mhurhangee/patent-ind-claim-en huggingface dataset:
A slave cell being established by a slave base station and being connected to an anchor base station in a mobile telecommunications system , the slave cell being configured to: communicate with at least one user equipment ; receive a service requirement from the at least one user equipment; activate or deactivate an extant carrier, based on the received service requirement, wherein the extant carrier is a carrier segment, wherein the activated carrier segment is located within a primary carrier; and send a carrier segment activation command or deactivation command to the at least one user equipment. communicate with at least one user equipment ; receive a service requirement from the at least one user equipment; activate or deactivate an extant carrier, based on the received service requirement, wherein the extant carrier is a carrier segment, wherein the activated carrier segment is located within a primary carrier; and send a carrier segment activation command or deactivation command to the at least one user equipment.
Dust pouch for a vacuum cleaner, comprising a holding device for fastening in a dust chamber of the vacuum cleaner, an inlet opening for receiving a dust-laden air flow of the vacuum cleaner being introduced into the holding device , a filter pouch , which is open to the inlet opening and made of an air-permeable material, being arranged on the holding device , the material of the filter pouch being designed to filter the dust from the air flow when the air flow passes through, the holding device being designed as a docking element surrounding the inlet opening , the docking element forming an undercut for fastening the dust pouch in a vacuum cleaner, characterised in that the undercut is formed at the inlet opening so as to be accessible from the inside in a connecting piece formed by the docking element .
A method of replacing a disconnect shaft in an integrated drive generator comprising the steps of: removing an existing disconnect shaft from an integrated drive generator including a housing enclosing an input shaft , said input shaft having a gear interface with the existing disconnect shaft , said existing disconnect shaft having spline teeth at an inner peripheral bore slideably engaging a carrier shaft and a spring biasing said existing disconnect shaft such that gear teeth on a forward face of said existing disconnect shaft engage the input shaft , and an actuator for selectively moving said existing disconnect shaft against said spring to move said gear teeth on said existing disconnect shaft out of engagement with said input shaft , and said carrier shaft providing a drive input into a gear differential, said carrier shaft driving a set of planetary gears to, in turn, drive a ring gear portion , said ring gear portion selectively providing drive input into a main generator; and replacing said existing disconnect shaft with a replacement disconnect shaft , said replacement disconnect shaft longitudinally extending between a first end and a second end having a plurality of gear teeth extending longitudinally from a first face disposed at the first end, a cam ledge at an intermediate location between said first end and said second end, an annular cavity defined between an inner surface of an inner bore of said disconnect shaft and an outer surface of a radially inner portion of the disconnect shaft . removing an existing disconnect shaft from an integrated drive generator including a housing enclosing an input shaft , said input shaft having a gear interface with the existing disconnect shaft , said existing disconnect shaft having spline teeth at an inner peripheral bore slideably engaging a carrier shaft and a spring biasing said existing disconnect shaft such that gear teeth on a forward face of said existing disconnect shaft engage the input shaft , and an actuator for selectively moving said existing disconnect shaft against said spring to move said gear teeth on said existing disconnect shaft out of engagement with said input shaft , and said carrier shaft providing a drive input into a gear differential, said carrier shaft driving a set of planetary gears to, in turn, drive a ring gear portion , said ring gear portion selectively providing drive input into a main generator; and replacing said existing disconnect shaft with a replacement disconnect shaft , said replacement disconnect shaft longitudinally extending between a first end and a second end having a plurality of gear teeth extending longitudinally from a first face disposed at the first end, a cam ledge at an intermediate location between said first end and said second end, an annular cavity defined between an inner surface of an inner bore of said disconnect shaft and an outer surface of a radially inner portion of the disconnect shaft .
Vehicle wheel composed of a drop-centre rim and a wheel disc connected to the latter for tubeless utility vehicle tyres, wherein the drop-centre rim has a drop centre , an outer and an inner rim shoulder , a cylindrical ledge between the drop centre and the outer rim shoulder , and an outer and an inner rim flange , characterized in that the one rim flange has a rim flange height (h 2 ) which is greater by 5 mm to 20 mm then the other rim flange .
A decoder for decoding a signal represented by a vector of information symbols received through a transmission channel in a communication system, said transmission channel being represented by a channel state matrix, said information symbols being selected from a given set of values carrying a set of information bits, wherein said decoder comprises: - a division unit configured to divide the channel state matrix into a number of sub-blocks of column vectors, in accordance with a division of said vector of information symbols into a number of sub-vectors ; - a permutation unit configured to determine a set of permuted channel state matrices by permuting said sub-blocks of column vectors, the permutation unit being further configured to select at least one permuted channel state matrix among said set of permuted channel state matrices according to a selection criterion; - a sub-block decoding unit configured to determine a transformed signal from said signal and said at least one permuted channel state matrix and determine at least one estimate of each sub-vector of information symbols from said transformed signal by applying at least one iteration of a decoding algorithm; the decoder being configured to determine at least one estimate of a vector of transmitted information symbols from said at least one estimate of each sub-vector of information symbols. - a division unit configured to divide the channel state matrix into a number of sub-blocks of column vectors, in accordance with a division of said vector of information symbols into a number of sub-vectors ; - a permutation unit configured to determine a set of permuted channel state matrices by permuting said sub-blocks of column vectors, the permutation unit being further configured to select at least one permuted channel state matrix among said set of permuted channel state matrices according to a selection criterion; - a sub-block decoding unit configured to determine a transformed signal from said signal and said at least one permuted channel state matrix and determine at least one estimate of each sub-vector of information symbols from said transformed signal by applying at least one iteration of a decoding algorithm; the decoder being configured to determine at least one estimate of a vector of transmitted information symbols from said at least one estimate of each sub-vector of information symbols.
A payment terminal, comprising: a payment reader coupled to a payment interface configured to contact a payment device, the payment device being one of a chip card or a magnetic stripe card payment device; a monitoring component coupled to the payment interface and configured to provide a monitoring signal that represents electrical characteristics of the payment interface when the payment reader interacts with the payment device via the payment interface; a processing unit configured to generate requests, provide the requests to the payment device via the payment interface, and receive responses from the payment device via the payment interface, wherein the processing unit is configured to receive the monitoring signal from the monitoring component and determine electrical characteristics of the payment interface based on the monitoring signal, and wherein the processing unit is configured to take a first corrective action based on a comparison of one or more of the responses received via the payment interface and the electrical characteristics of the payment interface to local test criteria; and a communication interface, wherein the processing unit is configured to generate a server request message based on the responses and the electrical characteristics, transmit the server request message via the communication interface, receive a server response message via the communication interface, and determine whether to take a second corrective action based on the server response message. a payment reader coupled to a payment interface configured to contact a payment device, the payment device being one of a chip card or a magnetic stripe card payment device; a monitoring component coupled to the payment interface and configured to provide a monitoring signal that represents electrical characteristics of the payment interface when the payment reader interacts with the payment device via the payment interface; a processing unit configured to generate requests, provide the requests to the payment device via the payment interface, and receive responses from the payment device via the payment interface, wherein the processing unit is configured to receive the monitoring signal from the monitoring component and determine electrical characteristics of the payment interface based on the monitoring signal, and wherein the processing unit is configured to take a first corrective action based on a comparison of one or more of the responses received via the payment interface and the electrical characteristics of the payment interface to local test criteria; and a communication interface, wherein the processing unit is configured to generate a server request message based on the responses and the electrical characteristics, transmit the server request message via the communication interface, receive a server response message via the communication interface, and determine whether to take a second corrective action based on the server response message.
A method of acquiring data, the method comprising: determining one or more different data types and virtual channels required for one or more applications ; allocating a plurality of separate circular buffers in memory according to the determined different data type(s) and virtual channel(s), in which one or more of the circular buffers are allocated to safety data lines and in which one or more of the remaining circular buffers are allocated to functional data lines ; storing at least one functional data line in a said circular buffer allocated to functional data lines according to a data type and virtual channel of the functional data line ; and storing at least one safety data line in a said circular buffer allocated to safety data lines , wherein the at least one safety data line is generated locally by software and is received along a different data path to a data path used for processing the at least one received functional data line and performing a self-test routine in which test data is generated locally and received along said different data path along which the at least one safety data line is received. determining one or more different data types and virtual channels required for one or more applications ; allocating a plurality of separate circular buffers in memory according to the determined different data type(s) and virtual channel(s), in which one or more of the circular buffers are allocated to safety data lines and in which one or more of the remaining circular buffers are allocated to functional data lines ; storing at least one functional data line in a said circular buffer allocated to functional data lines according to a data type and virtual channel of the functional data line ; and storing at least one safety data line in a said circular buffer allocated to safety data lines , wherein the at least one safety data line is generated locally by software and is received along a different data path to a data path used for processing the at least one received functional data line and performing a self-test routine in which test data is generated locally and received along said different data path along which the at least one safety data line is received.
A bubble level comprising: a non-opaque body , having a first observation surface , a datum face for measuring a verticality of a measured surface, a second observation surface which is a side surface of the body; and two sloping surfaces each intersecting with the datum face; a bubble unit arranged in the body; the bubble unit having a longitudinal axis that is perpendicular to the datum face, the datum face being arranged between a first end of the bubble unit and the measured surface, the first observation surface being opposed to the datum face, the bubble unit being arranged between the datum face and the first observation surface; the bubble unit being directly observable from the second observation surface, and each of the sloping surfaces and the datum face forming an obtuse angle at a side where the bubble unit is arranged, wherein the two sloping surfaces are arranged symmetrically about the bubble unit and wherein the reflection by each of the sloping surfaces forms an image of the bubble unit observable from the first observation surface. a non-opaque body , having a first observation surface , a datum face for measuring a verticality of a measured surface, a second observation surface which is a side surface of the body; and two sloping surfaces each intersecting with the datum face; a bubble unit arranged in the body; the bubble unit having a longitudinal axis that is perpendicular to the datum face, the datum face being arranged between a first end of the bubble unit and the measured surface, the first observation surface being opposed to the datum face, the bubble unit being arranged between the datum face and the first observation surface; the bubble unit being directly observable from the second observation surface, and each of the sloping surfaces and the datum face forming an obtuse angle at a side where the bubble unit is arranged, wherein the two sloping surfaces are arranged symmetrically about the bubble unit and wherein the reflection by each of the sloping surfaces forms an image of the bubble unit observable from the first observation surface.
Turret system having a turret roof (5', 5", 5"') and a top-heavy weapon system which is accommodated in the turret system and has a height-adjustable mass (1', 1", 1′′′, 1""), wherein the height-adjustable mass (1', 1", 1′′′, 1"") comprises a plate , wherein a height-adjustable weapon barrel which is mounted in a barrel guide is passed through the plate , wherein the turret roof (5', 5", 5"') has at least one turret roof part which is designed such that the turret roof part is part of the height-adjustable mass (1', 1", 1′′′, 1"") to create an increased height-adjustable mass (1', 1", 1′′′, 1"") in order to provide a center of gravity of the height-adjustable mass (1', 1", 1′′′, 1"") that is closer to the trunnion of the weapon system , wherein the height-adjustable part of the turret roof (5', 5", 5"') is connected by struts to a part of the weapon system which is covered by the height-adjustable part of the turret roof (5', 5", 5"') in order to increase the rigidity of the barrel guide of the weapon barrel .
An integrally woven or knitted textile having a first end , a second end and a length there between, comprising: at least one longitudinal textile portion woven or knitted from a set of yarns; and at least one pouch woven or knitted from at least a portion of said set of yarns and integrally woven or knitted with the at least one longitudinal textile portion portion; wherein, if integrally woven, the set of yarns comprises at least one set of warp yarns or ends and at least one set of weft yarns or picks; and wherein, if integrally knitted, the set of yarns comprises at least one set of warp yarns; characterized in that the at least one pouch is a first pouch having an outer wall , an inner tubular wall and an open inner space , positioned near the first end of the textile; the first pouch has a slit opening positioned substantially parallel to a longitudinal axis of the textile; and the slit opening is woven or knitted in the outer wall of the first pouch and extends across the first pouch . at least one longitudinal textile portion woven or knitted from a set of yarns; and at least one pouch woven or knitted from at least a portion of said set of yarns and integrally woven or knitted with the at least one longitudinal textile portion portion; wherein, if integrally woven, the set of yarns comprises at least one set of warp yarns or ends and at least one set of weft yarns or picks; and wherein, if integrally knitted, the set of yarns comprises at least one set of warp yarns; characterized in that the at least one pouch is a first pouch having an outer wall , an inner tubular wall and an open inner space , positioned near the first end of the textile; the first pouch has a slit opening positioned substantially parallel to a longitudinal axis of the textile; and the slit opening is woven or knitted in the outer wall of the first pouch and extends across the first pouch .
A mounting system for securing a container to a bed of a vehicle, the system comprising: a mounting bracket having a length dimension and being adjustable in the length dimension, the mounting bracket having a first end portion and a second end portion in the length dimension, the second end portion having at least one foot portion for engaging a floor surface of the bed ; a first connection joint for attaching the first end portion of the mounting bracket to a sidewall of the bed ; and a second connection joint for attaching a central portion of the mounting bracket to the container ; wherein the bracket is adjustable to a length dimension sufficient to engage the foot portion of the bracket to the bottom surface of the bed , while the bracket is attached to the side wall of the bed through the first connection joint; wherein the mounting bracket comprises a plurality of bracket sections that are arranged adjacent to each other and slidable relative to each other in the length dimension of the mounting bracket , to adjust the length dimension of the mounting bracket ; characterised in that the plurality of bracket sections include first , second and third bracket sections , the first bracket section has the first end portion , the third bracket section has the second end portion , and the second bracket section is between the first bracket section and the third bracket section and has the central portion. a mounting bracket having a length dimension and being adjustable in the length dimension, the mounting bracket having a first end portion and a second end portion in the length dimension, the second end portion having at least one foot portion for engaging a floor surface of the bed ; a first connection joint for attaching the first end portion of the mounting bracket to a sidewall of the bed ; and a second connection joint for attaching a central portion of the mounting bracket to the container ; wherein the bracket is adjustable to a length dimension sufficient to engage the foot portion of the bracket to the bottom surface of the bed , while the bracket is attached to the side wall of the bed through the first connection joint; wherein the mounting bracket comprises a plurality of bracket sections that are arranged adjacent to each other and slidable relative to each other in the length dimension of the mounting bracket , to adjust the length dimension of the mounting bracket ; characterised in that the plurality of bracket sections include first , second and third bracket sections , the first bracket section has the first end portion , the third bracket section has the second end portion , and the second bracket section is between the first bracket section and the third bracket section and has the central portion.
Refrigeration device, in particular household refrigeration device, having a carcass with an interior container space , a refrigeration device door , in addition to a separate compartment located in the interior container space and thermally insulated in relation to a refrigeration compartment, the access opening of said separate compartment being closed by a thermally insulating compartment door that has a handle for opening the compartment door which is arranged outside of the thermally insulating region of the compartment door , characterised in that the handle is provided on the lower-lying edge of the horizontally arranged edges of the compartment door , wherein the compartment door is opened by pivoting about a vertical axis of rotation of a stop, wherein the handle is embodied as a horizontally arranged handle strip and wherein the handle strip is pivotably mounted on the compartment door by means of a horizontal pivot bearing .
A sealing device with a longitudinal axis (Z, Z') for plugging a leak in the wall of a pipe or tank further comprising a drive means at one end, a plug and a tap , the device comprising at its other end a drilling head adapted to drill a cylindrical hole in the thickness of the wall at the location of the leak , said tap creating an internal thread within the smooth walls of the cylindrical hole , characterized in that the plug comprises a thread and a thread runout chamfer on which the thread ends, the end of the thread extending over a clearance groove and a smooth upper chamfer suitable for deforming the thread at the end of internal thread , said hole being intended to be sealed by the plug .
An operating element for an electrically controlled machine , with an operating element body and a rotating wheel for inputting a command into a controller of the machine , wherein the rotating wheel is arranged on the operating element body in a rotatable manner about a rotational axis , and the rotational axis is surrounded by a lateral surface , on which the rotating wheel may be gripped and rotated by a machine operator , wherein the lateral surface of the rotating wheel is equipped with a first sensor region , which is detected by at least one first sensor element , by means of which first sensor element a contact of the first sensor region by the machine operator may be detected, characterized in that a gripping region arranged at an axial distance from the first sensor region is formed on the lateral surface of the rotating wheel , wherein no sensor element is arranged in the gripping region of the rotation wheel and the first sensor region is arranged closer to the operating element body than the gripping region .