mhurhangee/patent-ind-claim-en huggingface dataset:
A battery management system , comprising: a sensing unit configured to generate a sensing signal indicating a voltage and a current of a battery (B); a memory unit configured to store over-potential management information including a reference peak value and a reference peak voltage value; and a control unit configured to command first constant-current charging using a maximum allowable C-rate to a charging circuit configured to be connected to the battery (B), when the reference peak value is equal to or larger than a threshold peak value, in response to a charge request, wherein the control unit is configured to: determine a first differential capacity curve indicating a correlation between the voltage and differential capacity of the battery (B) in a threshold voltage range based on the sensing signal collected during the first constant-current charging, determine a first main peak value and a first main peak voltage value indicating a differential capacity and a voltage of a first peak of the first differential capacity curve, respectively, and update the reference peak value and the reference peak voltage value to be equal to the first main peak value and the first main peak voltage value, when the first main peak value is less than the threshold peak value. a sensing unit configured to generate a sensing signal indicating a voltage and a current of a battery (B); a memory unit configured to store over-potential management information including a reference peak value and a reference peak voltage value; and a control unit configured to command first constant-current charging using a maximum allowable C-rate to a charging circuit configured to be connected to the battery (B), when the reference peak value is equal to or larger than a threshold peak value, in response to a charge request, wherein the control unit is configured to: determine a first differential capacity curve indicating a correlation between the voltage and differential capacity of the battery (B) in a threshold voltage range based on the sensing signal collected during the first constant-current charging, determine a first main peak value and a first main peak voltage value indicating a differential capacity and a voltage of a first peak of the first differential capacity curve, respectively, and update the reference peak value and the reference peak voltage value to be equal to the first main peak value and the first main peak voltage value, when the first main peak value is less than the threshold peak value. determine a first differential capacity curve indicating a correlation between the voltage and differential capacity of the battery (B) in a threshold voltage range based on the sensing signal collected during the first constant-current charging, determine a first main peak value and a first main peak voltage value indicating a differential capacity and a voltage of a first peak of the first differential capacity curve, respectively, and update the reference peak value and the reference peak voltage value to be equal to the first main peak value and the first main peak voltage value, when the first main peak value is less than the threshold peak value.
Electrical connector system, comprising: - a plug connector , comprising: ∘ at least one row of terminal cavities for receiving terminals, ∘ a plug connector housing having a flexible arm arranged in a sidewall of the plug connector housing, and having primary locking means adapted to provide a primary locking function when the plug connector is in the mated position with a corresponding counter connector , - a secondary locking device arranged between an end of the at least one row of terminal cavities and the flexible arm , the secondary locking device being arranged movable relative to the plug connector housing between an open and closed position, said device having a flexible leg with secondary locking means adapted to provide a secondary locking function when the plug connector is in the mated position with the corresponding counter connector , wherein the flexible arm of the plug connector housing comprises a blocking device adapted to block the secondary locking device from moving from the open to the closed position when the plug connector is in an unmated position with the counter connector , wherein the flexible leg of the secondary locking device comprises an abutment device adapted to engage with the blocking device for said blocking, and wherein the primary and secondary locking means each comprise a protrusion , wherein said protrusions are adapted to cooperate with at least one opening in the counter connector. - a plug connector , comprising: ∘ at least one row of terminal cavities for receiving terminals, ∘ a plug connector housing having a flexible arm arranged in a sidewall of the plug connector housing, and having primary locking means adapted to provide a primary locking function when the plug connector is in the mated position with a corresponding counter connector , ∘ at least one row of terminal cavities for receiving terminals, ∘ a plug connector housing having a flexible arm arranged in a sidewall of the plug connector housing, and having primary locking means adapted to provide a primary locking function when the plug connector is in the mated position with a corresponding counter connector , - a secondary locking device arranged between an end of the at least one row of terminal cavities and the flexible arm , the secondary locking device being arranged movable relative to the plug connector housing between an open and closed position, said device having a flexible leg with secondary locking means adapted to provide a secondary locking function when the plug connector is in the mated position with the corresponding counter connector ,
An expansion bolt kit, comprising a bolt and an expansion sleeve in which the bolt is sleeved, one end of the expansion sleeve comprising an expansion portion , the expansion portion comprising a plurality of longitudinal cutouts distributed evenly around the expansion portion and adapting to divide the expansion portion into expansion pieces capable of being expanded outwardly; the bolt comprising a rod and a bolt head , the rod comprising a bare rod portion near the bolt head at one end and a threaded portion at the other end, the bare rod portion comprising a smooth outer wall, the threaded portion comprising an outer wall provided with an external thread ; the expansion sleeve comprising two half tubes that can be mated to each other, each of the half tubes comprising an upper portion and a lower portion, and the half tubes being engaged into one tube via a snap-fit structure; a circular grip hole is provided at a middle portion of an inner wall of the expansion sleeve ; an inner diameter of the circular grip hole matches an outer diameter of the bare rod portion ; characterized in that the inner diameter of the circular grip hole is slightly larger than or equal to the outer diameter of the bare rod portion and smaller than an outer diameter of the threaded portion ; the outer diameter of the threaded portion is larger than that of the bare rod portion ; one side of the circular grip hole is provided with an internal thread that matches the threaded portion ; when the expansion bolt kit is assembled, the threaded portion of the bolt is located at the side of the circular grip hole comprising the internal thread ; and the internal thread extends from the middle portion to the end or close to the end of the expansion sleeve .
A door actuator assembly for moving and for arresting a door leaf, comprising: - a guiding rail , - a element of motion linearly mobile guided in the guiding rail , - an arresting element firmly connected to the element of motion , - an arresting device for arresting and releasing the arresting element with regard to the guiding rail , - a door actuator having an output shaft , - a lever , which is connected torque-proof to the output shaft and rotatably to the element of motion , characterized in that a prolongation is disposed between the element of motion and the arresting element , which prolongation is firmly connected to the element of motion and firmly to the arresting element , wherein the prolongation is so long that, in the closed condition of the door leaf , the output shaft of the door actuator is disposed between the element of motion and the arresting device , wherein the length of the prolongation is adjustable. - a guiding rail , - a element of motion linearly mobile guided in the guiding rail , - an arresting element firmly connected to the element of motion , - an arresting device for arresting and releasing the arresting element with regard to the guiding rail , - a door actuator having an output shaft , - a lever , which is connected torque-proof to the output shaft and rotatably to the element of motion ,
A lighting device element comprising (i) at least one shaped element selected from the group consisting of a pipe-like shaped element and a rod-like shaped element , (ii) one or more functional elements selected from the group consisting of a light source , electronics for a light source , a heat sink and optics for a light source , and (iii) a support for the one or more functional elements , wherein the lighting device element comprises at least said optics as functional element, wherein the lighting device element comprises at least two monolithic bodies , each monolithic body comprising at least part of the support and at least part of the optics , with said at least two monolithic bodies providing thereby said support and said optics , wherein (a1) at least part of the support and (a2) at least part of the one or more functional elements are accommodated within and/or around the shaped element ; wherein the support and the one or more functional elements are coupled; wherein (b1) the support comprises at least part of a fastening material and/or (b2) a support assist , at least partly configured within and/or around the shaped element , comprises at least part of the fastening material and the support assist comprises a receptor opening hosting at least part of the support ; wherein adjacent to a shaped element wall of the shaped element the fastening material comprises (c1) an indentation and (c2) part of the fastening material is in pressed physical contact with said shaped element wall and/or protruding into said shaped element wall via which the support is locally fixed to the shaped element , wherein at least one of the monolithic bodies is in contact with another of the monolithic bodies and in assembled position the optics is formed by the at least two monolithic bodies .
A boom mountable robotic arm for temporarily supporting elongate conductors comprising: a rigid member adapted for mounting onto an upper end of a boom , at least one electrically insulated support post mounted to said rigid member in a vertically upright position relative to said rigid member , each post of said at least one electrically insulated support post adapted for temporarily supporting elongate electrical conductors , at least two rotation means for rotation of said rigid member and said at least one electrically insulated support post about at least two corresponding axes of rotation, wherein a first corresponding rotation means of said at least two rotation means has at least one axis of rotation extending substantially laterally across said rigid member and includes at least one device mounted between said at least one electrically insulated support post and said rigid member , said at least one device enabling controlled independent rotation of said at least one electrically insulated support post relative to and substantially along said rigid member and away from said vertically upright position, and wherein a second axis of rotation of a second corresponding rotation means of said at least two rotation means extends laterally of and between said rigid member and said upper end of said boom for rotation of said rigid member relative to said boom in a substantially vertical plane so as to level said rigid member . a rigid member adapted for mounting onto an upper end of a boom , at least one electrically insulated support post mounted to said rigid member in a vertically upright position relative to said rigid member , each post of said at least one electrically insulated support post adapted for temporarily supporting elongate electrical conductors , at least two rotation means for rotation of said rigid member and said at least one electrically insulated support post about at least two corresponding axes of rotation, wherein a first corresponding rotation means of said at least two rotation means has at least one axis of rotation extending substantially laterally across said rigid member and includes at least one device mounted between said at least one electrically insulated support post and said rigid member , said at least one device enabling controlled independent rotation of said at least one electrically insulated support post relative to and substantially along said rigid member and away from said vertically upright position, and wherein a second axis of rotation of a second corresponding rotation means of said at least two rotation means extends laterally of and between said rigid member and said upper end of said boom for rotation of said rigid member relative to said boom in a substantially vertical plane so as to level said rigid member .
A kit for setting a pressure in a surgically-implantable shunt valve, the kit comprising: a surgically-implantable shunt valve assembly having a magnetically operable motor configured to provide a selected pressure setting of the valve assembly; a monitor device configured to detect a pressure setting of the surgically-implantable valve assembly; and a programmer device having at least one programmer magnet, the at least one programmer magnet being selectively movable and configured to actuate the magnetically operable motor to allow a user to adjust the pressure setting of the valve assembly to match a pressure setpoint of the programmer; characterized in that the programmer device includes a housing , a motor coupled to the housing , and a magnet assembly coupled to the motor and configured to rotate with respect to the housing , the magnet assembly including at least one permanent magnet to apply the external magnetic field on the valve assembly, and wherein the motor includes a shaft having a driver gear , wherein the magnet assembly further includes a magnet support having a bearing, a driven gear coupled to the driver gear , a magnetic bridging plate coupled to the magnet support, and the at least one permanent magnet being coupled to the magnetic bridging plate . a surgically-implantable shunt valve assembly having a magnetically operable motor configured to provide a selected pressure setting of the valve assembly; a monitor device configured to detect a pressure setting of the surgically-implantable valve assembly; and a programmer device having at least one programmer magnet, the at least one programmer magnet being selectively movable and configured to actuate the magnetically operable motor to allow a user to adjust the pressure setting of the valve assembly to match a pressure setpoint of the programmer; characterized in that the programmer device includes a housing , a motor coupled to the housing , and a magnet assembly coupled to the motor and configured to rotate with respect to the housing , the magnet assembly including at least one permanent magnet to apply the external magnetic field on the valve assembly, and wherein the motor includes a shaft having a driver gear , wherein the magnet assembly further includes a magnet support having a bearing, a driven gear coupled to the driver gear , a magnetic bridging plate coupled to the magnet support, and the at least one permanent magnet being coupled to the magnetic bridging plate . a housing , a motor coupled to the housing , and a magnet assembly coupled to the motor and configured to rotate with respect to the housing , the magnet assembly including at least one permanent magnet to apply the external magnetic field on the valve assembly, and wherein the motor includes a shaft having a driver gear , wherein the magnet assembly further includes a magnet support having a bearing, a driven gear coupled to the driver gear , a magnetic bridging plate coupled to the magnet support, and the at least one permanent magnet being coupled to the magnetic bridging plate .
A non-aqueous liquid electrolyte to be used for a non-aqueous liquid electrolyte secondary battery comprising a negative electrode and a positive electrode, capable of intercalating and deintercalating lithium ions, and the non-aqueous liquid electrolyte, the negative electrode containing a negative-electrode active material having at least one kind of atom selected from the group consisting of Si atom, Sn atom and Pb atom, wherein said non-aqueous liquid electrolyte contains a carbonate having at least either an unsaturated bond or a halogen atom, at least one lithium salt of LiPF 6 and LiBF 4 hereinafter referred to as "first lithium salt", and at least one kind of lithium salt which is different from said first lithium salt, represented by the formula (A-1) below, hereinafter referred to as "second lithium salt", Li 1 ( α m X a n ) (A-1) wherein in the formula (A-1), l represents an integer of 1 or larger and 10 or smaller, m represents an integer of 1 or larger and 100 or smaller, n represents an integer of 1 or larger and 200 or smaller, α represents oxygen atom, and X a represents a group represented by -SO 2 R a0 , wherein R a0 represents fluorine atom or a hydrocarbon group; when R a0 is a hydrocarbon group, a part or all of the hydrogen atoms may be substituted with a fluorine atom; when the number of X a is two or more, the two or more of R a0 may be the same or different from each other; and the two or more of R a0 may be connected to each other to form a ring structure; and the second lithium salt includes lithium salts having univalent anions represented by the following formula (A-6) wherein in the formula (A-6), R a7 represents fluorine atom or a univalent hydrocarbon group that may be substituted with a fluorine atom. l represents an integer of 1 or larger and 10 or smaller, m represents an integer of 1 or larger and 100 or smaller, n represents an integer of 1 or larger and 200 or smaller, α represents oxygen atom, and X a represents a group represented by -SO 2 R a0 , wherein R a0 represents fluorine atom or a hydrocarbon group; when R a0 is a hydrocarbon group, a part or all of the hydrogen atoms may be substituted with a fluorine atom; when the number of X a is two or more, the two or more of R a0 may be the same or different from each other; and the two or more of R a0 may be connected to each other to form a ring structure; and
An impact tool comprising: a motor ; a control unit configured to perform vector control on the motor ; an output shaft configured to be coupled to a tip tool ; a transmission mechanism including an impact mechanism and configured to transmit motive power of the motor to the output shaft , the impact mechanism being configured to perform an impact operation of applying impacting force to the output shaft according to magnitude of torque applied to the output shaft ; and an impact detection unit configured to determine, based on at least one of an excitation current (id1) to be supplied to the motor or a torque current (iq1) to be supplied to the motor , whether or not the impact operation is being performed, the control unit being configured to place a limit on an increase in a number (N1) of revolutions of the motor before the impact detection unit detects the impact operation and remove the limit on the increase in the number (N1) of revolutions of the motor when the impact detection unit detects the impact operation. a motor ; a control unit configured to perform vector control on the motor ; an output shaft configured to be coupled to a tip tool ; a transmission mechanism including an impact mechanism and configured to transmit motive power of the motor to the output shaft , the impact mechanism being configured to perform an impact operation of applying impacting force to the output shaft according to magnitude of torque applied to the output shaft ; and an impact detection unit configured to determine, based on at least one of an excitation current (id1) to be supplied to the motor or a torque current (iq1) to be supplied to the motor , whether or not the impact operation is being performed, the control unit being configured to place a limit on an increase in a number (N1) of revolutions of the motor before the impact detection unit detects the impact operation and remove the limit on the increase in the number (N1) of revolutions of the motor when the impact detection unit detects the impact operation.
A dispensing device for dispensing a fluid product including a rigid cylindrical body the main axis of the body of which is vertically oriented, a rigid piston mainly horizontally oriented and which is slidably movable along the vertical direction inside the body , and an upper sampling wall which plugs the upper end of the body , wherein the body , the piston and the upper wall delimit a volume for being filled by a product to be dispensed; wherein said upper wall includes a slit stopper which is able to be opened to enable said volume to be connected with the outside, wherein said upper wall is elastically deformable and is able to be deformed inwardly of said volume when a pressure is manually exerted on the upper wall , to cause an increase in the pressure inside the volume and cause the slit stopper to be opened, characterised in that the piston bears an O-ring which is radially compressed between an inner cylindrical wall of the body and a wall of the piston , said wall of the piston including a conical-shaped segment opened towards the upper wall against which the O-ring bears when the piston is driven to move apart from the upper wall , to prevent the piston from moving apart from the upper wall when a pressure is exerted on the upper wall .