mhurhangee/patent-ind-claim-en huggingface dataset:
Cover cloth for a vehicle arranged to be anchored to said vehicle so as to cover the body thereof, comprising a cover portion for at least partially covering a windshield of said vehicle and a zipper provided with an opening/closing slider positioned and configured so that when said cover cloth is constrained to said vehicle and said zipper is open, said cover portion for covering the windshield is partially uncoupled from the rest of the cover cloth and is partially removable so as to leave the windshield at least partially uncovered, said cover cloth comprising a flexible and manually graspable maneuvering element for maneuvering said opening/closing slider , characterized in that the flexible and manually graspable manoeuvring element has a first end constrained to said cover cloth and a second end constrained to said opening/closing slider .
A beauty care pack comprising: a support ; a shape retaining layer that is laminated on the support so as to be separated from the support by moisture and is formed by electrospinning a polymer material, to maintain moisturizing and hold the shape of the beauty care pack; and a chemical liquid layer that is laminated on the shape retaining layer and is formed by electrospinning a water-soluble polymer material and a functional material, and that is a dry type and melted by moisture, wherein the shape retaining layer is transparent in a state containing a solvent, and is changed to a color which can be visually confirmed when the solvent is dried. a support ; a shape retaining layer that is laminated on the support so as to be separated from the support by moisture and is formed by electrospinning a polymer material, to maintain moisturizing and hold the shape of the beauty care pack; and a chemical liquid layer that is laminated on the shape retaining layer and is formed by electrospinning a water-soluble polymer material and a functional material, and that is a dry type and melted by moisture, wherein the shape retaining layer is transparent in a state containing a solvent, and is changed to a color which can be visually confirmed when the solvent is dried.
A yo-yo with a functional accessory convenient to detach, comprising: a base assembly provided with a first mounting portion; and a functional accessory twistably and rotatably connected to the base assembly and provided with a second mounting portion configured to be fitted with the first mounting portion, characterized in that a sliding rail is defined in the base assembly, a first position (a) and a second position (b) are located in the sliding rail , and the sliding rail is provided with an inner mounting notch and an outer mounting notch opposite to the inner mounting notch , a limiting member configured to be movable , in the sliding rail , between the first position (a) and the second position (b), a part of the limiting member is located in the outer mounting notch , an outer end of the limiting member has a poking portion that extends out of the outer mounting notch , an inner end of the limiting member is configured as the first mounting portion, when the limiting member is in the first position (a), the first mounting portion is located in the inner mounting notch to be fitted with the second mounting portion, such that installation and detachment of the functional accessory can be realised, and when the limiting member is poked to move from the first position (a) to the second position (b), the second mounting portion is deviated from the inner mounting notch , such that displacement of the functional accessory is limited. a base assembly provided with a first mounting portion; and a functional accessory twistably and rotatably connected to the base assembly and provided with a second mounting portion configured to be fitted with the first mounting portion, characterized in that a sliding rail is defined in the base assembly, a first position (a) and a second position (b) are located in the sliding rail , and the sliding rail is provided with an inner mounting notch and an outer mounting notch opposite to the inner mounting notch , a limiting member configured to be movable , in the sliding rail , between the first position (a) and the second position (b), a part of the limiting member is located in the outer mounting notch , an outer end of the limiting member has a poking portion that extends out of the outer mounting notch , an inner end of the limiting member is configured as the first mounting portion, when the limiting member is in the first position (a), the first mounting portion is located in the inner mounting notch to be fitted with the second mounting portion, such that installation and detachment of the functional accessory can be realised, and when the limiting member is poked to move from the first position (a) to the second position (b), the second mounting portion is deviated from the inner mounting notch , such that displacement of the functional accessory is limited.
A method for performing a service request procedure, the method performed by a user equipment, UE, and comprising: receiving, by an access stratum, AS, layer of the UE, skipping information on an access class barring, ACB; receiving, by a non-access stratum, NAS, layer of the UE and from an upper layer of the UE, a start indication indicating a multimedia telephony, MMTEL, service or a short message service, SMS, has started; wherein if the NAS layer receives, from the AS layer, information indicating that an access was barred for an originating call and if the NAS layer receives the start indication, the NAS layer starts a service request procedure and then sets and delivers to the AS layer, a call type associated with a radio resource control, RRC, establishment for the service request procedure; and performing, by the AS layer, the RRC establishment based on the call type if the skipping information on the ACB indicates a skip for the MMTEL service or the SMS. receiving, by an access stratum, AS, layer of the UE, skipping information on an access class barring, ACB; receiving, by a non-access stratum, NAS, layer of the UE and from an upper layer of the UE, a start indication indicating a multimedia telephony, MMTEL, service or a short message service, SMS, has started; wherein if the NAS layer receives, from the AS layer, information indicating that an access was barred for an originating call and if the NAS layer receives the start indication, the NAS layer starts a service request procedure and then sets and delivers to the AS layer, a call type associated with a radio resource control, RRC, establishment for the service request procedure; and performing, by the AS layer, the RRC establishment based on the call type if the skipping information on the ACB indicates a skip for the MMTEL service or the SMS.
An image display device comprising: an operation receiver that is configured to receive an operation of selecting and moving a part of a plurality of icon images (A1 to A9) displayed on a display screen as a movement source icon (A4); and a display position changer that is configured to change, when the operation is received, a display position of the movement source icon (A4) assuming that a predetermined first position of the movement source icon (A4) is selected on the display screen, characterised in that the display position changer is further configured to perform processing of movement display of moving a movement destination icon (A5) present at a movement destination of the movement source icon (A4) to a position where the movement source icon (A4) has been displayed based on a moving direction of the movement source icon (A4), wherein the movement destination icon (A5) includes a rectangular non-reaction region that cannot react to an arrival of a finger touching the movement source icon (A4), wherein the non-reaction region exists on both of left and right sides of a center side reaction region of the movement destination icon (A5). an operation receiver that is configured to receive an operation of selecting and moving a part of a plurality of icon images (A1 to A9) displayed on a display screen as a movement source icon (A4); and a display position changer that is configured to change, when the operation is received, a display position of the movement source icon (A4) assuming that a predetermined first position of the movement source icon (A4) is selected on the display screen, characterised in that the display position changer is further configured to perform processing of movement display of moving a movement destination icon (A5) present at a movement destination of the movement source icon (A4) to a position where the movement source icon (A4) has been displayed based on a moving direction of the movement source icon (A4), wherein the movement destination icon (A5) includes a rectangular non-reaction region that cannot react to an arrival of a finger touching the movement source icon (A4), wherein the non-reaction region exists on both of left and right sides of a center side reaction region of the movement destination icon (A5).
An aircraft wing assembly comprising: a fixed wing portion comprising a wing skin , the wing skin having an aperture formed therein; a movable member extending through the aperture formed in the wing skin , the movable member extending between the fixed wing portion and an aerodynamic device movably connected to the fixed wing portion ; a substantially rigid panel movable at least partially across the aperture formed in the wing skin for at least partially occluding the aperture and for accommodating movement of the movable member extending through the aperture ; a first guide attached to the rigid panel ; and a first track for directing a movement of the rigid panel at least partially across the aperture , the first track being engaged with the first guide ; wherein the movable member is configured to urge the rigid panel toward an open position. a fixed wing portion comprising a wing skin , the wing skin having an aperture formed therein; a movable member extending through the aperture formed in the wing skin , the movable member extending between the fixed wing portion and an aerodynamic device movably connected to the fixed wing portion ; a substantially rigid panel movable at least partially across the aperture formed in the wing skin for at least partially occluding the aperture and for accommodating movement of the movable member extending through the aperture ; a first guide attached to the rigid panel ; and a first track for directing a movement of the rigid panel at least partially across the aperture , the first track being engaged with the first guide ; wherein the movable member is configured to urge the rigid panel toward an open position.
A method of wireless communication performed by a user equipment, UE, comprising: grouping , into a common slot, a first plurality of consecutive uplink slots included in a first component carrier and a second plurality of consecutive uplink slots included in a second component carrier, wherein at least a subset of the first plurality of consecutive uplink slots and at least a subset of the second plurality of consecutive uplink slots overlap; determining whether an uplink transmission is scheduled in at least one of the first plurality of consecutive uplink slots or the second plurality of consecutive uplink slots; and transmitting , based at least in part on determining that an uplink transmission is scheduled in at least one of the first plurality of consecutive uplink slots or the second plurality of consecutive uplink slots, on the first component carrier or on the second component carrier in the common slot, or determining , based at least in part on determining that no uplink transmission is scheduled in the first plurality of consecutive uplink slots and the second plurality of consecutive uplink slots, whether to switch a transmit chain of the UE between the first component carrier and the second component carrier in the common slot. grouping , into a common slot, a first plurality of consecutive uplink slots included in a first component carrier and a second plurality of consecutive uplink slots included in a second component carrier, wherein at least a subset of the first plurality of consecutive uplink slots and at least a subset of the second plurality of consecutive uplink slots overlap; determining whether an uplink transmission is scheduled in at least one of the first plurality of consecutive uplink slots or the second plurality of consecutive uplink slots; and transmitting , based at least in part on determining that an uplink transmission is scheduled in at least one of the first plurality of consecutive uplink slots or the second plurality of consecutive uplink slots, on the first component carrier or on the second component carrier in the common slot, or determining , based at least in part on determining that no uplink transmission is scheduled in the first plurality of consecutive uplink slots and the second plurality of consecutive uplink slots, whether to switch a transmit chain of the UE between the first component carrier and the second component carrier in the common slot.
Rear box apparatus for a children's tractor, which is provided with pedals or a motor for propelling it, including a pivotable trough-like container, which consists of a base wall and a peripheral wall , which includes a rear wall directed towards the children's tractor and two opposing side walls , characterised in that the rear box apparatus consists of the trough-like container and a tilting bracket , which is fastened to the rear of the children's tractor, that the tilting bracket includes two sections extending substantially at right angles to one another, whereby a rearward, vertical section of the tilting bracket is fixed to the rear of the children's tractor and the trough-like container rests, in the starting position, on the other horizontal section , wherein the tilting bracket consists of bent metal tubes and the rearward section has substantially a U shape or an arch shape and the horizontal section of the tilting bracket consists of two adjacent, parallel tube sections, which extend too shortly before the end of the base wall and are pivotally connected with their end section to the base wall , that the trough-like container is so attached to the tilting bracket that it is pivotable between the horizontal starting position, in which it rests on the tilting bracket , and a position in which it is tilted about the end of the tilting bracket to an abutment, which is an overhead position, so that the trough-like container cannot swing back into the starting position under gravity, and that a pivotable flap is attached to the open front side of the peripheral wall of the trough-like container .
Method for checking the lateral distribution of a spreading material type, comprising the steps of: - performing a test application of a spreading material type on an agricultural area by means of an agricultural application machine , - detecting lateral distribution information by means of a mobile method, the lateral distribution information relating to the actual lateral distribution of the spreading material type applied during the test application on the agricultural area ; - providing the detected lateral distribution information for an analysis device ; - comparing the provided lateral distribution information with a lateral distribution of the spreading material type that is expected for the performed test application, by means of the analysis device , and - providing recommendations for the setting parameters of the agricultural application machine that influence the lateral distribution, in particular on the basis of an intended lateral distribution; characterized by at least one of the following steps: - providing a user with an opportunity to evaluate the recommended setting parameters ; - providing the evaluations input by users for recommended setting parameters to other users. - performing a test application of a spreading material type on an agricultural area by means of an agricultural application machine , - detecting lateral distribution information by means of a mobile method, the lateral distribution information relating to the actual lateral distribution of the spreading material type applied during the test application on the agricultural area ; - providing the detected lateral distribution information for an analysis device ; - comparing the provided lateral distribution information with a lateral distribution of the spreading material type that is expected for the performed test application, by means of the analysis device , and - providing recommendations for the setting parameters of the agricultural application machine that influence the lateral distribution, in particular on the basis of an intended lateral distribution; - providing a user with an opportunity to evaluate the recommended setting parameters ; - providing the evaluations input by users for recommended setting parameters to other users.
A fuel balancing system for a vehicle, the system comprising: a first fuel tank ; a first sensor configured to detect a level of liquid fuel in the first fuel tank and produce a first signal; a second fuel tank ; a second sensor configured to detect a level of liquid fuel in the second fuel tank and produce a second signal; and a balancing line connecting the first fuel tank and the second fuel tank to enable fluid communication between the first fuel tank and the second fuel tank ; characterized in that the system further comprises at least one control valve configured to (i) selectively permit fluid communication between the first fuel tank and at least one source of pressurized gas or between the first fuel tank and at least one vent , and (ii) selectively permit fluid communication between the second fuel tank and at least one source of pressurized gas or between the second fuel tank and at least one vent ; and the system further comprises at least one control element configured to compare the first signal and the second signal to identify a difference in level of liquid fuel between the first fuel tank and the second fuel tank , and configured to operate the at least one control valve to admit pressurized gas into whichever of the first fuel tank or the second fuel tank has a higher fuel level, while the other of the first fuel tank or the second fuel tank is ventilated. a first fuel tank ; a first sensor configured to detect a level of liquid fuel in the first fuel tank and produce a first signal; a second fuel tank ; a second sensor configured to detect a level of liquid fuel in the second fuel tank and produce a second signal; and a balancing line connecting the first fuel tank and the second fuel tank to enable fluid communication between the first fuel tank and the second fuel tank ; the system further comprises at least one control valve configured to (i) selectively permit fluid communication between the first fuel tank and at least one source of pressurized gas or between the first fuel tank and at least one vent , and (ii) selectively permit fluid communication between the second fuel tank and at least one source of pressurized gas or between the second fuel tank and at least one vent ; and the system further comprises at least one control element configured to compare the first signal and the second signal to identify a difference in level of liquid fuel between the first fuel tank and the second fuel tank , and configured to operate the at least one control valve to admit pressurized gas into whichever of the first fuel tank or the second fuel tank has a higher fuel level, while the other of the first fuel tank or the second fuel tank is ventilated.
A child safety seat comprising: a seat shell configured to receive and secure a child therein, the seat shell comprising a top portion , a base portion , and side portions coupling the top portion to the base portion , wherein the side portions are fabric or mesh; and a support frame defining a seat portion and backrest portion of the child safety seat to enable the child to be secured therein, characterized in that the support frame comprises a webbed structure supporting the top portion and the base portion against each other, the side portions covering the support frame . a seat shell configured to receive and secure a child therein, the seat shell comprising a top portion , a base portion , and side portions coupling the top portion to the base portion , wherein the side portions are fabric or mesh; and a support frame defining a seat portion and backrest portion of the child safety seat to enable the child to be secured therein, characterized in that the support frame comprises a webbed structure supporting the top portion and the base portion against each other, the side portions covering the support frame .
Particles with a controllable release of at least one pheromone, wherein a) the particle has a core which is surrounded by one or more layers , and b) the core and at least one layer surrounding the core comprise at least one pheromone to be released, wherein the core or the core and at least one layer surrounding the core comprise(s) a substrate for binding or for absorbing the at least one pheromone to be released, wherein the substrate is capable of dispensing the absorbed pheromone in a delayed manner, and the substrate comprises zeolite. a) the particle has a core which is surrounded by one or more layers , and b) the core and at least one layer surrounding the core comprise at least one pheromone to be released, wherein the core or the core and at least one layer surrounding the core comprise(s) a substrate for binding or for absorbing the at least one pheromone to be released, wherein the substrate is capable of dispensing the absorbed pheromone in a delayed manner, and the substrate comprises zeolite.
Method for determining a lambda value or an oxygen concentration of a gas mixture, which is an exhaust gas of an internal combustion engine , wherein a sensor signal dependent upon the lambda value or the oxygen concentration is detected by means of a lambda sensor , the lambda value or the oxygen concentration is determined as a function of the sensor signal by means of a characteristic curve or a calculation rule, and a correction of a perturbation of at least one further component, differing from oxygen, of the gas mixture, which comprises nitrogen oxides (NOx), is carried out on the sensor signal, wherein the correction of the perturbation is carried out by determining a disturbing component correction factor (KF G ) as a function of a concentration of the at least one further component in the gas mixture or as a function of at least one parameter correlating with the concentration of the at least one further component, which correction factor is applied to the characteristic curve or calculation rule used or to the lambda value determined or to the oxygen concentration determined, characterized in that the lambda sensor is a jump lambda sensor, and exactly two different disturbance component correction factors (KF G ) are determined for different lambda ranges, wherein a correction factor for lambda values of less than one and a correction factor for lambda values of greater than one are determined. the lambda sensor is a jump lambda sensor, and exactly two different disturbance component correction factors (KF G ) are determined for different lambda ranges, wherein a correction factor for lambda values of less than one and a correction factor for lambda values of greater than one are determined.
System consisting of a metallurgical vessel of a steelworks with a position element and a device for determining the position of the metallurgical vessel , wherein the device is characterised by a robot with position means for coming into engagement with the position element , which is arranged at the metallurgical vessel , for positional determination so that the positional determination takes place by way of the contact between the position means and the position element .