mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transformation of a motor transportation vehicle for ground transport and air transport, wherein the motor transportation vehicle comprises a body with a cabin and side pontoons , a front axle and a rear axle , at least one actuation system , wings , wherein each wing is supplemented with two auxiliary supports along its entire span, which supports are connected in their upper or their lower parts via a pivotal bearing, and wherein each wing is divided into two parts approximately in the half of its width, covers , and a tail comprising at least one support of tail surfaces , wherein it includes the following transformation steps for transformation of the motor transportation vehicle for air transport to the motor transportation vehicle for ground transport: - minimization of the wings' footprint areas by turning over the wings's rear part together with flaps around the pivotal bearing connecting the auxiliary wing supports; - opening two body covers ; - turning the folded wings into a vertical position; - turning the folded wings from the vertical position backwards around a horizontal axis perpendicular to the length of the motor transportation vehicle, followed by closing the body covers ; - shortening the length of the motor transportation vehicle by retracting the at least one support of the tail surfaces ; and the reversal transformation of the motor transportation vehicle for ground transport to the motor transportation vehicle for air transport includes the following transformation steps: - elongating the length of the motor transportation vehicle by extending the at least one support of the tail surfaces ; - opening two body covers ; - lifting the folded wings into the vertical position; - turning the folded wings from the vertical position to the horizontal position and closing the body covers ; - the reversal maximization of the wings footprint areas. - minimization of the wings' footprint areas by turning over the wings's rear part together with flaps around the pivotal bearing connecting the auxiliary wing supports; - opening two body covers ; - turning the folded wings into a vertical position; - turning the folded wings from the vertical position backwards around a horizontal axis perpendicular to the length of the motor transportation vehicle, followed by closing the body covers ; - shortening the length of the motor transportation vehicle by retracting the at least one support of the tail surfaces ; and - elongating the length of the motor transportation vehicle by extending the at least one support of the tail surfaces ; - opening two body covers ; - lifting the folded wings into the vertical position; - turning the folded wings from the vertical position to the horizontal position and closing the body covers ; - the reversal maximization of the wings footprint areas.
A remote unit for wireless communication, the remote unit comprising at least one memory , and at least one processor coupled with the at least one memory and configured to cause the remote unit to: receive a downlink data packet from a first data connection over the mobile communication network, the first data connection providing the remote unit access to a remote data network; determine from the downlink data packet whether the first data connection provides access to a local data network in addition to the remote data network, the determination made by examining a local access availability flag in a header of the downlink data packet, the local access availability flag indicating whether the first data connection provides access to the local data network; and access one or more services in the local data network in response to determining that the first data connection provides access to the local data network. receive a downlink data packet from a first data connection over the mobile communication network, the first data connection providing the remote unit access to a remote data network; determine from the downlink data packet whether the first data connection provides access to a local data network in addition to the remote data network, the determination made by examining a local access availability flag in a header of the downlink data packet, the local access availability flag indicating whether the first data connection provides access to the local data network; and access one or more services in the local data network in response to determining that the first data connection provides access to the local data network.
An information transmission method performed by a user equipment, the method comprising: • obtaining (step 101) first subframe configuration information used to instruct to receive first information on a first narrowband resource, the first narrowband resource is a frequency resource that has a frequency width of less than 20 MHz; • determining (step 102), according to the first subframe configuration information, a first subframe for receiving the first information on the first narrowband resource; and • in the first subframe, only receiving (step 103) information on the first narrowband resource, wherein the received information in the first subframe is the first information, ∘ wherein the first information comprises common control information and the first information does not comprise user-specific control information, and the common control information comprises control information for scheduling random access response information; and. ∘ wherein user-specific control information is transmitted by a base station in the first subframe on a second narrowband resource; and • in a subframe subsequent to the first subframe, only receiving common data information, wherein the common data information is the random access response information. • obtaining (step 101) first subframe configuration information used to instruct to receive first information on a first narrowband resource, the first narrowband resource is a frequency resource that has a frequency width of less than 20 MHz; • determining (step 102), according to the first subframe configuration information, a first subframe for receiving the first information on the first narrowband resource; and • in the first subframe, only receiving (step 103) information on the first narrowband resource, wherein the received information in the first subframe is the first information, ∘ wherein the first information comprises common control information and the first information does not comprise user-specific control information, and the common control information comprises control information for scheduling random access response information; and. ∘ wherein user-specific control information is transmitted by a base station in the first subframe on a second narrowband resource; and ∘ wherein the first information comprises common control information and the first information does not comprise user-specific control information, and the common control information comprises control information for scheduling random access response information; and. ∘ wherein user-specific control information is transmitted by a base station in the first subframe on a second narrowband resource; and • in a subframe subsequent to the first subframe, only receiving common data information, wherein the common data information is the random access response information.
A compound of Formula III or IV, or a pharmaceutically acceptable salt thereof, for use in a method of treating an ophthalmic condition in a patient, the method comprising administering to the patient a compound of Formula III or IV, or a pharmaceutically acceptable salt thereof, wherein the ophthalmic condition is selected from dry-eye disease and diabetic retinopathy, and wherein the compounds of Formula III and IV are as follows: the method comprising administering to the patient a compound of Formula III or IV, or a pharmaceutically acceptable salt thereof, wherein the ophthalmic condition is selected from dry-eye disease and diabetic retinopathy, and wherein the compounds of Formula III and IV are as follows:
Method for operating an electric motor by means of a soft starter , comprising the steps of: a) establishing an orientation of the rotor in relation to the stator of the electric motor , in which orientation the magnetic north poles and magnetic south poles of said rotor and stator are opposite one another; b) generating a test pulse in a stator winding of the electric motor along the orientation of the rotor with respect to the stator ; c) ascertaining a motor inductance in a start phase and/or end phase of a detection window , and d) ascertaining a motor resistance in an amplitude phase which is situated between the start phase and the end phase ; wherein a motor voltage is at a maximum in the start phase and/or the end phase . a) establishing an orientation of the rotor in relation to the stator of the electric motor , in which orientation the magnetic north poles and magnetic south poles of said rotor and stator are opposite one another; b) generating a test pulse in a stator winding of the electric motor along the orientation of the rotor with respect to the stator ; c) ascertaining a motor inductance in a start phase and/or end phase of a detection window , and d) ascertaining a motor resistance in an amplitude phase which is situated between the start phase and the end phase ;
Device for clamping a rim of a vehicle wheel, comprising at least four clamping elements which can be moved with respect to the rim and comprise clamping arms and support elements having support surfaces on which a rim flange of the rim can be placed, wherein the clamping arms are rotatably mounted, about their longitudinal axis, in the clamping elements , and have clamping fingers at the end that protrude beyond the support surfaces , which fingers have clamping surfaces which can be brought into clamping contact with the placeable rim flange, characterised in that the clamping fingers have a first vertical clamping region and a second clamping region which is adjacent thereto and forms the clamping surface, the second region being inclined with respect to the first region and the first and/or second clamping region of the clamping fingers are or is flat or concave.
A controller for a processing station that registers a passenger's luggage for a trip, wherein the controller is configured to: compare (i) an image taken of a luggage transportation tub with the luggage , the tub having a first shape and being adapted to receive the luggage associated with the passenger, and (ii) a database of predefined tub shapes; characterized in that the controller is further configured to determine a weight of the luggage by subtracting a weight of the tub from a combined weight of the luggage and the tub measured with a weighing sensor electrically connected to the controller . compare (i) an image taken of a luggage transportation tub with the luggage , the tub having a first shape and being adapted to receive the luggage associated with the passenger, and (ii) a database of predefined tub shapes; characterized in that the controller is further configured to determine a weight of the luggage by subtracting a weight of the tub from a combined weight of the luggage and the tub measured with a weighing sensor electrically connected to the controller .
A method for separating a suspension of biological cells using a system comprising a fluid circuit comprising a spinning membrane or a centrifuge as separator having a housing with an inlet for introducing the suspension of biological cells into the separator , a first outlet in communication with the separator for flowing a first type of cells from the separator and a second outlet in communication with separator for flowing a second type of cells from the separator , and a hardware component comprising a pump for flowing the suspension of biological cells to the inlet of the separator with no second pump being associated with either of the first and second outlets , at least one flow control device associated with the first outlet and the second outlet of the separator for selectively opening and closing the first and second outlets so as to permit one of the first type of cells and the second type of cells to flow out of the separator , and controlling the separator with a pulse width modulation to control the flow rate of the first type of cells out of the first outlet and the second type of cells out of the second outlet by the method comprising: a) operating the pump so as to flow the suspension of biological cells to the inlet of the separator at a predetermined inlet flow rate; and b) alternately opening and closing the flow control device with the first outlet being opened and closed in opposition to the second outlet in accordance with a predetermined duty cycle so that the pump controls flow to the inlet and pulse width modulation controls flow out of the first and second outlets , wherein the duty cycle that determines the outlet flow rates through both the first and second outlet lines is defined by modulation of the ratio of time that the first outlet line is open to the time that the first outlet line is closed. a) operating the pump so as to flow the suspension of biological cells to the inlet of the separator at a predetermined inlet flow rate; and b) alternately opening and closing the flow control device with the first outlet being opened and closed in opposition to the second outlet in accordance with a predetermined duty cycle so that the pump controls flow to the inlet and pulse width modulation controls flow out of the first and second outlets ,
Air spring for a chassis of a motor vehicle, comprising an air spring cover and an air spring piston , wherein a rolling bellows which is fastened in an air-tight manner and consists of elastomer material partially delimits, between the air spring cover and the air spring piston , a working chamber which can be filled with compressed air, wherein the rolling bellows is at least partially enclosed by a sleeve-shaped outer guide , wherein a folding bellows surrounds the rolling bellows together with outer guide , wherein the folding bellows comprises a first sub-folding bellows and a second sub-folding bellows , wherein a first end region of the first sub-folding bellows that faces the second sub-folding bellows is connected to a second end region of the second sub-folding bellows that faces the first sub-folding bellows , characterized in that the first and the second end region overlap, in particular exclusively, in the circumferential direction.
An electronic module , comprising: means for conveying a first bit pattern, using multiple parallel bit lines of a data bus , to a further electronic module; means for receiving a second bit pattern, using the multiple parallel bit lines of the data bus, in response to the first bit pattern; means for comparing the second bit pattern with the first bit pattern, in order to identify a first section in which each bit has a value that is complementary to the corresponding bit of the first bit pattern; means for conveying a third bit pattern, using the multiple parallel bit lines of the data bus, to the further electronic module, wherein each bit of the third bit pattern is complementary to the corresponding bit of the first bit pattern; means for receiving a fourth bit pattern, using the multiple parallel bit lines of the data bus, in response to the third bit pattern; means for comparing the fourth bit pattern with the third bit pattern, in order to identify a second section in which each bit has a value that is complementary to the corresponding bit of the third bit pattern; and means for determining a usable width of the data bus based on the first and second sections. means for conveying a first bit pattern, using multiple parallel bit lines of a data bus , to a further electronic module; means for receiving a second bit pattern, using the multiple parallel bit lines of the data bus, in response to the first bit pattern; means for comparing the second bit pattern with the first bit pattern, in order to identify a first section in which each bit has a value that is complementary to the corresponding bit of the first bit pattern; means for conveying a third bit pattern, using the multiple parallel bit lines of the data bus, to the further electronic module, wherein each bit of the third bit pattern is complementary to the corresponding bit of the first bit pattern; means for receiving a fourth bit pattern, using the multiple parallel bit lines of the data bus, in response to the third bit pattern; means for comparing the fourth bit pattern with the third bit pattern, in order to identify a second section in which each bit has a value that is complementary to the corresponding bit of the third bit pattern; and means for determining a usable width of the data bus based on the first and second sections.
A method for random access, RA, the method being executed by a terminal device and comprising: performing an RA procedure by using an RA-prioritization for slicing on condition that a use condition is satisfied, wherein the use condition is that the terminal device belongs to a specific-type terminal device, wherein the specific-type terminal device comprises: a multimedia priority service, MPS, terminal device, or a mission critical service, MCS, terminal device; wherein performing the RA procedure by using the RA-prioritization for slicing comprises: on condition that a first slice for the terminal device matches a slice corresponding to a first RA-prioritization for slicing that is configured through first configuration information received from a network device, performing the RA procedure by using the first RA-prioritization; on condition that no first RA-prioritization for the first slice exists, performing the RA procedure by using RA-prioritization for the specific-type terminal device that is configured through the first configuration information; and on condition that no first RA-prioritization for the first slice and no RA-prioritization for the specific-type terminal device exists, performing the RA procedure by using a generic RA-prioritization. performing an RA procedure by using an RA-prioritization for slicing on condition that a use condition is satisfied, wherein the use condition is that the terminal device belongs to a specific-type terminal device, wherein the specific-type terminal device comprises: a multimedia priority service, MPS, terminal device, or a mission critical service, MCS, terminal device; wherein performing the RA procedure by using the RA-prioritization for slicing comprises: on condition that a first slice for the terminal device matches a slice corresponding to a first RA-prioritization for slicing that is configured through first configuration information received from a network device, performing the RA procedure by using the first RA-prioritization; on condition that no first RA-prioritization for the first slice exists, performing the RA procedure by using RA-prioritization for the specific-type terminal device that is configured through the first configuration information; and on condition that no first RA-prioritization for the first slice and no RA-prioritization for the specific-type terminal device exists, performing the RA procedure by using a generic RA-prioritization. on condition that a first slice for the terminal device matches a slice corresponding to a first RA-prioritization for slicing that is configured through first configuration information received from a network device, performing the RA procedure by using the first RA-prioritization; on condition that no first RA-prioritization for the first slice exists, performing the RA procedure by using RA-prioritization for the specific-type terminal device that is configured through the first configuration information; and on condition that no first RA-prioritization for the first slice and no RA-prioritization for the specific-type terminal device exists, performing the RA procedure by using a generic RA-prioritization.
Rotating electric machine , having a continuous coating with a connecting layer produced by way of gas dynamic cold spraying, by way of which a plurality of machine components of the electric machine are permanently connected to one another and an outer surface of the electric machine is formed, wherein the machine components connected to one another by way of the connecting layer are two end shields , a stator and a flange of the electric machine , wherein the connecting layer coats a stator outer surface , end shield outer surfaces (20 to 22) and a flange outer surface without gaps and is connected to the stator outer surface , the end shield outer surfaces (20 to 22) and the flange outer surface with a material bond, whereby the end shields , the stator and the flange are permanently connected to one another, wherein machine components connected to one another by way of the connecting layer are not connected to one another by way of mechanical connecting elements and wherein an outer surface of the electric machine is formed by the connecting layer .
A roller shutter/venetian blind casing for accommodating a roller shutter or venetian blind, comprising: - a base body which provides a roller shutter/venetian blind space for arranging the roller shutter or venetian blind and an air duct , - an insulating sickle , which separates the roller shutter/venetian blind space and the air duct , - an air guide element arranged in the roller shutter/venetian blind space , which air guide element is in fluid connection with the air duct and is configured to guide air from the air duct into the roller shutter/venetian blind space , wherein - the base body comprises a first leg with a free end , characterized in that - the air guide element is arranged on an inner side of the first leg at a distance from the free end of the first leg , - the first leg tapers from its free end towards the air guide element , and - the insulating sickle is supported with one end at a stop formed in or on the base body . - a base body which provides a roller shutter/venetian blind space for arranging the roller shutter or venetian blind and an air duct , - an insulating sickle , which separates the roller shutter/venetian blind space and the air duct , - an air guide element arranged in the roller shutter/venetian blind space , which air guide element is in fluid connection with the air duct and is configured to guide air from the air duct into the roller shutter/venetian blind space , wherein - the base body comprises a first leg with a free end , characterized in that - the air guide element is arranged on an inner side of the first leg at a distance from the free end of the first leg , - the first leg tapers from its free end towards the air guide element , and - the insulating sickle is supported with one end at a stop formed in or on the base body .