mhurhangee/patent-ind-claim-en huggingface dataset:
An input apparatus comprising: a plurality of electrodes disposed so as to be spaced apart from each other; a signal processing unit configured to output an input signal depending on a change in capacitance of each electrode ; and a determination unit configured to determine whether an operation object has come in a proximity of at least one of electrodes based on a plurality of input signals output from the signal processing unit , characterized in that the determination unit is configured to make a determination such that in a case where one of the input signals is greater than or equal to a predetermined first threshold value and an integral value of the remaining input signals among the plurality of input signals in a predetermined integration period is greater than or equal to a predetermined second threshold value, the determination unit determines that an operation object has come in a proximity of an electrode corresponding to the input signal greater than or equal to the first threshold value. a plurality of electrodes disposed so as to be spaced apart from each other; a signal processing unit configured to output an input signal depending on a change in capacitance of each electrode ; and a determination unit configured to determine whether an operation object has come in a proximity of at least one of electrodes based on a plurality of input signals output from the signal processing unit , characterized in that the determination unit is configured to make a determination such that in a case where one of the input signals is greater than or equal to a predetermined first threshold value and an integral value of the remaining input signals among the plurality of input signals in a predetermined integration period is greater than or equal to a predetermined second threshold value, the determination unit determines that an operation object has come in a proximity of an electrode corresponding to the input signal greater than or equal to the first threshold value.
A computer-implemented method of facilitating processing within a computing environment, the computing environment comprising a hierarchy of caches having a plurality of levels of cache and a plurality of buses , said computer-implemented method comprising: determining whether a rate of prefetching of data from memory into a cache of the hierarchy of caches is to be changed, wherein the determining is based on bus utilization; and characterised by the determining comprising: identifying a most utilized bus of the plurality of buses used for the prefetch of data for a particular request; monitoring , by a processor, utilization of the most utilized bus; determining whether the rate of prefetching is to be changed based on the monitoring, wherein the monitoring includes: obtaining for the most utilized bus an indication of bus utilization due to prefetch requests, and another indication of bus utilization due to demand requests, and wherein the determining whether the rate of prefetching is to be changed based on the monitoring includes using the indication of bus utilization due to prefetch request and the other indication of bus utilization due to demand requests; and changing the rate of prefetching, based on determining that the rate is to be changed. determining whether a rate of prefetching of data from memory into a cache of the hierarchy of caches is to be changed, wherein the determining is based on bus utilization; and characterised by the determining comprising: identifying a most utilized bus of the plurality of buses used for the prefetch of data for a particular request; monitoring , by a processor, utilization of the most utilized bus; identifying a most utilized bus of the plurality of buses used for the prefetch of data for a particular request; monitoring , by a processor, utilization of the most utilized bus; determining whether the rate of prefetching is to be changed based on the monitoring, wherein the monitoring includes: obtaining for the most utilized bus an indication of bus utilization due to prefetch requests, and another indication of bus utilization due to demand requests, and wherein the determining whether the rate of prefetching is to be changed based on the monitoring includes using the indication of bus utilization due to prefetch request and the other indication of bus utilization due to demand requests; and changing the rate of prefetching, based on determining that the rate is to be changed. obtaining for the most utilized bus an indication of bus utilization due to prefetch requests, and another indication of bus utilization due to demand requests, and wherein the determining whether the rate of prefetching is to be changed based on the monitoring includes using the indication of bus utilization due to prefetch request and the other indication of bus utilization due to demand requests; and changing the rate of prefetching, based on determining that the rate is to be changed.
Method for coating the surface of inorganic particles in an aqueous suspension with a separate, dense layer of silicon dioxide and at least one further inorganic compound, comprising the steps of: applying a silicon dioxide layer; separating the particles from the suspension, washing, drying, and heat treating the particles, subsequently creating a second aqueous suspension of the particles and coating the particles with at least one further inorganic compound layer, characterized in, that drying is carried out at a temperature of more than 100 °C and heat treating is carried out at a temperature of from 200 °C to 850 °C. applying a silicon dioxide layer; separating the particles from the suspension, washing, drying, and heat treating the particles, subsequently creating a second aqueous suspension of the particles and coating the particles with at least one further inorganic compound layer, characterized in, that drying is carried out at a temperature of more than 100 °C and heat treating is carried out at a temperature of from 200 °C to 850 °C.
Method for managing and controlling production resources in one or several work cells (2 to 4), wherein the production resources are organized into work cells (2 to 4), each of which consists of at least one processing machine of the plastics-processing industry and at least one peripheral device , wherein the peripheral devices are temperature control units , robots or extraction robots, respectively , metering devices for granules, granule dryers , granule conveyors , camera systems for quality control, automatic flow controllers , which are interconnected via a network, wherein the production resources are connected to a work cell controller , characterized in that the production resources are automatically detected by the work cell controller and corresponding software applications and/or setting options or functions relating to the detected production resources, respectively , are loaded and/or activated, and are transmitted to the detected production resources or to already existing production resources for the necessary operation of the work cell (2 to 4) of the detected production resources , whereupon the work cell controller on the one hand initiates the communication or data exchange, respectively , with the network and with the production resources of the work cell (2 to 4) and, on the other hand, establishes direct communication of the production resources of the work cells (2 to 4) with each other, wherein it is possible for a software update to be carried out in the work cell controller during the operation of the work cell (2 to 4).
A method performed by a remote user equipment, UE, comprising the steps of: sending a private identity of the remote UE and an indication to an application server that the remote UE is to use a relay UE to access a network; receiving from the application server, a temporary identity of the remote UE different from the private identity of the remote UE; using the temporary identity to register with the network to authenticate the remote UE; and as part of registering with the network: sending to the relay UE, an attach message that contains the temporary identity of the remote UE, the attach message causing a mobility management node of the network to send a request for authentication information to a network node that has received, from the application server, the temporary identity of the remote UE; receiving, from the network node, the authentication information; and responding to the authentication information to perform authentication of the remote UE in the network. sending a private identity of the remote UE and an indication to an application server that the remote UE is to use a relay UE to access a network; receiving from the application server, a temporary identity of the remote UE different from the private identity of the remote UE; using the temporary identity to register with the network to authenticate the remote UE; and as part of registering with the network: sending to the relay UE, an attach message that contains the temporary identity of the remote UE, the attach message causing a mobility management node of the network to send a request for authentication information to a network node that has received, from the application server, the temporary identity of the remote UE; receiving, from the network node, the authentication information; and responding to the authentication information to perform authentication of the remote UE in the network. sending to the relay UE, an attach message that contains the temporary identity of the remote UE, the attach message causing a mobility management node of the network to send a request for authentication information to a network node that has received, from the application server, the temporary identity of the remote UE; receiving, from the network node, the authentication information; and responding to the authentication information to perform authentication of the remote UE in the network.
A security system comprising: a mobile device comprising a processor , an accelerometer , a wireless transceiver , and memory storing a credential, the processor configured to: receive an indication from the accelerometer ; and detect a user gesture based on the indication from the accelerometer indicating a predefined movement of the mobile device ; the system characterised by further comprising: a plurality of access control devices that each control access to a respective secured area ; and the processor further configured to determine a pathway based on the gesture, the pathway including multiple ones of the secured areas ; and utilize the wireless transceiver to automatically transmit the credential to the respective access control devices associated with each secured area of the pathway . a mobile device comprising a processor , an accelerometer , a wireless transceiver , and memory storing a credential, the processor configured to: receive an indication from the accelerometer ; and detect a user gesture based on the indication from the accelerometer indicating a predefined movement of the mobile device ; the system characterised by further comprising: receive an indication from the accelerometer ; and detect a user gesture based on the indication from the accelerometer indicating a predefined movement of the mobile device ; the system characterised by further comprising: a plurality of access control devices that each control access to a respective secured area ; and the processor further configured to determine a pathway based on the gesture, the pathway including multiple ones of the secured areas ; and utilize the wireless transceiver to automatically transmit the credential to the respective access control devices associated with each secured area of the pathway . determine a pathway based on the gesture, the pathway including multiple ones of the secured areas ; and utilize the wireless transceiver to automatically transmit the credential to the respective access control devices associated with each secured area of the pathway .
A light bulb , comprising: a driving module including a driver circuitry , the driver circuitry comprising a current provider and a tuning circuitry ; at least two flexible filaments , each of the flexible filaments has LED chips and is capable of emitting light with a different light characteristic from each other, each of the flexible filaments is spiral along a transverse axis of the light bulb , and is independently electrically connected to the driving module , and a bulb housing enclosing the filaments ; the current provider being configured to provide currents to the flexible filaments , and the tuning circuitry being configured to control the current provider to provide the currents to the flexible filaments for emitting light of a desired luminance; characterized in that the driver circuitry further comprises a selection circuitry configured to selectively provide electrically connection between the current provider and the flexible filaments ; and the selection circuit comprises a single-chip microcomputer having a power pin, a control pin, and a plurality of output pins respectively corresponding to one output end of the constant-current provider and one flexible filament ; the control pin connects to external switch, and the power pin connects to the power output circuity; the control pins are configured to output different control signals when the switch is turned on, so as to turn on or off the output pins. a driving module including a driver circuitry , the driver circuitry comprising a current provider and a tuning circuitry ; at least two flexible filaments , each of the flexible filaments has LED chips and is capable of emitting light with a different light characteristic from each other, each of the flexible filaments is spiral along a transverse axis of the light bulb , and is independently electrically connected to the driving module , and a bulb housing enclosing the filaments ; the current provider being configured to provide currents to the flexible filaments , and the tuning circuitry being configured to control the current provider to provide the currents to the flexible filaments for emitting light of a desired luminance; characterized in that the driver circuitry further comprises a selection circuitry configured to selectively provide electrically connection between the current provider and the flexible filaments ; and the selection circuit comprises a single-chip microcomputer having a power pin, a control pin, and a plurality of output pins respectively corresponding to one output end of the constant-current provider and one flexible filament ; the control pin connects to external switch, and the power pin connects to the power output circuity; the control pins are configured to output different control signals when the switch is turned on, so as to turn on or off the output pins.
A casting device that carries out casting by supplying molten metal to a cavity formed inside a casting die in a state in which a core pin is disposed in the casting die, comprising: a temperature detector configured to detect a temperature of the core pin; and a cooling controller for applying cooling energy to the core pin, the cooling controller including a controller configured to read a detection signal of the temperature detector that indicates the detected temperature, characterized in that : the controller is configured to read the detection signal of the temperature detector at a predetermined time after pressurization has ended in a casting cycle; the controller is configured to compare the detected temperature of the temperature detector with a reference temperature and calculate a difference therebetween; and the cooling controller is configured to control, based on the difference calculated by the controller from the detection signal read in the casting cycle, an amount of cooling energy applied to the core pin during a next casting cycle. a temperature detector configured to detect a temperature of the core pin; and a cooling controller for applying cooling energy to the core pin, the cooling controller including a controller configured to read a detection signal of the temperature detector that indicates the detected temperature, characterized in that : the controller is configured to read the detection signal of the temperature detector at a predetermined time after pressurization has ended in a casting cycle; the controller is configured to compare the detected temperature of the temperature detector with a reference temperature and calculate a difference therebetween; and the cooling controller is configured to control, based on the difference calculated by the controller from the detection signal read in the casting cycle, an amount of cooling energy applied to the core pin during a next casting cycle. the controller is configured to read the detection signal of the temperature detector at a predetermined time after pressurization has ended in a casting cycle; the controller is configured to compare the detected temperature of the temperature detector with a reference temperature and calculate a difference therebetween; and the cooling controller is configured to control, based on the difference calculated by the controller from the detection signal read in the casting cycle, an amount of cooling energy applied to the core pin during a next casting cycle.
An aluminum-based alloy plated steel sheet, comprising: a base steel sheet; an interfacial alloy layer; and an aluminum-based plated layer comprising a magnesium-silicon (Mg-Si)-based alloy phase, wherein b/a is 1 to 5 when an area ratio of the Mg-Si based alloy phase contained in the aluminum-based plated layer is a and an area ratio of a Mg-Si based alloy phase contained in a region of a lower 20% of the aluminum-based plated layer in a thickness direction is b. a base steel sheet; an interfacial alloy layer; and an aluminum-based plated layer comprising a magnesium-silicon (Mg-Si)-based alloy phase, wherein b/a is 1 to 5 when an area ratio of the Mg-Si based alloy phase contained in the aluminum-based plated layer is a and an area ratio of a Mg-Si based alloy phase contained in a region of a lower 20% of the aluminum-based plated layer in a thickness direction is b.
Electrosurgical instrument having a first branch and a second branch that comprises a support pin defining pivot axis (S) at which the first branch is pivotably supported, having an electric connection device for an external electric connection , wherein the electric connection device is electrically connected with a first tissue contact surface of the first branch via a first conductor and is electrically connected with a second tissue contact surface of the second branch via a second conductor , wherein the second conductor is integrally formed and comprises a contact section with at least one contact part at its distal end , wherein the at least one contact part abuts against an outer surface of an electrical conductive area of the support pin , such that an electrical rotation connection is established, characterized in that the contact section comprises at least one holding part elastically biased toward the support pin , wherein one contact part or multiple contact parts of the at least one contact part are arranged at each holding part . having a first branch and a second branch that comprises a support pin defining pivot axis (S) at which the first branch is pivotably supported, having an electric connection device for an external electric connection , wherein the electric connection device is electrically connected with a first tissue contact surface of the first branch via a first conductor and is electrically connected with a second tissue contact surface of the second branch via a second conductor , wherein the second conductor is integrally formed and comprises a contact section with at least one contact part at its distal end , wherein the at least one contact part abuts against an outer surface of an electrical conductive area of the support pin , such that an electrical rotation connection is established, characterized in that the contact section comprises at least one holding part elastically biased toward the support pin , wherein one contact part or multiple contact parts of the at least one contact part are arranged at each holding part .
A method of producing a beer from a pressurized beer concentrate, comprising the steps of: unsealing a container, said container comprising a pressurized concentrated beer and a pressurized gas sealed in the container, wherein said concentrated beer is produced from a high-gravity beer having an original gravity of at least 1.070, and wherein the concentrated beer has a sugar content of 40 degrees Brix to 70 degrees Brix or an alcohol content of 50 ABV to 70 ABV; and diluting the pressurized beer concentrate with a liquid to produce a beer. unsealing a container, said container comprising a pressurized concentrated beer and a pressurized gas sealed in the container, wherein said concentrated beer is produced from a high-gravity beer having an original gravity of at least 1.070, and wherein the concentrated beer has a sugar content of 40 degrees Brix to 70 degrees Brix or an alcohol content of 50 ABV to 70 ABV; and diluting the pressurized beer concentrate with a liquid to produce a beer.
A bearing assembly for a drivetrain of a wind turbine, the bearing assembly comprising: a shaft comprising a circumferential outer surface ; a bearing housing arranged circumferentially around the circumferential outer surface of the shaft, the bearing housing comprising at least one deformation such that the bearing housing and the shaft have a corresponding deformation around a toroidal axis such that interfacing surfaces of the bearing housing and the shaft flex together and remain parallel during operation of the drivetrain, thereby distributing operational loads of the drivetrain; and, a bearing housed at least partially within the bearing housing, the bearing engaging the circumferential outer surface of the shaft; and wherein the bearing housing and the shaft are constructed, at least in part, of a compliant material. a shaft comprising a circumferential outer surface ; a bearing housing arranged circumferentially around the circumferential outer surface of the shaft, the bearing housing comprising at least one deformation such that the bearing housing and the shaft have a corresponding deformation around a toroidal axis such that interfacing surfaces of the bearing housing and the shaft flex together and remain parallel during operation of the drivetrain, thereby distributing operational loads of the drivetrain; and, a bearing housed at least partially within the bearing housing, the bearing engaging the circumferential outer surface of the shaft; and wherein the bearing housing and the shaft are constructed, at least in part, of a compliant material.