mhurhangee/ep-ind-claims huggingface dataset:
A winding type electrode assembly, comprising: a positive electrode plate comprising a first positive winding end portion, a second positive winding end portion and a positive winding middle section, wherein the first positive winding end portion and the second positive winding end portion are connected to two ends of the positive winding middle section respectively, the first positive winding end portion is a positive winding starting section, and the second positive winding end portion is a positive winding ending section; a negative electrode plate comprising a first portion and a second portion connected to each other, wherein the first portion is arranged opposite to the first positive winding end portion, and the second portion is arranged opposite to the positive winding middle section; and in a winding axial direction of the winding type electrode assembly, a negative active material layer of the negative electrode plate exceeds a positive active material layer of the positive electrode plate, a maximum width of a negative active material layer of the first portion is H1, a minimum width of a positive active material layer of the first positive winding end portion is L1, a maximum width of a negative active material layer of the second portion is H2, a minimum width of a positive active material layer of the positive winding middle section is L2, and H1-L1 > H2-L2. a positive electrode plate comprising a first positive winding end portion, a second positive winding end portion and a positive winding middle section, wherein the first positive winding end portion and the second positive winding end portion are connected to two ends of the positive winding middle section respectively, the first positive winding end portion is a positive winding starting section, and the second positive winding end portion is a positive winding ending section; a negative electrode plate comprising a first portion and a second portion connected to each other, wherein the first portion is arranged opposite to the first positive winding end portion, and the second portion is arranged opposite to the positive winding middle section; and in a winding axial direction of the winding type electrode assembly, a negative active material layer of the negative electrode plate exceeds a positive active material layer of the positive electrode plate, a maximum width of a negative active material layer of the first portion is H1, a minimum width of a positive active material layer of the first positive winding end portion is L1, a maximum width of a negative active material layer of the second portion is H2, a minimum width of a positive active material layer of the positive winding middle section is L2, and H1-L1 > H2-L2.
Method for accessing functions in a motor vehicle, comprising at least one comfort system, a control system, an entertainment system and a communication system and at least one man/machine interface, wherein the man/machine interface is designed to have at least one input unit, at least one output unit (11, 12) and at least one database for functions, wherein the man/machine interface can be used to select at least one personal work environment (P1, P2) and firmly prescribed work environments, wherein the firmly prescribed work environments comprise at least one ambitious work environment and a basic work environment, wherein the ambitious work environment allows a menu structure to be used to access all the functions of the database in order to access the systems, in order to read data, to change data and/or to perform actions, whereas the basic work environment allows only a vehicle-specific basic scope of the functions to be accessed, but wherein the functions that are not directly accessible from the basic work environment can be preselected at any time by a search environment, wherein the personal work environment (P1, P2) provided can be individually adapted by the user to suit his needs, to which end the search environment can be used to resort to the functions of the database on a variable basis and to add said functions to the personal work environment, wherein access to the functions from the personal work environment (P1, P2) produced is limited in comparison with that from the ambitious work environment and the output unit (11, 12) is adapted at least to suit the functions of the personal work environment (P1, P2), with the man/machine interface being used to select one of the work environments (F1, F3, P1, P2).
A bolt comprising a tapered surface, a guide portion, and a threaded portion in order from a distal end side, characterized in: that the guide portion exists on extension of a same helix as a groove of the threaded portion and is formed between a groove portion formed at a distal end portion of the threaded portion so that a depth in a radial direction of the groove portion is deeper than the groove and a surface end position on a base end side of the tapered surface; that the guide portion has a shape extending in a direction around an axis (Ax) of the bolt from a starting end portion to a terminal end portion and expanding in an axial direction of the bolt in transition from the starting end portion to the terminal end portion, the starting end portion being an intersection between the surface end position on the base end side of the tapered surface and a helix according to the groove portion; that the guide portion and the threaded portion are continuously formed such that the distal end portion of the threaded portion overlaps with the terminal end portion of the guide portion; and that the guide portion is a part corresponding to a range from 90° to 360° as an angle (θ3) in the direction around the axis (Ax) of the bolt from the starting end portion. that the guide portion exists on extension of a same helix as a groove of the threaded portion and is formed between a groove portion formed at a distal end portion of the threaded portion so that a depth in a radial direction of the groove portion is deeper than the groove and a surface end position on a base end side of the tapered surface; that the guide portion has a shape extending in a direction around an axis (Ax) of the bolt from a starting end portion to a terminal end portion and expanding in an axial direction of the bolt in transition from the starting end portion to the terminal end portion, the starting end portion being an intersection between the surface end position on the base end side of the tapered surface and a helix according to the groove portion; that the guide portion and the threaded portion are continuously formed such that the distal end portion of the threaded portion overlaps with the terminal end portion of the guide portion; and that the guide portion is a part corresponding to a range from 90° to 360° as an angle (θ3) in the direction around the axis (Ax) of the bolt from the starting end portion.
Method for management of multiple activities executed on at least one computer hardware resource perimeter (P1, P2, P3) configured on at least one multicellular computer platform (4A, 4B) of a multiple processor system, each operational activity containing at least one operating system capable of managing the computer resources of the perimeter on which it is intended to be executed, and the multicellular computer platform (4A, 4B) having several distinct computer hardware resource perimeters (P1, P2, P3) that can be activated successively or simultaneously on the platform (4A, 4B), characterised in that the method includes the following steps: - identification of an activity in the process of initialisation on a perimeter (P1, P2, P3) of the system, by an administration tool of the system, by means of an extended serial number (SN/ext), held in storage resources of the administration tool and containing, on the one hand, a serial number of a subsystem on which the execution of the activity is authorised and, on the other hand, an extension of the serial number, attributed to the activity, - authentication of the serial number of the subsystem as belonging to the system and on which the execution of the activity is authorised, - verification of the extended serial numbers (SN/ext) of the activities in the process of execution on the different subsystems (4A 4B) making up the system, - recording of the extended serial number (SN/ext), as an activity licence, in working memories of the computer hardware resources of the subsystem (4A, 4B) in which the perimeter (P1, P2, P3), on which the activity is in the process of initialisation, is configured. - identification of an activity in the process of initialisation on a perimeter (P1, P2, P3) of the system, by an administration tool of the system, by means of an extended serial number (SN/ext), held in storage resources of the administration tool and containing, on the one hand, a serial number of a subsystem on which the execution of the activity is authorised and, on the other hand, an extension of the serial number, attributed to the activity, - authentication of the serial number of the subsystem as belonging to the system and on which the execution of the activity is authorised, - verification of the extended serial numbers (SN/ext) of the activities in the process of execution on the different subsystems (4A 4B) making up the system, - recording of the extended serial number (SN/ext), as an activity licence, in working memories of the computer hardware resources of the subsystem (4A, 4B) in which the perimeter (P1, P2, P3), on which the activity is in the process of initialisation, is configured.
A radio device, comprising: a transmitter unit comprising a modulator configured to generate M-PAM (M-Pulse Amplitude Modulation) communications symbols containing communications data; a Fast Walsh Transform circuit connected to the modulator and configured to receive the communications symbols from the modulator and orthogonally encode and band-spread the communications symbols using the Fast Walsh Transform; a guard time circuit connected to the FWT circuit and configured to cyclically extend the output of Fast Walsh Transform circuit by a guard time; a frequency modulation circuit connected to the guard time circuit and configured to frequency modulates the communications symbols wherein a constant radius orthogonal Walsh modulated communications signal containing the communications data is generated; wherein the waveform generated by FWT is operative using adds and substracts only and said transmitter unit implemented in Field Programmable Gate Array (FPGA) circuits; further comprising an upsampling circuit that receives the signal from the FWT circuit for increasing the sampling rate on the signal containing the communications symbols; and wherein the transmitter unit further comprising a forward error correction encoder. a transmitter unit comprising a modulator configured to generate M-PAM (M-Pulse Amplitude Modulation) communications symbols containing communications data; a Fast Walsh Transform circuit connected to the modulator and configured to receive the communications symbols from the modulator and orthogonally encode and band-spread the communications symbols using the Fast Walsh Transform; a guard time circuit connected to the FWT circuit and configured to cyclically extend the output of Fast Walsh Transform circuit by a guard time; a frequency modulation circuit connected to the guard time circuit and configured to frequency modulates the communications symbols wherein a constant radius orthogonal Walsh modulated communications signal containing the communications data is generated; wherein the waveform generated by FWT is operative using adds and substracts only and said transmitter unit implemented in Field Programmable Gate Array (FPGA) circuits; further comprising an upsampling circuit that receives the signal from the FWT circuit for increasing the sampling rate on the signal containing the communications symbols; and wherein the transmitter unit further comprising a forward error correction encoder.
A vehicle suspension device (1; 201; 301) comprising: a suspension device main body configured to support a wheel of a vehicle to a vehicle body of the vehicle; and a varying device configured to cause an upper connecting portion stiffness and a lower connecting portion stiffness to be variable, the upper connecting portion stiffness being a stiffness between a vertically upper portion of the suspension device main body and the vehicle body, and the lower connecting portion stiffness being a stiffness between a vertically lower portion of the suspension device main body and the vehicle body; characterized in that the vehicle suspension device (1, 201, 301) comprises a control device configured to control the varying device at a time of braking of the vehicle to perform control which causes the upper connecting portion stiffness to be relatively decreased and causes the lower connecting portion stiffness to be relatively increased, compared to at a time of non-braking of the vehicle, and to prohibit the control which causes the upper connecting portion stiffness to be relatively decreased and causes the lower connecting portion stiffness to be relatively increased in a case where an absolute value of a braking force of the vehicle is equal to or greater than a predetermined value set in advance. a suspension device main body configured to support a wheel of a vehicle to a vehicle body of the vehicle; and a varying device configured to cause an upper connecting portion stiffness and a lower connecting portion stiffness to be variable, the upper connecting portion stiffness being a stiffness between a vertically upper portion of the suspension device main body and the vehicle body, and the lower connecting portion stiffness being a stiffness between a vertically lower portion of the suspension device main body and the vehicle body; characterized in that the vehicle suspension device (1, 201, 301) comprises a control device configured to control the varying device at a time of braking of the vehicle to perform control which causes the upper connecting portion stiffness to be relatively decreased and causes the lower connecting portion stiffness to be relatively increased, compared to at a time of non-braking of the vehicle, and to prohibit the control which causes the upper connecting portion stiffness to be relatively decreased and causes the lower connecting portion stiffness to be relatively increased in a case where an absolute value of a braking force of the vehicle is equal to or greater than a predetermined value set in advance.
Apparatus for use in a terminal device (14,16,18,20,22), the apparatus for re-establishing a call from the terminal device (14,16,18,20,22) to a conference server, comprising: means for monitoring the connection status of a call established between the terminal device (14, 16, 18, 20, 22) and a conference server; means for storing security information necessary to re-establish the call with the conference server; means for re-establishing the call where it is determined that the established call was unintentionally disconnected; and providing the stored security information to the conference server means for monitoring the connection status of a call established between the terminal device (14, 16, 18, 20, 22) and a conference server; means for storing security information necessary to re-establish the call with the conference server; means for re-establishing the call where it is determined that the established call was unintentionally disconnected; and providing the stored security information to the conference server
A method of cancelling a Circuit Switched Fallback, CSFB, procedure for a user equipment wherein a first message for initiating a CSFB procedure is sent from the user equipment to a source network and wherein the cancellation of the CSFB procedure is performed after the first message for initiating the CSFB procedure has been sent, the method being originated by the user equipment, and the method being characterized in that after the cancellation of the CSFB procedure has been initiated, the user equipment sends a second message to the source network by means of performing a Tracking Area Updating procedure, said second message comprising a new cause value said new cause value characterising the cancellation of the CSFB procedure.
A nestable hanger comprising: a support means for supportably hanging the hanger on a display; a body supported by the support means and having two pinch grips (90a, 90b) disposed thereon for retaining a garment therein; and nesting means for nesting the hanger in a stack of similar hangers such that the hanger nests within a similar hanger in the stack of similar hangers, wherein the nesting means comprises: the support means comprises a hook; and the two pinch grips (90a, 90b) being equidistant from the hook on opposite ends of the body in a first direction, the pinch grips (90a, 90b) further being offset in a second direction orthogonal to the first direction by an amount equal to a thickness of at least a portion of a corresponding hook in the stack of similar hangers and wherein the nesting means further comprises: the body having a cut-out portion corresponding to at least a portion of a hook on the stack of similar hangers to accommodate the hook in the stack of similar hangers while nested together in the stack. a support means for supportably hanging the hanger on a display; a body supported by the support means and having two pinch grips (90a, 90b) disposed thereon for retaining a garment therein; and nesting means for nesting the hanger in a stack of similar hangers such that the hanger nests within a similar hanger in the stack of similar hangers, wherein the nesting means comprises: the support means comprises a hook; and the two pinch grips (90a, 90b) being equidistant from the hook on opposite ends of the body in a first direction, the pinch grips (90a, 90b) further being offset in a second direction orthogonal to the first direction by an amount equal to a thickness of at least a portion of a corresponding hook in the stack of similar hangers and wherein the nesting means further comprises: the body having a cut-out portion corresponding to at least a portion of a hook on the stack of similar hangers to accommodate the hook in the stack of similar hangers while nested together in the stack. the support means comprises a hook; and the two pinch grips (90a, 90b) being equidistant from the hook on opposite ends of the body in a first direction, the pinch grips (90a, 90b) further being offset in a second direction orthogonal to the first direction by an amount equal to a thickness of at least a portion of a corresponding hook in the stack of similar hangers and wherein the nesting means further comprises: the body having a cut-out portion corresponding to at least a portion of a hook on the stack of similar hangers to accommodate the hook in the stack of similar hangers while nested together in the stack. the body having a cut-out portion corresponding to at least a portion of a hook on the stack of similar hangers to accommodate the hook in the stack of similar hangers while nested together in the stack.
Non therapeutic use of an Orthosiphon stamineus extract for preventing and/or reducing and/or delaying the secretion of sebum, in particular of squalene, in which the Orthosiphon stamineus extract is obtained from the leaves or from the whole plant by hot aqueous extraction or by maceration in water, an alcohol, a glycol, a polyol, a water/alcohol, water/glycol or water/polyol mixture from 100/0 to 0/100 (v/v).
A method for producing a spark plug including a center electrode, an insulator having an axial hole in an axial direction for holding the center electrode on a front end side of the axial hole, a metal shell for holding the insulator while surrounding the circumference of the insulator, and a ground electrode having one end portion joined to the metal shell, and the other end portion to which a columnar noble metal tip facing the center electrode is welded, wherein the noble metal content in a position far by about 0.05 mm inward a molten portion between the noble metal tip and the other end portion of the ground electrode from a boundary surface between the molten portion and a non-molten portion of the noble metal tip becomes 60 % or higher, the method comprising the steps of: resistance-welding a bottom surface of the noble metal tip on a side opposite to a counter surface of the noble metal tip to an inner surface of the other end portion of the ground electrode on a side opposite to the center electrode to thereby form a flange portion having a swollen outer diameter of the noble metal tip in a bottom portion of the noble metal tip; and welding the noble metal tip to the ground electrode in such a manner that a laser beam is applied on the whole circumference of the flange portion of the noble metal tip, wherein the noble metal tip (90; 190) is resistance-welded in the resistance welding step so that the sectional area of the flange portion (94; 914) in the axial direction of the noble metal tip (90; 190) is not smaller than 1.3 times as large as the area of the counter surface (91; 19 1).
A gas-liquid mixing nozzle comprising: an internal air discharge path which discharges air toward a center portion of a nozzle discharge opening; an external air discharge path which discharges air from the outer edge portion of the nozzle discharge opening; at least one liquid introduction path (B, C) which is disposed between the internal air discharge path and the external air discharge path and introduces a liquid having water and/or fuel as a main component into the nozzle discharge opening; and an impact member with which a mixture of the air from the internal air discharge path and the external air discharge path and the liquid from the liquid introduction path (B, C) mixed with each other in front of an impact surface of the impact member collides, wherein the impact member includes a penetration hole formed from the outlet of the internal air discharge path to the front end portion of the impact member. an internal air discharge path which discharges air toward a center portion of a nozzle discharge opening; an external air discharge path which discharges air from the outer edge portion of the nozzle discharge opening; at least one liquid introduction path (B, C) which is disposed between the internal air discharge path and the external air discharge path and introduces a liquid having water and/or fuel as a main component into the nozzle discharge opening; and an impact member with which a mixture of the air from the internal air discharge path and the external air discharge path and the liquid from the liquid introduction path (B, C) mixed with each other in front of an impact surface of the impact member collides, wherein the impact member includes a penetration hole formed from the outlet of the internal air discharge path to the front end portion of the impact member.
A seal, comprising a supporting body to which a disc-shaped sealing element is fixed, wherein the sealing element is fixed to the supporting body in such a way that it forms a static seal and comprises a free end characterised in that a sealing body is disposed at said free end, from which sealing body a dynamic sealing edge is formed, wherein the sealing body is made from a material differing from the sealing element, said sealing element is made from PTFE and said sealing body is made from a fluorinated rubber.