mhurhangee/patent-ind-claim-en huggingface dataset:
A length-adjustable connecting rod for a reciprocating piston engine, with at least a first rod part and a second rod part , a length-adjusting means and a control device , wherein the two rod parts being are displaceable, particularly telescopically, toward and/or in one another in the direction of a longitudinal axis of the connecting rod by means of a length-adjusting means , wherein the length-adjusting means can be charged via at least one hydraulic channel with a hydraulic medium, and wherein the at least one hydraulic channel is fluidly connectable via a control device to at least one hydraulic medium supply channel , characterized in that the control device has a first valve and a second valve , each with a valve body that is arranged in a valve chamber , wherein it is possible for the valve bodies to be pressed by a restorative force against a valve seat , wherein a first valve chamber of the first valve is fluidly connected to a first hydraulic channel and a second valve chamber of the second valve is fluidly connected to a second hydraulic channel , and the valve bodies are operatively interconnected via a connecting device that can be displaced at least between a first position and a second position, and wherein, in the first position of the connecting device , the first valve body and, in the second position of the connecting device , the second valve body can be lifted by the connecting device counter to the restorative force from the associated first and second valve seat , respectively, and the corresponding first and second valve chamber can be fluidly connected to the hydraulic medium supply channel and, in the respective other position of the connecting device , the first valve body rests on the first valve seat and the second valve body rests on the second valve seat and block the fluid connection to the hydraulic medium supply channel , wherein the connecting device has at least one connecting element that can be displaced between a first position and a second position, wherein the first valve body and the second valve body are operatively interconnected by means of the connecting element , and wherein the connecting element is preferably firmly connected to a control plunger that can be displaced in a control cylinder and that borders a control chamber into which a control line leads.
A network device in a cellular telecommunications system, comprising: a first communication section configured to receive a first control-plane message from a base station over a first communication link ; a second communication section configured to transmit user-plane data to a user equipment over a second communication link established responsive to the first control-plane message; and a third communication section configured to receive the user-plane data from a server over a third communication link without flowing through any base station, wherein the second communication link and a communication link for transmitting user-plane data and control-plane data from the base station to the user equipment can use different carrier frequencies simultaneously. a first communication section configured to receive a first control-plane message from a base station over a first communication link ; a second communication section configured to transmit user-plane data to a user equipment over a second communication link established responsive to the first control-plane message; and a third communication section configured to receive the user-plane data from a server over a third communication link without flowing through any base station, wherein the second communication link and a communication link for transmitting user-plane data and control-plane data from the base station to the user equipment can use different carrier frequencies simultaneously.
A control device configured to control an air conditioning apparatus configured to perform at least one of cooling and heating of a target space , wherein the control device is configured to cause the air conditioning apparatus to execute a temperature adjustment operation of causing a first temperature (F) to approach a first target temperature (Fs) at a target time point (tg) and causing a second temperature (T) to approach a second target temperature (Ts) at the target time point (tg), the first temperature (F) being a surface temperature of a partition portion including at least one of a floor, a wall, and a ceiling facing the target space , the second temperature (T) being an indoor temperature of the target space , the control device is configured to cause the air conditioning apparatus to execute, in the temperature adjustment operation, a first operation of converging the first temperature (F) to a third target temperature (Fn) and a second operation of converging the first temperature (F) to the first target temperature (Fs) and converging the second temperature (T) to the second target temperature (Ts), in an order of the first operation and the second operation. the control device is configured to cause the air conditioning apparatus to execute a temperature adjustment operation of causing a first temperature (F) to approach a first target temperature (Fs) at a target time point (tg) and causing a second temperature (T) to approach a second target temperature (Ts) at the target time point (tg), the first temperature (F) being a surface temperature of a partition portion including at least one of a floor, a wall, and a ceiling facing the target space , the second temperature (T) being an indoor temperature of the target space , the control device is configured to cause the air conditioning apparatus to execute, in the temperature adjustment operation, a first operation of converging the first temperature (F) to a third target temperature (Fn) and a second operation of converging the first temperature (F) to the first target temperature (Fs) and converging the second temperature (T) to the second target temperature (Ts), in an order of the first operation and the second operation.
A nanopore measurement circuit comprising: a nanopore electrode ; a first analog memory ; a second analog memory ; and a switch network adapted to selectively connect that the nanopore electrode to at least one of the first analog memory and the second analog memory; output circuitry adapted to be selectively connected to the first analog memory and the second analog memory and further adapted to read out the voltage values stored in the first analog memory and second analog memory, and comparison circuitry adapted to be provided with the outputted voltage values from said output circuitry in order to calculate a difference value from the provided voltage values. a nanopore electrode ; a first analog memory ; a second analog memory ; and a switch network adapted to selectively connect that the nanopore electrode to at least one of the first analog memory and the second analog memory; output circuitry adapted to be selectively connected to the first analog memory and the second analog memory and further adapted to read out the voltage values stored in the first analog memory and second analog memory, and comparison circuitry adapted to be provided with the outputted voltage values from said output circuitry in order to calculate a difference value from the provided voltage values.
A composite fan case of a gas turbine engine comprising: a composite fan case body having a radially outer surface; and at least one bolt attachment attached to said radially outer surface of said fan case body, said bolt attachment including an internal composite boss having a plurality of metallic inserts , each metallic insert having a hole formed with threads to receive a threaded insert to provide an internally threaded opening, and said boss being attached to said radially outer surface of said body with a radially inner combination of at least one fiber reinforced ply and adhesive , wherein a radially outer combination of adhesive and fiber reinforced plies is applied to a radially outer surface of said boss , and wherein said at least one bolt attachment is configured to receive threaded fasteners to attach an accessory to the bolt attachment . a composite fan case body having a radially outer surface; and at least one bolt attachment attached to said radially outer surface of said fan case body, said bolt attachment including an internal composite boss having a plurality of metallic inserts , each metallic insert having a hole formed with threads to receive a threaded insert to provide an internally threaded opening, and said boss being attached to said radially outer surface of said body with a radially inner combination of at least one fiber reinforced ply and adhesive , wherein a radially outer combination of adhesive and fiber reinforced plies is applied to a radially outer surface of said boss , and wherein said at least one bolt attachment is configured to receive threaded fasteners to attach an accessory to the bolt attachment .
A medically implantable electrical connector comprising: a housing having a bore with a flat bottom groove therein; an axial garter canted coil spring or a radial garter canted coil spring disposed in said flat bottom groove ; a pin sized and disposed in the housing bore; said housing , said axial garter canted coil spring or said radial garter canted coil spring and said pin being formed from a combination of medically implantable materials; characterised in that one of said housing , said axial garter canted coil spring or said radial garter canted coil spring , and said pin is formed from platinum iridium in order to control electrical resistivity between said housing , said axial garter canted coil spring or said radial garter canted coil spring and said pin . a housing having a bore with a flat bottom groove therein; an axial garter canted coil spring or a radial garter canted coil spring disposed in said flat bottom groove ; a pin sized and disposed in the housing bore; said housing , said axial garter canted coil spring or said radial garter canted coil spring and said pin being formed from a combination of medically implantable materials; characterised in that one of said housing , said axial garter canted coil spring or said radial garter canted coil spring , and said pin is formed from platinum iridium in order to control electrical resistivity between said housing , said axial garter canted coil spring or said radial garter canted coil spring and said pin .
A framework section of a framework for a passenger transport system , comprising at least one connection region which is formed on the end face of at least one of the two ends of the framework section and which connection region can be connected to the connection region of at least one further framework section , each framework section having two upper chord sections and two lower chord sections which extend in the longitudinal direction of the framework section parallel to one another and are connected to one another by connecting struts in such a way that they define a cuboid space and the upper chord sections and the lower chord sections having a tubular cross section, characterized in that in the connection region the upper chord sections and the lower chord sections are configured from the tubular cross section into an I-shaped cross section.
A medical device for acquiring images by being inserted into a body lumen, the device comprising: a shaft main body portion which is formed to have a double-lumen structure of having an image acquiring lumen for acquiring images and a guide wire lumen for a guide wire (W) that are formed from a distal side to a proximal side of the shaft main body portion , and in which, in a proximal portion thereof, a first shaft proximal portion , in which the image acquiring lumen is disposed, and a second shaft proximal portion , in which the guide wire lumen is disposed, are bifurcated; a shaft distal portion in which a common lumen structure, in which the image acquiring lumen and the guide wire lumen converge, is formed in a distal portion; a drive shaft that is movable in a rotating direction and an axial direction in the image acquiring lumen ; and an imaging unit that is fixed to a distal end of the drive shaft such that it is possible to acquire image information and is driven by the drive shaft so as to be movable at least in the common lumen of said common lumen \ structure and the image acquiring lumen , characterized by a first hub portion that is interlocked with the first shaft proximal portion in an airtight manner; a second hub portion that is interlocked with the second shaft proximal portion in an airtight manner; a hub casing that collectively covers the first shaft proximal portion , the second shaft proximal portion , the first hub portion , and the second hub portion . a shaft main body portion which is formed to have a double-lumen structure of having an image acquiring lumen for acquiring images and a guide wire lumen for a guide wire (W) that are formed from a distal side to a proximal side of the shaft main body portion , and in which, in a proximal portion thereof, a first shaft proximal portion , in which the image acquiring lumen is disposed, and a second shaft proximal portion , in which the guide wire lumen is disposed, are bifurcated; a shaft distal portion in which a common lumen structure, in which the image acquiring lumen and the guide wire lumen converge, is formed in a distal portion; a drive shaft that is movable in a rotating direction and an axial direction in the image acquiring lumen ; and an imaging unit that is fixed to a distal end of the drive shaft such that it is possible to acquire image information and is driven by the drive shaft so as to be movable at least in the common lumen of said common lumen \ structure and the image acquiring lumen , a first hub portion that is interlocked with the first shaft proximal portion in an airtight manner; a second hub portion that is interlocked with the second shaft proximal portion in an airtight manner; a hub casing that collectively covers the first shaft proximal portion , the second shaft proximal portion , the first hub portion , and the second hub portion .
An apparatus for cooling a gas stream comprising: at least one heat exchanger in which a gas stream is cooled against a cooling liquid , whereby the cooling liquid temperature increases from a first temperature to a second temperature; at least one air cooler for cooling the cooling liquid after passing though the at least one heat exchanger , surface area of the at least one air cooler being designed to decrease temperature of the cooling liquid to the first temperature; a pump; and conduits to form a closed-circuit for the cooling liquid to pass continuously through the at least one heat exchanger and the at least one air cooler , wherein a ratio of surface area of the at least one air cooler to the surface area of the at least one heat exchanger is 12 or lower; wherein the cooling liquid is cooling water; and wherein the surface area of the at least one heat exchanger and flow rate created by the pump is designed to result in a difference of temperature between the second temperature and first temperature being greater than 15°C. at least one heat exchanger in which a gas stream is cooled against a cooling liquid , whereby the cooling liquid temperature increases from a first temperature to a second temperature; at least one air cooler for cooling the cooling liquid after passing though the at least one heat exchanger , surface area of the at least one air cooler being designed to decrease temperature of the cooling liquid to the first temperature; a pump; and conduits to form a closed-circuit for the cooling liquid to pass continuously through the at least one heat exchanger and the at least one air cooler , wherein a ratio of surface area of the at least one air cooler to the surface area of the at least one heat exchanger is 12 or lower; wherein the cooling liquid is cooling water; and wherein the surface area of the at least one heat exchanger and flow rate created by the pump is designed to result in a difference of temperature between the second temperature and first temperature being greater than 15°C.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: configuring (S1101) a Secondary Cell, SCell, with a Physical Uplink Control Channel, PUCCH, resource; receiving (S1103) a signaling indicating that the PUCCH resource is deconfigured from the SCell; de-configuring (S1105) the PUCCH resource from the SCell according to the signaling; characterized by triggering (S1107) a Power Headroom Reporting, PHR, when the PUCCH resource is de-configured from the SCell. configuring (S1101) a Secondary Cell, SCell, with a Physical Uplink Control Channel, PUCCH, resource; receiving (S1103) a signaling indicating that the PUCCH resource is deconfigured from the SCell; de-configuring (S1105) the PUCCH resource from the SCell according to the signaling; characterized by triggering (S1107) a Power Headroom Reporting, PHR, when the PUCCH resource is de-configured from the SCell.
An integrated process for the hydrogenation of substances comprsing hydrogenatable groups comprising the following steps: a) provision of a substance to be hydrogenated and a ruthenium catalyst; b) hydrogenation of the substance in the liquid phase or in the gas phase in the absence or presence of a solvent or diluent by contact with hydrogen in the presence of the ruthenium catalyst until the catalyst has a reduced hydrogenation activity, c) regeneration of the catalyst, consisting of flushing with inert gas, with water being removed from the catalyst, until the original activity or part of the original activity has been attained, and d) optionally, repetition of the steps a) to c), with step c) being carried out without removal of the catalyst. a) provision of a substance to be hydrogenated and a ruthenium catalyst; b) hydrogenation of the substance in the liquid phase or in the gas phase in the absence or presence of a solvent or diluent by contact with hydrogen in the presence of the ruthenium catalyst until the catalyst has a reduced hydrogenation activity, c) regeneration of the catalyst, consisting of flushing with inert gas, with water being removed from the catalyst, until the original activity or part of the original activity has been attained, and d) optionally, repetition of the steps a) to c), with step c) being carried out without removal of the catalyst.
Reservoir for a hydraulic system, comprising - a housing with an interior and a fluid outlet , and - a separating device disposed in the housing for dividing the interior into two separate sections (I, II), the fluid outlet being in fluid communication with a first section, characterised by a hydraulic drive device coupled to a shaft extending in the housing for introducing a torque, wherein the separating device extends along the shaft in the housing , wherein the separating device is adapted to adjust the size ratio of the two separated sections (I, II) by pivoting at least a first surface of the separating device coupled to the shaft about an axis predetermined by the shaft , and wherein the separating device is coupled to the hydraulic drive device in such a way that the at least one first surface exerts a pressure on a fluid located in the first section (I) which is dependent on a surface dimension of the first surface and the torque. - a housing with an interior and a fluid outlet , and - a separating device disposed in the housing for dividing the interior into two separate sections (I, II), the fluid outlet being in fluid communication with a first section,
In vitro use of a cell-penetrating conjugate system or a formulation incorporating the same for transporting a cargo molecule across a cellular membrane of mammalian cells; wherein the conjugate system is 4-hydroxybutyl L-tryptophanate represented by the following formula:
A device management method, comprising: after a device management unit detects that a mobile storage device is connected to a mobile storage device interface provided by the device management unit , executing the following device management steps by the device management unit : damaging a file system on the mobile storage device ; receiving a file copy instruction , wherein the file copy instruction is used for indicating to copy an object file to the mobile storage device ; in response to the file copy instruction , generating a first mirror image file of the file system of the mobile storage device , wherein the first mirror image file comprises the object file ; and recovering the damaged file system of the mobile storage device by using the first mirror image file , wherein the device management steps also comprise: before damaging the file system on the mobile storage device , acquiring a first parameter, wherein the first parameter is the parameter required by recovering the file system of the mobile storage device ; and generating the first mirror image file , comprising: generating the first mirror image file according to the first parameter and the object file , or wherein the device management steps also comprise: before damaging the file system on the mobile storage device , generating a second mirror image file of the file system of the mobile storage device , wherein the second mirror image file corresponds to the situation that the storage content in the mobile storage device is null; and generating the first mirror image file , comprising: writing the object file into the second mirror image file to generate the first mirror image file . damaging a file system on the mobile storage device ; receiving a file copy instruction , wherein the file copy instruction is used for indicating to copy an object file to the mobile storage device ; in response to the file copy instruction , generating a first mirror image file of the file system of the mobile storage device , wherein the first mirror image file comprises the object file ; and recovering the damaged file system of the mobile storage device by using the first mirror image file , wherein the device management steps also comprise: before damaging the file system on the mobile storage device , acquiring a first parameter, wherein the first parameter is the parameter required by recovering the file system of the mobile storage device ; and generating the first mirror image file , comprising: generating the first mirror image file according to the first parameter and the object file , or wherein the device management steps also comprise: before damaging the file system on the mobile storage device , generating a second mirror image file of the file system of the mobile storage device , wherein the second mirror image file corresponds to the situation that the storage content in the mobile storage device is null; and generating the first mirror image file , comprising: writing the object file into the second mirror image file to generate the first mirror image file .
Vehicle tyre with a sidewall with a decorative sidewall hatching comprising at least one hatching area , which has two differently designed types of hatching area parts , a first type of hatching area part and a second type of hatching area part , wherein a plurality of elevations which run next to one another, in particular parallel to one another, and are substantially triangular in cross section are provided in each hatching area part , wherein, in the first type of hatching area part , the elevations run with a concentration that is less than the concentration of the elevations in the second hatching area part , wherein the elevations in the first type of hatching area part run at an angle (β) of at least 45° in relation to the elevations in the second type of hatching area part and wherein the elevations have side flanks , which run at a smaller angle (α 2 ) in relation to a perpendicular to the sidewall at the elevations in the second type of hatching area part than at the elevations in the first type of hatching area part , characterized in that , in the second type of hatching area part , the elevations have a height (h 2 ) that is greater by at least 0.1 mm than the elevations in the first type of hatching area part .