mhurhangee/patent-ind-claim-en huggingface dataset:
A method for answering a call performed by a communication device comprising: detecting an incoming call; automatically answering the incoming call; characterised by : detecting after automatically answering whether an audio signal is received by the microphone of the communication device and the audio signal comprises voice; and if not, disconnecting the call, wherein if a pre-determined number of consecutive calls that were automatically answered are disconnected, the auto-answer feature is disabled for future calls. detecting an incoming call; automatically answering the incoming call; characterised by : detecting after automatically answering whether an audio signal is received by the microphone of the communication device and the audio signal comprises voice; and if not, disconnecting the call, wherein if a pre-determined number of consecutive calls that were automatically answered are disconnected, the auto-answer feature is disabled for future calls. detecting after automatically answering whether an audio signal is received by the microphone of the communication device and the audio signal comprises voice; and if not, disconnecting the call, wherein if a pre-determined number of consecutive calls that were automatically answered are disconnected, the auto-answer feature is disabled for future calls.
An electronic device comprising: a short-range wireless communication module ; a memory unit ; a display unit ; and a control unit configured to: register (S355) an external mobile terminal , found through the short-range wireless communication module , in the memory unit ; when the electronic device is turned on, control the short-range wireless communication module to transmit (S507) a notification signal to the registered external mobile terminal to prompt a user to control the electronic device using the registered external mobile terminal ; in response to a request being received from the registered external mobile terminal , control the short-range wireless communication module to transmit (S355) UI information to the registered external mobile terminal , wherein the transmitted UI information corresponds to a user interface, UI, displayed on the display unit ; and perform an operation (S361) corresponding to a UI item that is selected among UI items which are displayed in the external mobile apparatus based on the transmitted UI information. a short-range wireless communication module ; a memory unit ; a display unit ; and a control unit configured to: register (S355) an external mobile terminal , found through the short-range wireless communication module , in the memory unit ; when the electronic device is turned on, control the short-range wireless communication module to transmit (S507) a notification signal to the registered external mobile terminal to prompt a user to control the electronic device using the registered external mobile terminal ; in response to a request being received from the registered external mobile terminal , control the short-range wireless communication module to transmit (S355) UI information to the registered external mobile terminal , wherein the transmitted UI information corresponds to a user interface, UI, displayed on the display unit ; and perform an operation (S361) corresponding to a UI item that is selected among UI items which are displayed in the external mobile apparatus based on the transmitted UI information. register (S355) an external mobile terminal , found through the short-range wireless communication module , in the memory unit ; when the electronic device is turned on, control the short-range wireless communication module to transmit (S507) a notification signal to the registered external mobile terminal to prompt a user to control the electronic device using the registered external mobile terminal ; in response to a request being received from the registered external mobile terminal , control the short-range wireless communication module to transmit (S355) UI information to the registered external mobile terminal , wherein the transmitted UI information corresponds to a user interface, UI, displayed on the display unit ; and perform an operation (S361) corresponding to a UI item that is selected among UI items which are displayed in the external mobile apparatus based on the transmitted UI information.
A method for joining members, the method comprising: providing a first member including at least two pipe portions extending in an identical direction and integrated, the first member including a recess (13; 14) provided between two adjacent pipe portions of the at least two pipe portions , the recess (13; 14) extending in a longitudinal direction of the at least two pipe portions from end surfaces of the at least two pipe portions , a part of the recess (13; 14) serving as a locking portion (12a; 14a) , and a second member including a locking wall formed with at least two hole portions (23a; 24a) into which the at least two pipe portions of the first member are insertable respectively; inserting the at least two pipe portions of the first member into the at least two hole portions (23a; 24a) of the second member until the locking portion (12a; 14a) abuts on the locking wall ; and pipe-expanding an insertion portion of the at least two pipe portions of the first member inserted into the second member to join the insertion portion to the second member by press-fitting. providing a first member including at least two pipe portions extending in an identical direction and integrated, the first member including a recess (13; 14) provided between two adjacent pipe portions of the at least two pipe portions , the recess (13; 14) extending in a longitudinal direction of the at least two pipe portions from end surfaces of the at least two pipe portions , a part of the recess (13; 14) serving as a locking portion (12a; 14a) , and a second member including a locking wall formed with at least two hole portions (23a; 24a) into which the at least two pipe portions of the first member are insertable respectively; a first member including at least two pipe portions extending in an identical direction and integrated, the first member including a recess (13; 14) provided between two adjacent pipe portions of the at least two pipe portions , the recess (13; 14) extending in a longitudinal direction of the at least two pipe portions from end surfaces of the at least two pipe portions , a part of the recess (13; 14) serving as a locking portion (12a; 14a) , and a second member including a locking wall formed with at least two hole portions (23a; 24a) into which the at least two pipe portions of the first member are insertable respectively; inserting the at least two pipe portions of the first member into the at least two hole portions (23a; 24a) of the second member until the locking portion (12a; 14a) abuts on the locking wall ; and pipe-expanding an insertion portion of the at least two pipe portions of the first member inserted into the second member to join the insertion portion to the second member by press-fitting.
A sensor assembly with a sensor designed as an optical sensor for detecting objects in a monitoring area, wherein the sensor is designed for tracking a transfer object moved along a defined, predetermined path curve, wherein a contour detection field and a monitoring protection field are activated in the sensor as a function of the position of the transfer object , wherein the contour detection field is displaced from the monitoring protection field in the direction of the transfer object and the transfer object is excluded from the monitoring protection field , and wherein the sensor triggers a safety function when an object penetrates the monitoring protection field , wherein a sequence of pairs of contour detection fields and monitoring protection fields is stored in the sensor, and wherein a contour detection field and an associated monitoring protection field is activated depending on the current position of the transfer object .
A method for the quantitative determination of contaminants in the form of fatty acid esters in jet fuels, wherein the analyte is the fatty acid ester fatty acid methyl ester (FAME) and/or the fatty acid ester fatty acid ethyl ester (FAEE), wherein the analyte undergoes a chemical reaction which is selective for it and which influences the intensity for the carbonyl band of the respective ester group with the formation of a modified analyte and the variation in the concentration of analyte in the sample, which is the jet fuel together with FAME and/or FAEE, is measured using the reduction in the intensity of the carbonyl band and/or the increase in the concentration of the modified analyte is measured using the increase in the intensity of a band which is characteristic for the modification.
Strip-shaped roof mounting clip feed magazine (10; 110; 210; 310) comprising a plurality of roof mounting clips (14; 314) to be fed to a fastening tool for fastening said roof mounting clips (14; 314) onto a roof support structure , the roof mounting clips (14; 314) being releasibly attached to and distributed along said strip-shaped roof mounting clip feed magazine (10; 110; 210; 310), characterized by further comprising a plurality of fasteners (12; 112), to be driven into said roof support structure by said fastening tool (64; 164) to fasten said roof mounting clips (14; 314) to said roof support structure , said fasteners (12; 112) being releasibly attached to and distributed along said feed magazine (10; 110; 210; 310).
A breechblock for a firearm having a barrel axis and a locking sleeve comprising a breechblock having a cam pin and a cam pin axis , and a sliding piece having at least one front surface , a mounting groove and a substantially S-shaped control slideway having a locked position and a driving position , characterized in that the mounting groove is substantially U-shaped or J-shaped with two legs extending substantially in the direction of the barrel axis , in that one of the legs, in the case of J-shape the shorter one, adjoins the locked position of the control slideway substantially from behind.
A method for determining a status of an intermediate support of a dump body arrangement comprised in a working machine , the dump body arrangement comprising a support frame , a dump body for receiving a load and pivotally attached to the support frame at a rear pivot point , a hydraulic support for raising and lowering a front part of the dump body, wherein the intermediate support is arranged between the hydraulic support and the rear pivot point to support the dump body, characterised in that the method comprises the steps of: - receiving a signal indicating that the hydraulic support changes between a load-free state and a loaded state relative the dump body; - if the hydraulic support changes from the loaded state to the load-free state relative the dump body, determining , when the hydraulic support is in the load-free state, an angle (α1) of the dump body relative the support frame; and/or - if the hydraulic support changes from the load-free state to the loaded state relative the dump body, determining , when the hydraulic support is in the loaded state, any one of an angle (α2) of the dump body relative the support frame and a hydraulic pressure (p) in the hydraulic support; and - determining the status of the intermediate support by comparing any one of the determined angles and the determined hydraulic pressure with a corresponding threshold. - receiving a signal indicating that the hydraulic support changes between a load-free state and a loaded state relative the dump body; - if the hydraulic support changes from the loaded state to the load-free state relative the dump body, determining , when the hydraulic support is in the load-free state, an angle (α1) of the dump body relative the support frame; and/or - if the hydraulic support changes from the load-free state to the loaded state relative the dump body, determining , when the hydraulic support is in the loaded state, any one of an angle (α2) of the dump body relative the support frame and a hydraulic pressure (p) in the hydraulic support; and - determining the status of the intermediate support by comparing any one of the determined angles and the determined hydraulic pressure with a corresponding threshold.
Knitting tool bar having knitting tools which are disposed in receptacle grooves of a knitting tool receptacle, and having a lid assembly which secures the knitting tools in the receptacle grooves , wherein each knitting tool has a rear side which is adjacent to a groove base , a front side which protrudes from the receptacle groove , and two flanks which interconnect the front side and the rear side , the lid assembly acting on the front side , the knitting tools by way of the front side thereof protrude in each case into one lid groove , the lid groove being configured in a sub-base which is disposed between the lid assembly and the knitting tools , characterized in that the sub- base at least in the region of the knitting tools is formed from a deformable material having a hardening mechanism, and being imparted the fixed shape thereof only during or after the fitting to the lid assembly .
A packet processing method, wherein the method comprises: receiving , by a first node, a first packet, wherein the first packet carries a first bit string, the first bit string comprises M bit sets, each bit set corresponds to one node group, a value of the bit set is used to indicate whether one or more target nodes of the first packet comprise the corresponding node group, and M is an integer greater than or equal to 1; determining , by the first node based on the first bit string and a second bit string, whether to send the first packet to a second node, wherein the second bit string comprises N bit sets, each bit set corresponds to one node group, a value of the bit set is used to indicate whether a node belonging to the corresponding node group exists in one or more related nodes of the first node, and N is an integer greater than or equal to 1; and determining , by the first node based on the first bit string and a third bit string, whether the one or more target nodes of the first packet comprise the first node, wherein the third bit string comprises L bit sets, each bit set corresponds to one node group, a value of the bit set is used to indicate whether the first node belongs to the corresponding node group, and L is an integer greater than or equal to 1. receiving , by a first node, a first packet, wherein the first packet carries a first bit string, the first bit string comprises M bit sets, each bit set corresponds to one node group, a value of the bit set is used to indicate whether one or more target nodes of the first packet comprise the corresponding node group, and M is an integer greater than or equal to 1; determining , by the first node based on the first bit string and a second bit string, whether to send the first packet to a second node, wherein the second bit string comprises N bit sets, each bit set corresponds to one node group, a value of the bit set is used to indicate whether a node belonging to the corresponding node group exists in one or more related nodes of the first node, and N is an integer greater than or equal to 1; and determining , by the first node based on the first bit string and a third bit string, whether the one or more target nodes of the first packet comprise the first node, wherein the third bit string comprises L bit sets, each bit set corresponds to one node group, a value of the bit set is used to indicate whether the first node belongs to the corresponding node group, and L is an integer greater than or equal to 1.
A method of preparing a mesoporous carbonised material comprising: i) subjecting a polysaccharide to one or more procedures to form an expanded polysaccharide, said expanded polysaccharide possessing acidic functionality; said procedures comprising (i) thermally assisted hydration of the polysaccharide to yield a polysaccharide/water gel or colloidal suspension; (ii) allowing the polysaccharide to recrystallize; and (iii) exchanging the water in the recrystallized polysaccharide with a water miscible non-solvent; and ii) subjecting said expanded polysaccharide to a thermal treatment of from 100°C to 300°C. i) subjecting a polysaccharide to one or more procedures to form an expanded polysaccharide, said expanded polysaccharide possessing acidic functionality; said procedures comprising (i) thermally assisted hydration of the polysaccharide to yield a polysaccharide/water gel or colloidal suspension; (ii) allowing the polysaccharide to recrystallize; and (iii) exchanging the water in the recrystallized polysaccharide with a water miscible non-solvent; and (i) thermally assisted hydration of the polysaccharide to yield a polysaccharide/water gel or colloidal suspension; (ii) allowing the polysaccharide to recrystallize; and (iii) exchanging the water in the recrystallized polysaccharide with a water miscible non-solvent; and ii) subjecting said expanded polysaccharide to a thermal treatment of from 100°C to 300°C.
Turbine housing for a turbocharger of an internal combustion engine, having: - an annular duct for conducting an exhaust-gas mass flow (AM) to a turbine wheel that is arrangeable in the turbine housing ; and - an exhaust-gas discharge duct for discharging the exhaust-gas mass flow (AM) from the turbine housing after impinging on the turbine wheel ; wherein an insulating element is arranged in a region of an inner wall of the annular duct and in a region of an inner wall of the exhaust-gas discharge duct , respectively, wherein, - - with respect to a longitudinal axis of the turbine housing , the turbine housing has a sealing contour , which is free of any insulating element, between the exhaust-gas discharge duct and the annular duct ; - - the turbine housing is free of any insulating element in a region of a wastegate valve seat , of a bearing-housing connection flange and/or of an exhaust-gas connection flange ; and - - the turbine housing has local cooling in the region of the sealing contour , in the region of a bearing-housing connection flange and in the region of the exhaust-gas connection flange . - an annular duct for conducting an exhaust-gas mass flow (AM) to a turbine wheel that is arrangeable in the turbine housing ; and - an exhaust-gas discharge duct for discharging the exhaust-gas mass flow (AM) from the turbine housing after impinging on the turbine wheel ; - - with respect to a longitudinal axis of the turbine housing , the turbine housing has a sealing contour , which is free of any insulating element, between the exhaust-gas discharge duct and the annular duct ; - - the turbine housing is free of any insulating element in a region of a wastegate valve seat , of a bearing-housing connection flange and/or of an exhaust-gas connection flange ; and - - the turbine housing has local cooling in the region of the sealing contour , in the region of a bearing-housing connection flange and in the region of the exhaust-gas connection flange .
Device for handling cardboard blanks , comprising: an erecting device with a plurality of engagement elements ; wherein the erecting device is configured to transition from a receiving configuration to a forming configuration; wherein the erecting device is configured to move at least several of the engagement elements to transition from the receiving configuration to the forming configuration; wherein the erecting device in the receiving configuration is configured to receive a group of cardboard blanks each having a bottom region and side regions connected to the bottom region ; wherein the engagement elements are configured to erect the side regions of the cardboard blanks when the erecting device transitions from the receiving configuration to the forming configuration; and characterized in that the erecting device is configured to move the bottom regions of the cardboard blanks relative to each other upon transitioning from the receiving configuration to the forming configuration, such that a format or grid in which the group of cardboard blanks is arranged is changed, when the erecting device transitions from the receiving configuration to the forming configuration. an erecting device with a plurality of engagement elements ; wherein the erecting device is configured to transition from a receiving configuration to a forming configuration; wherein the erecting device is configured to move at least several of the engagement elements to transition from the receiving configuration to the forming configuration; wherein the erecting device in the receiving configuration is configured to receive a group of cardboard blanks each having a bottom region and side regions connected to the bottom region ; wherein the engagement elements are configured to erect the side regions of the cardboard blanks when the erecting device transitions from the receiving configuration to the forming configuration; and characterized in that the erecting device is configured to move the bottom regions of the cardboard blanks relative to each other upon transitioning from the receiving configuration to the forming configuration, such that a format or grid in which the group of cardboard blanks is arranged is changed, when the erecting device transitions from the receiving configuration to the forming configuration.
A dedusting head for a strip material transformation line, having at least one air duct , and comprising at least one antistatic device , wherein said antistatic device comprises: - a housing comprising a low voltage power supply inlet ; and - at least one tip deionization electrode associated with said housing ; characterized in that said antistatic device further comprises: - at least one engagement body interposed between said housing and a respective said at least one tip deionization electrode so as to arrange said at least one tip deionization electrode inside said at least one air duct ; and - an electrical circuit arranged inside said housing and connected to said low voltage power supply inlet and to said at least one electrode , said electrical circuit comprising a high electrical voltage generator arranged inside said housing and configured to generate a high electrical voltage inside said housing to be supplied to said at least one deionization electrode . wherein said antistatic device comprises: - a housing comprising a low voltage power supply inlet ; and - at least one tip deionization electrode associated with said housing ; - a housing comprising a low voltage power supply inlet ; and - at least one tip deionization electrode associated with said housing ; characterized in that said antistatic device further comprises: - at least one engagement body interposed between said housing and a respective said at least one tip deionization electrode so as to arrange said at least one tip deionization electrode inside said at least one air duct ; and - an electrical circuit arranged inside said housing and connected to said low voltage power supply inlet and to said at least one electrode , said electrical circuit comprising a high electrical voltage generator arranged inside said housing and configured to generate a high electrical voltage inside said housing to be supplied to said at least one deionization electrode . - at least one engagement body interposed between said housing and a respective said at least one tip deionization electrode so as to arrange said at least one tip deionization electrode inside said at least one air duct ; and - an electrical circuit arranged inside said housing and connected to said low voltage power supply inlet and to said at least one electrode , said electrical circuit comprising a high electrical voltage generator arranged inside said housing and configured to generate a high electrical voltage inside said housing to be supplied to said at least one deionization electrode .