mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a gas sensor arrangement, comprising the steps of: - generating a sensor current (IR) by means of a resistive gas sensor , - converting the sensor current (IR) into a digital comparator output signal (LOUT) in a charge balancing operation depending on a first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) an asynchronous count (C1) comprising an integer number of counts depending on the first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) a fractional time count (C2) depending on a second clock signal (CLK2), wherein the second clock signal (CLK2) has a higher frequency than the first clock signal (CLK1), and - calculating from the asynchronous count (C1) and from the fractional time count (C2) a digital output signal (ADC-COUNT) which is indicative of the sensor current (IR) generated by the gas sensor . - generating a sensor current (IR) by means of a resistive gas sensor , - converting the sensor current (IR) into a digital comparator output signal (LOUT) in a charge balancing operation depending on a first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) an asynchronous count (C1) comprising an integer number of counts depending on the first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) a fractional time count (C2) depending on a second clock signal (CLK2), wherein the second clock signal (CLK2) has a higher frequency than the first clock signal (CLK1), and - calculating from the asynchronous count (C1) and from the fractional time count (C2) a digital output signal (ADC-COUNT) which is indicative of the sensor current (IR) generated by the gas sensor .
A method for supporting asynchronous invocation in a distributed data grid comprising a plurality of server nodes, the method comprising: receiving a plurality of tasks at a server node in the distributed data grid, wherein said plurality of tasks are associated with a unit-of-order , the unit-of-order prescribing an order in which said plurality of tasks should be executed; the method being characterised by : executing said plurality of tasks on multiple server nodes of the plurality of server nodes in the order prescribed by the unit-of-order that is guaranteed by the distributed data grid and using, via the plurality of server nodes in the distributed data grid, a peer-to-peer clustering protocol to support a unit-of-order guarantee. receiving a plurality of tasks at a server node in the distributed data grid, wherein said plurality of tasks are associated with a unit-of-order , the unit-of-order prescribing an order in which said plurality of tasks should be executed; the method being characterised by : executing said plurality of tasks on multiple server nodes of the plurality of server nodes in the order prescribed by the unit-of-order that is guaranteed by the distributed data grid and using, via the plurality of server nodes in the distributed data grid, a peer-to-peer clustering protocol to support a unit-of-order guarantee.
Capsule for preparing a beverage, comprising - a housing with an outlet , and a cavity for containing a powder, - an agitator , comprising a central shaft , and at least one blade attached to the central shaft , characterized by - an inner membrane between the cavity and the outlet , the at least one blade comprising at least one blade element for piercing and/or cutting the inner membrane . - a housing with an outlet , and a cavity for containing a powder, - an agitator , comprising a central shaft , and at least one blade attached to the central shaft , characterized by - an inner membrane between the cavity and the outlet , the at least one blade comprising at least one blade element for piercing and/or cutting the inner membrane .
An in-pipe moving apparatus comprising: two sets of wheel-based traveling elements each having a plurality of driving wheels linearly arranged or two sets of crawler traveling elements each having a traveling belt rollably bridged over a space between wheels disposed on upstream and downstream sides of the crawler traveling element; characterized by : a variable bag expanded and contracted in accordance with pressure of a fluid supplied to the variable bag, and the two sets of wheel-based traveling elements or the two sets of crawler traveling elements are so disposed as to sandwich the variable bag and are fixed to an outer surface of the variable bag. two sets of wheel-based traveling elements each having a plurality of driving wheels linearly arranged or two sets of crawler traveling elements each having a traveling belt rollably bridged over a space between wheels disposed on upstream and downstream sides of the crawler traveling element; characterized by : a variable bag expanded and contracted in accordance with pressure of a fluid supplied to the variable bag, and the two sets of wheel-based traveling elements or the two sets of crawler traveling elements are so disposed as to sandwich the variable bag and are fixed to an outer surface of the variable bag. a variable bag expanded and contracted in accordance with pressure of a fluid supplied to the variable bag, and the two sets of wheel-based traveling elements or the two sets of crawler traveling elements are so disposed as to sandwich the variable bag and are fixed to an outer surface of the variable bag.
A system for assessing laxity of a joint of a patient, the system comprising: a tensioner tool comprising a substantially rigid portion configured to extend within the joint and apply a force against a bone surface of the joint; a tensioner sock comprising: a flexible body including an opening configured to receive the rigid portion of the tensioner tool , and a sensor array disposed on the flexible body and comprising one or more sensors, wherein each sensor is configured to contact the bone surface and detect a pressure when the force is applied against the bone surface; a processor; and a non-transitory, computer-readable medium storing instructions that, when executed, cause the processor to: receive the detected pressure from each sensor; and calculate the force applied to the bone surface based on the detected pressure from each sensor. a tensioner tool comprising a substantially rigid portion configured to extend within the joint and apply a force against a bone surface of the joint; a tensioner sock comprising: a flexible body including an opening configured to receive the rigid portion of the tensioner tool , and a sensor array disposed on the flexible body and comprising one or more sensors, wherein each sensor is configured to contact the bone surface and detect a pressure when the force is applied against the bone surface; a flexible body including an opening configured to receive the rigid portion of the tensioner tool , and a sensor array disposed on the flexible body and comprising one or more sensors, wherein each sensor is configured to contact the bone surface and detect a pressure when the force is applied against the bone surface; a processor; and a non-transitory, computer-readable medium storing instructions that, when executed, cause the processor to: receive the detected pressure from each sensor; and calculate the force applied to the bone surface based on the detected pressure from each sensor. receive the detected pressure from each sensor; and calculate the force applied to the bone surface based on the detected pressure from each sensor.
A linear compressor for a cryocooler comprising: a piston that extends in an axial direction; a linear actuator that drives the piston in the axial direction; and a housing that accommodates the piston and the linear actuator and supports the piston to be oscillatable in the axial direction, wherein the linear actuator includes an outer yoke that is fixed to the housing , an inner yoke that is disposed on a radially inner side of the outer yoke and is fixed to the housing , a magnet holder that includes a magnet receiving recessed part positioned between the inner yoke and the outer yoke in a radial direction and is fixed to the piston , and a permanent magnet that is housed in the magnet receiving recessed part , characterized in that the permanent magnet is fixed to the magnet holder without using an adhesive, and the magnet holder includes a pressing mechanism that presses the permanent magnet against a holder lower end of the magnet holder . a piston that extends in an axial direction; a linear actuator that drives the piston in the axial direction; and a housing that accommodates the piston and the linear actuator and supports the piston to be oscillatable in the axial direction, wherein the linear actuator includes an outer yoke that is fixed to the housing , an inner yoke that is disposed on a radially inner side of the outer yoke and is fixed to the housing , a magnet holder that includes a magnet receiving recessed part positioned between the inner yoke and the outer yoke in a radial direction and is fixed to the piston , and a permanent magnet that is housed in the magnet receiving recessed part , an outer yoke that is fixed to the housing , an inner yoke that is disposed on a radially inner side of the outer yoke and is fixed to the housing , a magnet holder that includes a magnet receiving recessed part positioned between the inner yoke and the outer yoke in a radial direction and is fixed to the piston , and a permanent magnet that is housed in the magnet receiving recessed part , characterized in that the permanent magnet is fixed to the magnet holder without using an adhesive, and the magnet holder includes a pressing mechanism that presses the permanent magnet against a holder lower end of the magnet holder .
Pneumatic vehicle tyre having a tread with profile elements , such as profile blocks or profile bands, which are separated from one another by channels , for example circumferential channels and/or transverse channels , and which are each provided with a multiplicity of sipes (4, 4 I to 4 VI ), which sipes extend parallel to one another and at an angle of up to 45° with respect to the axial direction and have a constant width (b) and in each case two sipe walls (5, 5 I to 5 VI , 5'), wherein each sipe (4, 4 I to 4 VI ) has at least one main section (4, 4a I , 4a II , 4a VI ) , which is formed with a maximum sipe depth (T) over the major part of its extent, and at least one edge section (4b, 4b III , 4b V ) which adjoins said main section and which is formed so as to be shallower than the main section (4a, 4a I , 4a II , 4a VI ) over its entire extent, wherein, in the main section (4a, 4a I , 4a II , 4a VI ) , on one sipe wall (5, 5 I to 5 VI ), there is formed at least one projection , opposite which, on the other sipe wall , there is situated a depression corresponding to the projection , wherein the projection and the depression are elongate in an extent direction of the sipe and therefore have a length (l 1 ) in the extent direction and a width (b 1 ) in a radial direction, characterized in that the length (l 1 ) of the projection and of the depression amounts to at least 50% of the length of the main section (4a, 4a I , 4a II , 4a VI ) as measured in the extent direction of the sipe (4, 4 I to 4 VI ), and in that the sipe walls (5, 5 I to 5 VI , 5') are non-structured in the single or in each edge section (4b, 4b III , 4b V ). characterized in that the length (l 1 ) of the projection and of the depression amounts to at least 50% of the length of the main section (4a, 4a I , 4a II , 4a VI ) as measured in the extent direction of the sipe (4, 4 I to 4 VI ), and in that the sipe walls (5, 5 I to 5 VI , 5') are non-structured in the single or in each edge section (4b, 4b III , 4b V ).
A dual-probe wireless ultrasonic device, comprising: two sets of ultrasonic probes arranged on a probe body and having different installation positions, and a control board communicatively connected with the two sets of ultrasonic probes respectively and arranged inside the probe body ; wherein the dual-probe wireless ultrasonic device further comprises: two sets of antennas for data transmission and communicatively connected with the control board; wherein, the two sets of ultrasonic probes comprise: a first ultrasonic probe and a second ultrasonic probe ; the two sets of antennas comprising: a first antenna arranged on the second ultrasonic probe and communicatively connected with the first ultrasonic probe , and a second antenna arranged on the first ultrasonic probe and communicatively connected with the second ultrasonic probe . wherein the dual-probe wireless ultrasonic device further comprises: two sets of antennas for data transmission and communicatively connected with the control board; wherein, the two sets of ultrasonic probes comprise: a first ultrasonic probe and a second ultrasonic probe ; the two sets of antennas comprising: a first antenna arranged on the second ultrasonic probe and communicatively connected with the first ultrasonic probe , and a second antenna arranged on the first ultrasonic probe and communicatively connected with the second ultrasonic probe .
1-((3-(diethylamino)-2-hydroxypropyl)amino)-4-((oxiran-2-ylmethyl)amino)anthracene-9,10-dione, or a pharmaceutically acceptable salt thereof, in combination with an mTOR inhibitor, for use in treating lung cancer in a subject.
A display apparatus comprising: a display panel configured to display an image based on an image signal; and a power supply configured to supply electrical power to the display panel, wherein the power supply comprises: a circuit board ; and a power input connector mounted on the circuit board to detachably connect with an output connector to supply input AC power, characterised in that the power input connector comprises: a first arm ; and a second arm extending in a plane direction of the circuit board, wherein each of the first and second arms comprises: a front portion; and a rear portion, which is provided at a same side of the power input connector as the front portion and extends from the front portion, the front and rear portions having a front connector fastening hole and a rear connector fastening hole, respectively, and wherein the circuit board has front board fastening holes and rear board fastening holes in which front fasteners and rear fasteners are inserted through the front connector fastening holes and the rear connector fastening holes of the first and second arms, respectively. a display panel configured to display an image based on an image signal; and a power supply configured to supply electrical power to the display panel, wherein the power supply comprises: a circuit board ; and a power input connector mounted on the circuit board to detachably connect with an output connector to supply input AC power, characterised in that the power input connector comprises: a first arm ; and a second arm extending in a plane direction of the circuit board, a circuit board ; and a power input connector mounted on the circuit board to detachably connect with an output connector to supply input AC power, characterised in that the power input connector comprises: a first arm ; and a second arm extending in a plane direction of the circuit board, a first arm ; and a second arm extending in a plane direction of the circuit board, wherein each of the first and second arms comprises: a front portion; and a rear portion, which is provided at a same side of the power input connector as the front portion and extends from the front portion, the front and rear portions having a front connector fastening hole and a rear connector fastening hole, respectively, and a front portion; and a rear portion, which is provided at a same side of the power input connector as the front portion and extends from the front portion, the front and rear portions having a front connector fastening hole and a rear connector fastening hole, respectively, and wherein the circuit board has front board fastening holes and rear board fastening holes in which front fasteners and rear fasteners are inserted through the front connector fastening holes and the rear connector fastening holes of the first and second arms, respectively.
Housing for a radial fan , with at least one housing part , wherein the housing part has at least one inlet opening , wherein a fluid chamber for receiving at least one fan wheel is at least partially delimitable by the housing part , wherein the inlet opening has at least in sections a curved inlet area , wherein more than one guide element extends from the inlet area in the direction of a central axis of the inlet opening , characterised in that at least a part of the guide elements are spaced apart on the circumference of the inlet area at distances (A1, A2, A3, A4, A5) which are related to one another according to the Fibonacci sequence.
Cooling device, in particular refrigerator, with a cooling unit and a useable space which can be cooled by the cooling unit , wherein at least part of the useable space is formed by at least one vacuum container , and wherein the cooling device comprises a vacuum pump for generating a vacuum in an interior space of the vacuum container , wherein the vacuum container can be removed from the cooling device and wherein a coupling is provided via which the vacuum container can be connected to the vacuum pump , and in particular wherein the vacuum container is adapted such that the vacuum in its interior space is maintained even after the vacuum container has been removed, wherein the coupling comprises a first part arranged stationary in the cooling device and a second part arranged fixedly at the vacuum container , wherein the first part and the second part are connectable to one another, wherein the vacuum container comprises a cover and a bottom part which together enclose the interior space of the vacuum container , characterized in that wherein the second part of the coupling is arranged at the cover , characterized in that the cover comprises a boundary area which projects laterally beyond the bottom part at at least one location, wherein a mouth of the second part of the coupling is arranged at the boundary area , and comprising a frame part for receiving the at least one vacuum container , wherein the first part of the coupling is arranged at the frame part , and wherein the vacuum container can be inserted into the frame part such that it is held by the frame part at the boundary area of the cover and that a mouth of the first part reaches the mouth of the second part of the coupling .
A method for receiving data in a wireless communication system, the method comprising: receiving, by a wireless device , expansion subframe information indicating whether an expansion modulation scheme can be supported; receiving, by the wireless device, downlink control information that includes a modulation and coding scheme, MCS, field indicating the expansion modulation scheme on a downlink control channel, in at least one expansion subframe; and receiving, by the wireless device, downlink data on a downlink shared channel based on the downlink control information, wherein the expansion subframe supports a modulation scheme that has modulation order of 8, and non-expansion subframe, which is not the expansion subframe among a plurality of subframes, has a modulation order of less than 8, and wherein MCS tables are used to determine a modulation order used in a physical downlink shared channel, PDSCH. receiving, by a wireless device , expansion subframe information indicating whether an expansion modulation scheme can be supported; receiving, by the wireless device, downlink control information that includes a modulation and coding scheme, MCS, field indicating the expansion modulation scheme on a downlink control channel, in at least one expansion subframe; and receiving, by the wireless device, downlink data on a downlink shared channel based on the downlink control information, wherein the expansion subframe supports a modulation scheme that has modulation order of 8, and non-expansion subframe, which is not the expansion subframe among a plurality of subframes, has a modulation order of less than 8, and wherein MCS tables are used to determine a modulation order used in a physical downlink shared channel, PDSCH.
A robotic surface treatment system comprising: an omnidirectional base vehicle; a vertical mast extending from the base vehicle; an arm extending from the mast and moveable in relation to the mast a wrist connected to a distal end of the arm; and a surface treatment system extending from the base vehicle to the wrist through an inside of the mast, arm and wrist. wherein the arm is able to rotate, move translationally, and move up or down with respect to the mast. an omnidirectional base vehicle; a vertical mast extending from the base vehicle; an arm extending from the mast and moveable in relation to the mast a wrist connected to a distal end of the arm; and a surface treatment system extending from the base vehicle to the wrist through an inside of the mast, arm and wrist. wherein the arm is able to rotate, move translationally, and move up or down with respect to the mast.
Machining device , in particular a CNC machine tool, for machining preferably panel-formed workpieces (W) which preferably consist at least partially of wood, wood-based materials, plastic and/or glass, comprising a machining unit with a dynamic element which preferably comprises a rotatable tool spindle , a first guide arrangement by means of which the machining unit is moveable in a spatial direction, and at least one vibration-damping device , wherein vibrations of the dynamic element can be damped passively by means of the at least one vibration-damping device , characterised in that the at least one vibration-damping device is designed in the form of a vibration absorber device which comprises at least one damping element , an auxiliary mass and an elastic support element , wherein the elastic support element carries the damping element and the auxiliary mass , or the vibration-damping device is integrated in the tool spindle of the machining unit , wherein the tool spindle has a cylindrical inner part and a hollow cylindrical outer part , the outer part is mounted on the inner part , the outer part corresponds to an auxiliary mass and contains a damping element , wherein the damping element is preferably designed in the form of a hydraulic damping gap. a machining unit with a dynamic element which preferably comprises a rotatable tool spindle , a first guide arrangement by means of which the machining unit is moveable in a spatial direction, and at least one vibration-damping device , wherein vibrations of the dynamic element can be damped passively by means of the at least one vibration-damping device , characterised in that the at least one vibration-damping device is designed in the form of a vibration absorber device which comprises at least one damping element , an auxiliary mass and an elastic support element , wherein the elastic support element carries the damping element and the auxiliary mass , or the vibration-damping device is integrated in the tool spindle of the machining unit , wherein the tool spindle has a cylindrical inner part and a hollow cylindrical outer part , the outer part is mounted on the inner part , the outer part corresponds to an auxiliary mass and contains a damping element , wherein the damping element is preferably designed in the form of a hydraulic damping gap.