mhurhangee/patent-ind-claim-en huggingface dataset:
An inner cylinder of an explosion-venting-type aerosol fire extinguishing device, comprising: a cylinder body and a cylinder cover component arranged on one end of the cylinder body , wherein a spout of the cylinder cover component is sealed by a rubber plug 10 or an aluminum foil, characterized in that an explosion-venting device is also arranged on the cylinder body ; the explosion-venting device comprises: a connecting rod , a guiding unit , and a limiting device ; the connecting rod are connected with the cylinder cover component ; the guiding unit is a device capable of providing guidance for the connecting rod when the connecting rod is moving; the limiting device is a device capable of fixing the connecting rod and capable of limiting the connecting rod when an extremity of the connecting rod slides to the cylinder cover component ; the explosion-venting device further comprises a friction layer ; the friction layer is provided between the connecting rod and the cylinder body ; the friction layer provides a frictional resistance and a buffering force for the connecting rod when the connecting rod is displaced, under the guidance of the guiding unit , along a direction towards which a hot air stream of the cylinder body is jetting; the guiding unit is a guiding ring fixedly connected with the connecting rod , or a guiding groove provided on an outer wall of the cylinder body and capable of making the connecting rod slide axially along the guiding groove; the limiting device comprises a flanging fixedly connected with the cylinder body and a clamping claw for fixing the connecting rod ; a buffer is further arranged between the flanging and the guiding ring . explosion-venting device is also arranged on the cylinder body ; the explosion-venting device comprises: a connecting rod , a guiding unit , and a limiting device ; the connecting rod are connected with the cylinder cover component ; the guiding unit is a device capable of providing guidance for the connecting rod when the connecting rod is moving; the limiting device is a device capable of fixing the connecting rod and capable of limiting the connecting rod when an extremity of the connecting rod slides to the cylinder cover component ; the explosion-venting device further comprises a friction layer ; the friction layer is provided between the connecting rod and the cylinder body ; the friction layer provides a frictional resistance and a buffering force for the connecting rod when the connecting rod is displaced, under the guidance of the guiding unit , along a direction towards which a hot air stream of the cylinder body is jetting; the guiding unit is a guiding ring fixedly connected with the connecting rod , or a guiding groove provided on an outer wall of the cylinder body and capable of making the connecting rod slide axially along the guiding groove; the limiting device comprises a flanging fixedly connected with the cylinder body and a clamping claw for fixing the connecting rod ; a buffer is further arranged between the flanging and the guiding ring .
Stone picker connected to an agricultural tractor or equivalent, the stone picker comprising a lifting rotor , at least one hydraulic motor arranged to drive said lifting rotor, a sieve comprising a sieve head arranged beneath the lifting rotor , and left and right rake units comprising centre-oriented raking rotors, hydraulic motors arranged to drive said rake units, and at least three hydraulic cylinders , characterized in that the cylinder is a drawbar pull cylinder mounted to sense the pulling resistance applied by the stone picker , the cylinders are height adjustment cylinders, and the cylinder is a control cylinder, whereby the drawbar pull cylinder , the height adjustment cylinders and the hydraulic motors driving the lifting rotor are connected to the control cylinder such, that the drawbar pull cylinder and the height adjustment cylinders respectively the hydraulic motors are connected to an opposite chamber of the control cylinder, whereby the control cylinder is arranged to keep the pressure relation between the pressure in opposite circuits comprising the drawbar pull cylinder and the height adjustment cylinders on one hand and the hydraulic motors on the other hand, levelled, such a level being set by an area relation between the opposite chambers of the control cylinder .
A method comprising: receiving , by a user equipment of a cellular communication network, an indication of a monitoring requirement for at least one of an idle mode of operation at the user equipment or a connected mode of operation at the user equipment; receiving , by the user equipment, information for one or more multimedia broadcast multicast service, MBMS, transmissions that are multicast or broadcast; and measuring, by the user equipment, the one or more MBMS, transmissions that are multicast or broadcast, the measuring performed in accordance with the received information, characterized in that the user equipment performs the measuring on a multicast broadcast single-frequency network and without regard to the monitoring requirement for the at least one of the idle mode of operation or the connected mode of operation, wherein only subframes the user equipment is required to decode to receive the MBMS transmissions are used for multicast broadcast single-frequency network measurements, and the measurements are reported to the cellular communication network. receiving , by a user equipment of a cellular communication network, an indication of a monitoring requirement for at least one of an idle mode of operation at the user equipment or a connected mode of operation at the user equipment; receiving , by the user equipment, information for one or more multimedia broadcast multicast service, MBMS, transmissions that are multicast or broadcast; and measuring, by the user equipment, the one or more MBMS, transmissions that are multicast or broadcast, the measuring performed in accordance with the received information, characterized in that the user equipment performs the measuring on a multicast broadcast single-frequency network and without regard to the monitoring requirement for the at least one of the idle mode of operation or the connected mode of operation, wherein only subframes the user equipment is required to decode to receive the MBMS transmissions are used for multicast broadcast single-frequency network measurements, and the measurements are reported to the cellular communication network.
A half-flex type induction heating device, comprising: a plurality of working coils (WC) installed in a case and disposed respectively in a plurality of zones spaced apart from each other; a cover plate coupled to an upper end of the case , and where an object to be heated by at least one of the plurality of working coils (WC) is to be placed at an upper surface thereof; an input interface configured to receive a touch input from a user and to display a specific image, and embedded in the upper surface of the cover plate ; a first control module configured to control the specific image displayed on the input interface based on the touch input received from the input interface ; a second control module configured to control driving of the plurality of working coils (WC) based on the touch input received from the input interface , characterized in that , based on the input interface receiving a touch input for a termination image (TI) of a working coil (WC) being driven among the plurality of working coils (WC), the second control module stops the driving of the working coil (WC) being driven, and the first control module changes a heating intensity image (PL) and a timer image (T) displayed on the input interface into a power image (PI) for activating operation of a corresponding working coil (WC) and a residual heat image (RHI). a plurality of working coils (WC) installed in a case and disposed respectively in a plurality of zones spaced apart from each other; a cover plate coupled to an upper end of the case , and where an object to be heated by at least one of the plurality of working coils (WC) is to be placed at an upper surface thereof; an input interface configured to receive a touch input from a user and to display a specific image, and embedded in the upper surface of the cover plate ; a first control module configured to control the specific image displayed on the input interface based on the touch input received from the input interface ; a second control module configured to control driving of the plurality of working coils (WC) based on the touch input received from the input interface , characterized in that , based on the input interface receiving a touch input for a termination image (TI) of a working coil (WC) being driven among the plurality of working coils (WC), the second control module stops the driving of the working coil (WC) being driven, and the first control module changes a heating intensity image (PL) and a timer image (T) displayed on the input interface into a power image (PI) for activating operation of a corresponding working coil (WC) and a residual heat image (RHI).
Steam generator for a steam cooker , wherein the steam cooker has a cooking chamber , and wherein the steam generator has: - steam generating means , - a water supply line to the steam generating means , - a cyclone separator for steam generated by the steam generating means, - a steam outlet from the cyclone separator to the cooking chamber of the steam cooker , wherein the cyclone separator has: - at least one steam inlet for introducing steam from the steam generating means arranged underneath it upwards into the cyclone duct or into the cyclone separator , - the steam outlet at the end area of the cyclone duct , - the water outlet from the cyclone separator or from the cyclone duct for discharging separated water downwards into the steam generating chamber of the steam generating means , characterized in that the cyclone separator has: - a cyclone duct extending in at least some sections in a curve for separating steam into vapor on the one hand and into water on the other, wherein - the cyclone separator with the steam generating means forms an integrated structural unit with a direct entry of steam from the steam generating means into the cyclone separator, - the cyclone duct has a cross-sectional constriction at an initial area close to the steam inlet , - the cyclone duct has a cyclone floor , - the cyclone floor extends in a radially outer area of the cyclone duct in one plane, - a cyclone side wall narrows spirally, - a deepened duct section reaching underneath the plane of the cyclone floor in the radially outer area of the cyclone duct is provided in a radially inner area of the cyclone separator . - steam generating means , - a water supply line to the steam generating means , - a cyclone separator for steam generated by the steam generating means, - a steam outlet from the cyclone separator to the cooking chamber of the steam cooker , - at least one steam inlet for introducing steam from the steam generating means arranged underneath it upwards into the cyclone duct or into the cyclone separator , - the steam outlet at the end area of the cyclone duct , - the water outlet from the cyclone separator or from the cyclone duct for discharging separated water downwards into the steam generating chamber of the steam generating means , - a cyclone duct extending in at least some sections in a curve for separating steam into vapor on the one hand and into water on the other, - the cyclone separator with the steam generating means forms an integrated structural unit with a direct entry of steam from the steam generating means into the cyclone separator, - the cyclone duct has a cross-sectional constriction at an initial area close to the steam inlet , - the cyclone duct has a cyclone floor , - the cyclone floor extends in a radially outer area of the cyclone duct in one plane, - a cyclone side wall narrows spirally, - a deepened duct section reaching underneath the plane of the cyclone floor in the radially outer area of the cyclone duct is provided in a radially inner area of the cyclone separator .
A method for providing quality of service, QoS, for a stream of protocol data units via a single transport layer connection traversing an intermediate device between a sender and a receiver, wherein the stream of protocol data units comprises a plurality of packets, each carrying one or more protocol data units from a sender, each protocol data unit of the plurality of protocol data units identifying a priority, at least one or more of the plurality of protocol data units comprising a first priority different than a second priority of other protocol data units of the plurality of protocol data units; the method comprising: (a1) receiving, by the device intermediary to the sender and the receiver, via the single transport layer connection between the sender and receiver, the plurality of packets; (a2) determining, by the device , for a predetermined window of protocol data units in the stream of protocol data units, an average priority for the protocol data units within the predetermined window based on averaging the individual priorities of the respective protocol data units in the window; (a3) assigning, by the device , the average priority as a connection priority of the single transport layer connection to the packets carrying the protocol data units within the predetermined window from the device to the receiver by setting a QoS field in the transport layer; and (b) transmitting, by the device via the single transport layer connection to the receiver, the plurality of packets carrying those protocol data units within the predetermined window of protocol data units by providing QoS corresponding to the assigned connection priority. (a1) receiving, by the device intermediary to the sender and the receiver, via the single transport layer connection between the sender and receiver, the plurality of packets; (a2) determining, by the device , for a predetermined window of protocol data units in the stream of protocol data units, an average priority for the protocol data units within the predetermined window based on averaging the individual priorities of the respective protocol data units in the window; (a3) assigning, by the device , the average priority as a connection priority of the single transport layer connection to the packets carrying the protocol data units within the predetermined window from the device to the receiver by setting a QoS field in the transport layer; and (b) transmitting, by the device via the single transport layer connection to the receiver, the plurality of packets carrying those protocol data units within the predetermined window of protocol data units by providing QoS corresponding to the assigned connection priority.
A system for tracking a stolen communication terminal comprising a communication terminal and a standby server for receiving theft tracking information; the communication terminal comprises: a radio frequency module, a camera for taking pictures, a storage module for storing data, a baseband module for setting anti-theft protection information, and a GPS module for obtaining the current positioning information of a communication terminal; and the radio frequency module, the camera, the storage module and the GPS module are connected with the baseband module, wherein the communication terminal further comprises a password unit for verifying a password if a SIM card of the communication terminal is replaced, wherein the password unit is connected with the baseband module and wherein the theft tracking information includes the pictures taken by the camera and the positioning information obtained by the GPS module.
Attachment device to be mounted on an elevating vehicle comprising a forks device : at least one, in particular two pairs of fork prongs , in particular in an angular shape with an approximately right angle with in each case a central fork prong and an outer fork prong , wherein the two central fork prongs are connected to one another substantially rigidly at a predetermined distance and are displaceable together and in each case one of the outer fork prongs is to be delivered to the corresponding central fork prong of the pair in each case, so that the pairs of forks are each to be inserted as a unit, and/or the outer forks are to be positioned at a distance from the respective middle forks and/or all the forks are displaceable relative to one another at a predetermined distance , characterized in that at least one fork for of each pair of forks comprises a conveyor element intended to move goods to be transported with the fork device , the goods being able to be pulled up and/or pushed down onto the forks , the conveying element having link chains , between which sliding bodies are arranged in a positive-locking manner, and in that the link chains are guided in the intersection region of the vertical and horizontal limbs via chain wheels , which can be driven in a rotationally fixed manner by the drive motor .
An imaging element , comprising: a plurality of photoelectric conversion element groups each including a plurality of photoelectric conversion elements and being arranged in a two-dimensional direction; a transparent layer which faces the plurality of photoelectric conversion element groups and which extends in the two-dimensional direction as a planar direction; a plurality of structure groups arranged in a planar direction of the transparent layer so as to correspond to the plurality of photoelectric conversion element groups on the transparent layer or inside the transparent layer, wherein each of the plurality of structure groups includes a plurality of structures arranged in a same pattern and in the planar direction of the transparent layer and arranged so as to disperse incident light toward each of the photoelectric conversion elements of a corresponding photoelectric conversion element group, wherein in a plan view, relative positions of the corresponding photoelectric conversion element group and a structure group differ depending on their positions in the two-dimensional plane (XY), and wherein when the relative positions at a central portion in the two-dimensional plane are used as a benchmark, the relative positions deviate more toward an outer periphery portion of the two-dimensional plane. a plurality of photoelectric conversion element groups each including a plurality of photoelectric conversion elements and being arranged in a two-dimensional direction; a transparent layer which faces the plurality of photoelectric conversion element groups and which extends in the two-dimensional direction as a planar direction; a plurality of structure groups arranged in a planar direction of the transparent layer so as to correspond to the plurality of photoelectric conversion element groups on the transparent layer or inside the transparent layer, wherein each of the plurality of structure groups includes a plurality of structures arranged in a same pattern and in the planar direction of the transparent layer and arranged so as to disperse incident light toward each of the photoelectric conversion elements of a corresponding photoelectric conversion element group, wherein in a plan view, relative positions of the corresponding photoelectric conversion element group and a structure group differ depending on their positions in the two-dimensional plane (XY), and wherein when the relative positions at a central portion in the two-dimensional plane are used as a benchmark, the relative positions deviate more toward an outer periphery portion of the two-dimensional plane.
A nuclear power generation system comprising: a reactor pressure vessel having a reactor core; a pressuriser in fluid communication with the reactor pressure vessel ; and a coolant injection system , the coolant injection system comprising a make-up tank having a tank inlet and a tank outlet , wherein the coolant injection system is configured to switch between an operating condition and a fault response condition, characterized in that in the operating condition, the tank outlet is isolated from the reactor pressure vessel such that coolant is retained in the make-up tank , and the tank inlet is in fluid communication with the reactor pressure vessel and the pressuriser ; and in the fault response condition when the coolant level in the pressuriser drops below a threshold level, the tank inlet is isolated from the reactor pressure vessel , the tank outlet is in fluid communication with the reactor pressure vessel such that coolant from the make-up tank can flow into the reactor pressure vessel to provide cooling of the reactor core, and the tank inlet is in fluid communication with the pressuriser such that residual pressure in the pressuriser can drive coolant from the make-up tank into the reactor pressure vessel . a reactor pressure vessel having a reactor core; a pressuriser in fluid communication with the reactor pressure vessel ; and a coolant injection system , the coolant injection system comprising a make-up tank having a tank inlet and a tank outlet , wherein the coolant injection system is configured to switch between an operating condition and a fault response condition, characterized in that in the operating condition, the tank outlet is isolated from the reactor pressure vessel such that coolant is retained in the make-up tank , and the tank inlet is in fluid communication with the reactor pressure vessel and the pressuriser ; and in the fault response condition when the coolant level in the pressuriser drops below a threshold level, the tank inlet is isolated from the reactor pressure vessel , the tank outlet is in fluid communication with the reactor pressure vessel such that coolant from the make-up tank can flow into the reactor pressure vessel to provide cooling of the reactor core, and the tank inlet is in fluid communication with the pressuriser such that residual pressure in the pressuriser can drive coolant from the make-up tank into the reactor pressure vessel .
An apparatus for treating a treatment area in a vasculature, comprising: a catheter having a balloon , said balloon including at least two first radiopaque markings (30; 32a, 32b); and a guidewire for guiding the balloon to the treatment area, said guidewire including at least two second radiopaque markings adapted for corresponding to the at least two first radiopaque markings of the balloon when positioned at the treatment area (A), wherein the balloon comprises the at least two first radiopaque markings defining the location of a working surface (W), and the guidewire includes the at least two second radiopaque markings arranged to align with the first radiopaque markings of the balloon.