mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module having sealed vent chamber, the battery module comprising: - a plurality of electrochemical cells each having a housing and a vent configured to deploy from an end of the housing ; - a structure defining a chamber and comprising a plurality of sockets, wherein each socket is configured to receive one of the plurality of electrochemical cells such that the vent of the each of the electrochemical cells is located in the chamber; and - a seal provided between the end of the housing of each of the electrochemical cells and its associated socket, such that the seal is configured to seal the end of the housing of each of the electrochemical cells against the respective socket, wherein each seal is configured to seal gases vented into the chamber from escaping the chamber , wherein the vent is separate from the housing , wherein the housing is electrically connected to a terminal, wherein at least a portion of the seal is deformable such that gases released from the electrochemical cells into the chamber compress the deformable portion of the seal against the electrochemical cells to seal the gases in the camber, characterized in that a cell element provided in the electrochemical cell is electrically connected to the vent , wherein the vent is configured to operate as a current disconnect device by separating the vent from the housing to disrupt a flow of current from the electrochemical cell to the terminal. - a plurality of electrochemical cells each having a housing and a vent configured to deploy from an end of the housing ; - a structure defining a chamber and comprising a plurality of sockets, wherein each socket is configured to receive one of the plurality of electrochemical cells such that the vent of the each of the electrochemical cells is located in the chamber; and - a seal provided between the end of the housing of each of the electrochemical cells and its associated socket, such that the seal is configured to seal the end of the housing of each of the electrochemical cells against the respective socket, wherein each seal is configured to seal gases vented into the chamber from escaping the chamber ,
A headlight system for a banking vehicle comprising: a headlight ; and an inertial measurement unit including a processor and a motion sensor , the processor being configured to: sample yaw rate data from the motion sensor ; compare the yaw rate data to a predefined minimum yaw rate and a predefined maximum yaw rate ; when the yaw rate data is between the predefined minimum yaw rate and the predefined maximum yaw rate , set the bank angle value to zero; and when the yaw rate data is not between the predefined minimum yaw rate and the predefined maximum yaw rate , calculate the bank angle value based on roll rate data provided by the motion sensor ; wherein the processor is further configured to control an illumination pattern provided by the headlight in response to the bank angle value calculated by the processor . a headlight ; and an inertial measurement unit including a processor and a motion sensor , the processor being configured to: sample yaw rate data from the motion sensor ; compare the yaw rate data to a predefined minimum yaw rate and a predefined maximum yaw rate ; when the yaw rate data is between the predefined minimum yaw rate and the predefined maximum yaw rate , set the bank angle value to zero; and when the yaw rate data is not between the predefined minimum yaw rate and the predefined maximum yaw rate , calculate the bank angle value based on roll rate data provided by the motion sensor ; sample yaw rate data from the motion sensor ; compare the yaw rate data to a predefined minimum yaw rate and a predefined maximum yaw rate ; when the yaw rate data is between the predefined minimum yaw rate and the predefined maximum yaw rate , set the bank angle value to zero; and when the yaw rate data is not between the predefined minimum yaw rate and the predefined maximum yaw rate , calculate the bank angle value based on roll rate data provided by the motion sensor ; wherein the processor is further configured to control an illumination pattern provided by the headlight in response to the bank angle value calculated by the processor .
An electronic device comprising: a display ; an enclosure at least partially surrounding the display and comprising: a front cover assembly including a front glass member positioned over the display ; and a rear cover assembly including a rear glass member defining a protruding portion defining an opening; and a camera assembly coupled to an interior surface of the rear cover assembly and including a camera module positioned at least partially within the opening; characterized by : the protruding portion defining a textured region having a gloss value less than 50 gloss units as measured at 60 degrees, the textured region comprising surface features having: a root mean square height from 0.2 microns to 2 microns; and a root mean square slope from 0.1 to less than 1.25. a display ; an enclosure at least partially surrounding the display and comprising: a front cover assembly including a front glass member positioned over the display ; and a rear cover assembly including a rear glass member defining a protruding portion defining an opening; and a front cover assembly including a front glass member positioned over the display ; and a rear cover assembly including a rear glass member defining a protruding portion defining an opening; and a camera assembly coupled to an interior surface of the rear cover assembly and including a camera module positioned at least partially within the opening; a root mean square height from 0.2 microns to 2 microns; and a root mean square slope from 0.1 to less than 1.25.
An aging determination method of determining an aging of a battery which is a target of determination, the method comprising: with regard to a target electrode which is at least one of a positive electrode and a negative electrode of the battery , estimating a correction coefficient (ΔC c ;ΔC a ) to correct a difference between a lithium concentration distribution in the target electrode at a time of charging with a first electric current (I1) and a lithium concentration distribution in the target electrode at a time of charging with a second electric current greater than the first electric current (I1) based on a difference between an electric potential of the target electrode at the time of charging of the battery with the first electric current (I1) and an electric potential of the target electrode at the time of charging of the battery with the second electric current , and an impedance (R c 2;R a 2) of the target electrode at the time of charging with the second electric current .
A method for treating foods in at least one treatment zone , wherein the foods to be treated are filled into containers before the treatment, the containers are closed, and the containers are introduced into a treatment zone and/or conveyed through a treatment zone , and wherein the treatment zone or the treatment zones are each fed at least one liquid stream of a process liquid to act on the containers , wherein the process liquid flows around an outside of the containers , and wherein the process liquid is tempered and the treatment of the foods is executed in a treatment zone by heat transfer via the process liquid and the foods are pasteurized by a heated process liquid in at least one treatment zone , and wherein the process liquid is drained again after completed treatment of the foods out of the treatment zone , and wherein the process liquid for treating the foods is recirculated into the treatment zone or the treatment zones for reuse in the method, characterized in that during continuous treatment operation a partial quantity of the process liquid out of the total process liquid conducted through all existing treatment zones per time unit is used per time unit to form at least one stream of the process liquid , and the at least one formed stream of the process liquid is filtered by at least one membrane filtration system in order to clean the process liquid , and after the filtration process a filtered stream is at least partially fed back into an element containing and/or conducting the process liquid or into a treatment zone , wherein by means of at least one adjustable splitting means or multiple cooperating splitting means , a specifiable quantity of the process liquid is removed out of at least one element containing and/or conducting the process liquid per time unit in order to form the at least one stream of the process liquid , and wherein the total process liquid quantity used per time unit to form at least one stream of the process liquid out of at least one element containing and/or conducting the process liquid during continuous treatment operation is selected in such a way that, based on the total quantity of process liquid conducted through all existing treatment zones per time unit, at least 1% and less than 25% is used to form at least one stream of the process liquid per time unit, and this total partial quantity of the process liquid formed per time unit is filtered by means of at least one membrane filtration system .
An electronic device, comprising: a foldable flexible display including a display panel and a display substrate disposed under the display panel and having through holes ; at least one sensor module , which is disposed under the foldable flexible display , including a light emitting unit and a light receiving unit ; a supporting member formed of a rigid body and disposed between the foldable flexible display and the at least one sensor module , the supporting member having openings corresponding to at least a portion of the through holes and including a stainless steel as the rigid body, a shielding member formed of an elastic body and disposed between the at least one sensor module and the supporting member , the shielding member configured for blocking a path through which light emitted from the light emitting unit directly comes into the light receiving unit , wherein the through holes include a first through hole corresponding to the light emitting unit and a second through hole corresponding the light receiving unit , and wherein the openings include a first opening corresponding to the light emitting unit and a second opening corresponding to the light receiving unit . a foldable flexible display including a display panel and a display substrate disposed under the display panel and having through holes ; at least one sensor module , which is disposed under the foldable flexible display , including a light emitting unit and a light receiving unit ; a supporting member formed of a rigid body and disposed between the foldable flexible display and the at least one sensor module , the supporting member having openings corresponding to at least a portion of the through holes and including a stainless steel as the rigid body, a shielding member formed of an elastic body and disposed between the at least one sensor module and the supporting member , the shielding member configured for blocking a path through which light emitted from the light emitting unit directly comes into the light receiving unit , wherein the through holes include a first through hole corresponding to the light emitting unit and a second through hole corresponding the light receiving unit , and wherein the openings include a first opening corresponding to the light emitting unit and a second opening corresponding to the light receiving unit .
Security barrier comprising at least one barrier structure and at least one gate , wherein the barrier structure comprises one or more bottom panels and the gate forms a closable passage through the security barrier and wherein the gate comprises at least one base element wherein in installed state of the security barrier one or more of said one or more bottom panels rest upon the at least one base element , such that the gate is at least partly held in place by the barrier structure , the barrier structure comprises one or more front panels connected to the one or more bottom panels , and wherein the gate comprises at least one front element , connected to the at least one base element , the gate comprises one or more movable gate elements which are movable between an open position leaving the said passage through the security barrier open and a closed position closing off the passage characterized in that the gate comprises at least one post for holding at least one said gate element , wherein, in installed state of the security barrier, the at least one front element faces one or more front panels of the barrier structure and in that the post is attached to the at least one front element , such that forces acting upon the post can be absorbed by the front element and the base element .
An interrupter system comprising: a main circuit ; an auxiliary electric circuit ; a control system that includes a driving unit including an intermediate electrical path to be connected to the main electric circuit , and a driven unit to be connected to the auxiliary electric circuit; an interrupter that includes an electrical conductor to be connected to the main electric circuit , wherein the driving unit includes a primary winding forming at least part of the intermediate electrical path ; the driven unit includes a secondary winding electromagnetically coupled to the primary winding and configured to be connected to the auxiliary electric circuit , characterized in that the interrupter further includes a gas producer to be connected to the auxiliary electric circuit , the gas producer includes a heat generating element connected with the secondary winding , and a fuel or an explosive arranged around the heat generating element; and when an abnormal current, having a current value equal to or greater than a prescribed value, flows through the intermediate electric path , the primary winding of the driving unit causes the secondary winding of the driven unit to generate an induced current as a startup current to heat the explosive or the fuel, of the gas producer , by the heat generating element of the gas producer , for exploding the explosive or for burning the fuel to rupture or cut off the electrical conductor . a main circuit ; an auxiliary electric circuit ; a control system that includes a driving unit including an intermediate electrical path to be connected to the main electric circuit , and a driven unit to be connected to the auxiliary electric circuit; an interrupter that includes an electrical conductor to be connected to the main electric circuit , wherein the driving unit includes a primary winding forming at least part of the intermediate electrical path ; the driven unit includes a secondary winding electromagnetically coupled to the primary winding and configured to be connected to the auxiliary electric circuit , characterized in that the interrupter further includes a gas producer to be connected to the auxiliary electric circuit , the gas producer includes a heat generating element connected with the secondary winding , and a fuel or an explosive arranged around the heat generating element; and when an abnormal current, having a current value equal to or greater than a prescribed value, flows through the intermediate electric path , the primary winding of the driving unit causes the secondary winding of the driven unit to generate an induced current as a startup current to heat the explosive or the fuel, of the gas producer , by the heat generating element of the gas producer , for exploding the explosive or for burning the fuel to rupture or cut off the electrical conductor .
A suspension system comprising: a subframe ; an upper control arm that is pivotally mounted to the subframe ; a piston platform that is pivotally mounted to the upper control arm ; an air spring that is disposed on the piston platform ; a kingpin that is pivotally mounted to the upper control arm ; an inner steering knuckle that receives the kingpin ; a steering knuckle that is rotatably mounted to the kingpin , wherein the upper control arm is pivotally mounted to the subframe along a first axis , the kingpin is pivotally mounted to the upper control arm along a second axis , and the piston platform supports the air spring and is pivotally mounted to the upper control arm such that the piston platform pivots about a third axis with respect to the upper control arm ; characterised in that a support linkage is pivotally mounted to the inner steering knuckle and the piston platform . a subframe ; an upper control arm that is pivotally mounted to the subframe ; a piston platform that is pivotally mounted to the upper control arm ; an air spring that is disposed on the piston platform ; a kingpin that is pivotally mounted to the upper control arm ; an inner steering knuckle that receives the kingpin ; a steering knuckle that is rotatably mounted to the kingpin , wherein the upper control arm is pivotally mounted to the subframe along a first axis , the kingpin is pivotally mounted to the upper control arm along a second axis , and the piston platform supports the air spring and is pivotally mounted to the upper control arm such that the piston platform pivots about a third axis with respect to the upper control arm ; characterised in that a support linkage is pivotally mounted to the inner steering knuckle and the piston platform .
Abed , comprising: a bed body having a space for a user to rest; a monitoring device connected to the bed body , the monitoring device comprising a pressure detecting mechanism , a signal processing unit electrically coupled to the pressure detecting mechanism , and a monitoring unit electrically coupled to the signal processing unit ; wherein the pressure detecting mechanism is configured to detect pressure variations of the bed body , generate pressure data, and transmit the pressure data to the signal processing unit , the signal processing unit is configured to process the pressure data and generate processed signal data, the monitoring unit is configured to monitor the processed signal data, characterized in that the pressure detecting mechanism is a single-leg pressure detecting mechanism, including a supporting single-leg ; a bracket is provided below the supporting single-leg to enable the supporting single-leg to stably support the bed body , the supporting single-leg is provided with a pressure sensor electrically coupled to the signal processing unit , and the pressure sensor is located at a junction between the supporting single-leg of the single-leg pressure detecting mechanism and the bed body , wherein the pressure sensor is used to detect the pressure difference of the bed body in the loaded state and in the unloaded state, and the pressure variation data thereof during the rest of the user. a bed body having a space for a user to rest; a monitoring device connected to the bed body , the monitoring device comprising a pressure detecting mechanism , a signal processing unit electrically coupled to the pressure detecting mechanism , and a monitoring unit electrically coupled to the signal processing unit ; wherein the pressure detecting mechanism is configured to detect pressure variations of the bed body , generate pressure data, and transmit the pressure data to the signal processing unit , the signal processing unit is configured to process the pressure data and generate processed signal data, the monitoring unit is configured to monitor the processed signal data, characterized in that the pressure detecting mechanism is a single-leg pressure detecting mechanism, including a supporting single-leg ; a bracket is provided below the supporting single-leg to enable the supporting single-leg to stably support the bed body , the supporting single-leg is provided with a pressure sensor electrically coupled to the signal processing unit , and the pressure sensor is located at a junction between the supporting single-leg of the single-leg pressure detecting mechanism and the bed body , wherein the pressure sensor is used to detect the pressure difference of the bed body in the loaded state and in the unloaded state, and the pressure variation data thereof during the rest of the user.
System for determining the charge rate of a latent heat energy storage means, said storage means comprising a tank partially filled with a phase change material, whose phase change is accompanied by a volume variation with a heat exchanger embedded in said material, this storage means being in a fully discharged state when the phase change material is substantially totally in a first state and in a fully charged state, when the phase change material is substantially totally in a second state, comprising: - a measuring fluid intended to be poured in the tank of the storage means, and characterised in that the system comprises - means for measuring the height of the measuring fluid in the tank, and - means for calculating the charge rate of the storage means at a determined moment of its functioning, according to the difference between the height of the fluid present in the tank when the storage means is fully discharged and the height of the fluid at said determined moment. - a measuring fluid intended to be poured in the tank of the storage means, and characterised in that the system comprises - means for measuring the height of the measuring fluid in the tank, and - means for calculating the charge rate of the storage means at a determined moment of its functioning, according to the difference between the height of the fluid present in the tank when the storage means is fully discharged and the height of the fluid at said determined moment.
A positioning apparatus for providing relative movement between an outer member and an inner member , the positioning apparatus comprising: a lever element pivotably coupled to the outer member along a fulcrum member and having an actuator arm and a positioner arm ; and an actuator coupled to the actuator arm of the lever element , wherein the actuator arm extends from the fulcrum member in one direction and the positioner arm extends from the fulcrum member in a direction perpendicular to the direction of the actuator arm; characterised by first and second flexure elements extending from the positioner arm of the lever element to the inner member, wherein flexures are suitably thin and flexible, so that by their bending action, applying force is prevented that might otherwise deform inner member . a lever element pivotably coupled to the outer member along a fulcrum member and having an actuator arm and a positioner arm ; and an actuator coupled to the actuator arm of the lever element , wherein the actuator arm extends from the fulcrum member in one direction and the positioner arm extends from the fulcrum member in a direction perpendicular to the direction of the actuator arm; characterised by first and second flexure elements extending from the positioner arm of the lever element to the inner member, wherein flexures are suitably thin and flexible, so that by their bending action, applying force is prevented that might otherwise deform inner member .