mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining weld quality, characterized in comprising the steps of: providing a fault analysis duration threshold; providing a reference weld signature having a first shape; capturing a weld signature of a welding parameter, wherein the weld signature of the welding parameter has a second shape; determining a welding duration from the weld signature of the welding parameter; comparing the welding duration to the fault analysis duration threshold; when the welding duration for the weld bead is greater than the fault analysis duration threshold, performing a parameter value-based fault analysis routine including comparing at least one welding parameter value to a predetermined limit value; and when the welding duration for the weld bead is less than the fault analysis duration threshold, performing a signature shape-based fault analysis routine including comparing the shape of the weld signature to a reference weld signature shape, wherein the weld signature comprises three states, namely a starting routine , an ending routine , and a welding portion , wherein during the welding portion the welding parameter does not reach a steady state; and determining a weld signature shape difference between the shape of the weld signature and the reference weld signature shape; and determining a weld fault condition based on the weld signature shape difference. providing a fault analysis duration threshold; providing a reference weld signature having a first shape; capturing a weld signature of a welding parameter, wherein the weld signature of the welding parameter has a second shape; determining a welding duration from the weld signature of the welding parameter; comparing the welding duration to the fault analysis duration threshold; when the welding duration for the weld bead is greater than the fault analysis duration threshold, performing a parameter value-based fault analysis routine including comparing at least one welding parameter value to a predetermined limit value; and when the welding duration for the weld bead is less than the fault analysis duration threshold, performing a signature shape-based fault analysis routine including comparing the shape of the weld signature to a reference weld signature shape, wherein the weld signature comprises three states, namely a starting routine , an ending routine , and a welding portion , wherein during the welding portion the welding parameter does not reach a steady state; and determining a weld signature shape difference between the shape of the weld signature and the reference weld signature shape; and determining a weld fault condition based on the weld signature shape difference.
A communication method performed by a terminal in a mobile communication system, the method comprising: receiving , on a primary cell, PCell, of a first cell group associated with a first base station, a configuration message for adding a secondary cell, SCell, of a second cell group associated with a second base station, wherein the configuration message includes information indicating that the second cell group is associated with a second base station different from the first base station, and first information on a random access response window size for the SCell ; transmitting , on the SCell , a random access preamble; receiving , on the SCell where the random access preamble is transmitted, a random access response based on the random access response window size; applying second information for the second cell group included in the random access response to the SCell ; and performing uplink transmission on the SCell . receiving , on a primary cell, PCell, of a first cell group associated with a first base station, a configuration message for adding a secondary cell, SCell, of a second cell group associated with a second base station, wherein the configuration message includes information indicating that the second cell group is associated with a second base station different from the first base station, and first information on a random access response window size for the SCell ; transmitting , on the SCell , a random access preamble; receiving , on the SCell where the random access preamble is transmitted, a random access response based on the random access response window size; applying second information for the second cell group included in the random access response to the SCell ; and performing uplink transmission on the SCell .
A method for producing a bis(aminomethyl)cyclohexane comprising: an isomerization step of isomerizing a cis-isomer of 1,4-bis(aminomethyl)cyclohexane and/or a trans-isomer of 1,3-bis(aminomethyl)cyclohexane at a bottom part of a distillation tower to obtain a trans-isomer of 1,4-bis(aminomethyl)cyclohexane and/or a cis-isomer of 1,3-bis(aminomethyl)cyclohexane, in the presence of at least one compound selected from the group consisting of an alkali metal, an alkali metal-containing compound, an alkaline-earth metal and an alkaline-earth metal-containing compound, and a benzylamine compound; and a distillation step of separating the trans-isomer of 1,4-bis(aminomethyl)cyclohexane and/or the cis-isomer of 1,3-bis(aminomethyl)cyclohexane by distillation, in a top part of the distillation tower, wherein a use amount of the at least one compound selected from the group consisting of an alkali metal, an alkali metal-containing compound, an alkaline-earth metal and an alkaline-earth metal-containing compound relative to one equivalent of a benzylamine compound is 1 to 4 molar equivalent; a use amount of the benzylamine compound relative to 100 wt% of bis(aminomethyl)cyclohexane is 0.50 to 4.0 wt%; an isomerization reaction temperature of the isomerization step is 80 to 140°C; and the isomerization step and the distillation step are simultaneously carried out. an isomerization step of isomerizing a cis-isomer of 1,4-bis(aminomethyl)cyclohexane and/or a trans-isomer of 1,3-bis(aminomethyl)cyclohexane at a bottom part of a distillation tower to obtain a trans-isomer of 1,4-bis(aminomethyl)cyclohexane and/or a cis-isomer of 1,3-bis(aminomethyl)cyclohexane, in the presence of at least one compound selected from the group consisting of an alkali metal, an alkali metal-containing compound, an alkaline-earth metal and an alkaline-earth metal-containing compound, and a benzylamine compound; and a distillation step of separating the trans-isomer of 1,4-bis(aminomethyl)cyclohexane and/or the cis-isomer of 1,3-bis(aminomethyl)cyclohexane by distillation, in a top part of the distillation tower, wherein a use amount of the at least one compound selected from the group consisting of an alkali metal, an alkali metal-containing compound, an alkaline-earth metal and an alkaline-earth metal-containing compound relative to one equivalent of a benzylamine compound is 1 to 4 molar equivalent; a use amount of the benzylamine compound relative to 100 wt% of bis(aminomethyl)cyclohexane is 0.50 to 4.0 wt%; an isomerization reaction temperature of the isomerization step is 80 to 140°C; and the isomerization step and the distillation step are simultaneously carried out.
A method for determining a downlink control channel resource set, applied in a user equipment, the method comprising: obtaining (S101) a third frequency domain position for determining a downlink control channel resource set corresponding to the user equipment, based upon received first information, transmitted by a base station, comprising indication information of a second frequency domain position of a first downlink control channel resource set; obtaining (S102) a third time domain position for determining the downlink control channel resource set corresponding to the user equipment, based upon the received first information, transmitted by the base station, comprising indication information of a second time domain position of the first downlink control channel resource set; and determining (S103) the downlink control channel resource set corresponding to the user equipment as a third downlink control channel resource set based upon the third frequency domain position and the third time domain position; wherein when the first information is Master Information Block, MIB, information or System Information, SI; the first downlink control channel resource set is configured for transmitting a common downlink control channel, and/or the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel when the user equipment accesses a mobile communication network for the first time; and when the first information is higher-layer signaling, the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel. obtaining (S101) a third frequency domain position for determining a downlink control channel resource set corresponding to the user equipment, based upon received first information, transmitted by a base station, comprising indication information of a second frequency domain position of a first downlink control channel resource set; obtaining (S102) a third time domain position for determining the downlink control channel resource set corresponding to the user equipment, based upon the received first information, transmitted by the base station, comprising indication information of a second time domain position of the first downlink control channel resource set; and determining (S103) the downlink control channel resource set corresponding to the user equipment as a third downlink control channel resource set based upon the third frequency domain position and the third time domain position; wherein when the first information is Master Information Block, MIB, information or System Information, SI; the first downlink control channel resource set is configured for transmitting a common downlink control channel, and/or the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel when the user equipment accesses a mobile communication network for the first time; and when the first information is higher-layer signaling, the first downlink control channel resource set is configured for transmitting a UE-specific downlink control channel.
A bone drill bit (10;10') with a metal drill shaft body being provided with a drilling section and a clamping section , wherein the drill shaft body is provided with a passive temperature-sensitive optical indicator (20;20') being in a thermo-conducting connection to the drill shaft body , and wherein the temperature-sensitive optical indicator is defined by an indicator ring being provided around the drill shaft body and/or the temperature-sensitive optical indicator is located at the proximal end surface of the drill shaft body , characterised in that the temperature-sensitive optical indicator (20; 20') is defined by a color-changing substance configured to reversibly change its visible-spectrum color depending on the temperature of the drill shaft body . wherein the drill shaft body is provided with a passive temperature-sensitive optical indicator (20;20') being in a thermo-conducting connection to the drill shaft body , and wherein the temperature-sensitive optical indicator is defined by an indicator ring being provided around the drill shaft body and/or the temperature-sensitive optical indicator is located at the proximal end surface of the drill shaft body , characterised in that the temperature-sensitive optical indicator (20; 20') is defined by a color-changing substance configured to reversibly change its visible-spectrum color depending on the temperature of the drill shaft body .
A casing holding device for an apparatus for filling tubular cases with a pasty foodstuff material, comprising - a casing brake which in operation in a portioning position (A) is in contact with a case drawn on to a filling tube and produces a pressing force between case and filling tube , and - an adjusting device for moving the casing brake between the portioning position (A) and a casing change position (B) in which the casing brake is uncoupled from the filling tube , wherein the adjusting device has a guide linkage which has a plurality of links and which is adapted for the casing brake in at least a first phase of the movement out of the portioning position (A) into the casing change position (B) to be moved substantially axially relative to the longitudinal axis of the filling tube and to be pivoted in at least a second phase of the movement relative to the longitudinal axis of the filling tube , characterised in that the guide linkage is in the form of a four-link linkage adapted to move the casing brake on a predetermined curved path with a substantially straight path portion and a curved path portion (20"). - a casing brake which in operation in a portioning position (A) is in contact with a case drawn on to a filling tube and produces a pressing force between case and filling tube , and - an adjusting device for moving the casing brake between the portioning position (A) and a casing change position (B) in which the casing brake is uncoupled from the filling tube , wherein the adjusting device has a guide linkage which has a plurality of links and which is adapted for the casing brake in at least a first phase of the movement out of the portioning position (A) into the casing change position (B) to be moved substantially axially relative to the longitudinal axis of the filling tube and to be pivoted in at least a second phase of the movement relative to the longitudinal axis of the filling tube , characterised in that the guide linkage is in the form of a four-link linkage adapted to move the casing brake on a predetermined curved path with a substantially straight path portion and a curved path portion (20"). wherein the adjusting device has a guide linkage which has a plurality of links and which is adapted for the casing brake in at least a first phase of the movement out of the portioning position (A) into the casing change position (B) to be moved substantially axially relative to the longitudinal axis of the filling tube and to be pivoted in at least a second phase of the movement relative to the longitudinal axis of the filling tube , characterised in that the guide linkage is in the form of a four-link linkage adapted to move the casing brake on a predetermined curved path with a substantially straight path portion and a curved path portion (20").
A re-usable electronics device detachably coupled with a harness, said harness having one or more legs configured to be placed at different locations of an article where wetness condition is to be detected, said harness comprising a set of first conductors, wherein said reusable electronics device comprises a set of second conductors such that when the re-usable electronics device is operatively coupled with the harness, the set of first conductors make electrical contact with the set of second conductors such that change in voltage across at least one pair of the first conductor above a threshold value transmits a notification indicating wetness of said article; wherein said harness comprises a pouch in which said device is positioned for operatively coupling with the harness; and wherein the harness comprises four wetness sensors configured on different legs of the harness, and said device comprises a Wheatstone bridge such that when the first conductors and the second conductors establish the electrical contact, said four wetness sensors are configured as four sides of the Wheatstone bridge for detecting change in resistance of any one of the four wetness sensors. wherein said harness comprises a pouch in which said device is positioned for operatively coupling with the harness; and wherein the harness comprises four wetness sensors configured on different legs of the harness, and said device comprises a Wheatstone bridge such that when the first conductors and the second conductors establish the electrical contact, said four wetness sensors are configured as four sides of the Wheatstone bridge for detecting change in resistance of any one of the four wetness sensors.
A sheet transport system for moving a sheet in a transport direction x while adjusting a position of the sheet in a lateral direction z normal to the transport direction x to a target position (zR), the system comprising first and second pinch roller sets spaced apart from one another in the transport direction x, each pinch roller set comprising two pairs (14, 16; 18, 20) of pinch rollers spaced apart from one another in the lateral direction z, each pair forming a nip for pinching and driving the sheet with an individually controllable speed, characterized by comprising a detection system for detecting a position of the sheet in the lateral direction z while the sheet is pinched by the first pinch roller set , and a control system configured for carrying out the following actions: - by controlling the speeds of the pinch rollers of the first pinch roller set before the sheet has reached the second pinch roller set , rotating the sheet by a first rotation angle for adjusting a given reference point on a leading part of the sheet to its target position (zR); and - when the sheet has left the first pinch roller set and while the reference point travels along a path segment that is symmetric with respect to the second pinch roller set , rotating, by controlling the speeds of the pinch rollers of the second pinch roller set, the sheet by a second rotation angle for aligning a leading edge of the sheet in the lateral direction z. - by controlling the speeds of the pinch rollers of the first pinch roller set before the sheet has reached the second pinch roller set , rotating the sheet by a first rotation angle for adjusting a given reference point on a leading part of the sheet to its target position (zR); and - when the sheet has left the first pinch roller set and while the reference point travels along a path segment that is symmetric with respect to the second pinch roller set , rotating, by controlling the speeds of the pinch rollers of the second pinch roller set, the sheet by a second rotation angle for aligning a leading edge of the sheet in the lateral direction z.
A corona igniter assembly comprising: a high voltage center electrode surrounded by a ceramic insulator and a high voltage insulator , said ceramic insulator being formed of a ceramic material and said high voltage insulator being formed of a material different from said ceramic material; a dielectric compliant insulator disposed between said ceramic insulator and said high voltage insulator ; and a compliant collet formed of a partially resistive material; characterized in that the assembly comprises a layer of metal extending between opposite edges and applied to at least one of said insulators , wherein said compliant collet covers a sharp one of said edges of said layer of metal, the layer of metal is disposed on the ceramic insulator and the compliant collet is disposed between said sharp edge of the layer of metal and the dielectric compliant insulator . a high voltage center electrode surrounded by a ceramic insulator and a high voltage insulator , said ceramic insulator being formed of a ceramic material and said high voltage insulator being formed of a material different from said ceramic material; a dielectric compliant insulator disposed between said ceramic insulator and said high voltage insulator ; and a compliant collet formed of a partially resistive material; characterized in that the assembly comprises a layer of metal extending between opposite edges and applied to at least one of said insulators , wherein said compliant collet covers a sharp one of said edges of said layer of metal, the layer of metal is disposed on the ceramic insulator and the compliant collet is disposed between said sharp edge of the layer of metal and the dielectric compliant insulator .
A method for synthesizing a polyarylate having the formula: the method comprising: dissolving a second polyarylate having the formula: with DMF in a flask to produce a first solution; starting a flow of nitrogen; adding a catalyst to the first solution to produce a polymer solution; starting a flow of hydrogen; filtering the polymer solution through a diatomeous earth (Celite) bed to produce a filtrate; and adding the filtrate to water and stirring to precipitate the polyarylate; wherein: a first amount of the catalyst is added to the first solution to produce a first catalyst suspension; a second amount of the catalyst is added to the first catalyst suspension to produce a second catalyst suspension; and a third amount of the catalyst is added to the second catalyst suspension to produce a third catalyst suspension. dissolving a second polyarylate having the formula: with DMF in a flask to produce a first solution; starting a flow of nitrogen; adding a catalyst to the first solution to produce a polymer solution; starting a flow of hydrogen; filtering the polymer solution through a diatomeous earth (Celite) bed to produce a filtrate; and adding the filtrate to water and stirring to precipitate the polyarylate; wherein: a first amount of the catalyst is added to the first solution to produce a first catalyst suspension; a second amount of the catalyst is added to the first catalyst suspension to produce a second catalyst suspension; and a third amount of the catalyst is added to the second catalyst suspension to produce a third catalyst suspension. a first amount of the catalyst is added to the first solution to produce a first catalyst suspension; a second amount of the catalyst is added to the first catalyst suspension to produce a second catalyst suspension; and a third amount of the catalyst is added to the second catalyst suspension to produce a third catalyst suspension.
A dental handpiece for performing dental treatment by injecting a mixture of air and powder onto a tooth surface, said handpiece comprising a handpiece body having a mixture transfer line for transferring said mixture, and a nozzle connected to said handpiece body for injecting said mixture transferred through said mixture transfer line , wherein said nozzle is rotatably connected to said handpiece body via rotary means , wherein said rotary means comprises: a tubular member rotatably connected to the handpiece body at one end and fixed to the nozzle at the other end, a nozzle attachment fixed to the handpiece body and receiving said tubular member therethrough, and a nozzle attachment connector portion formed integrally with said nozzle , wherein said nozzle attachment connector portion is formed in a connector portion in said nozzle , wherein said nozzle attachment has a guide portion , and said nozzle attachment connector portion has a guide dent , wherein a guiding projection is provided on the outer surface of said guide portion , and a circumferential guide groove is provided in the inner surface of said guide dent , and said guide portion of the nozzle attachment is rotatably fit in said guide dent of the nozzle attachment connector portion by means of engagement between said guide groove in the nozzle attachment connector portion and said guiding projection of the guide portion , through engaging keyways formed at two opposite positions in the inner surface of the guide dent and extending axially from an edge of an opening to the guide groove .
Footwear , in particular a sock, comprising a shank having a shank end for accommodating a lower leg, a foot part arranged on the shank with a top and a bottom for accommodating a foot, and a deflection region arranged on the foot part for accommodating toes, wherein the footwear has at least one heating element with connections for a voltage source , and wherein the heating element in the region of the foot part is arranged on the top of the foot part and has a heating zone , characterized in that the heating zone of the heating element is arranged internally at the deflection region such that toes of a foot accommodated in the footwear are surrounded by the heating element .