mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a turbocharger system fluidly connected to an exhaust manifold of a combustion engine in a vehicle , said turbocharger system comprising a turbocharger turbine operable by exhaust gases from said exhaust manifold, and a tank with pressurized gas, said tank being fluidly connectable to said turbocharger turbine, said method comprising the steps of: predicting the coming drive conditions of the vehicle, injecting pressurized gas from said tank to drive said turbocharger turbine such that the turbocharger turbine is at least partly driven by said pressurized gas, in response to the predicted drive conditions, wherein the predicted drive conditions are indicative of the need for injection of pressurized gas from said tank, where the step of injecting pressurized gas from the tank is dependent on a gear shifting operation, wherein said vehicle further comprises a gear box or transmission system coupled to the combustion engine, wherein said method comprises the step of: executing a first gear shifting operation, and subsequently executing a second gear shifting operation, and wherein the step of injecting pressurized gas from said tank to drive said turbocharger turbine is carried out between the step of executing a first gear shifting operation and the step of executing a second gear shifting operation. predicting the coming drive conditions of the vehicle, injecting pressurized gas from said tank to drive said turbocharger turbine such that the turbocharger turbine is at least partly driven by said pressurized gas, in response to the predicted drive conditions, wherein the predicted drive conditions are indicative of the need for injection of pressurized gas from said tank, where the step of injecting pressurized gas from the tank is dependent on a gear shifting operation, wherein said vehicle further comprises a gear box or transmission system coupled to the combustion engine, wherein said method comprises the step of: executing a first gear shifting operation, and subsequently executing a second gear shifting operation, and wherein the step of injecting pressurized gas from said tank to drive said turbocharger turbine is carried out between the step of executing a first gear shifting operation and the step of executing a second gear shifting operation. executing a first gear shifting operation, and subsequently executing a second gear shifting operation, and wherein the step of injecting pressurized gas from said tank to drive said turbocharger turbine is carried out between the step of executing a first gear shifting operation and the step of executing a second gear shifting operation.
A printhead comprising: a plurality of jetting channels ; and a manifold apparatus fluidly coupled to the jetting channels ; wherein for each jetting channel of the plurality, the printhead includes: a first fluid path between the jetting channel and the manifold apparatus; and a second fluid path between the jetting channel and the manifold apparatus; wherein the jetting channel is configured to jet a print fluid via pressure waves generated in a pressure chamber of the jetting channel ; wherein lengths of the first fluid path and the second fluid path are different by a threshold length, so that an arrival time of the pressure waves at the manifold apparatus are different by a threshold time; characterized in that the threshold time is approximately a half resonant cycle or a multiple of the half resonant cycle. a plurality of jetting channels ; and a manifold apparatus fluidly coupled to the jetting channels ; wherein for each jetting channel of the plurality, the printhead includes: a first fluid path between the jetting channel and the manifold apparatus; and a second fluid path between the jetting channel and the manifold apparatus; wherein the jetting channel is configured to jet a print fluid via pressure waves generated in a pressure chamber of the jetting channel ; a first fluid path between the jetting channel and the manifold apparatus; and a second fluid path between the jetting channel and the manifold apparatus; wherein the jetting channel is configured to jet a print fluid via pressure waves generated in a pressure chamber of the jetting channel ; wherein lengths of the first fluid path and the second fluid path are different by a threshold length, so that an arrival time of the pressure waves at the manifold apparatus are different by a threshold time; characterized in that the threshold time is approximately a half resonant cycle or a multiple of the half resonant cycle.
A secondary battery, comprising an electrode assembly , a housing , a top cover assembly and an insulating member ; an outer surface of the electrode assembly comprises two first surfaces and two second surfaces , and the two first surfaces are located respectively at two ends of the electrode assembly in a thickness direction (Y); the second surfaces are extended from the ends of the first surfaces along a width direction (X), and intersecting lines (L) are formed between the first surfaces and the second surfaces ; the housing has an opening and forms an accommodating cavity, the electrode assembly is located inside the accommodating cavity of the housing , and the top cover assembly is connected to the housing ; the insulating member comprises two first insulating sheets , and the two first insulating sheets are disposed respectively at two sides of the electrode assembly along the thickness direction (Y); and the first insulating sheet comprises a first part , and along the width direction (X), an edge (E2) of the first part does not go beyond the intersecting line (L), wherein the first insulating sheet further comprises a second part , and the second part is disposed at a side of the first part close to the top cover assembly ; and along the width direction (X), an edge (E1) of the second part goes beyond the edge (E2) of the first part , wherein the first insulating sheet further comprises a third part disposed between the first part and the second part , and along a direction close to the first part , the third part is progressively reduced in dimension along the width direction (X). an outer surface of the electrode assembly comprises two first surfaces and two second surfaces , and the two first surfaces are located respectively at two ends of the electrode assembly in a thickness direction (Y); the second surfaces are extended from the ends of the first surfaces along a width direction (X), and intersecting lines (L) are formed between the first surfaces and the second surfaces ; the housing has an opening and forms an accommodating cavity, the electrode assembly is located inside the accommodating cavity of the housing , and the top cover assembly is connected to the housing ; the insulating member comprises two first insulating sheets , and the two first insulating sheets are disposed respectively at two sides of the electrode assembly along the thickness direction (Y); and the first insulating sheet comprises a first part , and along the width direction (X), an edge (E2) of the first part does not go beyond the intersecting line (L), wherein the first insulating sheet further comprises a second part , and the second part is disposed at a side of the first part close to the top cover assembly ; and along the width direction (X), an edge (E1) of the second part goes beyond the edge (E2) of the first part , wherein the first insulating sheet further comprises a third part disposed between the first part and the second part , and along a direction close to the first part , the third part is progressively reduced in dimension along the width direction (X).
Retaining device for the drainage of flat roofs, comprising a catchment basket and a holding device for fixing the retaining device in a gutter , wherein the holding device comprises a base body , holding arms pivotably mounted on the base body and means for pivoting the holding arms between a holding position and a release position, characterised in that the means for pivoting the holding arms comprises a toothed sleeve with one or more external tooth strips , that the base body has a central bore , that the toothed sleeve is guided axially displaceably in the central bore , and that each holding arm has multiple teeth which mesh with the tooth strip of the toothed sleeve assigned to this holding arm.
A polyimide resin comprising a structural unit A derived from a tetracarboxylic dianhydride and a structural unit B derived from a diamine, the structural unit A comprising a structural unit (A-1) derived from a compound represented by the following formula (a-1), the structural unit B comprising a structural unit derived from an aliphatic diamine: wherein the structural unit B contains at least one selected from the group consisting of a structural unit (B-1) derived from a compound represented by the following formula (b-1), a structural unit (B-2) derived from a compound represented by the following formula (b-2), and a structural unit (B-3) derived from a compound represented by the following formula (b-3): and wherein the proportion of the total of the structural units derived from an aliphatic diamine in the structural unit B of the polyimide resin is 20 1 to 90 mol%. the structural unit A comprising a structural unit (A-1) derived from a compound represented by the following formula (a-1), the structural unit B comprising a structural unit derived from an aliphatic diamine: wherein the structural unit B contains at least one selected from the group consisting of a structural unit (B-1) derived from a compound represented by the following formula (b-1), a structural unit (B-2) derived from a compound represented by the following formula (b-2), and a structural unit (B-3) derived from a compound represented by the following formula (b-3): and wherein the proportion of the total of the structural units derived from an aliphatic diamine in the structural unit B of the polyimide resin is 20 1 to 90 mol%.
Household appliance , comprising a casing in which a tub is arranged, further comprising a drum rotatable mounted in said tub , further comprising a tub outlet through which washing liquid can be drained from said tub , further comprising an air chamber which is suitable to be associated to a water level sensor for measuring the level of said washing liquid in said tub , further comprising a drain hose for draining washing liquid to the outside of said appliance , further comprising a filter assembly comprising: - an assembly housing , - a tub inlet fluidly connected to said tub outlet, - an air chamber inlet fluidly connected to said air chamber , - a drain outlet fluidly connected to said drain hose, said filter assembly further comprising a filter and a pump , whereby said assembly housing has at least one open extremity and is configured to receive said filter and to get connected to said pump at said open extremity , characterized in that said filter is configured to act as a valve which allows or blocks water passage between said tub inlet and said pump and/or said open extremity , whereby said filter comprises a filter housing and a floating valve body allowed to float within said filter housing , and whereby said filter housing comprises an opening against which said floating valve body can be pressed. a filter assembly comprising: - an assembly housing , - a tub inlet fluidly connected to said tub outlet, - an air chamber inlet fluidly connected to said air chamber , - a drain outlet fluidly connected to said drain hose, - an assembly housing , - a tub inlet fluidly connected to said tub outlet, - an air chamber inlet fluidly connected to said air chamber , - a drain outlet fluidly connected to said drain hose, said filter assembly further comprising a filter and a pump , whereby said assembly housing has at least one open extremity and is configured to receive said filter and to get connected to said pump at said open extremity , characterized in that said filter is configured to act as a valve which allows or blocks water passage between said tub inlet and said pump and/or said open extremity , whereby said filter comprises a filter housing and a floating valve body allowed to float within said filter housing , and whereby said filter housing comprises an opening against which said floating valve body can be pressed.
A method for assembling a multi-cell field-erected cooling tower frame, comprising: assembling framework for a first section of the cooling tower frame, said first section having an advancing face and a trailing face ; affixing one or more scaffold walkways and railings in said first section adjacent to said trailing face; advancing said first section a predetermined distance in a direction faced by said advancing face; assembling a second section of the cooling tower frame, with said scaffold walkways on said trailing face of said first section supporting assembly workers as they assemble said second section; when said second section of said cooling tower frame is assembled or nearly assembled, advancing said first section in a direction away from said second section to make room for assembly of a third section; assembling a third section of the cooling tower frame, with said scaffold walkways on said trailing face of said first section supporting assembly workers as they assemble said third section; assembling subsequent sections and advancing said first section following assembly of each subsequent section until said first section is advanced into a first section final location; and assembling a final section and attaching said final section to a last previously assembled section and to said first section. assembling framework for a first section of the cooling tower frame, said first section having an advancing face and a trailing face ; affixing one or more scaffold walkways and railings in said first section adjacent to said trailing face; advancing said first section a predetermined distance in a direction faced by said advancing face; assembling a second section of the cooling tower frame, with said scaffold walkways on said trailing face of said first section supporting assembly workers as they assemble said second section; when said second section of said cooling tower frame is assembled or nearly assembled, advancing said first section in a direction away from said second section to make room for assembly of a third section; assembling a third section of the cooling tower frame, with said scaffold walkways on said trailing face of said first section supporting assembly workers as they assemble said third section; assembling subsequent sections and advancing said first section following assembly of each subsequent section until said first section is advanced into a first section final location; and assembling a final section and attaching said final section to a last previously assembled section and to said first section.
A method for generating an accelerator program, comprising obtaining an accelerator program description that is based on a state machine, wherein the accelerator program description comprises multiple state machines configured to implement an application program, and the multiple state machines form a pipeline according to a data dependency in a directed acyclic graph, DAG corresponding to the application program, wherein, the multiple state machines form a pipeline according to a data dependency in a directed acyclic graph, comprises: separately creating state machines of multiple nodes in the DAG by using the accelerator instruction set, and establishing the pipeline between the state machines according to a time delay indicated by a side in the DAG; and performing state machine splicing on the state machines in the accelerator program description by using an accelerator compilation tool, to generate an accelerator program, wherein the performing state machine splicing on the state machines comprises: searching, under a timing constraint relationship between the different state machines, for program blocks that can be concurrently executed and that are among multiple state machines, and simultaneously executing the blocks that can be concurrently executed.
Lighting actuator for communicating data from a source node unit communicatively coupled with the lighting actuator to a data end node unit wirelessly via light waves, wherein the lighting actuator comprises a network interface to receive a temporary data path definition assigning the lighting actuator as selected data injection unit for embedding data from the source node unit into light waves for emission to the data end node unit and a light channel configuration assigning respective light channels to respective data end node units including the data end node unit in accordance with an application control plan coordinating operation of a plurality of lighting actuators, and a configuration module configured to assign a light channel to the data end node unit according to the light channel configuration received by the lighting actuator , wherein data communication addressed to the data end node unit and received in accordance with the temporary data path definition is forwarded to the data end node unit using the assigned light channel.
Method for testing a battery state of at least one battery , in particular for the identification of a battery defect, comprising at least the following steps: Execution of a first impedance test for determining the internal resistance of the battery , wherein the battery is excited by means of an electric current characteristic at a specific frequency, and a resulting voltage response of the battery is measured; Capture and saving of the measurement results of this first impedance test ; Execution of a high-rate discharge test of the battery by the application of a test pulse or discharge pulse; Execution of a second impedance test ; Capture and saving of the measurement results of this second impedance test ; Test evaluation , wherein the measurement results of the first and the second impedance test are considered in relation to one another, such that the battery state can be inferred therefrom; wherein a differential is formed between the measurement result of the first and the second impedance test , in order to infer herefrom whether this differential value lies outside a stipulated limit or a stipulated interval . Execution of a first impedance test for determining the internal resistance of the battery , wherein the battery is excited by means of an electric current characteristic at a specific frequency, and a resulting voltage response of the battery is measured; Capture and saving of the measurement results of this first impedance test ; Execution of a high-rate discharge test of the battery by the application of a test pulse or discharge pulse; Execution of a second impedance test ; Capture and saving of the measurement results of this second impedance test ; Test evaluation , wherein the measurement results of the first and the second impedance test are considered in relation to one another, such that the battery state can be inferred therefrom; wherein a differential is formed between the measurement result of the first and the second impedance test , in order to infer herefrom whether this differential value lies outside a stipulated limit or a stipulated interval .
A ski or walking pole connection system for releasably connecting a hand strap to a handle of the pole , wherein the system comprises a buckle connected to the hand strap , and a locking device connected to the handle , wherein the locking device is adapted to receive the buckle for locking the buckle and connecting the hand strap to the handle of the pole ; - the locking device comprises a locking device lower end , a locking device upper end , a recess and a first edge , wherein the recess is located at the locking device lower end and the first edge is located at a first distance between the locking device lower end and the locking device upper end , the recess having an opening facing the first edge , - the buckle comprises a buckle lower end , a buckle upper end , a locking head and a second edge , wherein the locking head is located at the buckle lower end and the second edge is located with a second distance between the buckle lower end and the buckle upper end , and wherein the locking head is adapted to be inserted into the recess through the opening and the buckle is locked by the first edge abutting the second edge , wherein the buckle comprises a puller for release of the buckle from the locking device , the puller is connected to the buckle adjacent the buckle upper end , the puller is configured to lift the second edge such that the first and second edge are no longer abutting, and the locking head is released from the recess . - the locking device comprises a locking device lower end , a locking device upper end , a recess and a first edge , wherein the recess is located at the locking device lower end and the first edge is located at a first distance between the locking device lower end and the locking device upper end , the recess having an opening facing the first edge , - the buckle comprises a buckle lower end , a buckle upper end , a locking head and a second edge , wherein the locking head is located at the buckle lower end and the second edge is located with a second distance between the buckle lower end and the buckle upper end , and wherein the locking head is adapted to be inserted into the recess through the opening and the buckle is locked by the first edge abutting the second edge ,
A road dust collection and drainage canal system, wherein a road edge of a road surface is provided with a dust collection and drainage canal , the dust collection and drainage canal is composed of a drainage ditch and a cover plug that covers the drainage ditch , the cover plug including a side surface, a cover plug head , cover plug shoulders , and a front surface, the front surface directed towards the road surface ; the cover plug head is embedded in the drainage ditch , the cover plug shoulders are supported on platforms formed by left and right ditch walls of the drainage ditch in mounting position, when the side surface points to the front, said left and right ditch walls bear the weight of the whole cover plug ; and the front surface forms a dust absorption channel with an entity of the cover plug of the drainage ditch . the dust absorption channel communicates the drainage ditch with an external space through an area, a minimum size of the area determining a diameter of smallest debris capable of entering the area, and dust and debris on the road surface get into and fall into a bottom of the drainage ditch from the external space through the dust absorption channel under driving of wind or rainwater, characterized in that the side surface is in a T-shape, and the front surface is in an inverted U-shape.