mhurhangee/patent-ind-claim-en huggingface dataset:
Method for discharging at least one battery cell or a battery module including at least one battery cell , including at least the following steps: - providing the at least one battery cell as a separate battery cell or as a component of the battery module (ST0); - moving the at least one battery cell provided into a conditioning unit such that the at least one battery cell is surrounded in the conditioning unit at least in part by a cooling agent (M), to maintain the cell temperature (T10) of the at least one battery cell below a temperature limit (TG) (ST1); - setting a discharging current (I3) by a discharge current source connected to the at least one battery cell and introducing the discharge current (I3) into the at least one battery cell so that the battery cell discharges (ST2); - maintaining the discharging current (I3) such that a cell voltage (U10) of the at least one battery cell becomes negative, whereby the introducing of discharging current (I3) into the at least one battery cell is interrupted when the cell voltage (U10) has been negative for a defined holding period (dH) and/or when an amount of energy (E), which is introduced into the at least one battery cell while the cell voltage (U10) is negative, reaches or exceeds a pre-determined energy threshold value (EG) (ST3); - waiting for a holding time (dV), after the introduction of the discharging current (I3) was interrupted (ST4). - providing the at least one battery cell as a separate battery cell or as a component of the battery module (ST0); - moving the at least one battery cell provided into a conditioning unit such that the at least one battery cell is surrounded in the conditioning unit at least in part by a cooling agent (M), to maintain the cell temperature (T10) of the at least one battery cell below a temperature limit (TG) (ST1); - setting a discharging current (I3) by a discharge current source connected to the at least one battery cell and introducing the discharge current (I3) into the at least one battery cell so that the battery cell discharges (ST2); - maintaining the discharging current (I3) such that a cell voltage (U10) of the at least one battery cell becomes negative, whereby the introducing of discharging current (I3) into the at least one battery cell is interrupted when the cell voltage (U10) has been negative for a defined holding period (dH) and/or when an amount of energy (E), which is introduced into the at least one battery cell while the cell voltage (U10) is negative, reaches or exceeds a pre-determined energy threshold value (EG) (ST3); - waiting for a holding time (dV), after the introduction of the discharging current (I3) was interrupted (ST4).
A head for a pressure vessel used for water treatment resembling a cuboid and having ports for a fluid to flow from one filter housing ressembling a pipe to another or in other directions, the head is fastened to the end of the filter housing, said head is connected with the pressure vessel and has a filtering element, characterized in that the head has: a coupling for connecting the pressure vessel and the head; a port for replacing the filtering element; fastening elements in ports of the fluid for fastening heads to each other; a cylindrical cavity in the inner part of the pressure vessel parallel to the longitudinal axis of the pressure vessel, said cavity opens ports , at each end of the head, and the ports , are used for replacing the filtering element; the head is characterized in that it is connected with the pressure vessel during the manufacture of the housing, when the housing is manufactured by a reinforcement material impregnated with epoxy resin by wrapping, the wrapping material is wrapped on a mould forming the housing and on couplings of the head at the same time. a coupling for connecting the pressure vessel and the head; a port for replacing the filtering element; fastening elements in ports of the fluid for fastening heads to each other; a cylindrical cavity in the inner part of the pressure vessel parallel to the longitudinal axis of the pressure vessel, said cavity opens ports , at each end of the head, and the ports , are used for replacing the filtering element; the head is characterized in that it is connected with the pressure vessel during the manufacture of the housing, when the housing is manufactured by a reinforcement material impregnated with epoxy resin by wrapping, the wrapping material is wrapped on a mould forming the housing and on couplings of the head at the same time.
A battery output monitoring device comprising: a battery characteristics estimating unit configured to acquire a plurality of sets of measured values of a current and a voltage of a battery and to estimate an internal resistance value and a current-less voltage of the battery based on the sets of measured values; a current power calculating unit configured to calculate a current power, which is a currently available output power of the battery at a predetermined minimum voltage based on the internal resistance value and the current-less voltage; a guard power calculating unit configured to calculate, based on at least the internal resistance value, a guard power to be greater than a required power to correspond to at least a decrease in a state of charge and progress of polarization of the battery during a predetermined period, the required power being a power required for the battery to be output for the purpose of outputting a predetermined power during the predetermined period at a time of occurrence of an abnormality, and the guard power being a power required to be a currently available output power of the battery so as to output the required power at the predetermined minimum voltage during the predetermined period; and a determination unit configured to instruct an external alarm device to perform an alarm operation when a difference between the current power and the guard power is less than a predetermined value. a battery characteristics estimating unit configured to acquire a plurality of sets of measured values of a current and a voltage of a battery and to estimate an internal resistance value and a current-less voltage of the battery based on the sets of measured values; a current power calculating unit configured to calculate a current power, which is a currently available output power of the battery at a predetermined minimum voltage based on the internal resistance value and the current-less voltage; a guard power calculating unit configured to calculate, based on at least the internal resistance value, a guard power to be greater than a required power to correspond to at least a decrease in a state of charge and progress of polarization of the battery during a predetermined period, the required power being a power required for the battery to be output for the purpose of outputting a predetermined power during the predetermined period at a time of occurrence of an abnormality, and the guard power being a power required to be a currently available output power of the battery so as to output the required power at the predetermined minimum voltage during the predetermined period; and a determination unit configured to instruct an external alarm device to perform an alarm operation when a difference between the current power and the guard power is less than a predetermined value.
Atab image acquisition device, comprising an image acquisition apparatus , wherein the image acquisition apparatus comprises: a first mobile module , movable in a first direction (A); a second mobile module , movable in a second direction (B), wherein the second mobile module is installed on the first mobile module , and the second direction (B) intersects the first direction (A); an image acquisition module , installed on the second mobile module ; and a prism module , installed on the first mobile module , wherein the prism module has a reflective surface , and the reflective surface is configured to change an angle of incident light on a tab whose image is to be acquired, so that the incident light enters the image acquisition module . a first mobile module , movable in a first direction (A); a second mobile module , movable in a second direction (B), wherein the second mobile module is installed on the first mobile module , and the second direction (B) intersects the first direction (A); an image acquisition module , installed on the second mobile module ; and a prism module , installed on the first mobile module , wherein the prism module has a reflective surface , and the reflective surface is configured to change an angle of incident light on a tab whose image is to be acquired, so that the incident light enters the image acquisition module .
An accelerator card , comprising: a read-only memory configured to store a security identifier in a designated field therein; a satellite controller configured to read the security identifier in response to a reset event; and wherein the satellite controller is configured to select, based on the security identifier, a security mode from a plurality of security modes and implement the selected security mode in the accelerator card, and wherein the plurality of security modes include: an in-band security mode that designates a host processor of a host computer in communication with the accelerator card as a Root of Trust for the accelerator card; and an out-of-band security mode that designates a baseboard management controller of the host computer as the Root of Trust for the accelerator card a read-only memory configured to store a security identifier in a designated field therein; a satellite controller configured to read the security identifier in response to a reset event; and wherein the satellite controller is configured to select, based on the security identifier, a security mode from a plurality of security modes and implement the selected security mode in the accelerator card, and wherein the plurality of security modes include: an in-band security mode that designates a host processor of a host computer in communication with the accelerator card as a Root of Trust for the accelerator card; and an out-of-band security mode that designates a baseboard management controller of the host computer as the Root of Trust for the accelerator card an in-band security mode that designates a host processor of a host computer in communication with the accelerator card as a Root of Trust for the accelerator card; and an out-of-band security mode that designates a baseboard management controller of the host computer as the Root of Trust for the accelerator card
An anthelmintic composition comprising an alkaline compound and an ammonium compound, wherein the alkaline compound comprises Ca(OH) 2 or CaO and wherein Ca(OH) 2 or CaO is present at a concentration 0.01-1.0% w/v, and wherein the ammonium compound is an ammonium salt comprising NH 4 NO 3 or (NH 4 ) 2 CO 3 and is present at a concentration of at least 10% w/v, and wherein the composition further comprises an agriculturally acceptable buffering agent selected from the group consisting of TAPS, Bicine, Tris, Tricine, TAPSO, HEPES, TES, MOPS, PIPES, and MES, and wherein the formulation has a pH greater than 6.5 but less than 9.5. wherein the alkaline compound comprises Ca(OH) 2 or CaO and wherein Ca(OH) 2 or CaO is present at a concentration 0.01-1.0% w/v, and wherein the ammonium compound is an ammonium salt comprising NH 4 NO 3 or (NH 4 ) 2 CO 3 and is present at a concentration of at least 10% w/v, and wherein the composition further comprises an agriculturally acceptable buffering agent selected from the group consisting of TAPS, Bicine, Tris, Tricine, TAPSO, HEPES, TES, MOPS, PIPES, and MES, and wherein the formulation has a pH greater than 6.5 but less than 9.5.
A hinge structure , comprising: a rotating shaft and a connecting assembly ; and a driving assembly connected to the connecting assembly and the rotating shaft , wherein the driving assembly is configured to drive the connecting assembly to move relatively to the rotating shaft in a hydraulic manner or a pneumatic manner under drive of the rotating shaft when the rotating shaft rotates, wherein the driving assembly comprises: a pressure chamber comprising a medium, the medium being a gas or a liquid; and a driving member movably inserted into a first end of the pressure chamber , wherein the driving member is configured to extend and retract in the pressure chamber under the drive of the rotating shaft , characterized in that , the driving member is linked with the rotating shaft ; the connecting assembly is movably inserted into a second end of the pressure chamber ; and the driving member is configured to drive the connecting assembly to move relatively to the rotating shaft in the pressure chamber through the medium. a rotating shaft and a connecting assembly ; and a driving assembly connected to the connecting assembly and the rotating shaft , wherein the driving assembly is configured to drive the connecting assembly to move relatively to the rotating shaft in a hydraulic manner or a pneumatic manner under drive of the rotating shaft when the rotating shaft rotates, wherein the driving assembly comprises: a pressure chamber comprising a medium, the medium being a gas or a liquid; and a driving member movably inserted into a first end of the pressure chamber , wherein the driving member is configured to extend and retract in the pressure chamber under the drive of the rotating shaft , characterized in that , the driving member is linked with the rotating shaft ; the connecting assembly is movably inserted into a second end of the pressure chamber ; and the driving member is configured to drive the connecting assembly to move relatively to the rotating shaft in the pressure chamber through the medium. a pressure chamber comprising a medium, the medium being a gas or a liquid; and a driving member movably inserted into a first end of the pressure chamber , wherein the driving member is configured to extend and retract in the pressure chamber under the drive of the rotating shaft , characterized in that , the driving member is linked with the rotating shaft ; the connecting assembly is movably inserted into a second end of the pressure chamber ; and the driving member is configured to drive the connecting assembly to move relatively to the rotating shaft in the pressure chamber through the medium.
A method for monitoring the treatment efficiency of a histone deacetylase 6 (HDAC6) inhibitor in a subject comprising: a) providing a biological sample having been taken from a subject who has received a therapeutically effective amount of an HDAC6 inhibitor; b) determining the amount of the HDAC6 biomarker RNA (ribonucleic acid) consisting of the nucleic acid sequence of SEQ ID NO: 26 in the sample; and c) concluding that the HDAC6 treatment is efficient if the HDAC6 biomarker RNA consisting of the nucleic acid sequence of SEQ ID NO: 26 is down-regulated; wherein the HDAC6 inhibitor is Compound A or Compound B a) providing a biological sample having been taken from a subject who has received a therapeutically effective amount of an HDAC6 inhibitor; b) determining the amount of the HDAC6 biomarker RNA (ribonucleic acid) consisting of the nucleic acid sequence of SEQ ID NO: 26 in the sample; and c) concluding that the HDAC6 treatment is efficient if the HDAC6 biomarker RNA consisting of the nucleic acid sequence of SEQ ID NO: 26 is down-regulated;
A method of registering a portable device , associated with breathing apparatus worn by a user, onto a central monitoring station arranged to monitor registered portable devices , the method comprising: I) the portable device : sequentially transmitting discrete registration messages including an identifier identifying either the user or the portable device ; II) the central monitoring station : receiving a transmitted registration message; determining whether the identifier included in the received registration message is contained within priority data containing the identifiers of users or portable devices which should be registered with the central monitoring station ; and if it is determined that the identifier is contained within the priority data , immediately commencing a registration procedure to register the portable device with the central monitoring station ; or if it is determined that the identifier is not contained within the priority data , commencing the registration procedure after a threshold number of registration messages including the identifier have been received from the portable device . I) the portable device : sequentially transmitting discrete registration messages including an identifier identifying either the user or the portable device ; II) the central monitoring station : receiving a transmitted registration message; determining whether the identifier included in the received registration message is contained within priority data containing the identifiers of users or portable devices which should be registered with the central monitoring station ; and if it is determined that the identifier is contained within the priority data , immediately commencing a registration procedure to register the portable device with the central monitoring station ; or if it is determined that the identifier is not contained within the priority data , commencing the registration procedure after a threshold number of registration messages including the identifier have been received from the portable device . receiving a transmitted registration message; determining whether the identifier included in the received registration message is contained within priority data containing the identifiers of users or portable devices which should be registered with the central monitoring station ; and if it is determined that the identifier is contained within the priority data , immediately commencing a registration procedure to register the portable device with the central monitoring station ; or if it is determined that the identifier is not contained within the priority data , commencing the registration procedure after a threshold number of registration messages including the identifier have been received from the portable device .
A saw blade for a saw for cutting stalky stem material such as maize or millet, the saw blade having a saw edge with a series of saw teeth , the saw teeth having a plan flank and a facet flank , wherein the saw teeth are provided with a wear protection zone , which wear resistance is greater than the wear resistance of the material of the base body of the saw blade , wherein the wear protection zone is located on each plan flank of each saw tooth , the saw teeth having a cutting bevel in the area of the tooth face , starting from the facet flank , wherein the cutting bevel is configured with a space between the plan flank of the saw tooth and a dull tooth cutting edge , and wherein the cutting bevel and the facet flank are preferably configured without wear protection zone , characterised in that the wear protection zone is arranged on the plane flank of the saw tooth extending from the tooth top to or near the tooth base without extending beyond the tooth base .
A detergent composition comprising a fatty acid-transforming enzyme to impart increased suds longevity in a manual dishwashing process, wherein the enzyme is selected from the group comprising fatty acid lipoxygenases, wherein the fatty acid lipoxygenase is selected from EC 1.13.11.33 (arachidonate 15-lipoxygenase), and the detergent composition additionally comprises a surfactant system, said surfactant system comprising one or a mixture of more than one surfactants, wherein the surfactant system is present in an amount from 5 to 80 wt % of the composition and the surfactant system comprises an anionic surfactant, wherein the surfactant system comprises an amphoteric and/or a zwitterionic surfactant in addition to an anionic surfactant, wherein the anionic surfactant and the amphoteric and/or the zwitterionic surfactant are in a weight ratio of from 1:1 to less than 9:1.
An apparatus for the processing of single molecules (M), comprising: a) a bottom layer with a first elongated slit ; b) an electrically conductive top layer that is deposited on top of the bottom layer and that has a second elongated slit which is disposed above the first elongated slit to provide a nano-aperture (A) through which single molecules (M) can pass, wherein the first elongated slit is oriented oblique to the second elongated slit , characterized in that the top layer comprises graphene in five monolayers or less, and the second elongated slit divides the top layer into two disconnected parts providing two graphene electrodes. a) a bottom layer with a first elongated slit ; b) an electrically conductive top layer that is deposited on top of the bottom layer and that has a second elongated slit which is disposed above the first elongated slit to provide a nano-aperture (A) through which single molecules (M) can pass,
A hinge assembly for use in a hinged attachment of a panel relative to a frame and providing movement of the panel relative to the frame, the hinge assembly comprising: a frame mounting portion including a pair of spaced apart frame brackets each including a plate and an extending flange , each flange formed to include a hole and an arcuate passage therethrough spaced apart from the hole ; a link to provide an extension of the assembly to facilitate an extended range of motion of the hinge assembly, the link including a bearing end and a spaced apart distal end , the bearing end including a first bore and a spaced apart second bore ; a first shaft configured to extend through the holes of the flanges along a first axis ; a second shaft configured to extend through the arcuate passage of the flanges along a second axis and to move along the arcuate passage about the first axis ; a first spherical bearing positioned in the first bore of the bearing end of the link and aligned along the first axis to receive the first shaft therethrough; a second spherical bearing positioned in the second bore of the bearing end of the link and aligned along the second axis to receive the second shaft therethrough; wherein the first and second spherical bearings provide multiple degrees of motion in the hinge assembly while retaining the panel relative to the frame and are configured to allow a degree of linear as well as angular displacement movement of the panel relative to the frame . a frame mounting portion including a pair of spaced apart frame brackets each including a plate and an extending flange , each flange formed to include a hole and an arcuate passage therethrough spaced apart from the hole ; a link to provide an extension of the assembly to facilitate an extended range of motion of the hinge assembly, the link including a bearing end and a spaced apart distal end , the bearing end including a first bore and a spaced apart second bore ; a first shaft configured to extend through the holes of the flanges along a first axis ; a second shaft configured to extend through the arcuate passage of the flanges along a second axis and to move along the arcuate passage about the first axis ; a first spherical bearing positioned in the first bore of the bearing end of the link and aligned along the first axis to receive the first shaft therethrough; a second spherical bearing positioned in the second bore of the bearing end of the link and aligned along the second axis to receive the second shaft therethrough; wherein the first and second spherical bearings provide multiple degrees of motion in the hinge assembly while retaining the panel relative to the frame and are configured to allow a degree of linear as well as angular displacement movement of the panel relative to the frame .