mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilising system for a lifting work machine , comprising: a plurality of outriggers mobile between a rest configuration and at least a use configuration; at least an activating apparatus able to selectively activate said outriggers , able to receive movement signals and able to make the outriggers pass from a configuration to another, according to said movement signals received; at least a positioning apparatus able to detect at least a position of an operator relative to at least one of the outriggers and able to produce position signals according to the detections made; at least a portable command device , comprising an interface adapted to enable selection of commands by said operator and able to produce command signals according to said selections carried out by the operator ; and at least a processing unit able to transmit movement signals to said activating apparatus and able to receive said command signals and said position signals, characterised in comprising: at least a localising module configured for determining which is the nearest outrigger on the basis of the position signals received; and at least an adjustment module configured for producing movement signals according to said nearest outrigger determined and to the command signals received. a plurality of outriggers mobile between a rest configuration and at least a use configuration; at least an activating apparatus able to selectively activate said outriggers , able to receive movement signals and able to make the outriggers pass from a configuration to another, according to said movement signals received; at least a positioning apparatus able to detect at least a position of an operator relative to at least one of the outriggers and able to produce position signals according to the detections made; at least a portable command device , comprising an interface adapted to enable selection of commands by said operator and able to produce command signals according to said selections carried out by the operator ; and at least a processing unit able to transmit movement signals to said activating apparatus and able to receive said command signals and said position signals, characterised in comprising: at least a localising module configured for determining which is the nearest outrigger on the basis of the position signals received; and at least an adjustment module configured for producing movement signals according to said nearest outrigger determined and to the command signals received. at least a localising module configured for determining which is the nearest outrigger on the basis of the position signals received; and at least an adjustment module configured for producing movement signals according to said nearest outrigger determined and to the command signals received.
An image capturing apparatus , comprising: image capturing means for capturing an image; communication means for communicating with a client via a local area network and for communicating with a server via at least a wide area network ; and processing means for executing processing for communication by the communication means, wherein the processing includes first processing for communication with the client and second processing for making an attempt to establish a connection with the server, wherein the processing means is adapted to start the first processing in response to activation of the image capturing apparatus, characterized in that the processing means is adapted to determine whether to stop the first processing, in accordance with a setting value received from the server after establishment of the connection with the server in the second processing, wherein the setting value indicates whether to execute the first processing, the processing means is adapted to stop the first processing, if the connection with the server has been established and the setting value indicates that the first processing is not to be executed, and the processing means is adapted not to stop the first processing, if the connection with the server has been failed. image capturing means for capturing an image; communication means for communicating with a client via a local area network and for communicating with a server via at least a wide area network ; and processing means for executing processing for communication by the communication means, wherein the processing includes first processing for communication with the client and second processing for making an attempt to establish a connection with the server, wherein the processing means is adapted to start the first processing in response to activation of the image capturing apparatus, characterized in that the processing means is adapted to determine whether to stop the first processing, in accordance with a setting value received from the server after establishment of the connection with the server in the second processing, wherein the setting value indicates whether to execute the first processing, the processing means is adapted to stop the first processing, if the connection with the server has been established and the setting value indicates that the first processing is not to be executed, and the processing means is adapted not to stop the first processing, if the connection with the server has been failed.
A corner bearing provided for the concealed arrangement for a casement of a window, a French door or the like pivotable against a frame , with a casement-side fitting part and a frame-side fitting part , with a connecting rod arrangement for connecting the fitting parts , wherein the casement-side fitting part has a base part connected to the connecting rod arrangement and a support part provided for the connection to the casement and with a first adjusting means for the adjustment of the height of the casement and with a second adjusting means for the adjustment of the support part relative to the base part of the casement-side fitting part , wherein the adjusting means in each case have adjustment screws , wherein the adjustment screws of both adjusting means have parallel axes of rotation and are accessible for their rotation from the same side of the casement-side fitting part , characterized in that the second adjusting means for the adjustment of the support part is formed transversely to the intended plane of the casement .
A method of operating an application server , comprising; intercepting a client application code in a response pipeline , the client application code generated in response to a request from a client for a web application; inserting instrumentation code into the intercepted client application code to generate an instrumented client application code , a first part of the instrumentation code being inserted in a header section of the client application code and at least second and third parts of the instrumentation code being inserted in a body part of the client application code, the instrumentation code being configured to be executed when the instrumented client application code is rendered at the client to capture performance information at the client, and being configured to transmit the captured performance information from the client, wherein the second part of the instrumentation code is configured to invoke the first part of the instrumentation code at a first time, wherein the third part of the instrumentation code is configured to invoke the first part of the instrumentation code at a second time that is different from the first time and wherein the first part of the instrumentation code is configured, when invoked, to make a call to a management server , and to supply performance information to the management server that is usable at the management server to determine when corresponding functions occurred; and providing the instrumented client application code to be transmitted to the client.
A reception apparatus comprising: circuitry (211; 214) configured to receive a broadcast wave including a first LLS stream in a first frequency band of the broadcast wave, the first LLS stream including one or more low level signaling (LLS) tables that include one or more respective service list tables (SLTs), each of the one or more LLS tables including a provider identifier indicating a broadcasting provider with which the respective LLS table is associated, and a numerical parameter indicating a number of different broadcasting providers in the first frequency band; and perform a frequency scan on the broadcast wave based on the number of different broadcasting providers, wherein the circuitry (211; 214) is configured to upon receipt of each one of the one or more LLS tables included in the first LLS stream, determine that receipt of a first set of service list information from the first LLS stream is completed in case a current number of different broadcasting providers from which an LLS table or tables have been received reaches the number of different broadcasting providers indicated by the numerical parameter; transition to receive a second set of service list information from a second LLS stream in a second frequency band of the broadcast wave in response to the receipt of the first set of service list information from the first LLS stream being determined as completed; and generate service information based on the first set of service list information and the second set of service list information. circuitry (211; 214) configured to receive a broadcast wave including a first LLS stream in a first frequency band of the broadcast wave, the first LLS stream including one or more low level signaling (LLS) tables that include one or more respective service list tables (SLTs), each of the one or more LLS tables including a provider identifier indicating a broadcasting provider with which the respective LLS table is associated, and a numerical parameter indicating a number of different broadcasting providers in the first frequency band; and perform a frequency scan on the broadcast wave based on the number of different broadcasting providers, wherein the circuitry (211; 214) is configured to upon receipt of each one of the one or more LLS tables included in the first LLS stream, determine that receipt of a first set of service list information from the first LLS stream is completed in case a current number of different broadcasting providers from which an LLS table or tables have been received reaches the number of different broadcasting providers indicated by the numerical parameter; transition to receive a second set of service list information from a second LLS stream in a second frequency band of the broadcast wave in response to the receipt of the first set of service list information from the first LLS stream being determined as completed; and generate service information based on the first set of service list information and the second set of service list information.
A cutting tool for an ultrasonic cutting device , wherein the cutting tool comprises a cutting end and a fastening end for insertion into a tool holder or a sonotrode , wherein the fastening end , in particular the entire cutting tool , is essentially designed as a blade, and wherein the thickness of the cutting tool tapers at a transition from the fastening end to the cutting end , characterised in that at the fastening end of the cutting tool , at least one positive-locking block pointing away from at least one blade surface of the fastening end is arranged, preferably one positive-locking block on either side.
A car for a vehicle , in particular a railway vehicle, comprising a body formed by a roof , two side walls and a floor and extending mainly in a longitudinal direction (L), characterized in that the roof of the car comprises a roof window elongated in the longitudinal direction (L), wherein the roof window comprises a glass assembly surrounded over its entire periphery by a secondary frame permanently mounted on the glass assembly and a primary frame reversibly attached to the secondary frame , and in which the glass assembly surrounded by the secondary frame is mounted through an opening for receiving the roof window from the inside of the body , the primary frame comprising an outer part and an inner part , the inner part forming a U oriented towards the outside of the car , the bottom of which is complementary to the outer part , the inner part comprising a longitudinal extension extending from the U and oriented towards the opening , the secondary frame comprising a longitudinal extension oriented towards the opening , the longitudinal extension of the secondary frame being joined to the longitudinal extension of the inner part of the primary frame .
Viscous liquid (meth)acrylic syrup, whose dynamic viscosity is within a range from 10 mPa.s to 10 000 mPa.s at 25°C, comprising: a) 10 to 60 parts by weight of a (meth) acrylic polymer, b) 40 to 90 parts by weight of a monofunctional (meth)acrylic monomer, c) 0.1 to 3 parts by weight of an initiator to start the polymerization of the (meth)acrylic monomer, said initiator being in the form of a peroxide compound that is liquid in a temperature range of between 0° and 50°C, said syrup being characterized in that the initiator is combined with an accelerating system comprising: d) less than 1 part by weight of vanadium, originating from a vanadium salt and e) 0.05 to 1 part by weight of a tertiary amine, relative to the sum of the (meth)acrylic monomer and the (meth)acrylic polymer, the two together representing 100 parts by weight. a) 10 to 60 parts by weight of a (meth) acrylic polymer, b) 40 to 90 parts by weight of a monofunctional (meth)acrylic monomer, c) 0.1 to 3 parts by weight of an initiator to start the polymerization of the (meth)acrylic monomer, said initiator being in the form of a peroxide compound that is liquid in a temperature range of between 0° and 50°C, d) less than 1 part by weight of vanadium, originating from a vanadium salt and e) 0.05 to 1 part by weight of a tertiary amine,
An imaging device comprising: a) a first lens module having a first optical axis; b) a second lens module having a second optical axis parallel to the first optical axis; c) a lens carrier housing the first and second lens modules, the lens carrier having an external carrier surface with a coil wound around at least part of the external carrier surface ; d) a plurality of magnets surrounding the coil; e) a roll motion sensing mechanism comprising at least one Hall bar; and f) a housing frame for housing the plurality of magnets, the housing frame hung by springs (620a-620d) above a board having attached thereto a plurality of optical image stabilization, OIS, coils , each OIS coil associated with at least one of the magnets , wherein the roll motion sensing mechanism is configured to sense roll motion around a roll axis substantially parallel to the first and the second optical axes, the housing frame is movable relative to the board in a plane substantially perpendicular to both optical axes in a manner that removes unwanted roll motion around the axis substantially parallel to the first and second optical axes, as a result of magnetic forces developing between at least some of the OIS coils and their associated magnets when a current is passed in respective OIS coils , and wherein the first and second lens modules are configured to undergo simultaneous auto-focusing operations. a) a first lens module having a first optical axis; b) a second lens module having a second optical axis parallel to the first optical axis; c) a lens carrier housing the first and second lens modules, the lens carrier having an external carrier surface with a coil wound around at least part of the external carrier surface ; d) a plurality of magnets surrounding the coil; e) a roll motion sensing mechanism comprising at least one Hall bar; and f) a housing frame for housing the plurality of magnets, the housing frame hung by springs (620a-620d) above a board having attached thereto a plurality of optical image stabilization, OIS, coils , each OIS coil associated with at least one of the magnets , wherein the roll motion sensing mechanism is configured to sense roll motion around a roll axis substantially parallel to the first and the second optical axes, the housing frame is movable relative to the board in a plane substantially perpendicular to both optical axes in a manner that removes unwanted roll motion around the axis substantially parallel to the first and second optical axes, as a result of magnetic forces developing between at least some of the OIS coils and their associated magnets when a current is passed in respective OIS coils , and wherein the first and second lens modules are configured to undergo simultaneous auto-focusing operations.
A method for detecting inductor current of a power factor correction, PFC, circuit, characterized by comprising: detecting a voltage on a boost inductor of a critical-conduction mode PFC circuit, and obtaining an inductor voltage detection signal; converting the inductor voltage detection signal into a voltage signal whose waveform is consistent with a current waveform of the inductor to serve as an inductor current detection signal, to perform loop protection on the PFC circuit or perform over-current protection on the PFC circuit by using the inductor current detection signal, wherein, the step of converting the inductor voltage detection signal into a voltage signal whose waveform is consistent with a current waveform of the inductor to serve as an inductor current detection signal comprises: performing integral processing on the inductor voltage detection signal, and taking an inductor voltage detection signal on which the integral processing is performed as the inductor current detection signal, wherein a waveform of the inductor current detection signal is consistent with a waveform of a current signal of the boost inductor of the PFC circuit. detecting a voltage on a boost inductor of a critical-conduction mode PFC circuit, and obtaining an inductor voltage detection signal; converting the inductor voltage detection signal into a voltage signal whose waveform is consistent with a current waveform of the inductor to serve as an inductor current detection signal, to perform loop protection on the PFC circuit or perform over-current protection on the PFC circuit by using the inductor current detection signal, wherein, the step of converting the inductor voltage detection signal into a voltage signal whose waveform is consistent with a current waveform of the inductor to serve as an inductor current detection signal comprises: performing integral processing on the inductor voltage detection signal, and taking an inductor voltage detection signal on which the integral processing is performed as the inductor current detection signal, wherein a waveform of the inductor current detection signal is consistent with a waveform of a current signal of the boost inductor of the PFC circuit.
A method for reporting channel state information, CSI, by a user equipment, UE, , in a multi-cell wireless communication system, the method comprising: receiving a configuration information for reporting CSI including information of interference measurement resources, IMRs, associated with a CSI process and information of two subframe sets for the CSI process, via high layer signaling from a serving cell, the two subframe sets with different interference characteristics; and when CSI reference resource of the two subframe sets is valid, performing interference measurement for the CSI of the CSI process configured by the higher layer and reporting the CSI related with one of the two subframe sets based on the information of IMRs, wherein the interference measurement for the CSI is configured to be derived using an IMR associated with one of the two subframe sets for the CSI process; and when the CSI reference resource of the two subframe sets is invalid, omitting reporting of the CSI corresponding to the CSI process, wherein the CSI reference resource of the two subframe sets is invalid, if usage of the CSI reference resource is changed from downlink to uplink, and wherein the two subframe sets are defined to change uplink-downlink, UL-DL, according to a system load state. receiving a configuration information for reporting CSI including information of interference measurement resources, IMRs, associated with a CSI process and information of two subframe sets for the CSI process, via high layer signaling from a serving cell, the two subframe sets with different interference characteristics; and when CSI reference resource of the two subframe sets is valid, performing interference measurement for the CSI of the CSI process configured by the higher layer and reporting the CSI related with one of the two subframe sets based on the information of IMRs, wherein the interference measurement for the CSI is configured to be derived using an IMR associated with one of the two subframe sets for the CSI process; and when the CSI reference resource of the two subframe sets is invalid, omitting reporting of the CSI corresponding to the CSI process, wherein the CSI reference resource of the two subframe sets is invalid, if usage of the CSI reference resource is changed from downlink to uplink, and wherein the two subframe sets are defined to change uplink-downlink, UL-DL, according to a system load state.
A stacked bearing structure comprising: a first bearing having a first inner race , a first outer race and a first set of roller elements housed between the first inner race and the first outer race ; a second bearing having a second inner race , a second outer race and a second set of roller elements housed between the second inner race and the second outer race ; a housing surrounding the first and second bearings ; a first compliant element fixedly connected to the first outer race , the first compliant element connected between the housing and the first outer race, wherein the first compliant element, first outer race and housing , optionally in combination with the second outer race and a second compliant element , define a pressure chamber ; and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the pressure chamber causes a change in axial spacing between the first and second outer races a first bearing having a first inner race , a first outer race and a first set of roller elements housed between the first inner race and the first outer race ; a second bearing having a second inner race , a second outer race and a second set of roller elements housed between the second inner race and the second outer race ; a housing surrounding the first and second bearings ; a first compliant element fixedly connected to the first outer race , the first compliant element connected between the housing and the first outer race, wherein the first compliant element, first outer race and housing , optionally in combination with the second outer race and a second compliant element , define a pressure chamber ; and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the pressure chamber causes a change in axial spacing between the first and second outer races
Pressure vessel for a micro-pumped storage power plant, the pressure vessel having a cylindrical wall as well as a bottom and a cover , the wall, bottom and cover being made of reinforced concrete and the pressure vessel being provided with a liquid-tight lining made of sheet metal , preferably made of steel or stainless steel, characterized in that the pressure vessel has an outer formwork .