mhurhangee/ep-ind-claims huggingface dataset:
A method for tracing data in a system on chip with a static structure for evaluating an actual data stream, the method comprising: - loading an event representation file of a static program code, - requesting a trace datagram of a trace group from a trace storage, whereas the trace group consists of trace datagrams and represents one possible execution path of the program code, - post-processing the trace datagram by - calculating a hypothetic checksum of a potential stream of events of the event representation file, - comparing the hypothetic checksum with a checksum of the trace datagram, - if the checksums mismatch, backtracking by calculating a new hypothetic checksum and compare it with the checksum of the requested trace datagram, continuing backtracking until they match, whereas an excessive backtracking is avoided by cutting the logging interval short at the first occurrence of an interrupt, - if the checksums match, requesting a next trace datagram of the trace group and perform the post-processing of the next trace datagram, - continuing until all trace datagrams of the trace group have been checked, whereas the result represents the reconstructed trace of the data stream. - loading an event representation file of a static program code, - requesting a trace datagram of a trace group from a trace storage, whereas the trace group consists of trace datagrams and represents one possible execution path of the program code, - post-processing the trace datagram by - calculating a hypothetic checksum of a potential stream of events of the event representation file, - comparing the hypothetic checksum with a checksum of the trace datagram, - if the checksums mismatch, backtracking by calculating a new hypothetic checksum and compare it with the checksum of the requested trace datagram, continuing backtracking until they match, whereas an excessive backtracking is avoided by cutting the logging interval short at the first occurrence of an interrupt, - calculating a hypothetic checksum of a potential stream of events of the event representation file, - comparing the hypothetic checksum with a checksum of the trace datagram, - if the checksums mismatch, backtracking by calculating a new hypothetic checksum and compare it with the checksum of the requested trace datagram, continuing backtracking until they match, whereas an excessive backtracking is avoided by cutting the logging interval short at the first occurrence of an interrupt, - if the checksums match, requesting a next trace datagram of the trace group and perform the post-processing of the next trace datagram, - continuing until all trace datagrams of the trace group have been checked, whereas the result represents the reconstructed trace of the data stream.
A robot cleaner comprising: a main body comprising a drive unit for providing a suction force; a main cover for shielding a side of the main body; a foreign material storage unit separably disposed on the main cover, the foreign material storage unit having an air inlet for introducing air containing foreign materials; a foreign material cover disposed on the main cover, the foreign material cover selectively shielding a side of the foreign material storage unit; characterised by a shield member disposed on the foreign material storage unit, the shield member selectively shielding the air inlet; a rotation lever configured to rotatably couple the foreign material cover to the main cover; and a hinge part disposed at a rotation center of the rotation lever, wherein the rotation lever comprises: a lever main body extending from the hinge part toward the foreign material storage unit; and a rotation connection part connecting the foreign material cover to the lever main body, and a lever end defining at least one portion of the lever main body, the lever end being disposed under the foreign material storage unit, wherein the rotation lever compresses a bottom surface of the foreign material storage unit when the foreign material cover is opened. a main body comprising a drive unit for providing a suction force; a main cover for shielding a side of the main body; a foreign material storage unit separably disposed on the main cover, the foreign material storage unit having an air inlet for introducing air containing foreign materials; a foreign material cover disposed on the main cover, the foreign material cover selectively shielding a side of the foreign material storage unit; characterised by a shield member disposed on the foreign material storage unit, the shield member selectively shielding the air inlet; a rotation lever configured to rotatably couple the foreign material cover to the main cover; and a hinge part disposed at a rotation center of the rotation lever, wherein the rotation lever comprises: a lever main body extending from the hinge part toward the foreign material storage unit; and a rotation connection part connecting the foreign material cover to the lever main body, and a lever end defining at least one portion of the lever main body, the lever end being disposed under the foreign material storage unit, wherein the rotation lever compresses a bottom surface of the foreign material storage unit when the foreign material cover is opened. a lever main body extending from the hinge part toward the foreign material storage unit; and a rotation connection part connecting the foreign material cover to the lever main body, and a lever end defining at least one portion of the lever main body, the lever end being disposed under the foreign material storage unit, wherein the rotation lever compresses a bottom surface of the foreign material storage unit when the foreign material cover is opened.
A method for producing a vegetable matrix extract, in particular a plant extract, involving solid-liquid extraction with the aid of an aqueous solution containing at least one non-ionic amphiphilic compound, preferably agro-sourced, at a concentration at least equal to its minimum hydrotrope concentration, characterized in that said non-ionic amphiphilic compound is an alkyl-(poly)glycoside of general formula Alk-O-Zp, wherein: • Alk denotes a saturated or unsaturated, linear or branched hydrophobic aliphatic hydrocarbon fragment having 3 to 7 carbon atoms, and • Z is a hydrophilic glycoside group such as glucose, xylose and arabinose, and • 1<p<5 • Alk denotes a saturated or unsaturated, linear or branched hydrophobic aliphatic hydrocarbon fragment having 3 to 7 carbon atoms, and • Z is a hydrophilic glycoside group such as glucose, xylose and arabinose, and • 1<p<5
A catheter insertion device, comprising: an outer housing; a tubular access needle attached to a needle carrier, wherein said needle carrier is slidable with respect to said outer housing; a tubular catheter having a proximal fitting releasably attached at a distal end of said outer housing and positioned coaxially around said tubular access needle, the proximal fitting comprising: a first chamber; a second chamber disposed proximal to the first chamber; and an elastomeric membrane disposed between the first chamber and the second chamber, wherein the tubular access needle passes through the elastomeric membrane; a safety guidewire sized and configured to be advanced through said tubular access needle; and an actuator mechanism configured to selectively advance said safety guidewire out through said tubular access needle in a distal direction and subsequently to simultaneously withdraw said safety guidewire and said tubular access needle in a proximal direction with respect to said tubular catheter. an outer housing; a tubular access needle attached to a needle carrier, wherein said needle carrier is slidable with respect to said outer housing; a tubular catheter having a proximal fitting releasably attached at a distal end of said outer housing and positioned coaxially around said tubular access needle, the proximal fitting comprising: a first chamber; a second chamber disposed proximal to the first chamber; and an elastomeric membrane disposed between the first chamber and the second chamber, wherein the tubular access needle passes through the elastomeric membrane; a safety guidewire sized and configured to be advanced through said tubular access needle; and an actuator mechanism configured to selectively advance said safety guidewire out through said tubular access needle in a distal direction and subsequently to simultaneously withdraw said safety guidewire and said tubular access needle in a proximal direction with respect to said tubular catheter. a first chamber; a second chamber disposed proximal to the first chamber; and an elastomeric membrane disposed between the first chamber and the second chamber, wherein the tubular access needle passes through the elastomeric membrane; a safety guidewire sized and configured to be advanced through said tubular access needle; and an actuator mechanism configured to selectively advance said safety guidewire out through said tubular access needle in a distal direction and subsequently to simultaneously withdraw said safety guidewire and said tubular access needle in a proximal direction with respect to said tubular catheter.
A macrocyclic lactone compound for use in treating herpes simplex virus infection or varicella zoster virus infection by local application, wherein the macrocyclic lactone compound comprises avermectins, ivermectin, emamectin, doramectin, selamectin, eprinomectin, latidectin, milbemycins, moxidectin, nemadectin, milbemycin oxime, milbemectin, lepimectin, or mixtures thereof.
A supply of sheet stock material (24, 34) for a dunnage conversion machine that is readily spliced to another supply, comprising: (a) one or more plies of sheet material (24, 34) having (i) multiple longitudinally-extending sections, including a center section bounded by lateral sections, where the lateral sections are folded over a common face of the center section along longitudinal fold lines at lateral edges of the folded sheet material; and (ii) a leading edge and a trailing edge at longitudinally-opposite ends of the sheet material, the supply of sheet stock material being characterized in that the lateral sections are separated from the center section adjacent the leading edge and adjacent the trailing edge along respective lines of separation; and in that (b) a splicing adhesive is applied to the sheet material adjacent the leading edge or the trailing edge on at least each of the lateral sections in such a manner to facilitate splicing each section to respective sections of another supply of sheet stock material. (a) one or more plies of sheet material (24, 34) having (i) multiple longitudinally-extending sections, including a center section bounded by lateral sections, where the lateral sections are folded over a common face of the center section along longitudinal fold lines at lateral edges of the folded sheet material; and (ii) a leading edge and a trailing edge at longitudinally-opposite ends of the sheet material, the supply of sheet stock material being characterized in that the lateral sections are separated from the center section adjacent the leading edge and adjacent the trailing edge along respective lines of separation; and in that (i) multiple longitudinally-extending sections, including a center section bounded by lateral sections, where the lateral sections are folded over a common face of the center section along longitudinal fold lines at lateral edges of the folded sheet material; and (ii) a leading edge and a trailing edge at longitudinally-opposite ends of the sheet material, the supply of sheet stock material being characterized in that the lateral sections are separated from the center section adjacent the leading edge and adjacent the trailing edge along respective lines of separation; and in that (b) a splicing adhesive is applied to the sheet material adjacent the leading edge or the trailing edge on at least each of the lateral sections in such a manner to facilitate splicing each section to respective sections of another supply of sheet stock material.
A control system (1, 1A, 1B, 1C), characterized by, comprising: a first controller; a drive device configured to drive a motor in accordance with a first command from the first controller; a second controller configured to transmit a second command related to an operation of safety functions to the drive device; and a data tracing module configured to trace a state value indicating an operation state of the motor that changes in accordance with the first command, wherein the drive device comprises: a storage configured to store safety parameters related to the safety functions; the control system being characterized in that it further comprises a control device configured to stop driving of the motor on the basis of the state value and the safety parameters, wherein the safety parameters comprise a stop holding period starting from when the second command is received from the second controller until the driving of the motor is stopped, and a support device configured to acquire a tracing result of the state value obtained from the data tracing module and the safety parameters, and to display the safety parameters superimposed on the tracing result to allow determination whether or not specifications of the safety functions are satisfied, wherein the tracing result is the state value traced by the data tracing module. a first controller; a drive device configured to drive a motor in accordance with a first command from the first controller; a second controller configured to transmit a second command related to an operation of safety functions to the drive device; and a data tracing module configured to trace a state value indicating an operation state of the motor that changes in accordance with the first command, wherein the drive device comprises: a storage configured to store safety parameters related to the safety functions; the control system being characterized in that it further comprises a control device configured to stop driving of the motor on the basis of the state value and the safety parameters, wherein the safety parameters comprise a stop holding period starting from when the second command is received from the second controller until the driving of the motor is stopped, and a storage configured to store safety parameters related to the safety functions; the control system being characterized in that it further comprises a control device configured to stop driving of the motor on the basis of the state value and the safety parameters, wherein the safety parameters comprise a stop holding period starting from when the second command is received from the second controller until the driving of the motor is stopped, and a support device configured to acquire a tracing result of the state value obtained from the data tracing module and the safety parameters, and to display the safety parameters superimposed on the tracing result to allow determination whether or not specifications of the safety functions are satisfied, wherein the tracing result is the state value traced by the data tracing module.
An electric blower (200, 200A, 200B, 200C) comprising: a motor comprising a rotor having a rotation shaft, a stator provided to surround the rotor, and a sensor mounted on the stator and facing the rotor; a moving blade mounted at one end side of the rotation shaft in an axial direction of the rotation shaft; a frame housing the stator and having a hole on a side facing the moving blade; a housing surrounding the frame; a first air path provided between the frame and the housing; a second air path inside the frame; and an air guide member (32c, 36) to guide an airflow generated by the moving blade to the second air path; wherein each of the first air path and the second air path is an air path through which air flows in the axial direction, wherein a sectional area of the first air path in a plane perpendicular to the axial direction is larger than a sectional area of the second air path in a plane perpendicular to the axial direction. a motor comprising a rotor having a rotation shaft, a stator provided to surround the rotor, and a sensor mounted on the stator and facing the rotor; a moving blade mounted at one end side of the rotation shaft in an axial direction of the rotation shaft; a frame housing the stator and having a hole on a side facing the moving blade; a housing surrounding the frame; a first air path provided between the frame and the housing; a second air path inside the frame; and an air guide member (32c, 36) to guide an airflow generated by the moving blade to the second air path; wherein each of the first air path and the second air path is an air path through which air flows in the axial direction, wherein a sectional area of the first air path in a plane perpendicular to the axial direction is larger than a sectional area of the second air path in a plane perpendicular to the axial direction.
A container for the mixing and dispensing of material, comprising a body having a main chamber, a dispensing nozzle, a liquid receptacle and a plunger, the receptacle having a front portion, and the plunger having a forwardly projecting protrusion, the plunger being in sealing engagement with the liquid receptacle, wherein the protrusion comprises a shaft which terminates in a sharp outer end wherein in use, upon the plunger being depressed the protrusion pierces the front portion of the liquid receptacle and liquid in the receptacle is then pushed hydraulically from the receptacle through the front portion into the main chamber of the body so as to contact material in the main chamber to form a mixture, characterized in that the front portion of the liquid receptacle is arranged to be subsequently entirely detached from the remainder of the liquid receptacle by continued depression of the plunger such that the plunger is able to traverse the entire length of the main chamber together with the detached front portion to facilitate dispensation of the mixture from the main chamber into the dispensing nozzle, the remainder of the liquid receptacle remaining stationary throughout.
A power tool, comprising: a housing; and an electric motor disposed in the housing, the motor including a stator having a lamination stack having separately-formed pole pieces and field coils disposed on the pole pieces; an armature disposed in the stator; and an end ring disposed at an end of the lamination stack, the end ring including at least two ring pieces located around a portion of the field coils extending beyond pole tips of the pole pieces; wherein the at least two ring pieces comprise two ring halves; characterised in that the at least two ring pieces are mated together around the portion of the field coils; wherein the at least two ring pieces include mating features for connecting the at least two ring pieces together. a housing; and an electric motor disposed in the housing, the motor including a stator having a lamination stack having separately-formed pole pieces and field coils disposed on the pole pieces; an armature disposed in the stator; and an end ring disposed at an end of the lamination stack, the end ring including at least two ring pieces located around a portion of the field coils extending beyond pole tips of the pole pieces; wherein the at least two ring pieces comprise two ring halves; characterised in that the at least two ring pieces are mated together around the portion of the field coils; wherein the at least two ring pieces include mating features for connecting the at least two ring pieces together.
A printer for printing on an optical fiber comprising: an ink tray storing an ink; a drawing roll configured to draw the ink from the ink tray; a printing roll, having a print pattern which is capable of filling the ink transferred from the drawing roll, configured to transfer the ink filled in the print pattern to a surface of the running optical fiber; and a doctor blade configured to press the ink into the print pattern and to scrape the excess ink deposited on a surface of the printing roll, wherein the drawing roll and the printing roll are arranged in non-contact with each other, characterized in that a circumferential speed of the drawing roll is slower than a circumferential speed of the printing roll. an ink tray storing an ink; a drawing roll configured to draw the ink from the ink tray; a printing roll, having a print pattern which is capable of filling the ink transferred from the drawing roll, configured to transfer the ink filled in the print pattern to a surface of the running optical fiber; and a doctor blade configured to press the ink into the print pattern and to scrape the excess ink deposited on a surface of the printing roll, wherein the drawing roll and the printing roll are arranged in non-contact with each other, characterized in that a circumferential speed of the drawing roll is slower than a circumferential speed of the printing roll.
A method performed by a first device for sending a modified encoded radio block to a second device, the first device and the second device operating in a wireless communications network, the method comprising: - selecting a set of bit positions of an encoded radio block, wherein the encoded radio block has the second device as intended recipient, wherein the set of bit positions is unique to a value of an extended Temporary Flow Identifier, eTFI, assigned to the second device, or wherein the set of bit positions is unique to a case in which no eTFI has been assigned to the second device, - performing a modulo-2-addition of the selected set of bit positions of the encoded radio block with a pre-determined bit pattern, to obtain a modified encoded radio block, and - sending the modified encoded radio block to the second device, and wherein the selected set of bit positions comprises 4 bits. - selecting a set of bit positions of an encoded radio block, wherein the encoded radio block has the second device as intended recipient, wherein the set of bit positions is unique to a value of an extended Temporary Flow Identifier, eTFI, assigned to the second device, or wherein the set of bit positions is unique to a case in which no eTFI has been assigned to the second device, - performing a modulo-2-addition of the selected set of bit positions of the encoded radio block with a pre-determined bit pattern, to obtain a modified encoded radio block, and - sending the modified encoded radio block to the second device, and wherein the selected set of bit positions comprises 4 bits.