mhurhangee/patent-ind-claim-en huggingface dataset:
Locking device for fuel inlets or charging bays, with a locking pin which comprises a locking section at one end and is translationally and rotationally movable for locking, wherein the locking pin comprises a push piece at the locking section , wherein the push piece comprises a second receptacle in which a spring and a ball or a push pin are arranged and the ball or the push pin is pressed via the spring against an opening of the second receptacle of the push piece .
An aroma extraction unit , comprising: - a hydration tank suitable for containing a mixture of plants or parts thereof and a liquid, said tank configured to contain a positive gas flow pressure, - a shearing unit configured for shearing the plants or parts thereof, - a hydrodynamic cavitation unit , and - at least one circulation unit , wherein the hydration tank, shearing unit, cavitation unit are in fluid communication, and the at least one circulation unit is configured for circulating a mixture from the tank into the shearing unit, further into the cavitation unit, and from the cavitation unit back into the tank and/or shearing unit, wherein the shearing unit is separate from the cavitation unit and configured for shearing at least 50 vol% of the plants or parts thereof into a characteristic particle diameter of between 1-100 μm, more preferably between 8-100 μm. - a hydration tank suitable for containing a mixture of plants or parts thereof and a liquid, said tank configured to contain a positive gas flow pressure, - a shearing unit configured for shearing the plants or parts thereof, - a hydrodynamic cavitation unit , and - at least one circulation unit ,
A braking device for an elevator car of an elevator system or for escalator steps of an escalator system , the braking device comprising a ratchet wheel being mountable on a drive shaft of the elevator system or escalator system ; a pawl configured to engage with the ratchet wheel to operate the breaking device , so that the ratchet wheel is locked in a first rotational direction (5.1) and unlocked in a second rotational direction (5.2); wherein the ratchet wheel comprises a first half (1.1) and a second half (1.2), each of which is configured to half-enclose the drive shaft ; wherein the first half (1.1) and/or the second half (1.2) comprise means for Z fastening the first half (1.1) and the second half (1.2) together to form the ratchet wheel and means for fastening the ratchet wheel to the drive shaft in a torsionally rigid manner; characterised in that the first half (1.1) and/or the second half (1.2) are configured so that by fastening the first half (1.1) and the second half (1.2) together the ratchet wheel is clamped on the drive shaft . a ratchet wheel being mountable on a drive shaft of the elevator system or escalator system ; a pawl configured to engage with the ratchet wheel to operate the breaking device , so that the ratchet wheel is locked in a first rotational direction (5.1) and unlocked in a second rotational direction (5.2); wherein the ratchet wheel comprises a first half (1.1) and a second half (1.2), each of which is configured to half-enclose the drive shaft ; wherein the first half (1.1) and/or the second half (1.2) comprise means for Z fastening the first half (1.1) and the second half (1.2) together to form the ratchet wheel and means for fastening the ratchet wheel to the drive shaft in a torsionally rigid manner; characterised in that the first half (1.1) and/or the second half (1.2) are configured so that by fastening the first half (1.1) and the second half (1.2) together the ratchet wheel is clamped on the drive shaft .
Steering lock comprising a rod , a housing and a blocking unit , wherein the rod is guided on the housing along a positioning axis (S), wherein the blocking unit can be brought into a first state in which it is out of engagement with the rod , wherein the blocking unit can be brought into a second state in which it is in engagement with the rod and secures the rod against displacement along the positioning axis (S), wherein the rod has an engagement portion , wherein the blocking unit comprises a blocking element , wherein, in the second state of the blocking unit , the blocking element forms an undercut with the engagement portion , which undercut acts parallel to the positioning axis (S), wherein the blocking element has a retaining portion on which a retaining means is engageable to space the blocking element from the rod and to retain the blocking unit in the first state, wherein the retaining means is compressed air, and wherein the blocking unit comprises a blocking support which is fixed to the housing via a thread, wherein the housing is the housing of a hydraulic cylinder or a pneumatically operated cylinder, wherein a resetting means engages on the blocking carrier , which resetting means moves the blocking unit into the second state when the tension is released. wherein the rod is guided on the housing along a positioning axis (S), wherein the blocking unit can be brought into a first state in which it is out of engagement with the rod , wherein the blocking unit can be brought into a second state in which it is in engagement with the rod and secures the rod against displacement along the positioning axis (S), wherein the rod has an engagement portion , wherein the blocking unit comprises a blocking element , wherein, in the second state of the blocking unit , the blocking element forms an undercut with the engagement portion , which undercut acts parallel to the positioning axis (S), wherein the blocking element has a retaining portion on which a retaining means is engageable to space the blocking element from the rod and to retain the blocking unit in the first state, wherein the retaining means is compressed air, and wherein the blocking unit comprises a blocking support which is fixed to the housing via a thread, wherein the housing is the housing of a hydraulic cylinder or a pneumatically operated cylinder, wherein a resetting means engages on the blocking carrier , which resetting means moves the blocking unit into the second state when the tension is released.
Method to assist piloting of an aircraft , the aircraft including a display system comprising at least one worn display configured to be worn integral with the head of a user in a cockpit of the aircraft , the aircraft including an instrument panel visible to the user in a head-down position, the display system including at least one multifunction screen supported by the instrument panel , said display system including a display computer , said display computer being configured to control according to a head-up display mode the display on the worn display of at least one item of primary information to assist piloting of the aircraft when said head is in an up position, said display system including a positioning device determining an item of position information relative to a field of view of said user, said at least one multifunction screen being configured to display at least one item of down information, said item of down information being able to comprise an item of primary information or an item of secondary information different from an item of primary information, characterised in that the method comprises the following steps implemented by the display computer - determination of a transparent or opaque state of a portion with adjustable opacity of said instrument panel , - acquisition of said item of position information from the positioning device , - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in an opaque state, control of said worn display according to a first head-down display mode, - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in a transparent state, control of said worn display according to a second head-down display mode. - determination of a transparent or opaque state of a portion with adjustable opacity of said instrument panel , - acquisition of said item of position information from the positioning device , - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in an opaque state, control of said worn display according to a first head-down display mode, - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in a transparent state, control of said worn display according to a second head-down display mode.
An uplink data transmission method, comprising: performing Listen Before Talk (LBT) respectively on at least one sub-band corresponding to a resource used for transmitting uplink data, wherein a frequency domain is divided into two or more sub-bands, and the resource used for transmitting uplink data corresponds to at least one of the two or more sub-bands; and transmitting the uplink data on at least one sub-band on which LBT succeeds, characterized in that before transmitting the uplink data on the at least one sub-band on which LBT succeeds, the uplink data transmission method further comprises: determining whether a number of the at least one sub-band on which LBT succeeds exceeds a corresponding sub-band threshold; and when the number of the at least one sub-band on which LBT exceeds the corresponding sub-band threshold, transmitting the uplink data on the at least one sub-band on which LBT succeeds. performing Listen Before Talk (LBT) respectively on at least one sub-band corresponding to a resource used for transmitting uplink data, wherein a frequency domain is divided into two or more sub-bands, and the resource used for transmitting uplink data corresponds to at least one of the two or more sub-bands; and transmitting the uplink data on at least one sub-band on which LBT succeeds, characterized in that before transmitting the uplink data on the at least one sub-band on which LBT succeeds, the uplink data transmission method further comprises: determining whether a number of the at least one sub-band on which LBT succeeds exceeds a corresponding sub-band threshold; and when the number of the at least one sub-band on which LBT exceeds the corresponding sub-band threshold, transmitting the uplink data on the at least one sub-band on which LBT succeeds. determining whether a number of the at least one sub-band on which LBT succeeds exceeds a corresponding sub-band threshold; and when the number of the at least one sub-band on which LBT exceeds the corresponding sub-band threshold, transmitting the uplink data on the at least one sub-band on which LBT succeeds.
A context release method characterized by : determining , by an application layer or Non-Access Stratum, NAS, of a terminal, that the terminal is required to be switched from an inactive state to an idle state; sending, by the terminal , a context release request to a first base station, the context release request being used for indicating a network side to release a related context of the terminal; receiving , by the terminal, a context release response from the first base station; and releasing , by the terminal, the related context of the terminal according to the context release response. determining , by an application layer or Non-Access Stratum, NAS, of a terminal, that the terminal is required to be switched from an inactive state to an idle state; sending, by the terminal , a context release request to a first base station, the context release request being used for indicating a network side to release a related context of the terminal; receiving , by the terminal, a context release response from the first base station; and releasing , by the terminal, the related context of the terminal according to the context release response.
Method for monitoring an automatically activated positively engaging differential lock of a transfer case of a vehicle, wherein the differential rotational speed (N_Diff) which occurs at the differential lock is evaluated during a time interval between the activation time and the point when the closed state of the differential lock is reached, characterized in that a first monitoring algorithm (function 1) is activated if the measured differential rotational speed (N_Diff) at the differential lock is higher than a first limiting value (parameter 1) but lower than a second limiting value (parameter 2).
A cleaning article bounded by alternating longitudinal and transverse edges defining an XY plane and a Z-direction perpendicular thereto, having a longitudinal axis and comprising: a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete spaced apart tufts of tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds , said tufts having at least one secondary bond therethrough creating a channel at least partially through said plurality of tufts in said XY plane wherein said at least one secondary bond comprises a plurality of spaced apart secondary bonds and wherein the secondary bonds reduce the thickness of the tufts in the Z direction, and wherein each said secondary bond of said plurality of secondary bonds intercepting one said longitudinal edge of said plurality of tufts and extending diagonally therefrom, characterized in that the tow fibers are joined to the carrier sheet with transversely offset primary bonds which are oriented in the transverse direction and formed as teardrops. a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete spaced apart tufts of tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds , said tufts having at least one secondary bond therethrough creating a channel at least partially through said plurality of tufts in said XY plane wherein said at least one secondary bond comprises a plurality of spaced apart secondary bonds and wherein the secondary bonds reduce the thickness of the tufts in the Z direction, and wherein each said secondary bond of said plurality of secondary bonds intercepting one said longitudinal edge of said plurality of tufts and extending diagonally therefrom, characterized in that the tow fibers are joined to the carrier sheet with transversely offset primary bonds which are oriented in the transverse direction and formed as teardrops.
Room cell for a room-in-room system having at least one floor element , wall elements , wall corner elements and at least one ceiling element , wherein adjacent wall elements or wall corner elements are detachably interconnected according to the tongue-and-groove principle, and wherein a circumferential ceiling profile composed of a plurality of interconnected ceiling profile elements is arranged between the wall elements and the wall corner elements and the at least one ceiling element , which ceiling profile elements have a groove which is open at the bottom and into which the upper ends of the wall elements engage, characterised in that the wall elements engage with upper-side tongue portions into the groove of the ceiling profile elements , and in that the groove of the ceiling profile elements has on both sides indentations for rubber profiles projecting into the groove for holding a glass pane or a door frame , wherein the respective ceiling profile element and the at least one ceiling element have complementary regions for form-fitting connection.
A control input device comprising: a base member ; a handle coupled to the base member and configured to be manually contacted at a grip portion of the handle and moved by a hand of a user in one or more degrees of freedom; one or more control input sensors configured to detect positions or orientations of the handle in the one or more degrees of freedom; and a presence sensor coupled to the base member, the presence sensor having a sensing field , and at least a portion of the sensing field being located proximate to the handle, wherein a signal generated by the presence sensor comprises a parameter, the parameter comprising a value that corresponds to: a direction of motion of the hand in the sensing field relative to the presence sensor, or a velocity of the hand in the sensing field; the presence sensor further configured to provide the value to a processor configured to activate a controlling mode of the control input device in which the handle is moveable by the user in the one or more degrees of freedom to moveably control a manipulator device. a base member ; a handle coupled to the base member and configured to be manually contacted at a grip portion of the handle and moved by a hand of a user in one or more degrees of freedom; one or more control input sensors configured to detect positions or orientations of the handle in the one or more degrees of freedom; and a presence sensor coupled to the base member, the presence sensor having a sensing field , and at least a portion of the sensing field being located proximate to the handle, wherein a signal generated by the presence sensor comprises a parameter, the parameter comprising a value that corresponds to: a direction of motion of the hand in the sensing field relative to the presence sensor, or a velocity of the hand in the sensing field; a direction of motion of the hand in the sensing field relative to the presence sensor, or a velocity of the hand in the sensing field; the presence sensor further configured to provide the value to a processor configured to activate a controlling mode of the control input device in which the handle is moveable by the user in the one or more degrees of freedom to moveably control a manipulator device.
A machining jig that may hold a workpiece with respect to a tool that partially removes an outer peripheral surface of the workpiece , the machining jig comprising: a first jig including an inner peripheral surface having a shape similar to a contour of the workpiece and an outer peripheral surface including a first inclined section inclined with respect to an axial direction of the workpiece ; a second jig including an inner peripheral surface including a second inclined section configured to be fitted to the first inclined section ; a base to which the second jig is coaxially fixed; and a sliding mechanism that enables a large-diameter portion of the first inclined section and a small-diameter portion of the second inclined section to move toward and away from each other, wherein the sliding mechanism causes the small-diameter portion of the second inclined section to press the large-diameter portion of the first inclined section so that compressive stress can be applied to the outer peripheral surface of the workpiece at a position near a portion to be removed by the tool ; characterised in that the machining jig further includes a retaining portion which includes an inner retaining portion that may be inserted in the workpiece to retain an inner peripheral surface of the workpiece . a first jig including an inner peripheral surface having a shape similar to a contour of the workpiece and an outer peripheral surface including a first inclined section inclined with respect to an axial direction of the workpiece ; a second jig including an inner peripheral surface including a second inclined section configured to be fitted to the first inclined section ; a base to which the second jig is coaxially fixed; and a sliding mechanism that enables a large-diameter portion of the first inclined section and a small-diameter portion of the second inclined section to move toward and away from each other, wherein the sliding mechanism causes the small-diameter portion of the second inclined section to press the large-diameter portion of the first inclined section so that compressive stress can be applied to the outer peripheral surface of the workpiece at a position near a portion to be removed by the tool ; characterised in that the machining jig further includes a retaining portion which includes an inner retaining portion that may be inserted in the workpiece to retain an inner peripheral surface of the workpiece .
A network slice selection method, comprising: receiving (S21), by a first network slice selection function device of a visited public land mobile network, VPLMN, a first service request message; obtaining (S22), by the first network slice selection function device, home public land mobile network identifier, HPLMN ID, of a user equipment, UE, according to the first service request message; selecting (S23), by the first network slice selection function device, a first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE, the selecting (S23) comprises determining, by the first network slice selection function device, a slice type of the first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE; sending, by the first network slice selection function device, a network slice selection request to a second network slice selection function device of a home public land mobile network, HPLMN, of the UE, wherein the network slice selection request is used to request the second network slice selection function device of the HPLMN to select a second network slice instance in the HPLMN for the UE; and receiving, by the first network slice selection function device, a slice selection response message from the second network slice selection function device, wherein the slice selection response message comprises information about the second network slice instance. receiving (S21), by a first network slice selection function device of a visited public land mobile network, VPLMN, a first service request message; obtaining (S22), by the first network slice selection function device, home public land mobile network identifier, HPLMN ID, of a user equipment, UE, according to the first service request message; selecting (S23), by the first network slice selection function device, a first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE, the selecting (S23) comprises determining, by the first network slice selection function device, a slice type of the first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE; sending, by the first network slice selection function device, a network slice selection request to a second network slice selection function device of a home public land mobile network, HPLMN, of the UE, wherein the network slice selection request is used to request the second network slice selection function device of the HPLMN to select a second network slice instance in the HPLMN for the UE; and receiving, by the first network slice selection function device, a slice selection response message from the second network slice selection function device, wherein the slice selection response message comprises information about the second network slice instance.
A recombinant DNA molecule comprising a DNA sequence selected from the group consisting of: a) a DNA sequence with at least 95 percent sequence identity to the full length of any of SEQ ID NOs: 13, 15 and 17, wherein the DNA sequence has the promoter activity of any of SEQ ID NOs: 13, 15 and 17; b) a DNA sequence comprising any of SEQ ID NOs: 13, 15 and 17; c) a fragment comprising at least 600 contiguous nucleotides of any of SEQ ID NOs: 13, 15 and 17, wherein the fragment has the promoter activity of any of SEQ ID NO: 13, 15 and 17; and wherein said sequence is operably linked to a heterologous transcribable polynucleotide molecule. a) a DNA sequence with at least 95 percent sequence identity to the full length of any of SEQ ID NOs: 13, 15 and 17, wherein the DNA sequence has the promoter activity of any of SEQ ID NOs: 13, 15 and 17; b) a DNA sequence comprising any of SEQ ID NOs: 13, 15 and 17; c) a fragment comprising at least 600 contiguous nucleotides of any of SEQ ID NOs: 13, 15 and 17, wherein the fragment has the promoter activity of any of SEQ ID NO: 13, 15 and 17; and