mhurhangee/patent-ind-claim-en huggingface dataset:
A passenger detection system for controlling a movable door associated with a passenger compartment , comprising: a door moveable between an open position and a closed position and configured to provide access to, or egress from, the passenger compartment ; at least one sensor monitoring an area in proximity to the door ; and a controller in operative communication with the at least one sensor and the door , the controller determining a level of urgency of an approaching passenger based on the information from the at least one sensor , and if the level of urgency exceeds a first predetermined threshold, modifying a closing of the door based on the level of urgency; and characterized by : modifying a closing speed of the door if the level of urgency exceeds a second predetermined threshold; and/or reversing a closing movement of the door if the level of urgency exceeds a third predetermined threshold. a door moveable between an open position and a closed position and configured to provide access to, or egress from, the passenger compartment ; at least one sensor monitoring an area in proximity to the door ; and a controller in operative communication with the at least one sensor and the door , the controller determining a level of urgency of an approaching passenger based on the information from the at least one sensor , and if the level of urgency exceeds a first predetermined threshold, modifying a closing of the door based on the level of urgency; and characterized by : modifying a closing speed of the door if the level of urgency exceeds a second predetermined threshold; and/or reversing a closing movement of the door if the level of urgency exceeds a third predetermined threshold. modifying a closing speed of the door if the level of urgency exceeds a second predetermined threshold; and/or reversing a closing movement of the door if the level of urgency exceeds a third predetermined threshold.
A scale-out association method, comprising: receiving (S101), by a second virtualized network function, VNF, a scale-out notification message of a first VNF sent by the first VNF or a network functions virtualization orchestrator, NFVO, wherein the scale-out notification message of the first VNF carries a scale-out magnitude parameter of the first VNF, the scale-out magnitude parameter of the first VNF indicates an increased service capacity of the first VNF after the first VNF is scaled out and is used by the second VNF to determine whether the second VNF needs to be scaled out, and the first VNF is directly associated with the second VNF and therefore a data flow between the first VNF and the second VNF does not pass through another VNF; determining, by the second VNF, whether a service processing capability of the second VNF satisfies the scale-out magnitude parameter of the first VNF; if the service processing capability of the second VNF satisfies the scale-out magnitude parameter of the first VNF, determining, by the second VNF, that the second VNF does not need to be scaled out; or if the service processing capability of the second VNF does not satisfy the scale-out magnitude parameter of the first VNF, determining, by the second VNF, that the second VNF needs to be scaled out; and sending (S103), by the second VNF, a scale-out request message to a virtualized network function manager, VNFM, if the second VNF determines that the second VNF needs to be scaled out, wherein the scale-out request message is used to request to scale out the second VNF. receiving (S101), by a second virtualized network function, VNF, a scale-out notification message of a first VNF sent by the first VNF or a network functions virtualization orchestrator, NFVO, wherein the scale-out notification message of the first VNF carries a scale-out magnitude parameter of the first VNF, the scale-out magnitude parameter of the first VNF indicates an increased service capacity of the first VNF after the first VNF is scaled out and is used by the second VNF to determine whether the second VNF needs to be scaled out, and the first VNF is directly associated with the second VNF and therefore a data flow between the first VNF and the second VNF does not pass through another VNF; determining, by the second VNF, whether a service processing capability of the second VNF satisfies the scale-out magnitude parameter of the first VNF; if the service processing capability of the second VNF satisfies the scale-out magnitude parameter of the first VNF, determining, by the second VNF, that the second VNF does not need to be scaled out; or if the service processing capability of the second VNF does not satisfy the scale-out magnitude parameter of the first VNF, determining, by the second VNF, that the second VNF needs to be scaled out; and sending (S103), by the second VNF, a scale-out request message to a virtualized network function manager, VNFM, if the second VNF determines that the second VNF needs to be scaled out, wherein the scale-out request message is used to request to scale out the second VNF.
Quasi-optical beamformer comprising a power distributor composed of a succession of parallel-plate dividers according to a corporate structure made up of stages extending in a YZ-plane from a first stage (e 1 ) to a last stage (e N ), the parallel plates of said dividers each having a main dimension along an X-axis orthogonal to the YZ-plane, each parallel-plate divider comprising, in each of the stages of the corporate structure located under a higher stage, first (B1) and second (B2) parallel-plate waveguide branches leading to respective parallel-plate dividers of the following stage of the corporate structure, characterized in that it furthermore includes a plurality of lenses extending longitudinally along the X-axis in at least one stage of the power distributor , so as to apply a delay that is continuously variable along the X-axis, and being placed in each of the branches (B1, B2) of the dividers of at least one stage in the power distributor .
An electronic device , comprising: at least one processor ; and memory for storing instructions that, when executed by the at least one processor individually or collectively, cause the electronic device to: in response to receiving an input for executing an application, identify a plurality of processes based on dependency on the application, based on the identified plurality of processes, identify at least one process among the identified plurality of processes to be operation-restricted during at least a portion of a time of running the application , restrict the operation of the identified at least one process during the at least the portion of the time of running the application , and release the operation-restriction on at least some of the identified at least one process, when a preset condition is met. at least one processor ; and memory for storing instructions that, when executed by the at least one processor individually or collectively, cause the electronic device to: in response to receiving an input for executing an application, identify a plurality of processes based on dependency on the application, based on the identified plurality of processes, identify at least one process among the identified plurality of processes to be operation-restricted during at least a portion of a time of running the application , restrict the operation of the identified at least one process during the at least the portion of the time of running the application , and release the operation-restriction on at least some of the identified at least one process, when a preset condition is met. in response to receiving an input for executing an application, identify a plurality of processes based on dependency on the application, based on the identified plurality of processes, identify at least one process among the identified plurality of processes to be operation-restricted during at least a portion of a time of running the application , restrict the operation of the identified at least one process during the at least the portion of the time of running the application , and release the operation-restriction on at least some of the identified at least one process, when a preset condition is met.
An oil separator of a centrifugal-separation type comprising: a cylindrical separator body ; and an inflow pipe that introduces a fluid including an oil into the separator body and that includes a curved portion , wherein a peripheral wall of the separator body and the inflow pipe include a common portion (C) common to each other, characterized in that the curved portion includes an oil draining hole . a cylindrical separator body ; and an inflow pipe that introduces a fluid including an oil into the separator body and that includes a curved portion , wherein a peripheral wall of the separator body and the inflow pipe include a common portion (C) common to each other, characterized in that the curved portion includes an oil draining hole .
A method comprising: receiving , at a storage device , a command for a data transfer between the storage device and a host ; determining a specified data rate for the data transfer; and performing the data transfer between the storage device and the host based on the command, wherein the storage device controls the data transfer by alternating between peak portions and idle portions of the data transfer based on the specified data rate, wherein during peak portions data is transferred at a peak transfer rate. receiving , at a storage device , a command for a data transfer between the storage device and a host ; determining a specified data rate for the data transfer; and performing the data transfer between the storage device and the host based on the command, wherein the storage device controls the data transfer by alternating between peak portions and idle portions of the data transfer based on the specified data rate,
A method of reading a memory device having a plurality of memory cells, comprising: reading a first memory cell of the plurality of memory cells to generate a first read current; reading a second memory cell of the plurality of memory cells to generate a second read current; applying a first offset value to the second read current; then adding the first read current and the second read current having the first offset value to form a third read current; and then determining a program state using the third read current; wherein the program state corresponds to a bit stored over at least the first and second memory cells. reading a first memory cell of the plurality of memory cells to generate a first read current; reading a second memory cell of the plurality of memory cells to generate a second read current; applying a first offset value to the second read current; then adding the first read current and the second read current having the first offset value to form a third read current; and then determining a program state using the third read current; wherein the program state corresponds to a bit stored over at least the first and second memory cells.
A method comprising: receiving, by a computing device from a client device , authentication credentials associated with the client device ; authenticating, by the computing device , the client device using the authentication credentials associated with the client device ; transmitting, by the computing device and in response to a successful authentication of the client device on the computing device , a session cookie to the client device , the session cookie authenticating the client device on the computing device for a first session; passing, by the computing device to an enterprise device, a request transmitted by the client device for access to an enterprise resource ; transmitting, by the computing device to the enterprise device, information comprising: the authentication credentials associated with the client device ; and a request for the enterprise device to transmit, to the computing device , authorization information associated with the enterprise resource needed for gaining access to the enterprise resource ; receiving, by the computing device as obtained from either an external authentication service or from a local storage accessible by the computing device , and in response to a successful authentication of the authentication credentials associated with the client device , the authorization information associated with the enterprise resource needed for gaining access to the enterprise resource ; transmitting, by the computing device to the enterprise resource , the request transmitted by the client device for access to the enterprise resource with the authorization information associated with the enterprise resource needed for gaining access to the enterprise resource ; and passing, by the computing device to the client device , information associated with the requested enterprise resource based on the received authorization information associated with the enterprise resource needed for gaining access to the enterprise resource . receiving, by a computing device from a client device , authentication credentials associated with the client device ; authenticating, by the computing device , the client device using the authentication credentials associated with the client device ; transmitting, by the computing device and in response to a successful authentication of the client device on the computing device , a session cookie to the client device , the session cookie authenticating the client device on the computing device for a first session; the authentication credentials associated with the client device ; and a request for the enterprise device to transmit, to the computing device , authorization information associated with the enterprise resource needed for gaining access to the enterprise resource ;
Hair removal device, in particular an electric shaver or a hair trimmer, comprising: - a handle having a motor , - a cutting head having a blade unit with a first and second blade for cutting hair, said blade unit being driven by said motor , so that at least one of said first and second blade reciprocates relative to the other in a reciprocation direction , said cutting head having a first snap fit connector and - a comb attachment releasably attachable to the cutting head , said comb attachment having a second snap fit connector provided to engage by snap fit connection with the first snap fit connector for attaching the comb attachment at the cutting head , wherein, - said first snap fit connector is at least one of: formed in a shape to flex, made of a material to flex or supported to flex, so that said first snap fit connector is able to flex when brought into engagement with said second snap fit connector , characterised in that the first snap fit connector is one piece integral with a cutting head housing . - a handle having a motor , - a cutting head having a blade unit with a first and second blade for cutting hair, said blade unit being driven by said motor , so that at least one of said first and second blade reciprocates relative to the other in a reciprocation direction , said cutting head having a first snap fit connector and - a comb attachment releasably attachable to the cutting head , said comb attachment having a second snap fit connector provided to engage by snap fit connection with the first snap fit connector for attaching the comb attachment at the cutting head , wherein, - said first snap fit connector is at least one of: formed in a shape to flex, made of a material to flex or supported to flex, so that said first snap fit connector is able to flex when brought into engagement with said second snap fit connector , characterised in that the first snap fit connector is one piece integral with a cutting head housing .
A sealing device configured to seal an annular gap between a shaft and a housing that are rotatable relative to each other, the sealing device comprising: a reinforcing ring configured to be fixed to the housing ; and a main body made of an elastic member and integrally provided to the reinforcing ring , the main body including: a foreign matter lip extending radially outward and slidable relative to the shaft or an annular member fixed to the shaft for inhibiting ingress of foreign matter, a lubricant lip extending radially inward and slidable relative to the shaft or the annular member fixed to the shaft for inhibiting leakage of a lubricant, a mid lip provided between the foreign matter lip and the lubricant lip slidable relative to the shaft or the annular member fixed to the shaft , the foreign matter lip , lubricant lip , and mid lip each having a sliding surface with mat-surface roughness , characterized by the sliding surface with mat-surface roughness of the mid lip and the sliding surface with mat-surface roughness of the foreign matter lip having a larger surface roughness than that of the sliding surface with mat-surface roughness of the lubricant lip . a reinforcing ring configured to be fixed to the housing ; and a main body made of an elastic member and integrally provided to the reinforcing ring , the main body including: a foreign matter lip extending radially outward and slidable relative to the shaft or an annular member fixed to the shaft for inhibiting ingress of foreign matter, a lubricant lip extending radially inward and slidable relative to the shaft or the annular member fixed to the shaft for inhibiting leakage of a lubricant, a mid lip provided between the foreign matter lip and the lubricant lip slidable relative to the shaft or the annular member fixed to the shaft , the foreign matter lip , lubricant lip , and mid lip each having a sliding surface with mat-surface roughness , characterized by the sliding surface with mat-surface roughness of the mid lip and the sliding surface with mat-surface roughness of the foreign matter lip having a larger surface roughness than that of the sliding surface with mat-surface roughness of the lubricant lip . a foreign matter lip extending radially outward and slidable relative to the shaft or an annular member fixed to the shaft for inhibiting ingress of foreign matter, a lubricant lip extending radially inward and slidable relative to the shaft or the annular member fixed to the shaft for inhibiting leakage of a lubricant, a mid lip provided between the foreign matter lip and the lubricant lip slidable relative to the shaft or the annular member fixed to the shaft , the foreign matter lip , lubricant lip , and mid lip each having a sliding surface with mat-surface roughness , characterized by the sliding surface with mat-surface roughness of the mid lip and the sliding surface with mat-surface roughness of the foreign matter lip having a larger surface roughness than that of the sliding surface with mat-surface roughness of the lubricant lip .
An emergency rescue equipment (700; 800) comprising a harmonic reflector circuit (601; 701, 702; 801), having an antenna connected to a non-linear circuit via a matching circuit and a casing (703; 803) that in full or in part encloses the harmonic reflector circuit, wherein the harmonic reflector circuit is configured to receive a signal at a receive frequency (fRX), and configured to re-transmit said received signal at a transmit frequency (fTX), wherein the transmit frequency is a multiple of the receive frequency, the harmonic reflector circuit (601; 701, 702; 801) is characterized in that : its bandwidth is increased such that the receive frequency (fRX) is in an interval from a first frequency to a second frequency, where: the first frequency is at least 800 MHz; and the second frequency is at least 34 MHz higher than the first frequency; the received signal is re-transmitted at the transmit frequency (fTX) with an output power (Pout) of at least 70% of a maximum available output power (Pmax). the first frequency is at least 800 MHz; and the second frequency is at least 34 MHz higher than the first frequency; the received signal is re-transmitted at the transmit frequency (fTX) with an output power (Pout) of at least 70% of a maximum available output power (Pmax).
An agent for treating fungal diseases in cultivated plants, characterized in that it contains the strain bacillus amyloliquefaciens subsp. plantarum ABI01 (DSM 10-1092).
A method for assisting determination of the invasiveness of myxofibrosarcoma in a patient, comprising: measuring the expression level of Discoidin, CUB and LCCL domain-containing protein 2 (DCBLD2) in a sample of affected tissue of said patient; and comparing said expression level of DCBLD2 measured in said sample of affected tissue of said patient with a predetermined threshold value, wherein said myxofibrosarcoma is determined to be invasive when said expression level of DCBLD2 is greater than or equal to a predetermined threshold value.
A method to control a feeding unit to feed components for smoking articles and comprising the steps of: feeding, by means of a first feed , a first flow of components having a first pitch (P1); and feeding, by means of a second feed , a second flow of components having a second pitch (P1), which is the same as the first pitch (P1); in case of regular operation of both feeds , combining, in the area of a first drum , the components of the first flow and of the second flow so as to create a third flow of components , in which the components of the first flow are alternated with the components of the second flow and have a third pitch (P3), which is smaller than, in particular half, the first pitch (P1) and the second pitch (P1); in case of regular operation of both feeds transferring the components of the third flow from the first drum to a second drum having the same speed as the first drum ; the control method is characterized in that it comprises, in case the first feed stops, the steps of: reducing the pitch of the components of the second flow, in particular at the output of the first drum , so as to obtain a third flow of components having a third pitch (P3), which is smaller than, in particular half, the first pitch (P1) and the second pitch (P1); and transferring the components of the third flow from the first drum to the second drum . feeding, by means of a first feed , a first flow of components having a first pitch (P1); and feeding, by means of a second feed , a second flow of components having a second pitch (P1), which is the same as the first pitch (P1); in case of regular operation of both feeds , combining, in the area of a first drum , the components of the first flow and of the second flow so as to create a third flow of components , in which the components of the first flow are alternated with the components of the second flow and have a third pitch (P3), which is smaller than, in particular half, the first pitch (P1) and the second pitch (P1); in case of regular operation of both feeds transferring the components of the third flow from the first drum to a second drum having the same speed as the first drum ; the control method is characterized in that it comprises, in case the first feed stops, the steps of: reducing the pitch of the components of the second flow, in particular at the output of the first drum , so as to obtain a third flow of components having a third pitch (P3), which is smaller than, in particular half, the first pitch (P1) and the second pitch (P1); and transferring the components of the third flow from the first drum to the second drum . reducing the pitch of the components of the second flow, in particular at the output of the first drum , so as to obtain a third flow of components having a third pitch (P3), which is smaller than, in particular half, the first pitch (P1) and the second pitch (P1); and transferring the components of the third flow from the first drum to the second drum .