mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting data elements from source threads to sink threads which are executed on processor cores (C i) of a parallel computer system, by means of at least one global logical queue which has for each processor core (C i) of the parallel computer system an associated physical queue (Q i) and which comprises a data element management table which stores for each source thread executed on a processor core (C i) a count (Count) which specifies the total number of data elements enqueued by the respective source thread, and located, in one of the physical queues of the logical queue, and a processor core index (CORE) which specifies the processor core (C i) in the physical queue of which the data elements enqueued there by the respective source thread are located, wherein, on a data element being dequeued (tryPop) from the logical queue by a sink thread executed on a processor core (C i), this sink thread initially accesses the physical queue which is allocated to the processor core (C i) of the parallel computer system on which the sink thread is executed and subsequently reads a data element out of this physical queue if a data element is located there, and otherwise accesses other randomly selected physical queues of other processor cores of the parallel computer system if there is no data element located in that physical queue.
A high pressure fuel supply pump comprising: a pump body; a functional component (8d, 12c) attached to the pump body; a welded portion that fixes the functional component (8d, 12c) to the pump body; and an air gap formed by the welded portion, the pump body, and the functional component (8d, 12c), wherein a straight line connecting a middle of an entrance surface in the welding direction of the welded portion and a middle of an exit surface is formed so as to head from a radially outside to a radially inside of the functional component (8d, 12c) as heading toward an attachment direction in an axis direction of the functional component (8d, 12c), characterised in that the air gap is formed by the exit surface and at a tip of the welding direction of the welded portion, and the welded portion is formed to be substantially symmetrical with respect to the straight line connecting the middle of the entrance surface and the middle of the exit surface. a pump body; a functional component (8d, 12c) attached to the pump body; a welded portion that fixes the functional component (8d, 12c) to the pump body; and an air gap formed by the welded portion, the pump body, and the functional component (8d, 12c), wherein a straight line connecting a middle of an entrance surface in the welding direction of the welded portion and a middle of an exit surface is formed so as to head from a radially outside to a radially inside of the functional component (8d, 12c) as heading toward an attachment direction in an axis direction of the functional component (8d, 12c), characterised in that the air gap is formed by the exit surface and at a tip of the welding direction of the welded portion, and the welded portion is formed to be substantially symmetrical with respect to the straight line connecting the middle of the entrance surface and the middle of the exit surface.
An adhesive composition characterized in that it comprises at least one bio-based adhesive, flour, a surfactant mixture comprising an anionic surfactant and a non-ionic surfactant and water, wherein the bio-based adhesive is a polyflavonoid polymer, and the surfactant mixture comprises from 1 wt.% to 10 wt.% of an anionic surfactant, and from 1 wt.% to 40 wt.% of a non-ionic surfactant, amounts expressed by weight with respect to the total weight of the surfactant mixture.
Cleaning cloth comprising a textile base material whereto a polyvinyl formal microfoam is provided at least partly in an amount such that the PVF microfoam comprises less than 60 wt%, preferably less than 40 wt%, of the overall weight of the cleaning cloth, wherein the textile base material includes no polyvinyl alcohol or PVA in an amount of less than 50 wt%, characterized in that the coating and/or impregnation of PVF microfoam has a basis weight in the range from 50 to 100 g/m 2.
Knife having a casing in which a blade-carrier is movably arranged; wherein said blade-carrier comprises a base part and at least one holding part; wherein said holding part can be moved between a holding position and a changing position; wherein, in the holding position, a blade can be held fast, in a releasable manner, in a blade receptacle between a first holding face of the base part and a second holding face of the holding part; wherein, in the changing position, the blade can be removed from the blade receptacle or a new blade can be installed in said blade receptacle; and wherein the blade-carrier is loaded by a restoring force into at least one position, relative to the casing, against a stop, characterised in that the holding part is loaded into the blade-changing position by the interaction of an abutment face of the stop with a counter-face of the blade-carrier.
A machining method for austenite stainless steel equipment and piping comprising: a finishing treatment process for forming a machined surface on a work material by repeatedly carrying out a process of moving a finishing-cut tool whose rake angle (α) is +29° or more toward a feed direction with respect to a work material and of cutting a surface of the work material to suppress work hardening of the machined surface so as to keep the hardness of the machined surface to be less than 300 HV in terms of the Vickers hardness, characterized in that the machining method further comprises: a base treatment process for performing a machining operation by use of a base-cut tool whose rake angle (α) is smaller than the rake angle (α) of the finishing-cut tool with a depth of base cut that is a greater depth of cut than the depth of finishing cut, prior to the finishing treatment process, wherein a cutting amount of the work material in the base treatment process is greater than a cutting amount of the work material in the finishing treatment process. a finishing treatment process for forming a machined surface on a work material by repeatedly carrying out a process of moving a finishing-cut tool whose rake angle (α) is +29° or more toward a feed direction with respect to a work material and of cutting a surface of the work material to suppress work hardening of the machined surface so as to keep the hardness of the machined surface to be less than 300 HV in terms of the Vickers hardness, characterized in that the machining method further comprises: a base treatment process for performing a machining operation by use of a base-cut tool whose rake angle (α) is smaller than the rake angle (α) of the finishing-cut tool with a depth of base cut that is a greater depth of cut than the depth of finishing cut, prior to the finishing treatment process, wherein a cutting amount of the work material in the base treatment process is greater than a cutting amount of the work material in the finishing treatment process. a base treatment process for performing a machining operation by use of a base-cut tool whose rake angle (α) is smaller than the rake angle (α) of the finishing-cut tool with a depth of base cut that is a greater depth of cut than the depth of finishing cut, prior to the finishing treatment process, wherein a cutting amount of the work material in the base treatment process is greater than a cutting amount of the work material in the finishing treatment process.
A tool apparatus having a processing tool having a working point for processing a workpiece and having an ultrasonic position finding unit for ultrasonic position finding for a manufacturing assistance device by determining at least one distance between an ultrasonic transmitter (4, 5, 6, 7) and an ultrasonic receiver by means of time-of-flight measurement of an ultrasonic measurement signal, wherein the tool apparatus has a transmitting unit which comprises at least two ultrasonic transmitters arranged on a straight line (8, 9), wherein the processing tool has a processing longitudinal axis, wherein the straight line (8, 9) of the transmitting unit and the processing longitudinal axis have a common intersection point, characterised in that this intersection point is the working point of the processing tool.
A method for binding a Near Field Communication, NFC, application and a mobile operator, characterized by comprising: After receiving an operation command sent by an upper application program of a terminal, an NFC middleware judging whether the operation command is within an NFC service permission opened for the terminal by the mobile operator; when determining that the operation command is within the NFC service permission opened for the terminal by the mobile operator, sending the operation command to an NFC device; the NFC device reading original NFC data according to information in the operation command and sending the original NFC data to the NFC middleware; and, after performing, by the NFC middleware, data verification, data filtering, data analysis and data processing (S207, S208) on the original NFC data; sending transformed data to the upper application program; wherein the terminal comprises the NFC device; the step of judging whether the operation command is within an NFC service permission opened for the terminal by the mobile operator, comprises: the NFC middleware analyzing and processing the operation command, parsing out a type of an NFC operation from the operation command; based on the type of the NFC operation, judging whether the operation command is within the NFC service permission opened for the terminal by the mobile operator; the type of the NFC operation comprises: e-payment, online security verification, mobile computing, real-time data collection, or location information distribution. After receiving an operation command sent by an upper application program of a terminal, an NFC middleware judging whether the operation command is within an NFC service permission opened for the terminal by the mobile operator; when determining that the operation command is within the NFC service permission opened for the terminal by the mobile operator, sending the operation command to an NFC device; the NFC device reading original NFC data according to information in the operation command and sending the original NFC data to the NFC middleware; and, after performing, by the NFC middleware, data verification, data filtering, data analysis and data processing (S207, S208) on the original NFC data; sending transformed data to the upper application program; wherein the terminal comprises the NFC device; the step of judging whether the operation command is within an NFC service permission opened for the terminal by the mobile operator, comprises: the NFC middleware analyzing and processing the operation command, parsing out a type of an NFC operation from the operation command; based on the type of the NFC operation, judging whether the operation command is within the NFC service permission opened for the terminal by the mobile operator; the type of the NFC operation comprises: e-payment, online security verification, mobile computing, real-time data collection, or location information distribution.
Valve control device, wherein the valves (6, 10) are arranged in the region of lines for a fluid, wherein at least two valves are each in the form of switching valves arranged in the region of a primary line, wherein at least one third valve is in the form of a closed-loop control valve, characterized in that the at least one closed-loop control valve is arranged in at least one secondary supply line, and in that at least one branch is arranged downstream of the at least one closed-loop control valve in a direction of flow, and in that at least two secondary lines extend downstream of the branch, wherein each secondary line has at least one valve in the form of a switching valve, and wherein the valves (6, 10) are connected to a control unit, and the function of the valves can be controlled with the aid of the control unit.
Watering device for pot plants, having a water-storage device and a water-transporting line, wherein - a first end of the water-transporting line is located in a water-storage container, and a second end of the water-transporting line can be brought into contact with a plant substrate outside the water-storage device, - the water-storage device has a feedthrough, through which the water-transporting line is fed, and - the feedthrough has a lateral opening, through which the water-transporting line can be introduced into the feedthrough, or removed therefrom, in a direction transverse to its longitudinal extent, wherein the water-storage device comprises a water-storage container, which is open in the upward direction, and a lid arrangement, which can be placed in position in a releasable manner on the water-storage container, and the feedthrough is designed in the form of an aperture in the lid arrangement, characterized in that the water-transporting line is configured to be flat in the form of a band, and the feedthrough runs longitudinally in the circumferential direction of a periphery of the lid arrangement, wherein the feedthrough (HD, HA) is bounded radially in the outward direction by a circumferentially running peripheral crosspiece, and in that the water-transporting line contains a fibre strand, which acts in accordance with the capillary effect and is enclosed by a water-tight casing in the region of the feedthrough (HD, HA) and outside the water-storage device, wherein, in the position in which it is inserted into the aperture of the feedthrough (HD, HA), the casing can be displaced in its longitudinal direction relative to the feedthough (HD, HA). - a first end of the water-transporting line is located in a water-storage container, and a second end of the water-transporting line can be brought into contact with a plant substrate outside the water-storage device, - the water-storage device has a feedthrough, through which the water-transporting line is fed, and - the feedthrough has a lateral opening, through which the water-transporting line can be introduced into the feedthrough, or removed therefrom, in a direction transverse to its longitudinal extent,
A planar transformer, comprising: a printed circuit board, PCB, winding, an insulating cover, a first magnetic core, and a second magnetic core, wherein the PCB winding comprises a winding body, a primary-side wire, and a secondary-side wire, the winding body comprises a primary-side winding and a secondary-side winding, the primary-side wire is a lead wire of the primary-side winding, the secondary-side wire is a lead wire of the secondary-side winding, and there is a preset insulation distance between the primary-side winding and the secondary-side wire; the first magnetic core and the second magnetic core wrap two sides of the winding body to form a closed magnetic loop; the insulating cover wraps outside the first magnetic core, the second magnetic core, and the secondary-side wire; and a first group of welding points electrically communicating with the primary-side winding is disposed at an end of the primary-side wire, a second group of welding points electrically communicating with the secondary-side winding is disposed at an end of the secondary-side wire, and the first group of welding points and the second group of welding points are used for connecting the planar transformer to an external circuit of the planar transformer. the PCB winding comprises a winding body, a primary-side wire, and a secondary-side wire, the winding body comprises a primary-side winding and a secondary-side winding, the primary-side wire is a lead wire of the primary-side winding, the secondary-side wire is a lead wire of the secondary-side winding, and there is a preset insulation distance between the primary-side winding and the secondary-side wire; the first magnetic core and the second magnetic core wrap two sides of the winding body to form a closed magnetic loop; the insulating cover wraps outside the first magnetic core, the second magnetic core, and the secondary-side wire; and a first group of welding points electrically communicating with the primary-side winding is disposed at an end of the primary-side wire, a second group of welding points electrically communicating with the secondary-side winding is disposed at an end of the secondary-side wire, and the first group of welding points and the second group of welding points are used for connecting the planar transformer to an external circuit of the planar transformer.
Operating element for a plurality of switching and/or regulating functions, having: an abutment part; an actuating part which can be moved, for example can be displaced and/or can be pivoted, manually from a rest position in at least two opposed directions with respect to the abutment part; magnetic restoring means (4, 5) for bringing about the restoring action of the actuating part into the rest position; detection means for generating an electric signal which corresponds in each case at least to the maximum positions and the rest position of the actuating part; the magnetic restoring means (4, 5) comprising at least a first, actuating part-side ring magnet and a second, abutment part-side ring magnet which are arranged in the rest position in such a way that their end faces face one another, are congruent and are spaced apart, that they are arranged so as to pull the actuating part against the abutment part, and that they are concentric, characterized in that, in the case of the displacement or pivoting of the actuating part from the rest position into the maximum position, the displacement travel of the actuating part-side ring magnet in the relevant movement direction corresponds at least to the wall thickness of the abutment-side ring magnet.
An apparatus comprising: an electro-acoustic transducer having an electro-magnetically driven moving dome and a phase plug having a body (102a,102b) and a dome-interface surface, with a compression cavity formed between the dome and the dome-interface surface; the phase plug comprising at least first and second annular slots (104,106) beginning at the dome-interface surface and extending a first depth into the body of the phase plug, the first and second slots being separated by a bridge element at the dome-interface surface and joined by a first bridge passage at the first depth beneath the dome-interface surface, the bridge passage having a wall having an opening, the phase plug further comprising an exit slot beginning at the opening and coupling the bridge passage to a throat at a second depth in the body of the phase plug, wherein the first and second annular slots have approximately equal cross-sectional areas, and the thickness of the bridge element is tapered so the cross-sectional areas of the two annular slots and remain approximately constant along their respective lengths, from the dome-interface surface to the region where they combine and join the exit slot. an electro-acoustic transducer having an electro-magnetically driven moving dome and a phase plug having a body (102a,102b) and a dome-interface surface, with a compression cavity formed between the dome and the dome-interface surface; the phase plug comprising at least first and second annular slots (104,106) beginning at the dome-interface surface and extending a first depth into the body of the phase plug, the first and second slots being separated by a bridge element at the dome-interface surface and joined by a first bridge passage at the first depth beneath the dome-interface surface, the bridge passage having a wall having an opening, the phase plug further comprising an exit slot beginning at the opening and coupling the bridge passage to a throat at a second depth in the body of the phase plug, wherein the first and second annular slots have approximately equal cross-sectional areas, and the thickness of the bridge element is tapered so the cross-sectional areas of the two annular slots and remain approximately constant along their respective lengths, from the dome-interface surface to the region where they combine and join the exit slot.
Method for operating a refrigerant circuit with a sublimator for carbon dioxide as a refrigerant, characterised in that - the refrigerant circuit is operated below the triple point pressure and that - cleaning of the sublimator to remove blockages with or from deposits of solid carbon dioxide through a reduction of the cross section of the refrigerant path after the sublimator takes place, whereby - the pressure in the sublimator is raised above the triple point pressure and the solid carbon dioxide is converted into liquid carbon dioxide and the blockages and deposits are broken up, after which - the refrigerant path is at least partially enlarged again and the liquid carbon dioxide in the sublimator is distributed as result of the pressure drop, and once the pressure has fallen below the triple point pressure, is converted back into solid or gaseous carbon dioxide, whereby - the change in the cross section of the refrigerant path takes place subject to control or regulation signals. - the refrigerant circuit is operated below the triple point pressure and that - cleaning of the sublimator to remove blockages with or from deposits of solid carbon dioxide through a reduction of the cross section of the refrigerant path after the sublimator takes place, whereby - the pressure in the sublimator is raised above the triple point pressure and the solid carbon dioxide is converted into liquid carbon dioxide and the blockages and deposits are broken up, after which - the refrigerant path is at least partially enlarged again and the liquid carbon dioxide in the sublimator is distributed as result of the pressure drop, and once the pressure has fallen below the triple point pressure, is converted back into solid or gaseous carbon dioxide, whereby - the change in the cross section of the refrigerant path takes place subject to control or regulation signals.