mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a tissue having renal cell carcinoma having poor prognosis, comprising: subjecting sample DNA to ion exchange chromatography, wherein the sample DNA is obtained by treating target genomic DNA prepared from a renal tissue of a subject with bisulfite, followed by PCR amplification, wherein the subject is a renal cell carcinoma patient or a patient whose renal cell carcinoma has been treated by surgical operation, and who is in need of determination of the prognosis of the renal cell carcinoma; calculating a derivative value of a detection signal of the chromatography; and determining the renal tissue as being a tissue having renal cell carcinoma having poor prognosis when the derivative value calculated in the step has two or more maximums, wherein the target genomic DNA comprises a CpG island in at least one gene selected from the group consisting of FAM150A, GRM6, ZNF540, ZFP42, ZNF154, RIMS4, PCDHAC1, KHDRBS2, ASCL2, KCNQ1, PRAC, WNT3A, TRH, FAM78A, ZNF671, SLC13A5, and NKX6-2. subjecting sample DNA to ion exchange chromatography, wherein the sample DNA is obtained by treating target genomic DNA prepared from a renal tissue of a subject with bisulfite, followed by PCR amplification, wherein the subject is a renal cell carcinoma patient or a patient whose renal cell carcinoma has been treated by surgical operation, and who is in need of determination of the prognosis of the renal cell carcinoma; calculating a derivative value of a detection signal of the chromatography; and determining the renal tissue as being a tissue having renal cell carcinoma having poor prognosis when the derivative value calculated in the step has two or more maximums,
A vehicle structure comprising an anti-roll mechanism , the mechanism including an anti-roll bar having a central section and a lever arm section at either end of the central section, the central section being mounted in a transverse direction of the vehicle via a pair of spaced supports and the lever arm sections , each being operatively coupled to a mounting on the vehicle by means of a sliding bush ; wherein the anti-roll bar is of unitary construction; and is substantially longitudinally fixed relative to the vehicle structure; and wherein each sliding bush is substantially longitudinally fixed relative to the vehicle structure, and is pivotably mounted relative to the vehicle structure; and wherein the vehicle has a body supported on a pair of laterally spaced wheels via a suspension system which allows relative movement between said wheels and the body , the effective length of each lever arm section being independently variable in dependence on suspension movement on its respective side of the vehicle; characterized in that : the wheels are mounted to a rigid axle , the central section of the anti-roll bar being mounted to the rigid axle via the spaced supports , each of the sliding bushes being mounted to the vehicle chassis on a respective side of the vehicle. wherein the anti-roll bar is of unitary construction; and is substantially longitudinally fixed relative to the vehicle structure; and wherein each sliding bush is substantially longitudinally fixed relative to the vehicle structure, and is pivotably mounted relative to the vehicle structure; and wherein the vehicle has a body supported on a pair of laterally spaced wheels via a suspension system which allows relative movement between said wheels and the body , the effective length of each lever arm section being independently variable in dependence on suspension movement on its respective side of the vehicle; characterized in that : the wheels are mounted to a rigid axle , the central section of the anti-roll bar being mounted to the rigid axle via the spaced supports , each of the sliding bushes being mounted to the vehicle chassis on a respective side of the vehicle.
A filter element comprising: a filter medium configured as a hollow filter medium body; an upper end plate arranged on an upper axial end of the hollow filter medium body, the upper end plate having a central tubular projection arranged on an axially outer side of the upper end plate ; a first valve seat arranged within an interior of the central tubular projection ; and a first check valve arranged within the interior of the central tubular projection on the first valve seat and adapted to allow fluid flow in a first direction and block fluid flow in an opposite second direction, characterized in that the central tubular projection includes a plurality of axially extending grooves formed into a radially outer surface of the central tubular projection . a filter medium configured as a hollow filter medium body; an upper end plate arranged on an upper axial end of the hollow filter medium body, the upper end plate having a central tubular projection arranged on an axially outer side of the upper end plate ; a first valve seat arranged within an interior of the central tubular projection ; and a first check valve arranged within the interior of the central tubular projection on the first valve seat and adapted to allow fluid flow in a first direction and block fluid flow in an opposite second direction, characterized in that the central tubular projection includes a plurality of axially extending grooves formed into a radially outer surface of the central tubular projection .
A lithium secondary battery comprising: a positive electrode containing a positive electrode active material containing lithium; a negative electrode facing the positive electrode , the negative electrode including a negative electrode current collector ; a separator disposed between the positive and negative electrodes ; and a nonaqueous electrolyte having lithium-ion conductivity, the the negative electrode current collector including: a layer having a first surface (S1) and a second surface (S2) opposite to the first surface (S1); first protrusions protruding from the first surface (S1); and second protrusions protruding from the second surface (S2), the first and second surfaces (S1, S2) being surfaces on which lithium metal is deposited during charge; wherein, when viewed in a direction of a normal to the first surface (S1), a total area of overlap between the first protrusions and the second protrusions is 1/2 or less of a total area of the first protrusions . a positive electrode containing a positive electrode active material containing lithium; a negative electrode facing the positive electrode , the negative electrode including a negative electrode current collector ; a separator disposed between the positive and negative electrodes ; and a nonaqueous electrolyte having lithium-ion conductivity, the the negative electrode current collector including: a layer having a first surface (S1) and a second surface (S2) opposite to the first surface (S1); first protrusions protruding from the first surface (S1); and second protrusions protruding from the second surface (S2), a layer having a first surface (S1) and a second surface (S2) opposite to the first surface (S1); first protrusions protruding from the first surface (S1); and second protrusions protruding from the second surface (S2), the first and second surfaces (S1, S2) being surfaces on which lithium metal is deposited during charge; wherein, when viewed in a direction of a normal to the first surface (S1), a total area of overlap between the first protrusions and the second protrusions is 1/2 or less of a total area of the first protrusions .
A method for generating information identification code, implemented by a server, comprising: requesting (S401) a user's code generation seed from a code identifying party; receiving a first code generation seed from the code identifying party; characterized by : caching (S402) the first code generation seed on the server and synchronizing the first code generation seed to a client of the user, for the user to generate the information identification code, wherein the synchronized first code generation seed is cached on the client; receiving a code generation seed request from the client; and when determining an external failure occurs, sending a first response message to the client instructing the user to use the cached first code generation seed on the client, wherein the external failure is associated with loss of connection with the code identifying party. requesting (S401) a user's code generation seed from a code identifying party; receiving a first code generation seed from the code identifying party; characterized by : caching (S402) the first code generation seed on the server and synchronizing the first code generation seed to a client of the user, for the user to generate the information identification code, wherein the synchronized first code generation seed is cached on the client; receiving a code generation seed request from the client; and when determining an external failure occurs, sending a first response message to the client instructing the user to use the cached first code generation seed on the client, wherein the external failure is associated with loss of connection with the code identifying party. caching (S402) the first code generation seed on the server and synchronizing the first code generation seed to a client of the user, for the user to generate the information identification code, wherein the synchronized first code generation seed is cached on the client; receiving a code generation seed request from the client; and when determining an external failure occurs, sending a first response message to the client instructing the user to use the cached first code generation seed on the client, wherein the external failure is associated with loss of connection with the code identifying party.
Drain insert arrangement for a building, the building having a drain pipe, the drain insert arrangement comprising a connector having - an elongated hollow drain pipe insert having a lower end for insertion into a drain pipe and an upper end , - a sealing flange for creating a seal against a floor surrounding the drain pipe, the sealing flange further being arranged on said upper end and extending radially from the drain pipe insert , - the connector further comprising at least one deformable element arranged on the drain pipe insert , characterized by the drain insert arrangement further comprising a valve for guiding a fluid into the drain pipe, said valve having a central passage and being mounted in the drain pipe insert , and - the connector comprising a locking mechanism which is configured for cooperating with a corresponding locking mechanism in the valve which is mounted in the connector, wherein said connector and said valve each comprises a locking mechanism (27; 37") configured for cooperating with each other, thereby locking the valve in place inside the drain pipe insert of the connector. - an elongated hollow drain pipe insert having a lower end for insertion into a drain pipe and an upper end , - a sealing flange for creating a seal against a floor surrounding the drain pipe, the sealing flange further being arranged on said upper end and extending radially from the drain pipe insert , - the connector further comprising at least one deformable element arranged on the drain pipe insert , characterized by the drain insert arrangement further comprising a valve for guiding a fluid into the drain pipe, said valve having a central passage and being mounted in the drain pipe insert , and characterized by the drain insert arrangement further comprising a valve for guiding a fluid into the drain pipe, said valve having a central passage and being mounted in the drain pipe insert , and - the connector comprising a locking mechanism which is configured for cooperating with a corresponding locking mechanism in the valve which is mounted in the connector, wherein said connector and said valve each comprises a locking mechanism (27; 37") configured for cooperating with each other, thereby locking the valve in place inside the drain pipe insert of the connector.
A method for adjusting drive parameters for one or more loudspeakers each comprising one or more transducers, comprising: driving , by an audio source , the one or more transducers of the one or more loudspeakers to output sound based on a first set of drive parameters; detecting a change to one loudspeaker of the one or more loudspeakers based on one or more sensors integrated within a cabinet of the one loudspeaker; if the change is a level of movement that is below a threshold level, adjusting , the first set of drive parameters to account for the change of the one loudspeaker to produce a second set of drive parameters, if the change is a level of movement that is not below the threshold level, performing a full recalibration of the one or more speakers, including ascertaining an environment surrounding the one or more loudspeakers, to produce the second set of drive parameters; wherein the second set of drive parameters comprises a change in delays and gain values as compared to the first set of drive parameters; and driving , by the audio source, the transducers of the one or more loudspeakers to output sound based on the second set of drive parameters. driving , by an audio source , the one or more transducers of the one or more loudspeakers to output sound based on a first set of drive parameters; detecting a change to one loudspeaker of the one or more loudspeakers based on one or more sensors integrated within a cabinet of the one loudspeaker; if the change is a level of movement that is below a threshold level, adjusting , the first set of drive parameters to account for the change of the one loudspeaker to produce a second set of drive parameters, if the change is a level of movement that is not below the threshold level, performing a full recalibration of the one or more speakers, including ascertaining an environment surrounding the one or more loudspeakers, to produce the second set of drive parameters; wherein the second set of drive parameters comprises a change in delays and gain values as compared to the first set of drive parameters; and driving , by the audio source, the transducers of the one or more loudspeakers to output sound based on the second set of drive parameters.
Bipolar plate assembly for a fuel cell or a fuel cell stack having at least a first flow field plate and a second flow field plate , wherein the first flow field plate and the second flow filed plate are fastened on top of each other, and both the first flow field plate and the second flow field plate have a flow field for the reactants at one side and a flow field for a cooling fluid on the other side, wherein in the bipolar plate assembly, the cooling fluid flow fields are facing each other, and the reactant fluid flow fields are arranged at the outside surfaces of the bipolar plate assembly, characterized in that the bipolar plate assembly has a first area (I), in which an edge of the first flow field plate is flush with an edge of the second flow field plate , and has at least one second area (II), in which the edge of the first flow field plate is recessed from the edge of the second flow field plate .
An automated supply chain for end to end tracking of eaches, comprising: one or more distribution centers for receiving eaches from a manufacturer and delivering the eaches to a market; one or more of pallets, cases and totes for transporting the eaches, the one or more pallets, cases and totes comprising tracking systems; a plurality of robots at the one or more distribution centers for sorting eaches for shipment between the one or more distribution centers and the market; and a unified commerce engine (UCE) comprising at least one processor and at least one non-transitory memory including computer program code, the unified commerce engine configured to receive and store identification information from the tracking systems, the UCE tracking locations of eaches within the pallets, cases and totes in each of the one or more distribution centers from receipt from the manufacturer to delivery to the market using the identification information. one or more distribution centers for receiving eaches from a manufacturer and delivering the eaches to a market; one or more of pallets, cases and totes for transporting the eaches, the one or more pallets, cases and totes comprising tracking systems; a plurality of robots at the one or more distribution centers for sorting eaches for shipment between the one or more distribution centers and the market; and a unified commerce engine (UCE) comprising at least one processor and at least one non-transitory memory including computer program code, the unified commerce engine configured to receive and store identification information from the tracking systems, the UCE tracking locations of eaches within the pallets, cases and totes in each of the one or more distribution centers from receipt from the manufacturer to delivery to the market using the identification information.
A system to provide a pressurized fluid, comprising: a pump having a pump inlet and a pump outlet , the pump to provide a fluid flow; a bypass path to direct the fluid flow from the pump outlet to the pump inlet ; a load path having a load path pressure, the load path including: a fluid accumulator to accumulate a fluid volume; and at least one load device ; and a bypass regulator valve in fluid communication with the pump outlet , the bypass path , and the load path ; and a controller to control the bypass regulator valve to direct the fluid flow to either the load path in response to the load path pressure being less than a low load path threshold pressure via the bypass regulator valve or to the bypass path in response to the load path pressure being greater than a high load path threshold pressure, and characterized in that the system further comprises a return path to divert excess and unneeded pressurized fluid provided to the at least one load device from an outlet of the at least one load device to the pump inlet . a pump having a pump inlet and a pump outlet , the pump to provide a fluid flow; a bypass path to direct the fluid flow from the pump outlet to the pump inlet ; a load path having a load path pressure, the load path including: a fluid accumulator to accumulate a fluid volume; and at least one load device ; and a fluid accumulator to accumulate a fluid volume; and at least one load device ; and a bypass regulator valve in fluid communication with the pump outlet , the bypass path , and the load path ; and a controller to control the bypass regulator valve to direct the fluid flow to either the load path in response to the load path pressure being less than a low load path threshold pressure via the bypass regulator valve or to the bypass path in response to the load path pressure being greater than a high load path threshold pressure, and characterized in that the system further comprises a return path to divert excess and unneeded pressurized fluid provided to the at least one load device from an outlet of the at least one load device to the pump inlet .
Hand-held power tool having a drive unit for rotationally driving an output spindle , wherein the drive unit has a drive motor and can be changed over between a first direction of rotation and a second direction of rotation in order to make it possible to drive the output spindle in the first or second direction of rotation, wherein at least one operating element is provided to initiate a changeover operation for changing over the drive unit between the first direction of rotation and the second direction of rotation, which operating element is in the form of a monostable switching element, characterized in that the drive motor can be actuated via a manual switch , and control electronics are provided and are designed to cause a changeover operation for changing over the drive motor between the first direction of rotation and the second direction of rotation, when the at least one operating element in the form of a monostable switching element is actuated, in such a manner that, if the drive unit is driven in the clockwise direction before actuation of the operating element , the drive unit is driven in the anticlockwise direction after actuation of the operating element and vice versa.
Device for storing smoking products, having a case and at least one receiving space for at least one smoking product , the receiving space being enclosed by the case, wherein the case has a basic structure and a lid , to which the basic structure can be connected in a releasable manner, so that the at least one receiving space can be opened in order for the smoking product to be introduced or removed and can be closed in order for the smoking product to be reliably stored in the device , and wherein use is made of at least one inlay , into which the at least one smoking product can be introduced at least in part, so that the at least one smoking product can be fixed with clamping action in the, or in a, receiving space of the device with the aid of the at least one inlay , wherein at least one inlay has a plurality of clamping elements , between which at least certain regions of at least one smoking product can be fixed with clamping action, characterized in that at least part of the clamping elements of at least one inlay projects into the interior space of the inlay to a greater extent as the distance from the open end of the inlay increases, so that the diameter of the space located between the clamping elements decreases to an increasing extent as the distance from the open end of the inlay increases.
A ventilator , comprising: a fan for generating an air flow (S) in the fan , wherein the fan comprises: a fan head with a rotatably mounted fan wheel ; at least one motor part with at least one motor for operating the fan , wherein the motor has a drive shaft for driving the fan wheel ; a motor pre-chamber arranged between the motor part and the fan head ; a passage arranged between the motor pre-chamber and the fan head , wherein the drive shaft leads from the motor through the motor pre-chamber and the passage to the fan wheel in the fan head , wherein the motor pre-chamber is connected in a substantially air-tight manner to the fan head , such that a leak between the motor pre-chamber and the fan head is only possible via the passage ; at least one feed line arranged on the motor pre-chamber and/or on the motor part for conducting a fluid into the motor pre-chamber ; characterized in that the fan is designed such that, when the air flow (S) is generated, a first pressure is present in at least one first pressure region (PB1) in the fan head and a second pressure is present in at least one second pressure region (PB2) in the motor pre-chamber , wherein the second pressure is applied to the motor pre-chamber via the feed line and the second pressure is greater than the first pressure, such that an air flow in a direction (S) towards the motor is prevented. a fan head with a rotatably mounted fan wheel ; at least one motor part with at least one motor for operating the fan , wherein the motor has a drive shaft for driving the fan wheel ; a motor pre-chamber arranged between the motor part and the fan head ; a passage arranged between the motor pre-chamber and the fan head , wherein the drive shaft leads from the motor through the motor pre-chamber and the passage to the fan wheel in the fan head , wherein the motor pre-chamber is connected in a substantially air-tight manner to the fan head , such that a leak between the motor pre-chamber and the fan head is only possible via the passage ; at least one feed line arranged on the motor pre-chamber and/or on the motor part for conducting a fluid into the motor pre-chamber ; characterized in that the fan is designed such that, when the air flow (S) is generated, a first pressure is present in at least one first pressure region (PB1) in the fan head and a second pressure is present in at least one second pressure region (PB2) in the motor pre-chamber , wherein the second pressure is applied to the motor pre-chamber via the feed line and the second pressure is greater than the first pressure, such that an air flow in a direction (S) towards the motor is prevented.