mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire comprising: on a tread surface , one or more land portions each of which is sandwiched between a plurality of circumferential main grooves continuously extending in a tire circumferential direction, wherein at least one of the one or more land portions is partitioned into a plurality of blocks by auxiliary grooves including at least an inclined groove extending while being inclined with respect to a tire width direction, and in a developed view of the tread surface , the plurality of blocks include: a first block located on a tire equatorial plane (CL) and having a recess that is inclined with respect to the tire width direction; and a second block located to face the recess of the first block , characterised in that , in one block portion and an other block portion of the first block that define the recess of the first block , respective sidewalls defining the recess of the first block are chamfered on a tread surface side, and in the developed view of the tread surface , a connecting portion connecting, in the recess of the first block , the respective sidewalls of the one block portion and the other block portion defining the recess of the first block has a curved shape. on a tread surface , one or more land portions each of which is sandwiched between a plurality of circumferential main grooves continuously extending in a tire circumferential direction, wherein at least one of the one or more land portions is partitioned into a plurality of blocks by auxiliary grooves including at least an inclined groove extending while being inclined with respect to a tire width direction, and in a developed view of the tread surface , the plurality of blocks include: a first block located on a tire equatorial plane (CL) and having a recess that is inclined with respect to the tire width direction; and a second block located to face the recess of the first block , characterised in that , in one block portion and an other block portion of the first block that define the recess of the first block , respective sidewalls defining the recess of the first block are chamfered on a tread surface side, and in the developed view of the tread surface , a connecting portion connecting, in the recess of the first block , the respective sidewalls of the one block portion and the other block portion defining the recess of the first block has a curved shape. a first block located on a tire equatorial plane (CL) and having a recess that is inclined with respect to the tire width direction; and a second block located to face the recess of the first block , characterised in that , in one block portion and an other block portion of the first block that define the recess of the first block , respective sidewalls defining the recess of the first block are chamfered on a tread surface side, and in the developed view of the tread surface , a connecting portion connecting, in the recess of the first block , the respective sidewalls of the one block portion and the other block portion defining the recess of the first block has a curved shape.
A beverage container comprising a container body and a stopper for closing the opening of the container body, the container body having a wall extending between a bottom and a wide-mouth opening , the interior wall of the container body comprising first threads by which the stopper may be releasably secured to the container body , the stopper comprising a first lid , and a second lid connected to the first lid via a central shaft and/or a cylindrical wall , and second threads for mating with the first threads such that, when the stopper is secured to the container body , a first volume is defined in the container body between the bottom of the container body and the first lid and the first volume is slightly larger than a predefined quantity of a beverage to be stored in the beverage container and wherein said predefined quantity of beverage is 200ml, 250 ml, 330 ml, 350 ml, or 500 ml, characterised in that a second volume is defined in the container body between the first lid and the second lid , wherein the ratio of said first volume to said second volume is between approximately 0.8 and approximately 3.15, wherein the first lid comprises an annular skirt portion extending downwardly, said skirt portion having said second threads on its external circumference. the container body having a wall extending between a bottom and a wide-mouth opening , the interior wall of the container body comprising first threads by which the stopper may be releasably secured to the container body , the stopper comprising a first lid , and a second lid connected to the first lid via a central shaft and/or a cylindrical wall , and second threads for mating with the first threads such that, when the stopper is secured to the container body , a first volume is defined in the container body between the bottom of the container body and the first lid and the first volume is slightly larger than a predefined quantity of a beverage to be stored in the beverage container and wherein said predefined quantity of beverage is 200ml, 250 ml, 330 ml, 350 ml, or 500 ml, characterised in that a second volume is defined in the container body between the first lid and the second lid , wherein the ratio of said first volume to said second volume is between approximately 0.8 and approximately 3.15, wherein the first lid comprises an annular skirt portion extending downwardly, said skirt portion having said second threads on its external circumference.
A class-D amplifier, comprising: a loop filter (102/302), a pulse-width modulation signal generator (104/304), a gate driver (106/306), a power driver (108/308), and a feedback circuit (Rfbp and Rfbn/Rfb), configured to establish a closed amplification loop, wherein the feedback circuit is configured to establish a feedback path; and a feedback breaker (110, RTO_SWp and RTO_SWn/ 310 and RTO_SW), configured to break the feedback path in response to determining that a no-signal information condition of the class-D amplifier has been met, wherein: an input signal of the class-D amplifier is coupled to the input of the loop filter; the output of the loop filter is coupled to the input of the pulse-width modulation signal generator; the feedback circuit is coupled between the output of the power driver and the input of the loop filter to establish the feedback path; the pulse-width modulation signal generator generates a first pulse-width modulation signal (Vpwmp) and a second pulse-width modulation signal (Vpwmn), and the feedback breaker determines that the no-signal information condition has been met based on the first pulse-width modulation signal being equal to the second pulse-width modulation signal. a loop filter (102/302), a pulse-width modulation signal generator (104/304), a gate driver (106/306), a power driver (108/308), and a feedback circuit (Rfbp and Rfbn/Rfb), configured to establish a closed amplification loop, wherein the feedback circuit is configured to establish a feedback path; and a feedback breaker (110, RTO_SWp and RTO_SWn/ 310 and RTO_SW), configured to break the feedback path in response to determining that a no-signal information condition of the class-D amplifier has been met, wherein: an input signal of the class-D amplifier is coupled to the input of the loop filter; the output of the loop filter is coupled to the input of the pulse-width modulation signal generator; the feedback circuit is coupled between the output of the power driver and the input of the loop filter to establish the feedback path; the pulse-width modulation signal generator generates a first pulse-width modulation signal (Vpwmp) and a second pulse-width modulation signal (Vpwmn), and the feedback breaker determines that the no-signal information condition has been met based on the first pulse-width modulation signal being equal to the second pulse-width modulation signal. an input signal of the class-D amplifier is coupled to the input of the loop filter; the output of the loop filter is coupled to the input of the pulse-width modulation signal generator; the feedback circuit is coupled between the output of the power driver and the input of the loop filter to establish the feedback path; the pulse-width modulation signal generator generates a first pulse-width modulation signal (Vpwmp) and a second pulse-width modulation signal (Vpwmn), and the feedback breaker determines that the no-signal information condition has been met based on the first pulse-width modulation signal being equal to the second pulse-width modulation signal.
A plurality of packaged products, each member of the plurality comprising a reactive label, the reactive label comprising: a) a display, b) control logic, c) an input sensor, d) an electronic communications element, and e) a motion sensitive sensor wherein each member of the plurality of packaged products comprises a product selected from a group consisting of a variations of a common product type, and each label is communicatively coupled to the plurality of labels, wherein the display of at least one member of the plurality is altered in response to input received by the label of another member of the plurality of packaged products when the another member is physically displaced as determined by its motion sensitive sensor, such that locating the at least one member of the plurality within a retail environment is made easier. a) a display, b) control logic, c) an input sensor, d) an electronic communications element, and e) a motion sensitive sensor wherein each member of the plurality of packaged products comprises a product selected from a group consisting of a variations of a common product type, and each label is communicatively coupled to the plurality of labels, wherein the display of at least one member of the plurality is altered in response to input received by the label of another member of the plurality of packaged products when the another member is physically displaced as determined by its motion sensitive sensor, such that locating the at least one member of the plurality within a retail environment is made easier.
Passenger flow management system for managing elevator passenger flow such that elevator waiting times can be optimized, wherein the management system comprises an elevator central controller and detecting means configured to detect elevator passengers registered with an elevator and given a smart card or a device which contains their data and destination floor within a detection area located at least outside the building and wherein, when a registered elevator passenger carrying the smart card or the device enters the detecting area , the detecting means is configured to read the information of the smart card or the device and the passenger flow management system is configured to make the elevator go to the ground floor and wait for the registered elevator passengers and to register a destination floor from the smart card or the device, characterized in that the detection area is located around an elevator inside the building .
A method of providing a turf sports field by deploying a plurality of turf modules having an upper turf surface and peripheral turf edges , characterized in that the method comprises the following steps: a) by means of a remotely operated or autonomously operated lifting and transport vehicle , which is provided with a lifting arrangement, moving turf modules from a non-installed position towards an installed position; b) by means of a positioning system, which is configured to detect and deliver turf module position information, detecting the position of the turf module that is being moved; and c) installing turf modules adjacent to previously installed turf modules , with a tolerance gap between adjacently positioned turf edges of different turf modules, wherein the positions, into which the turf modules are installed, are based on turf module position information from the positioning system; wherein during step c), the tolerance gap is void when a turf module is installed adjacent a previously installed turf module a) by means of a remotely operated or autonomously operated lifting and transport vehicle , which is provided with a lifting arrangement, moving turf modules from a non-installed position towards an installed position; b) by means of a positioning system, which is configured to detect and deliver turf module position information, detecting the position of the turf module that is being moved; and c) installing turf modules adjacent to previously installed turf modules , with a tolerance gap between adjacently positioned turf edges of different turf modules, wherein the positions, into which the turf modules are installed, are based on turf module position information from the positioning system;
Method for operating an electrical machine , in particular a sensorless synchronous machine, in which method a changeover is made from an operating mode with open-loop control to an operating mode with closed-loop control at a time , wherein the electrical machine is subjected to open-loop control based on a specified reference variable during the operating mode with open-loop control, wherein the reference variable of the operating mode with open-loop control plus a correction value is used as the reference variable of the operating mode with closed-loop control at the time , wherein an actual angle (φ) is used as the reference variable in each case, characterized in that a deviation in the angular position in the operating mode with open-loop control is taken into consideration by the reference variable by means of the correction value in such a way that no jumps within a rotation speed are to be expected during the changeover.
A contextual rendering system, comprising: circuitry configured to parse (S210; S1010) a graphics file into a plurality of graphics objects; determine (S220, S1020) whether one or more dynamic behavior attributes are present for each graphics object; extract (S230, S1030) at least one tag name from the dynamic behavior attributes of each graphics object; assign (S240, S1040) an attribute weight to each dynamic behavior attribute; compute (S240, S1050) a sum of the attribute weights for a tag name - graphics object combination referred to as Score_OT; sort (S270) the graphics objects by priority or location for each tag name - graphics object combination; rank (S1060) each of the tag name - graphics object combinations according to the respective computed sum; compute (S330) a combined score for a tag name - graphics file combination as a summation of all Score_OTs for the respective tag name; and receive (S315) a process tag name; display (S345, S1070), via a contextual graphics view renderer, sorted graphics objects for the given process tag name on the screen display of a mobile device. parse (S210; S1010) a graphics file into a plurality of graphics objects; determine (S220, S1020) whether one or more dynamic behavior attributes are present for each graphics object; extract (S230, S1030) at least one tag name from the dynamic behavior attributes of each graphics object; assign (S240, S1040) an attribute weight to each dynamic behavior attribute; compute (S240, S1050) a sum of the attribute weights for a tag name - graphics object combination referred to as Score_OT; sort (S270) the graphics objects by priority or location for each tag name - graphics object combination; rank (S1060) each of the tag name - graphics object combinations according to the respective computed sum; compute (S330) a combined score for a tag name - graphics file combination as a summation of all Score_OTs for the respective tag name; and receive (S315) a process tag name; display (S345, S1070), via a contextual graphics view renderer, sorted graphics objects for the given process tag name on the screen display of a mobile device.
A process to prepare compound 1 or 1a or salts thereof, or a mixture thereof: comprising reacting morpholine amide 2b: with wherein M is Mg or MgX, Li, AIX2; and X is halogen, alkyl, or aryl; to provide compound 1 or 1a or salts thereof, or mixtures thereof; wherein R 1 is halo, -O(C=O)-alkyl, -O(C=O)-substituted alkyl, -O(C=O)-aryl, -O(C=O)-substituted aryl, -O(C=O)-O-alkyl, -O(C=O)-O-substituted alkyl, -O(C=O)-O-aryl, -O(C=O)-O-substituted aryl, -O(SO 2 )-alkyl, -O(SO 2 )-substituted alkyl, -O(SO 2 )-aryl, or -O(SO 2 )-substituted aryl.
A drain plug , which is preferably removable, for a drain hole , in particular of a kitchen appliance , having a stopper designed to shut off said drain hole, and a filter basket which is designed to be received in said drain hole below said stopper, said filter basket being mounted so as to be able to move by sliding and/or by rotating with respect to a rod carried by the stopper; characterized in that the filter basket is connected, at its end opposite a transverse wall, to a ring wherein the ring comprises at least one orifice in which said rod carried by, and extending downwardly from, the stopper is mounted so as to be able to slide and/or rotate, wherein the filter basket is mounted so as to be able to move in translation along a longitudinal axis (A) of the stopper and/or in rotation along this longitudinal axis and/or in rotation along an approximately transverse axis (B) of the stopper.
A water level indicator comprising: • a shell having a top end and a bottom end; • a plurality of pushrods (6, 6a-6c) disposed within the shell, wherein each of the pushrods has a first end and a second end defining a length that is different from the lengths of the other pushrods in the plurality of pushrods; • a plurality of floats (5, 5a-5c), wherein each float comprises a locking hole, which receives and secures a second end of one of the plurality of pushrods, and wherein at least one of the plurality of floats comprises at least one through hole which allows the pushrod(s) that are not secured to the float to pass through the float; and • an upper housing , comprising one or more cavities, wherein a plurality of indicator flag caps (3, 3a-3c) are disposed within the one or more cavities in the upper housing, wherein the first end of each pushrod in the plurality of pushrods is connected to a different indicator flag cap, wherein the shell substantially encloses the upper housing, the plurality of indicator flag caps, the plurality of pushrods, and the plurality of floats; wherein in use in a liquid reservoir, the indicator flag cap of each pushrod is pushed towards the top of the upper housing when the liquid reservoir is filled to different levels, and wherein in use in the liquid reservoir, when the liquid reservoir is at or nearly at 100% capacity, all of the indicator flag caps are in a raised position at the top of the upper housing. • a shell having a top end and a bottom end; • a plurality of pushrods (6, 6a-6c) disposed within the shell, wherein each of the pushrods has a first end and a second end defining a length that is different from the lengths of the other pushrods in the plurality of pushrods; • a plurality of floats (5, 5a-5c), wherein each float comprises a locking hole, which receives and secures a second end of one of the plurality of pushrods, and wherein at least one of the plurality of floats comprises at least one through hole which allows the pushrod(s) that are not secured to the float to pass through the float; and • an upper housing , comprising one or more cavities, wherein a plurality of indicator flag caps (3, 3a-3c) are disposed within the one or more cavities in the upper housing, wherein the first end of each pushrod in the plurality of pushrods is connected to a different indicator flag cap, wherein the shell substantially encloses the upper housing, the plurality of indicator flag caps, the plurality of pushrods, and the plurality of floats; wherein in use in a liquid reservoir, the indicator flag cap of each pushrod is pushed towards the top of the upper housing when the liquid reservoir is filled to different levels, and wherein in use in the liquid reservoir, when the liquid reservoir is at or nearly at 100% capacity, all of the indicator flag caps are in a raised position at the top of the upper housing.
A method of assisting a full lane change process with the help of an augmented reality device , the method using at least five cameras provided on a vehicle , a computational device , and the augmented reality device , wherein the method comprises the steps of: a) capturing images with the at least five cameras ; b) generating lane change information from the captured images; c) displaying the lane change information with the augmented reality device ; wherein the step of generating lane change information comprises the further steps of: b1) detecting lanes, b2) detecting the position and velocities of other vehicles surrounding the vehicle , and b3) generating at least one lane change recommendation in a lane change recommendation unit . a) capturing images with the at least five cameras ; b) generating lane change information from the captured images; c) displaying the lane change information with the augmented reality device ; wherein the step of generating lane change information comprises the further steps of: b1) detecting lanes, b2) detecting the position and velocities of other vehicles surrounding the vehicle , and b3) generating at least one lane change recommendation in a lane change recommendation unit . b1) detecting lanes, b2) detecting the position and velocities of other vehicles surrounding the vehicle , and b3) generating at least one lane change recommendation in a lane change recommendation unit .
A collection of oligonucleotides for detecting Chlamydia trachomatis in a test sample comprising Primer/Probe set CT5, wherein the Primer/Probe Set CT5 comprises a forward primer comprising SEQ. ID NO. 16 or an active fragment thereof, a reverse primer comprising SEQ. ID NO. 17 or an active fragment thereof, a complementary detection probe comprising SEQ. ID NO. 18 or an active fragment thereof, and a reverse complementary detection probe comprising SEQ. ID NO. 19 or an active fragment thereof, wherein each of said active fragments is 15 or more nucleotides in length and can be used as amplification primer and/or detection probe for the detection of Chlamydia trachomatis in a biological sample.
An arrangement of a rod-shaped rotary pulse encoder and a clamping sleeve in a bore of a holder , for sensing a rotational speed of a rotor , the rotary pulse encoder having a sensor base with ports of the rotary pulse encoder and a sensor head with a measuring tip , the clamping sleeve being positioned in the bore so as to be secured against rotation and the rotary pulse encoder together with the sensor head being held in a force-fit in the clamping sleeve so as to be axially displaceable, characterised in that a first portion of the sensor head that connects to the sensor base has a non-cylinder-symmetrical cross section with a positioning surface ; the clamping sleeve has at least one inward facing positioning element ; the sensor head is arranged so as to be secured against rotation in the clamping sleeve due to the interaction of the positioning element and the positioning surface ; and in that a further portion of the sensor head that connects to the measuring tip is of cylinder-symmetrical design. the clamping sleeve has at least one inward facing positioning element ; the sensor head is arranged so as to be secured against rotation in the clamping sleeve due to the interaction of the positioning element and the positioning surface ; and in that a further portion of the sensor head that connects to the measuring tip is of cylinder-symmetrical design.
Haloperidol, or a pharmaceutically acceptable salt, ester or solvate thereof, for use in a method for preventing and/or treating spinal muscular atrophy.