mhurhangee/patent-ind-claim-en huggingface dataset:
A steering column for a motor vehicle, which steering column is adjustable in its longitudinal direction and/or in its vertical direction , comprising - a casing tube which serves for rotatably mounting a steering spindle , - a guide bracket which is directly or indirectly connectable to the body of the motor vehicle and which comprises two side cheeks between which the casing tube is arranged, - an electromechanical fixing device , in the release position of which the casing tube is adjustable relative to the guide bracket in the longitudinal direction and/or in the vertical direction of the steering column , and in the fixing position of which the set position of the casing tube is fixed relative to the guide bracket , wherein the fixing device comprises - a clamping bolt which extends through the side cheeks of the guide bracket and which, during the opening and closing of the fixing device , is rotatable about its axis by means of an electric motor , and - a stroke-generating mechanism and a support bearing, wherein the side cheeks of the guide bracket and the casing tube are arranged between the stroke-generating mechanism and the support bearing, wherein the electric motor acts via a pivotably mounted lever on the clamping bolt , characterized in that a sensor is provided which is designed to detect a position of the lever , wherein the sensor comprises a potentiometer as position sensor, which detects the position of the lever along a lever travel relative to a reference position and/or the sensor comprises at least one limit switch , which identifies when the lever as a moving object has reached a particular position. - a casing tube which serves for rotatably mounting a steering spindle , - a guide bracket which is directly or indirectly connectable to the body of the motor vehicle and which comprises two side cheeks between which the casing tube is arranged, - an electromechanical fixing device , in the release position of which the casing tube is adjustable relative to the guide bracket in the longitudinal direction and/or in the vertical direction of the steering column , and in the fixing position of which the set position of the casing tube is fixed relative to the guide bracket , wherein the fixing device comprises - a clamping bolt which extends through the side cheeks of the guide bracket and which, during the opening and closing of the fixing device , is rotatable about its axis by means of an electric motor , and - a stroke-generating mechanism and a support bearing, wherein the side cheeks of the guide bracket and the casing tube are arranged between the stroke-generating mechanism and the support bearing, wherein the electric motor acts via a pivotably mounted lever on the clamping bolt , characterized in that a sensor is provided which is designed to detect a position of the lever , wherein the sensor comprises a potentiometer as position sensor, which detects the position of the lever along a lever travel relative to a reference position and/or the sensor comprises at least one limit switch , which identifies when the lever as a moving object has reached a particular position.
An automated teller machine, comprising at least one receiving compartment (12 to 18) for receiving a cash box , characterized in that on a wall of the receiving compartment (12 to 18) at least one locking element is provided which is movable between a locked and an unlocked position, that the locking element comprises a first leg , a second leg and a third leg which are connected to each other by one common connecting area, and that the locking element is mounted to the wall rotatably about an axis of rotation, which runs through the point of intersection of the longitudinal centerline of these three legs (28 to 38), that the locking element is designed and mounted such that when a cash box is inserted into the receiving compartment (12 to 18), the locking element is automatically moved from the unlocked into the locked position by means of the contact with an engagement element of the cash box , that the receiving area in which the engagement element of the cash box is received when the cash box is inserted into the receiving compartment (12 to 18) is arranged between the second and the third leg (32 to 38), that an elastic element is provided which biases the locking element to the locked position when it is arranged in the locked position and which biases the locking element to the unlocked position when it is arranged in the unlocked position, and that the elastic element is mounted to the first leg at the end thereof that is opposite to the connecting area.
A composite metallic joint assembly, comprising: a composite metal rod comprising a metal liner running substantially a length of the composite metal rod and a composite material disposed around the metal liner; wherein a first portion of the composite metal rod comprises the composite material and the metal liner and wherein a second portion of the composite metal rod is axially intermediate the first portion and comprises the metal liner exposed at a radially outer surface of the composite metal rod. a composite metal rod comprising a metal liner running substantially a length of the composite metal rod and a composite material disposed around the metal liner; wherein a first portion of the composite metal rod comprises the composite material and the metal liner and wherein a second portion of the composite metal rod is axially intermediate the first portion and comprises the metal liner exposed at a radially outer surface of the composite metal rod.
A bolus control device for use with an injection device, the bolus control device comprising: a valve body having a proximal end opposite a distal end , the valve body defining a fluid channel therethrough; a first connector at the proximal end configured for connecting to a fluid inlet line ; a second connector at the distal end configured for connecting to a fluid outlet line ; a compressible check valve disposed within the fluid channel and compressible in response to fluid pressure within the fluid channel ; an adjustment mechanism configured for varying a compression of the compressible check valve , and an intermediate element disposed between the first connector and the second connector , wherein the fluid channel extends through an interior cavity of the intermediate element ; wherein the adjustment mechanism is configured to adjust an axial position of the first connector relative to the intermediate element to adjust a compression of the compressible check valve between a distal end of the first connector and a distal end of the intermediate element ; and wherein the compressible check valve is reversibly compressible with movement of the adjustment mechanism to increase or decrease a cracking pressure at which the compressible check valve opens to allow fluid flow through the fluid channel . a valve body having a proximal end opposite a distal end , the valve body defining a fluid channel therethrough; a first connector at the proximal end configured for connecting to a fluid inlet line ; a second connector at the distal end configured for connecting to a fluid outlet line ; a compressible check valve disposed within the fluid channel and compressible in response to fluid pressure within the fluid channel ; an adjustment mechanism configured for varying a compression of the compressible check valve , and an intermediate element disposed between the first connector and the second connector , wherein the fluid channel extends through an interior cavity of the intermediate element ; wherein the adjustment mechanism is configured to adjust an axial position of the first connector relative to the intermediate element to adjust a compression of the compressible check valve between a distal end of the first connector and a distal end of the intermediate element ; and wherein the compressible check valve is reversibly compressible with movement of the adjustment mechanism to increase or decrease a cracking pressure at which the compressible check valve opens to allow fluid flow through the fluid channel .
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: receiving configuration information, the configuration information indicating that a plurality of physical random access channel, PRACH, preambles are divided into a plurality of PRACH preamble subsets, wherein each PRACH preamble subset is associated with a respective synchronization signal, SS, block transmission, a plurality of SS blocks transmissions are associated with a random access channel, RACH, occasion, and preamble indexes of the plurality of PRACH preambles are used to consecutively map each of the plurality of PRACH preambles into one of the respective PRACH preamble subsets; receiving the plurality of SS block transmissions; selecting a first SS block transmission of the plurality of SS block transmissions; selecting a first PRACH preamble based on selecting the first SS block transmission, wherein the first PRACH preamble is one of the PRACH preambles comprised in a PRACH preamble subset indicated as being associated with the first SS block transmission by the configuration information; and transmitting the first PRACH preamble in the RACH occasion, wherein the first PRACH preamble is indicative of the WTRU selecting the first SS block transmission of the plurality of SS block transmissions associated with the RACH occasion. receiving configuration information, the configuration information indicating that a plurality of physical random access channel, PRACH, preambles are divided into a plurality of PRACH preamble subsets, wherein each PRACH preamble subset is associated with a respective synchronization signal, SS, block transmission, a plurality of SS blocks transmissions are associated with a random access channel, RACH, occasion, and preamble indexes of the plurality of PRACH preambles are used to consecutively map each of the plurality of PRACH preambles into one of the respective PRACH preamble subsets; receiving the plurality of SS block transmissions; selecting a first SS block transmission of the plurality of SS block transmissions; selecting a first PRACH preamble based on selecting the first SS block transmission, wherein the first PRACH preamble is one of the PRACH preambles comprised in a PRACH preamble subset indicated as being associated with the first SS block transmission by the configuration information; and transmitting the first PRACH preamble in the RACH occasion, wherein the first PRACH preamble is indicative of the WTRU selecting the first SS block transmission of the plurality of SS block transmissions associated with the RACH occasion.
A long-chain polyunsaturated fatty acid-containing fat comprising 1 to 5 parts by weight of linoleic acid and 0.001 part by weight to 0.05 part by weight of total amount of the following components (A), on the basis of 1 part by weight of the content of a long-chain polyunsaturated fatty acid having 5 or more double bonds in the constituent fatty acid composition, wherein components (A): β-tocopherol, γ-tocopherol, δ-tocopherol, β-tocotrienol, γ-tocotrienol and δ-tocotrienol, and wherein the content of the long-chain polyunsaturated fatty acid having 5 or more double bonds in the constituent fatty acid composition is 7 to 30% by weight. components (A): β-tocopherol, γ-tocopherol, δ-tocopherol, β-tocotrienol, γ-tocotrienol and δ-tocotrienol, and wherein the content of the long-chain polyunsaturated fatty acid having 5 or more double bonds in the constituent fatty acid composition is 7 to 30% by weight.
A memory cell comprising a heating element topped with a phase-change material , two first silicon oxide regions which laterally surround the heating element along a first direction, two second silicon oxide regions which laterally surround the heating element along a second direction orthogonal to the first direction, and two third silicon nitride regions separating each the heating element from one of the first regions, one of the third regions consisting of a first spacer , and the other of the third regions comprising second and third spacers , wherein the heating element comprises a vertical portion and a horizontal portion , the first spacer and the second spacer contacting the vertical portion of the heating element, the second spacer contacting the horizontal portion of the heating element, and the third spacer contacting the second spacer and a side of the horizontal portion of the heating element.
A signal sending method, wherein the method comprises: obtaining , by a base station of a serving cell, a first power ratio restriction set preset by a base station of at least one interference cell, wherein an element in the first power ratio restriction set is a preset value of a first power ratio, the first power ratio is a ratio of power of a first original control signal to power of a first original pilot signal in a first original physical downlink control channel PDCCH signal sent by the base station of the interference cell by using a first transmission channel; sending , by the base station of the serving cell, a second power ratio restriction set preset by the base station of the serving cell and the first power ratio restriction set to a terminal, wherein an element in the second power ratio restriction set is a preset value of a second power ratio, the second power ratio is a ratio of power of a second original control signal to power of a second original pilot signal in a second original PDCCH signal sent by the base station of the serving cell; and sending , by the base station of the serving cell, the second original PDCCH signal to the terminal, wherein a current value of the second power ratio of the second original PDCCH signal is an element selected from the second power ratio restriction set. obtaining , by a base station of a serving cell, a first power ratio restriction set preset by a base station of at least one interference cell, wherein an element in the first power ratio restriction set is a preset value of a first power ratio, the first power ratio is a ratio of power of a first original control signal to power of a first original pilot signal in a first original physical downlink control channel PDCCH signal sent by the base station of the interference cell by using a first transmission channel; sending , by the base station of the serving cell, a second power ratio restriction set preset by the base station of the serving cell and the first power ratio restriction set to a terminal, wherein an element in the second power ratio restriction set is a preset value of a second power ratio, the second power ratio is a ratio of power of a second original control signal to power of a second original pilot signal in a second original PDCCH signal sent by the base station of the serving cell; and sending , by the base station of the serving cell, the second original PDCCH signal to the terminal, wherein a current value of the second power ratio of the second original PDCCH signal is an element selected from the second power ratio restriction set.
A method of operating a mobile device having a plurality of authentication states, including an above-lock state and a below-lock state, which respectively correspond to a locked state and an unlocked state of the mobile device, the method comprising: receiving first input data from a hardware button of the mobile device , the first input data requesting invocation of an image-capture application when the mobile device is in the above-lock state; in response to the received first input data, invoking and executing the requested image-capture application on the device , wherein one or more private image operations of the requested image-capture application available in the below-lock state are unavailable to a user of the mobile device while the mobile device is in the above-lock state; receiving , while still being in the above-lock state, second input data requesting one of the unavailable private image operations; and based on the second input data, presenting an unlock user interface to enter an unlock input to unlock the mobile device and change the state of the mobile device from the above-lock state to the below-lock state. receiving first input data from a hardware button of the mobile device , the first input data requesting invocation of an image-capture application when the mobile device is in the above-lock state; in response to the received first input data, invoking and executing the requested image-capture application on the device , wherein one or more private image operations of the requested image-capture application available in the below-lock state are unavailable to a user of the mobile device while the mobile device is in the above-lock state; receiving , while still being in the above-lock state, second input data requesting one of the unavailable private image operations; and based on the second input data, presenting an unlock user interface to enter an unlock input to unlock the mobile device and change the state of the mobile device from the above-lock state to the below-lock state.
A blower housing part with an inlet opening for sucking in blower air and with a bearing support that is held in the inlet opening for the purpose of supporting a blower motor, wherein the bearing support has a bearing bush that is open toward a blower motor side, which bearing bush is designed to accommodate at least one motor shaft bearing of the blower motor, wherein a bush-shaped elastomer element is arranged in the bearing bush and is designed to accommodate the at least one motor shaft bearing of the blower motor, and wherein the bush-shaped elastomer element has axial ribs that extend into a receiving space that is defined by the elastomer element .
A bioreactor, comprising a container for holding fluid media containing biological material; a feedthrough with a through-opening between the interior of the container for holding fluid media containing biological material and the exterior of the container for holding fluid media containing biological material; characterised in that a sensor receptacle for supporting at least one sensor extends at least partially in the through-opening of the feedthrough, wherein the sensor receptacle has a window that seals the through-opening; and wherein the sensor receptacle has a holder body which has a standard flange.
A method of determining whether to apply a media specific action to communications in an Internet Protocol Multimedia Subsystem enabled network, the method comprising: at an application server: receiving an instruction comprising a rule, configured using the Extended Mark-up Language, XML, Configuration Access Protocol, XCAP, and wherein the rule comprises a media specific action and conditions for implementing the media specific action, wherein the conditions comprise: a first condition specifying a first set of one or more media types, the first set being a subset of a second set of media types; and a second condition specifying that no media types - comprising video - other than the types in the first set - comprising audio - are present; on receipt of a protocol message setting up or modifying a communication: determining if the protocol message meets the first condition and the second condition; and only if both the first condition and the second condition are met: applying the media specific action to the communication, wherein the media specific action comprises diversion and/or call forwarding instructions. at an application server: receiving an instruction comprising a rule, configured using the Extended Mark-up Language, XML, Configuration Access Protocol, XCAP, and wherein the rule comprises a media specific action and conditions for implementing the media specific action, wherein the conditions comprise: a first condition specifying a first set of one or more media types, the first set being a subset of a second set of media types; receiving an instruction comprising a rule, configured using the Extended Mark-up Language, XML, Configuration Access Protocol, XCAP, and wherein the rule comprises a media specific action and conditions for implementing the media specific action, wherein the conditions comprise: a first condition specifying a first set of one or more media types, the first set being a subset of a second set of media types; a first condition specifying a first set of one or more media types, the first set being a subset of a second set of media types; and a second condition specifying that no media types - comprising video - other than the types in the first set - comprising audio - are present; on receipt of a protocol message setting up or modifying a communication: determining if the protocol message meets the first condition and the second condition; and only if both the first condition and the second condition are met: applying the media specific action to the communication, wherein the media specific action comprises diversion and/or call forwarding instructions. determining if the protocol message meets the first condition and the second condition; and only if both the first condition and the second condition are met: applying the media specific action to the communication, wherein the media specific action comprises diversion and/or call forwarding instructions.