mhurhangee/patent-ind-claim-en huggingface dataset:
A console box assembly comprising: a box body defining a storage volume ; a carrier pivotally coupled to the box body; an armrest slideable relative to the carrier; and a latch mechanism for latching the carrier to the box body, wherein the latch mechanism comprises: an opening formed in an internal wall of the box body; a claw movably supported on the carrier for engaging the opening to latch the carrier to the box body; a latch actuator coupled to the armrest; a rotation part pivotally supported on the carrier for rotation about a rotation part axis , characterized in that the claw is coupled the rotation part; wherein a first actuator member coupled to the latch actuator; and a second actuator member coupled to the rotation part, wherein the first actuator member is arranged to engage the second actuator member and urge the second actuator member to rotate the rotation part in response to actuation of the latch actuator regardless of the slide position of the armrest, so that the claw disengages from the opening. a box body defining a storage volume ; a carrier pivotally coupled to the box body; an armrest slideable relative to the carrier; and a latch mechanism for latching the carrier to the box body, wherein the latch mechanism comprises: an opening formed in an internal wall of the box body; a claw movably supported on the carrier for engaging the opening to latch the carrier to the box body; a latch actuator coupled to the armrest; a rotation part pivotally supported on the carrier for rotation about a rotation part axis , characterized in that the claw is coupled the rotation part; wherein a first actuator member coupled to the latch actuator; and a second actuator member coupled to the rotation part, wherein the first actuator member is arranged to engage the second actuator member and urge the second actuator member to rotate the rotation part in response to actuation of the latch actuator regardless of the slide position of the armrest, so that the claw disengages from the opening. an opening formed in an internal wall of the box body; a claw movably supported on the carrier for engaging the opening to latch the carrier to the box body; a latch actuator coupled to the armrest; a rotation part pivotally supported on the carrier for rotation about a rotation part axis , characterized in that the claw is coupled the rotation part; wherein a first actuator member coupled to the latch actuator; and a second actuator member coupled to the rotation part, wherein the first actuator member is arranged to engage the second actuator member and urge the second actuator member to rotate the rotation part in response to actuation of the latch actuator regardless of the slide position of the armrest, so that the claw disengages from the opening.
A device for the adjustment and control of temperature, of the type comprising a cold water inlet and a hot water inlet each of which are provided with respective electrically-operated valve which can be adjusted by the user through selection means for selecting the flow and temperature of the mixed water which has to be supplied and a control unit for adjusting the flows of cold water and hot water supplied by the respective inlets , the control unit comprising a temperature sensor, wherein the device further comprises a mixer connected downstream of the electrically-operated valves and a mixed water outlet , the inlets to the mixer originating from the electrically-operated valves being mutually opposed to each other and the electrically operated valves being solenoid valves provided with respective membranes associated with the respective operating solenoids, the control unit , depending on the selection made by the user, acting on the proportional electrically operated valves varying the flows of cold water and hot water according to the f low and temperature selected by the user in the selection means characterised in that the control unit also comprises respective flow sensors for the hot water inlet and the cold water inlet flow, the temperature and the flow sensors being located upstream of the electrically-operated valves,the control unit being adapted for controlling the positioning of plugs of each valve independently to permit the passage of flows of cold water and hot water and provide mixed water according to a selection made by the user such that flow rate of mixed water is adjusted during use by the control unit by operating the proportional electrically operated valves taking the values selected through the selection means and the values measured by the flow and temperature sensors as a basis.
A radar level gauge for determining the filling level of a product in a tank , said radar level gauge comprising: a transceiver for transmitting and receiving microwaves in an operation frequency band, processing circuitry connected to the transceiver and adapted to determine the filling level based on a relation between microwaves transmitted and received by the transceiver, an antenna connected to said transceiver and arranged to emit and receive microwaves through an opening of the tank, a microwave transmissive sealing member adapted to cover said opening and to provide pressure sealing of the tank, said sealing member comprising a metal grid layer providing structural strength, said metal grid layer having sealed openings formed to allow transmission of microwaves, characterised in that the openings have a total cross section area corresponding to less than 20% of a cross section area of the sealing member . a transceiver for transmitting and receiving microwaves in an operation frequency band, processing circuitry connected to the transceiver and adapted to determine the filling level based on a relation between microwaves transmitted and received by the transceiver, an antenna connected to said transceiver and arranged to emit and receive microwaves through an opening of the tank, a microwave transmissive sealing member adapted to cover said opening and to provide pressure sealing of the tank, said sealing member comprising a metal grid layer providing structural strength, said metal grid layer having sealed openings formed to allow transmission of microwaves, characterised in that the openings have a total cross section area corresponding to less than 20% of a cross section area of the sealing member .
A reticle pod for holding a reticle comprising: a base configured to support a reticle thereon; a cover having a top surface and configured to mate with the base ; and one or more reticle retainers each including a reticle contact member configured to contact a side wall of the reticle to limit movement of the reticle , each reticle contact member including an outwardly extending arm and a downwardly extending leg that extends through the cover , wherein upon actuation of the arm , the downwardly extending leg is configured to move in a direction toward a side wall of the reticle . a base configured to support a reticle thereon; a cover having a top surface and configured to mate with the base ; and one or more reticle retainers each including a reticle contact member configured to contact a side wall of the reticle to limit movement of the reticle , each reticle contact member including an outwardly extending arm and a downwardly extending leg that extends through the cover , wherein upon actuation of the arm , the downwardly extending leg is configured to move in a direction toward a side wall of the reticle .
A method of operating a storage device that includes a nonvolatile memory device and a controller for controlling operation of the nonvolatile memory device , the method comprising: issuing, by the controller , a first command (CMD_R) to the nonvolatile memory device ; a read operation comprising reading, by the nonvolatile memory device , first data from a memory cell array into a page buffer of the nonvolatile memory device , in response to the first command (CMD_R); issuing, by the controller , a second command (CMD_O2) to the nonvolatile memory device ; and outputting, by the nonvolatile memory device to the controller , in response to the second command (CMD_O2), status information (STATUS), indicating whether a said read operation of the first data into the page buffer according to the first command (CMD_R) has been completed, and second data obtained from the page buffer of the nonvolatile memory device , wherein both of the status information (STATUS) and the second data are transmitted sequentially to the controller via the same channel (DQ), characterized in that the outputting further comprises outputting third data during a busy status in which the read operation of the memory cell array has not been completed, wherein the third data is additional information (INFO) about the nonvolatile memory device . issuing, by the controller , a first command (CMD_R) to the nonvolatile memory device ; a read operation comprising reading, by the nonvolatile memory device , first data from a memory cell array into a page buffer of the nonvolatile memory device , in response to the first command (CMD_R); issuing, by the controller , a second command (CMD_O2) to the nonvolatile memory device ; and outputting, by the nonvolatile memory device to the controller , in response to the second command (CMD_O2), status information (STATUS), indicating whether a said read operation of the first data into the page buffer according to the first command (CMD_R) has been completed, and second data obtained from the page buffer of the nonvolatile memory device , wherein both of the status information (STATUS) and the second data are transmitted sequentially to the controller via the same channel (DQ), characterized in that the outputting further comprises outputting third data during a busy status in which the read operation of the memory cell array has not been completed, wherein the third data is additional information (INFO) about the nonvolatile memory device .
Piece of furniture, wherein this piece of furniture comprises at least a first furniture part and a second furniture part , which are coupled to each other at an angle (A) by means of mechanical coupling means , and wherein said coupling means consist at least of a male part provided on the first furniture part and a cooperating therewith female part provided on the second furniture part , wherein said female part is made as an oblong slot in said second furniture part and wherein said male part and female part comprise one or more cooperating grooves and protrusions , wherein said slot comprises an insertion opening for introducing said male part and wherein, when coupling the first furniture part and the second furniture part to each other, the male part is brought from an insertion position in said insertion opening to an end position in said female part by moving the male part and the female part along each other in the longitudinal direction of said slot, wherein said grooves and protrusions in said end position cooperate such that a coupling of the first and second furniture part is obtained, characterized in that said male part comprises one or more recesses which effect the elasticity of one or more of the respective grooves and/or protrusions .
A method for pushing information, comprising: determining vehicle information of a communicatively connected autonomous vehicle, the vehicle information including autonomous vehicle driving route information and vehicle type information; selecting to-be-played content matching the vehicle information from a pre-stored set of to-be-played contents according to the vehicle information, and storing the selected to-be-played content to a sub-set of to-be-played contents; and transmitting the sub-set of to-be-played contents to the autonomous vehicle, so that the autonomous vehicle plays the to-be-played content in the sub-set of to-be-played contents. determining vehicle information of a communicatively connected autonomous vehicle, the vehicle information including autonomous vehicle driving route information and vehicle type information; selecting to-be-played content matching the vehicle information from a pre-stored set of to-be-played contents according to the vehicle information, and storing the selected to-be-played content to a sub-set of to-be-played contents; and transmitting the sub-set of to-be-played contents to the autonomous vehicle, so that the autonomous vehicle plays the to-be-played content in the sub-set of to-be-played contents.
Method for positioning a sensor comprising the following steps: - providing a physical simulation model of a technical system (TS), the physical simulation model comprising a virtual sensor at a given position, - simulating a performance of the technical system by means of the physical simulation model, - providing a first response signal of the virtual sensor to the simulated performance at the given position, - determining , by means of an optimization algorithm, a first optimized position for the virtual sensor where the first response signal is intensified and - providing coordinates of the first optimized position for positioning a physical sensor (pS) at the technical system - simulating a fault of the technical system (TS) by means of the physical simulation model, - providing a second response signal to the fault by the virtual sensor, - determining, by means of the optimization algorithm, a second optimized position of the virtual sensor, where the second response signal to the fault is intensified and - providing the coordinates of the second optimized position and/or the second response signal to the fault at the second optimized position, and - placing the physical sensor (pS) at the first optimized position or the second optimized position by means of a positioning system . - providing a physical simulation model of a technical system (TS), the physical simulation model comprising a virtual sensor at a given position, - simulating a performance of the technical system by means of the physical simulation model, - providing a first response signal of the virtual sensor to the simulated performance at the given position, - determining , by means of an optimization algorithm, a first optimized position for the virtual sensor where the first response signal is intensified and - providing coordinates of the first optimized position for positioning a physical sensor (pS) at the technical system - simulating a fault of the technical system (TS) by means of the physical simulation model, - providing a second response signal to the fault by the virtual sensor, - determining, by means of the optimization algorithm, a second optimized position of the virtual sensor, where the second response signal to the fault is intensified and - providing the coordinates of the second optimized position and/or the second response signal to the fault at the second optimized position, and - placing the physical sensor (pS) at the first optimized position or the second optimized position by means of a positioning system .
A power semiconductor module , comprising: a main substrate with a main conductive layer separated into conductive areas ; power semiconductor chips , wherein each power semiconductor chip has a first power electrode , a second power electrode and a gate electrode , wherein each power semiconductor chip is bonded to the main conductive layer with the first power electrode and wherein a first group of the power semiconductor chips is connected in parallel via the second power electrodes and a second group of the power semiconductor chips is connected in parallel via the second power electrodes ; a first insulation layer and a first conductive layer on the first insulation layer , ; wherein the first conductive layer provides a first gate conductor area electrically connected to the gate electrodes of the first group and a first auxiliary emitter conductor area electrically connected to the second power electrodes of the first group ; a second insulation layer and a second conductive layer on the second insulation layer , ; wherein the second conductive layer provides a second gate conductor area electrically connected to the gate electrodes of the second group and a second auxiliary emitter conductor area electrically connected to the second power electrodes of the second group ; wherein the main conductive layer , the first insulation layer , the first conductive layer , the second insulation layer and the second conductive layer are stacked with respect to each other. a main substrate with a main conductive layer separated into conductive areas ; power semiconductor chips , wherein each power semiconductor chip has a first power electrode , a second power electrode and a gate electrode , wherein each power semiconductor chip is bonded to the main conductive layer with the first power electrode and wherein a first group of the power semiconductor chips is connected in parallel via the second power electrodes and a second group of the power semiconductor chips is connected in parallel via the second power electrodes ; a first insulation layer and a first conductive layer on the first insulation layer , ; wherein the first conductive layer provides a first gate conductor area electrically connected to the gate electrodes of the first group and a first auxiliary emitter conductor area electrically connected to the second power electrodes of the first group ; a second insulation layer and a second conductive layer on the second insulation layer , ; wherein the second conductive layer provides a second gate conductor area electrically connected to the gate electrodes of the second group and a second auxiliary emitter conductor area electrically connected to the second power electrodes of the second group ; wherein the main conductive layer , the first insulation layer , the first conductive layer , the second insulation layer and the second conductive layer are stacked with respect to each other.
A particulate matter oxidizing catalyst comprising: a particulate filter: a first oxide which is Ce-Ga-Mn compound oxide, and is carried on the particulate filter; and a second oxide which is Ce-Pr compound oxide, and is carried on the particulate filter, wherein the second oxide and the first oxide have a content ratio of second oxide/(first oxide + second oxide) = 0.1 by mass to 0.8 by mass. a particulate filter: a first oxide which is Ce-Ga-Mn compound oxide, and is carried on the particulate filter; and a second oxide which is Ce-Pr compound oxide, and is carried on the particulate filter, a first oxide which is Ce-Ga-Mn compound oxide, and is carried on the particulate filter; and a second oxide which is Ce-Pr compound oxide, and is carried on the particulate filter, wherein the second oxide and the first oxide have a content ratio of second oxide/(first oxide + second oxide) = 0.1 by mass to 0.8 by mass.
A piston cylinder arrangement comprising a master cylinder and a piston , which is mounted within the master cylinder and can be moved along the axial direction by the pressure of a pressure medium , and which, together with the master cylinder , forms at least one secondary pressure chamber , wherein the piston has a seal which is arranged on an outer circumferential surface of the piston and is annular and is arranged with an inner circumferential surface on the outer circumferential surface of the piston , wherein the seal has a first end face facing in an axial direction and an opposite second end face spaced apart by an extent E of the seal , wherein an inner sealing lip facing inwardly in a radial direction and an outwardly facing outer first sealing lip are arranged on the first end face , wherein the seal seals the secondary pressure chamber with respect to an environment outside the piston cylinder arrangement and the first end face points towards the secondary pressure chamber , characterised in that the seal on the second end face has a recess extending in a circumferential direction , which recess extends in a first region of the inner circumferential surface starting from the second end face along the axial direction over a length L and further has an outwardly facing second sealing lip on the second end face , wherein the seal is designed such that in a first operating state , when a negative pressure is applied in the secondary pressure chamber as compared to the environment , the outer first sealing lip is pulled in the axial direction towards the secondary pressure chamber so that the seal performs a rotary movement transverse to the axial direction and the outwardly facing second sealing lip arranged on the second end face is moved towards a housing wall of the master cylinder and forms there a second outer sealing surface .
A utility bar and nail puller , which is forged, comprising a longitudinal body with a bevelled first end in the form of a goose neck and which is slotted longitudinally by an aperture for the passage of a head of a nail , the longitudinal body having a section having a larger dimension in the general plane of the utility bar than in an orthogonal plane thereto, characterized in that the goose neck has successive radii of curvature (R1, R2, R3) which increase progressively towards the first end up to the level of the base of the longitudinal aperture .
Supervision device for supervising liquid drug flow in a flow channel , the supervision device including: • a flow detector , the flow detector being a thermal flow detector and being arranged for operatively coupling with the flow channel and generating a flow detector signal in dependence of a flow in the flow channel at a flow detection location; • a gas detector , arranged for operatively coupling with the flow channel and generating a gas detector signal in dependence of whether liquid drug or gas is present in the flow channel at a gas detection location characterized in that the gas detection location is located at a distance upstream from the flow detection location; and in that the supervision device further includes • a processing unit in operative coupling with the flow detector and the gas detector , wherein the processing unit is configured to determine, based on a the gas detector signal, whether non-flowing liquid drug is present at the flow detection location or a gas bubble passes the flow detector if the flow detector signal does not indicate a liquid drug flow. • a flow detector , the flow detector being a thermal flow detector and being arranged for operatively coupling with the flow channel and generating a flow detector signal in dependence of a flow in the flow channel at a flow detection location; • a gas detector , arranged for operatively coupling with the flow channel and generating a gas detector signal in dependence of whether liquid drug or gas is present in the flow channel at a gas detection location characterized in that the gas detection location is located at a distance upstream from the flow detection location; and in that the supervision device further includes • a processing unit in operative coupling with the flow detector and the gas detector , wherein the processing unit is configured to determine, based on a the gas detector signal, whether non-flowing liquid drug is present at the flow detection location or a gas bubble passes the flow detector if the flow detector signal does not indicate a liquid drug flow.