mhurhangee/ep-ind-claims huggingface dataset:
Method for at least semi-autonomously parking a motor vehicle in a parking space with a first parking space area, a second parking space area which is raised in comparison with the first parking space area, and a transition, to be successively overcome by at least two wheels (R1, R2, R3, R4) of the motor vehicle, between the first and the second parking space areas (B1, B2), wherein the following steps are carried out: a) determining an overcoming position in the first parking space area for a first wheel (R1, R2) for starting a first overcoming process of the transition by the first wheel (R1, R2), characterized by b) specifying an overcoming distance which is travelled by the first wheel (R1, R2) starting from the overcoming position up to a predetermined end position in the second parking space area during the first overcoming process, c) predicting a position of at least one second wheel (R2, R4) in the parking space after the first overcoming process is carried out, on the basis of the specified overcoming distance; d) determining whether the predicted position of the second wheel (R2, R4) lies within a predetermined partial area in the parking space, and e) correcting the overcoming distance for the first wheel (R1, R2) if the predicted position lies within the predetermined partial area. a) determining an overcoming position in the first parking space area for a first wheel (R1, R2) for starting a first overcoming process of the transition by the first wheel (R1, R2), characterized by b) specifying an overcoming distance which is travelled by the first wheel (R1, R2) starting from the overcoming position up to a predetermined end position in the second parking space area during the first overcoming process, c) predicting a position of at least one second wheel (R2, R4) in the parking space after the first overcoming process is carried out, on the basis of the specified overcoming distance; d) determining whether the predicted position of the second wheel (R2, R4) lies within a predetermined partial area in the parking space, and e) correcting the overcoming distance for the first wheel (R1, R2) if the predicted position lies within the predetermined partial area.
Valve of a piston pump, in particular for a hydraulic vehicle brake system, with a closing body and a sealing seat, in which the closing body can be moved in an axially guided manner against the sealing seat and in which the closing body is formed in two pieces with a damping piston and a closing element inserted therein, characterized in that the closing element is held on the damping piston with radial play.
A motor vehicle, in particular utility vehicle, comprising a wheel chock (10; 20; 30; 40); a securing means (11; 31; 41) for the wheel chock (10; 20; 30; 40) in which the wheel chock (10; 20; 30; 40) can be secured in a removable fashion; and an immobilizer of the motor vehicle, which is activated when the wheel chock (10; 20; 30; 40) is removed from the securing means (11; 31; 41) and is deactivated when the wheel chock (10; 20; 30; 40) is located in the securing means (11; 31; 41), wherein the immobilizer is embodied in such a way that when the immobilizer is activated a) an ignition and/or an engine start can be carried out and/or an electrical power supply of the motor vehicle can be switched on but it is not possible for the motor vehicle to drive away; and/or b) a parking brake of the motor vehicle is engaged. a) an ignition and/or an engine start can be carried out and/or an electrical power supply of the motor vehicle can be switched on but it is not possible for the motor vehicle to drive away; and/or b) a parking brake of the motor vehicle is engaged.
A transducer assembly, comprising: a housing; a sealing diaphragm; a removable diaphragm including a cylinder wall having a disc attached to an end of the cylinder wall, wherein the removable diaphragm is radially constrained to the housing; a piezoelectric crystal disposed within the removable diaphragm and secured to the disc; and a sleeve, wherein the sealing diaphragm is disposed about an outside of an end of the sleeve, wherein the removable diaphragm and at least a portion of the housing are disposed within the sleeve, wherein the removable diaphragm is biased towards the sealing diaphragm. a housing; a sealing diaphragm; a removable diaphragm including a cylinder wall having a disc attached to an end of the cylinder wall, wherein the removable diaphragm is radially constrained to the housing; a piezoelectric crystal disposed within the removable diaphragm and secured to the disc; and a sleeve, wherein the sealing diaphragm is disposed about an outside of an end of the sleeve, wherein the removable diaphragm and at least a portion of the housing are disposed within the sleeve, wherein the removable diaphragm is biased towards the sealing diaphragm.
A method for setting image capture conditions, the method comprising the steps of: sensing a first touch input on a touch screen showing a preview image in an image capture mode; displaying a first area related to a first function at a first position where the first touch input is sensed; and displaying a second area related to a second function which is different from the first function at the first position overlapping the first area related to the first function, when the first touch input is held at the first position for at least a first period of time, the method being characterized in that it further comprises: setting the first function for a camera module based on the first area related to the first function, setting the second function for the camera module based on the second area related to the second function, and moving the second area related to the second function according to a movement of the first touch input, when the first touch input is moved on the touch screen. sensing a first touch input on a touch screen showing a preview image in an image capture mode; displaying a first area related to a first function at a first position where the first touch input is sensed; and displaying a second area related to a second function which is different from the first function at the first position overlapping the first area related to the first function, when the first touch input is held at the first position for at least a first period of time, the method being characterized in that it further comprises: setting the first function for a camera module based on the first area related to the first function, setting the second function for the camera module based on the second area related to the second function, and moving the second area related to the second function according to a movement of the first touch input, when the first touch input is moved on the touch screen. setting the first function for a camera module based on the first area related to the first function, setting the second function for the camera module based on the second area related to the second function, and moving the second area related to the second function according to a movement of the first touch input, when the first touch input is moved on the touch screen.
Material of olivine crystallographic structure and of formula A a Z z M m (SiO 4) 1-x (PO 4) x in which: - A is chosen from lithium, sodium, potassium and mixtures thereof, - Z is chosen from beryllium, magnesium, calcium, strontium, barium and mixtures thereof, - M is chosen from iron, nickel, cobalt, manganese, chromium and mixtures thereof, the degree of oxidation of the element M being greater than or equal to 2 and less than 4, - a, z, m and x are the stoichiometric coefficients of the chemical elements A, Z and M and of the group PO 4 3- respectively, and comply with the following conditions: ∘ 0 < a < 1 − x 2, ∘ 0 < x < 0.8, ∘ 0 < m, ∘ a + z ≤ 1 − x 2, and ∘ a + z ≤ 1 − x 2. - A is chosen from lithium, sodium, potassium and mixtures thereof, - Z is chosen from beryllium, magnesium, calcium, strontium, barium and mixtures thereof, - M is chosen from iron, nickel, cobalt, manganese, chromium and mixtures thereof, the degree of oxidation of the element M being greater than or equal to 2 and less than 4, - a, z, m and x are the stoichiometric coefficients of the chemical elements A, Z and M and of the group PO 4 3- respectively, and comply with the following conditions: ∘ 0 < a < 1 − x 2, ∘ 0 < x < 0.8, ∘ 0 < m, ∘ a + z ≤ 1 − x 2, and ∘ a + z ≤ 1 − x 2. ∘ 0 < a < 1 − x 2, ∘ 0 < x < 0.8, ∘ 0 < m, ∘ a + z ≤ 1 − x 2, and ∘ a + z ≤ 1 − x 2.
A refrigeration cycle apparatus (100, 200) comprising a compressor, a first heat exchanger, an expansion valve, and a second heat exchanger the refrigeration cycle apparatus (100, 200) being configured to circulate refrigerant in this order in a heating operation, the refrigeration cycle apparatus (100, 200) further comprising: a first valve connected between the compressor and the first heat exchanger; a second valve connected between the first heat exchanger and the expansion valve; and a controller (9, 92) configured to close the first and second valves (6, 7) when a stop condition of the heating operation is satisfied, characterised in that the controller (9, 92) is configured to, when a start condition of the heating operation is satisfied, if a specific condition is satisfied, start supplying the refrigerant from the compressor to the first valve and then open the first and second valves (6, 7), and if the specific condition is not satisfied, open the first and second valves (6, 7) and then start supplying the refrigerant from the compressor to the first valve, the specific condition indicating that a first heat exchange capability of the first heat exchanger is higher than a second heat exchange capability of the second heat exchanger. a compressor, a first heat exchanger, an expansion valve, and a second heat exchanger the refrigeration cycle apparatus (100, 200) being configured to circulate refrigerant in this order in a heating operation, the refrigeration cycle apparatus (100, 200) further comprising: a first valve connected between the compressor and the first heat exchanger; a second valve connected between the first heat exchanger and the expansion valve; and a controller (9, 92) configured to close the first and second valves (6, 7) when a stop condition of the heating operation is satisfied, characterised in that the controller (9, 92) is configured to, when a start condition of the heating operation is satisfied, if a specific condition is satisfied, start supplying the refrigerant from the compressor to the first valve and then open the first and second valves (6, 7), and if the specific condition is not satisfied, open the first and second valves (6, 7) and then start supplying the refrigerant from the compressor to the first valve, the specific condition indicating that a first heat exchange capability of the first heat exchanger is higher than a second heat exchange capability of the second heat exchanger.
A memory network comprising: memory nodes, wherein each memory node includes memory and control logic; inter-node point-to-point links connecting the memory nodes with each other; and a point-to-point link connecting a memory controller of a processor to one of the memory nodes, wherein the control logic of each memory node is to perform a memory access invoked by the memory controller of the processor and is to route data or memory access commands to a destination in the memory network; characterised in that the control logic of a memory node is to schedule execution of memory accesses of memory requests from the memory controller of the processor according to local memory device status of the memory of the memory node. memory nodes, wherein each memory node includes memory and control logic; inter-node point-to-point links connecting the memory nodes with each other; and a point-to-point link connecting a memory controller of a processor to one of the memory nodes, wherein the control logic of each memory node is to perform a memory access invoked by the memory controller of the processor and is to route data or memory access commands to a destination in the memory network; characterised in that the control logic of a memory node is to schedule execution of memory accesses of memory requests from the memory controller of the processor according to local memory device status of the memory of the memory node.
An information processing apparatus, comprising: a gaze position detection section adapted to detect a gaze position of a user with respect to a display screen; a position information acquisition section adapted to acquire position information of the user; and a control section adapted to judge, based on the detected gaze position, a scene and an object in the scene that the user focuses in a content displayed on the display screen, and to generate search information from the judged object and the acquired position information, wherein the control section is: adapted to segment an image of the judged scene into one or more areas based on a feature amount; adapted to judge an area having a highest gaze frequency based on the detected gaze position; adapted to judge the object based on the feature amount of that area, and adapted to judge the object while taking into account priority levels among genres based on viewing locations and viewing times of the user. a gaze position detection section adapted to detect a gaze position of a user with respect to a display screen; a position information acquisition section adapted to acquire position information of the user; and a control section adapted to judge, based on the detected gaze position, a scene and an object in the scene that the user focuses in a content displayed on the display screen, and to generate search information from the judged object and the acquired position information, wherein the control section is: adapted to segment an image of the judged scene into one or more areas based on a feature amount; adapted to judge an area having a highest gaze frequency based on the detected gaze position; adapted to judge the object based on the feature amount of that area, and adapted to judge the object while taking into account priority levels among genres based on viewing locations and viewing times of the user. adapted to segment an image of the judged scene into one or more areas based on a feature amount; adapted to judge an area having a highest gaze frequency based on the detected gaze position; adapted to judge the object based on the feature amount of that area, and adapted to judge the object while taking into account priority levels among genres based on viewing locations and viewing times of the user.
An on-chip reference current generating circuit for supplying at least one reference current to at least one load, the on-chip reference current generating circuit comprising: a transistor; an operational amplifier unit, a reference voltage being inputted to a positive input terminal of the operational amplifier unit, a negative input terminal of the operational amplifier unit being coupled to a source of the transistor, and an output terminal of the operational amplifier unit being coupled to a gate of the transistor; a first pull-down resistor unit coupled between the source of the transistor and a ground, the first pull-down resistor unit being a resistor unit calibrated by a ZQ calibration circuit and including a plurality of MOS transistors in parallel; and a current mirror unit coupled between a drain of the transistor and a power supply voltage, wherein the current mirror unit is configured to replicate the current flowing through the pull-down resistor unit and provide an output current (Iout) to the load for use, wherein the reference voltage is 1/100~1/10 of 2(V GS -V TH), V GS represents a gate-source voltage of a MOS transistor in the first pull-down resistor unit, and V TH represents a breakdown voltage of the MOS transistor in the first pull-down resistor unit. a transistor; an operational amplifier unit, a reference voltage being inputted to a positive input terminal of the operational amplifier unit, a negative input terminal of the operational amplifier unit being coupled to a source of the transistor, and an output terminal of the operational amplifier unit being coupled to a gate of the transistor; a first pull-down resistor unit coupled between the source of the transistor and a ground, the first pull-down resistor unit being a resistor unit calibrated by a ZQ calibration circuit and including a plurality of MOS transistors in parallel; and a current mirror unit coupled between a drain of the transistor and a power supply voltage, wherein the current mirror unit is configured to replicate the current flowing through the pull-down resistor unit and provide an output current (Iout) to the load for use, wherein the reference voltage is 1/100~1/10 of 2(V GS -V TH), V GS represents a gate-source voltage of a MOS transistor in the first pull-down resistor unit, and V TH represents a breakdown voltage of the MOS transistor in the first pull-down resistor unit.
Process for dehydrating gypsum, wherein - a continuous feed of raw gypsum is provided; - the raw gypsum is calcined in a calcination unit at a fire rate to remove water from the raw gypsum and to obtain a continuous feed of calcined gypsum having a water content within a selected range; - a water content of the calcined gypsum is determined by near infrared spectroscopy, and - the fire rate is adjusted based on the water content of the calcined gypsum. - a continuous feed of raw gypsum is provided; - the raw gypsum is calcined in a calcination unit at a fire rate to remove water from the raw gypsum and to obtain a continuous feed of calcined gypsum having a water content within a selected range; - a water content of the calcined gypsum is determined by near infrared spectroscopy, and - the fire rate is adjusted based on the water content of the calcined gypsum.
A method for biological treatment of organic waste containing impurities composed of non-biodegradable materials, comprising: • a first step of wet mechanical separation of the non-biodegradable materials present in the aforesaid organic waste such as to obtain a purified organic fraction having a dry matter content of 6% to 20%, • a second step of dewatering said purified organic fraction such as to obtain a purified, dewatered organic fraction having a dry matter content of 25% to 50% and an effluent, • a third step of dry anaerobic biological treatment of the dewatered organic fraction such as to obtain organic residues. • a first step of wet mechanical separation of the non-biodegradable materials present in the aforesaid organic waste such as to obtain a purified organic fraction having a dry matter content of 6% to 20%, • a second step of dewatering said purified organic fraction such as to obtain a purified, dewatered organic fraction having a dry matter content of 25% to 50% and an effluent, • a third step of dry anaerobic biological treatment of the dewatered organic fraction such as to obtain organic residues.
A composition comprising a particulate solid, wherein the particulate solid is a pigment, a filler, or extender, a plastic material, wherein the plastic material is a thermoplastic polymer, and a compound obtained/obtainable by a process comprising (i) reacting at a temperature of 120°C or less, or 100°C or less, a hydroxycarboxylic acid and a lactone; and (ii) optionally reacting the product of (i) with a C 1-50 carboxylic acid.
A method of operating an electro-deionization module to produce highly purified water from feed water comprising: receiving a range and a target within the range for a water quality value of the highly purified water; receiving values for the water quality of the highly purified water from a water quality sensor; applying power to the EDI module to bring the WQ within the received range; continuously adjusting the power to maintain the WQ near the received target within the range for water quality; and saving a system state including a baseline current; and restarting the EDI module initially using the baseline current; wherein applying power to bring the WQ within the received range comprises applying one of a predetermined maximum initial power and a predetermined minimum initial power to the EDI module until the WQ is within the received range. receiving a range and a target within the range for a water quality value of the highly purified water; receiving values for the water quality of the highly purified water from a water quality sensor; applying power to the EDI module to bring the WQ within the received range; continuously adjusting the power to maintain the WQ near the received target within the range for water quality; and saving a system state including a baseline current; and restarting the EDI module initially using the baseline current;
Process for producing a glass article having a high hydrolytic resistance, in which a glass tube composed of a borosilicate glass having an Al 2 O 3 content of less than 1% by weight and a ZrO 2 content of 2-12% by weight and having a glass transition temperature T g is firstly formed into a glass article and is subsequently subjected to a thermal after-treatment, characterized in that the glass article is subjected to a treatment temperature T B ≥ T g + 5 K for a treatment time of t B ≥ 5 min in the thermal after-treatment and is subsequently cooled.
A method for decoding a video signal by an apparatus based on motion vector prediction using a motion vector predictor candidate group for a current block, the motion vector predictor candidate group being constructed from one or more spatial neighboring blocks of the current block, the method comprising: determining a motion vector predictor of the current block; deriving a motion vector of the current block based on the determined motion vector predictor; and performing inter prediction for the current block based on the derived motion vector, wherein the determining the motion vector predictor further comprises: deriving a motion vector predictor candidate group including a plurality of motion vector predictor candidates, the method characterised in that one of the plurality of motion vector predictor candidates is derived as a motion vector of a spatial neighboring block based on the motion vector of the spatial neighboring block referring to a reference picture having the same picture order count, POC, value as a reference picture of the current block in a reference picture list different from a reference picture list of the current block. determining a motion vector predictor of the current block; deriving a motion vector of the current block based on the determined motion vector predictor; and performing inter prediction for the current block based on the derived motion vector, wherein the determining the motion vector predictor further comprises: deriving a motion vector predictor candidate group including a plurality of motion vector predictor candidates, the method characterised in that one of the plurality of motion vector predictor candidates is derived as a motion vector of a spatial neighboring block based on the motion vector of the spatial neighboring block referring to a reference picture having the same picture order count, POC, value as a reference picture of the current block in a reference picture list different from a reference picture list of the current block. deriving a motion vector predictor candidate group including a plurality of motion vector predictor candidates, the method characterised in that one of the plurality of motion vector predictor candidates is derived as a motion vector of a spatial neighboring block based on the motion vector of the spatial neighboring block referring to a reference picture having the same picture order count, POC, value as a reference picture of the current block in a reference picture list different from a reference picture list of the current block.