; a wire including proximal and distal portions, wherein the distal portion of the wire extends along the outer surface of the balloon and wherein the distal portion of the wire is enclosed within the scoring element; and a lithotripter coupled to the proximal portion of the wire, wherein the lithotripter may be activated to transmit mechanical energy through the wire toward the distal portion of the wire, characterized in that said wire extends along the outside of the catheter. a balloon including an outer surface, a proximal portion, and a distal portion, wherein the proximal and distal portions are attached to a catheter, and wherein the outer surface inflates radially from the catheter; a scoring element secured to the outer surface of the balloon; a wire including proximal and distal portions, wherein the distal portion of the wire extends along the outer surface of the balloon and wherein the distal portion of the wire is enclosed within the scoring element; and a lithotripter coupled to the proximal portion of the wire, wherein the lithotripter may be activated to transmit mechanical energy through the wire toward the distal portion of the wire, characterized in that said wire extends along the outside of the catheter.
A skimming and separation device comprising - an outer casing provided with constructions to directly or indirectly fasten all parts, defining an open container, - a floater configured to create the skimming function of the device, the floater is attached at its lower side to an essentially vertically arranged bellow allowing the floater to adapt flow into a substantially circular volume and allowing the floater to move from an upper position with essentially no flow into the container to a lower position allowing flow of water and debris to follow the contours of the floater in a downward direction into the device, - a power device with a propeller, wherein said power device is configured to be controlled by a control unit such that various kinds of flows and pressures may be generated to control the in-flow and outflow of the device, characterized in that the device further comprises a guiding unit (Gu) structured to be horizontally arranged along said floater, and wherein said guiding unit is provided with inwardly directed guiding fingers (22,22a,22b) structured to guide solid debris directly to a discharge zone on an upper liquid surface in the skimming and separation device. - an outer casing provided with constructions to directly or indirectly fasten all parts, defining an open container, - a floater configured to create the skimming function of the device, the floater is attached at its lower side to an essentially vertically arranged bellow allowing the floater to adapt flow into a substantially circular volume and allowing the floater to move from an upper position with essentially no flow into the container to a lower position allowing flow of water and debris to follow the contours of the floater in a downward direction into the device, - a power device with a propeller, wherein said power device is configured to be controlled by a control unit such that various kinds of flows and pressures may be generated to control the in-flow and outflow of the device,
A process for depositing an alumina-based coating onto a thermal barrier coating, the process consisting of providing an article with a thermal barrier coating disposed thereon; heating an alumina powder, wherein the alumina powder has a composition of at least 60 weight percent alumina with a balance comprising titania, zirconia, and gadolinia based on a total weight of the alumina-based coating; and thermally spraying the alumina powder onto the thermal barrier coating to form the alumina-based coating, wherein the alumina-based coating has an average surface roughness of less than 4.0 micrometers to 0.75 micrometers.
Wooden module, - having four cross-sectionally square longitudinal pieces of timber, with a width B 1 and a minimum length L 1 = 6B 1, which are arranged parallel to and spaced apart from one another in such a way that, at their end sides, they span a square with a width B 2 = 3B 1, - having at least six cross-sectionally square transverse pieces of timber (3, 3a, 3b) with a width B 1 and a length L 2 = 3B 1, - having at least two cross-sectionally square plugs with a width B 1 and a length L 3 = 2B 1, - wherein at least four transverse pieces of timber are arranged vertically and at least two transverse pieces of timber are arranged horizontally, - wherein the transverse pieces of timber (3a, 3b) are arranged over the length L 1 of the longitudinal pieces of timber and between the latter as follows: vertically, horizontally, vertically, vertically, horizontally, vertically, - wherein the at least two plugs are arranged vertically parallel to one another and to the vertical transverse pieces of timber on the at least two horizontal transverse pieces of timber and project from a lateral face of the wooden module, - wherein the longitudinal pieces of timber, the transverse pieces of timber (3, 3a, 3b) and the plugs are connected to one another via connection plugs made of wood. - having four cross-sectionally square longitudinal pieces of timber, with a width B 1 and a minimum length L 1 = 6B 1, which are arranged parallel to and spaced apart from one another in such a way that, at their end sides, they span a square with a width B 2 = 3B 1, - having at least six cross-sectionally square transverse pieces of timber (3, 3a, 3b) with a width B 1 and a length L 2 = 3B 1, - having at least two cross-sectionally square plugs with a width B 1 and a length L 3 = 2B 1, - wherein at least four transverse pieces of timber are arranged vertically and at least two transverse pieces of timber are arranged horizontally, - wherein the transverse pieces of timber (3a, 3b) are arranged over the length L 1 of the longitudinal pieces of timber and between the latter as follows: vertically, horizontally, vertically, vertically, horizontally, vertically, - wherein the at least two plugs are arranged vertically parallel to one another and to the vertical transverse pieces of timber on the at least two horizontal transverse pieces of timber and project from a lateral face of the wooden module, - wherein the longitudinal pieces of timber, the transverse pieces of timber (3, 3a, 3b) and the plugs are connected to one another via connection plugs made of wood.
Electromagnetic actuating apparatus comprising an actuator unit and an operating unit which acts in an axial direction, wherein - the actuator unit has a coil, which generates a magnetic field, with a pole core which is arranged within the coil, - at least two permanent magnets (15, 17) which are arranged so as to adjoin an end side of the pole core in the axial direction, can be placed on the said end side and also are designed so as to be displaceable in the axial direction, wherein the permanent magnets (15, 17) can be driven independently of one another by the coil, - the permanent magnets (15, 17) have different polarities in the axial direction and can each be driven by energizing the coil, so that, when the coil is energized, at least one of two or more permanent magnets (15, 17) moves counter to the other permanent magnets (15, 17) in the axial direction, - the operating unit is arranged so as to adjoin the actuator unit in the axial direction, wherein the operating unit comprises at least two operating elements (22, 24) which can be operated in the axial direction, wherein each operating element (22, 24) of the operating unit is associated with in each case one of the permanent magnets (15, 17) and is operated by the said permanent magnet in the axial direction, - the actuator unit and the operating unit are arranged in a common housing of the actuating apparatus, characterized in that the operating elements (22, 24) and the respective permanent magnet (15, 17) are arranged concentrically, so that a force acts centrally on the operating elements (22, 24) which are arranged in a rotatable manner in the housing. - the actuator unit has a coil, which generates a magnetic field, with a pole core which is arranged within the coil, - at least two permanent magnets (15, 17) which are arranged so as to adjoin an end side of the pole core in the axial direction, can be placed on the said end side and also are designed so as to be displaceable in the axial direction, wherein the permanent magnets (15, 17) can be driven independently of one another by the coil, - the permanent magnets (15, 17) have different polarities in the axial direction and can each be driven by energizing the coil, so that, when the coil is energized, at least one of two or more permanent magnets (15, 17) moves counter to the other permanent magnets (15, 17) in the axial direction, - the operating unit is arranged so as to adjoin the actuator unit in the axial direction, wherein the operating unit comprises at least two operating elements (22, 24) which can be operated in the axial direction, wherein each operating element (22, 24) of the operating unit is associated with in each case one of the permanent magnets (15, 17) and is operated by the said permanent magnet in the axial direction, - the actuator unit and the operating unit are arranged in a common housing of the actuating apparatus,
A method of testing implementation parameters of a computer program on one or more nodes in a distributed environment comprising a plurality of cores grouped into the one or more nodes, the method comprising: testing of alternative implementation parameters in parallel on the plurality of cores in the distributed environment, and providing a time-out mechanism that checks for the following abort conditions: a time allowed for testing in parallel of alternative implementations with alternative parameters has expired; and testing processes for a predefined amount of the alternative implementations are complete and that aborts the testing processes when one or more of the abort conditions is satisfied; wherein the time-out mechanism uses a software time-out region of a code which is executed on the one or more nodes in the distributed environment to carry out the testing processes until an abort condition is satisfied, the time-out region sending a notification of sufficient completion to a hardware interface included in a controller of each node of the distributed environment when the abort condition is satisfied; and wherein the time-out mechanism then uses the hardware interface, which is arranged to communicate directly with a core to which it is attached, to cause a hardware supported abort by removing instructions related to the time-out region from an instruction pipeline for the core. a time allowed for testing in parallel of alternative implementations with alternative parameters has expired; and testing processes for a predefined amount of the alternative implementations are complete and that