mhurhangee/patent-ind-claim-en huggingface dataset:
A method (300; 400) of health profile based elevator calls implemented by a system comprising at least one elevator (231; 232), the system being in communication with a mobile device of a user , the method (300; 400) comprising: determining, by the system , a distance (320; 420) between a lobby respective to the at least one elevator (231; 232) and the mobile device ; acquiring, by the system , a health profile (330; 430) of the user from the mobile device , wherein the health profile comprises average user travel speed; determining, by the system , a travel time (340; 440) based on the distance and the health profile; and executing, by the system , an elevator call (350; 450) for the at least one elevator (231; 232) with respect to the travel time, characterized in that the system executes the elevator call (350; 450) after a call delay equal to the travel time minus a total between an elevator assignment time and an elevator travel time. determining, by the system , a distance (320; 420) between a lobby respective to the at least one elevator (231; 232) and the mobile device ; acquiring, by the system , a health profile (330; 430) of the user from the mobile device , wherein the health profile comprises average user travel speed; determining, by the system , a travel time (340; 440) based on the distance and the health profile; and executing, by the system , an elevator call (350; 450) for the at least one elevator (231; 232) with respect to the travel time, characterized in that the system executes the elevator call (350; 450) after a call delay equal to the travel time minus a total between an elevator assignment time and an elevator travel time.
A computer-readable memory or storage device storing computer-executable instructions for causing a computing device , when programmed thereby, to perform video sharing with real-time digital video stabilization, the video sharing with real-time digital video stabilization including: for each of multiple frames of a video sequence captured by a camera of the computing device : estimating a global motion transform that represents jittery motion associated with shakiness of the computing device , wherein the global motion transform uses parameters for zoom, rotation and translation motion, wherein estimating the global motion transform comprises determining an estimate of the parameters for the global motion transform, wherein the estimate of each of the parameters is subjected to a lower limit (T1X) and an upper limit (T2X), wherein the parameters are used if the parameters are less than the lower limit, wherein the parameters are limited to the lower limit if the parameters exceed the lower limit and remain less than the upper limit, and wherein the global motion transform is reset if the parameters exceed the upper limit (T2X); forming a stabilized video, including, for each of at least some of the multiple frames of the video sequence, cropping a predefined percentage at boundaries of the frame and warping at least a portion of the cropped frame based on the global motion transform to compensate for the jittery motion; and initiating uploading of the stabilized video to a video sharing site or social networking site over a connection to a network. for each of multiple frames of a video sequence captured by a camera of the computing device : estimating a global motion transform that represents jittery motion associated with shakiness of the computing device , wherein the global motion transform uses parameters for zoom, rotation and translation motion, wherein estimating the global motion transform comprises determining an estimate of the parameters for the global motion transform, wherein the estimate of each of the parameters is subjected to a lower limit (T1X) and an upper limit (T2X), wherein the parameters are used if the parameters are less than the lower limit, wherein the parameters are limited to the lower limit if the parameters exceed the lower limit and remain less than the upper limit, and wherein the global motion transform is reset if the parameters exceed the upper limit (T2X); forming a stabilized video, including, for each of at least some of the multiple frames of the video sequence, cropping a predefined percentage at boundaries of the frame and warping at least a portion of the cropped frame based on the global motion transform to compensate for the jittery motion; and initiating uploading of the stabilized video to a video sharing site or social networking site over a connection to a network.
A slice-based communications method, the method being performed by an access and mobility management function, AMF, node in a visited public land mobile network, VPLMN, and comprising: receiving a registration request message from a terminal device which is roaming into the VPLMN via a radio access network, RAN, node in the VPLMN; said method being characterized by : sending a first request message to a network slice selection function, NSSF, node in the VPLMN, wherein the first request message comprises identification information of the terminal device; and receiving a response message from the NSSF node, wherein the response message comprises allowed VPLMN network slice selection assistance information, NSSAI, of the terminal device and further comprises home public land mobile network, HPLMN, NSSAI of the terminal device that corresponds to the allowed VPLMN NSSAI of the terminal device . receiving a registration request message from a terminal device which is roaming into the VPLMN via a radio access network, RAN, node in the VPLMN; said method being characterized by : sending a first request message to a network slice selection function, NSSF, node in the VPLMN, wherein the first request message comprises identification information of the terminal device; and receiving a response message from the NSSF node, wherein the response message comprises allowed VPLMN network slice selection assistance information, NSSAI, of the terminal device and further comprises home public land mobile network, HPLMN, NSSAI of the terminal device that corresponds to the allowed VPLMN NSSAI of the terminal device .
Camper van or caravan having a temporary living area extension consisting of an extendable bay with a lateral outer face and peripheral side faces (3; 4), a pivoting apparatus being arranged on the bay , and the bay being configured such that it can be moved into a rest position, in which it is pivoted into the camper van or the caravan, and into a use position, in which it is pivoted out of the vehicle, and the pivoting apparatus consisting of at least one rigid pivoting lever which is mounted on the vehicle such that it can be pivoted around a pivot axis , and which is arranged inside the vehicle in a parallel orientation with respect to the enveloping surface of the vehicle, characterized in that an actuating motor is arranged within the vehicle below the bay , which actuating motor acts on a lever which can be pivoted out and is mounted movably at one end in a sliding guide on the collar of the bay , and in that the bay is configured such that it can be deployed towards the outside and can be retracted towards the inside by the actuating motor via the said mechanism.
A message transmission method in a cell handover process in a cellular network, wherein the method comprises: receiving , by first user equipment, a measurement control signal from a source base station, and reporting a measurement report to the source base station after neighboring cell measurement; when handover is required, receiving , by the first user equipment, information that is about a contention resource and that is sent by a target base station, wherein the contention resource is a transmission resource obtained in an autonomous contention manner; and contending , by the first user equipment, for a transmission resource in a time window corresponding to the contention resource, and if the transmission resource is obtained, transmitting a message to second user equipment by using the obtained transmission resource; wherein the first user equipment further receives information about a non-contention resource from the target base station, the non-contention resource is a transmission resource allocated by the target base station according to an application, and if the first user equipment obtains no transmission resource after X ms or after K times of contention, the first user equipment applies to the target base station for a transmission resource, and transmits a message to the second user equipment by using a transmission resource allocated by the target base station, wherein X is a rational number, and K is a positive integer. receiving , by first user equipment, a measurement control signal from a source base station, and reporting a measurement report to the source base station after neighboring cell measurement; when handover is required, receiving , by the first user equipment, information that is about a contention resource and that is sent by a target base station, wherein the contention resource is a transmission resource obtained in an autonomous contention manner; and contending , by the first user equipment, for a transmission resource in a time window corresponding to the contention resource, and if the transmission resource is obtained, transmitting a message to second user equipment by using the obtained transmission resource; wherein the first user equipment further receives information about a non-contention resource from the target base station, the non-contention resource is a transmission resource allocated by the target base station according to an application, and if the first user equipment obtains no transmission resource after X ms or after K times of contention, the first user equipment applies to the target base station for a transmission resource, and transmits a message to the second user equipment by using a transmission resource allocated by the target base station, wherein X is a rational number, and K is a positive integer.
A method for controlling an access to at least one resource of an electronic device by a plurality of clients of the electronic device , said method comprising: selecting at least one set of rules from a plurality of available sets of rules upon occurrence of an event relating to an access to said at least one resource by at least one of said plurality of clients , said selection depending at least on one of a type of said event, a state of at least one of said clients and a system state; applying said selected at least one set of rules, resulting in a decision; and controlling an access to said at least one resource according to said decision, wherein said event is a received request from one of said clients relating to said access to at least one resource and wherein said selected at least one set of rules is applied to said request, resulting in a decision to what extent said request is granted. selecting at least one set of rules from a plurality of available sets of rules upon occurrence of an event relating to an access to said at least one resource by at least one of said plurality of clients , said selection depending at least on one of a type of said event, a state of at least one of said clients and a system state; applying said selected at least one set of rules, resulting in a decision; and controlling an access to said at least one resource according to said decision, wherein said event is a received request from one of said clients relating to said access to at least one resource and wherein said selected at least one set of rules is applied to said request, resulting in a decision to what extent said request is granted.
Choke coil with an adjustable iron core (EK) and a trapezoidal thread drive, wherein the iron core (EK) is connected to a trapezoidal thread nut (TGM) which is arranged on a trapezoidal thread spindle (TGS) protruding into the iron core (EK), characterized in that that part of the trapezoidal thread spindle (TGS) which runs outside the iron core (EK) is surrounded by a covering (FB, TR) which separates a lubricating fluid (SV) surrounding the trapezoidal thread spindle (TGS) from the transformer oil (OE) of the choke coil.
A light pattern generator comprising: a laser light source to output laser light; a condenser lens to refract the laser light outputted from the laser light source ; a mask to absorb or reflect part of the refracted light outputted from the condenser lens , the mask transmitting the rest of the refracted light; and a diffractive optical element to change a phase of the transmitted light in accordance with a position on a plane perpendicular to a direction in which the light transmitted through the mask travels and to output light having a phase distribution to form a light pattern, wherein the condenser lens shifts its position between a first position which is the condenser lens's focal length distant from the laser light source and a second position that is farther than the condenser lens's focal length from the laser light source ; and wherein when the condenser lens is positioned at the first position, the light output by the laser light source and transmitted through the condenser lens , the mask and the diffractive optical element is collimated and when the condenser lens is positioned at the second position, the light output by the laser light source and transmitted through the condenser lens , the mask and the diffractive optical element is converging. a laser light source to output laser light; a condenser lens to refract the laser light outputted from the laser light source ; a mask to absorb or reflect part of the refracted light outputted from the condenser lens , the mask transmitting the rest of the refracted light; and a diffractive optical element to change a phase of the transmitted light in accordance with a position on a plane perpendicular to a direction in which the light transmitted through the mask travels and to output light having a phase distribution to form a light pattern, wherein the condenser lens shifts its position between a first position which is the condenser lens's focal length distant from the laser light source and a second position that is farther than the condenser lens's focal length from the laser light source ; and wherein when the condenser lens is positioned at the first position, the light output by the laser light source and transmitted through the condenser lens , the mask and the diffractive optical element is collimated and when the condenser lens is positioned at the second position, the light output by the laser light source and transmitted through the condenser lens , the mask and the diffractive optical element is converging.
An automated cooking device comprising: a multi-ingredient dispenser that comprises a base and a dispensing selector , wherein the base comprises a set of base receptacles; a set of ingredient dispenser units configured to removably couple with the base receptacles and configured to controllably open when in an engaged mode with the dispensing selector of the multi-ingredient dispenser, wherein each ingredient dispenser unit is comprised of an ingredient container and a dispensing gate , wherein the dispensing gate includes a hinged door that can open and close, wherein the dispensing gate includes a coupling mechanism that is configured to engage with part of the dispensing selector, wherein an open state of each of the set of ingredient dispenser units is individually controllable by the dispensing selector; and a control unit configured to at least partially control the dispensing selector and configured to process a multi-stage cooking process. a multi-ingredient dispenser that comprises a base and a dispensing selector , wherein the base comprises a set of base receptacles; a set of ingredient dispenser units configured to removably couple with the base receptacles and configured to controllably open when in an engaged mode with the dispensing selector of the multi-ingredient dispenser, wherein each ingredient dispenser unit is comprised of an ingredient container and a dispensing gate , wherein the dispensing gate includes a hinged door that can open and close, wherein the dispensing gate includes a coupling mechanism that is configured to engage with part of the dispensing selector, wherein an open state of each of the set of ingredient dispenser units is individually controllable by the dispensing selector; and a control unit configured to at least partially control the dispensing selector and configured to process a multi-stage cooking process.
Sanitary shutoff and/or switching valve comprising - a valve housing , - an inlet leading into the valve housing , - at least one outlet leading out of the valve housing , - a valve that acts between the inlet into the valve housing and the outlet out of the valve housing , the valve having a valve seat and a valve closing body which has discrete, stable positions, - an advancing device for stepwise moving the valve closing body between the stable positions, and - a manual actuating device including a push button for the advancing device, - wherein the valve seat has a passage leading to the outlet out of the housing , specifically at least one passage for each outlet when there are a plurality of outlets, - wherein the valve closing body is spring-loaded in the direction toward the valve seat counter to a lifting movement, and - wherein the movement of the valve closing body is composed of the lifting movement and, extending transversely in relation thereto, a rotary movement relative to the valve seat, wherein the discrete, stable positions of the valve closing body correspond to different rotation angle positions of the valve closing body, wherein the valve closing body is firstly lifted from the valve seat and subsequently rotated in the direction toward the next discrete, stable position and again lowered onto the valve seat. - a valve housing , - an inlet leading into the valve housing , - at least one outlet leading out of the valve housing , - a valve that acts between the inlet into the valve housing and the outlet out of the valve housing , the valve having a valve seat and a valve closing body which has discrete, stable positions, - an advancing device for stepwise moving the valve closing body between the stable positions, and - a manual actuating device including a push button for the advancing device, - wherein the valve seat has a passage leading to the outlet out of the housing , specifically at least one passage for each outlet when there are a plurality of outlets, - wherein the valve closing body is spring-loaded in the direction toward the valve seat counter to a lifting movement, and - wherein the movement of the valve closing body is composed of the lifting movement and, extending transversely in relation thereto, a rotary movement relative to the valve seat, wherein the discrete, stable positions of the valve closing body correspond to different rotation angle positions of the valve closing body, wherein the valve closing body is firstly lifted from the valve seat and subsequently rotated in the direction toward the next discrete, stable position and again lowered onto the valve seat.
Device to be arranged in a floor construction in between a first flooring section and a second flooring section , the device comprising a base plate capable of supporting the first and second flooring section and attached to the base plate a first decoupling element capable of decreasing the sound transmission between the first and second flooring section , wherein the first decoupling element is made of a flexible material, characterized in that the base plate comprises a rigid material, which is a cementitious material or a calcium sulfate material. wherein the first decoupling element is made of a flexible material, characterized in that the base plate comprises a rigid material, which is a cementitious material or a calcium sulfate material.
A method of designing and / or operating a robot , wherein a plurality of potential contacts (POI 1 - POI 8 ) of a person with the robot and / or an environment are determined (S10) and a contact-specific quantity (x 1 - x 8 ) is determined (S30) for each of these contacts; the contacts are assigned (S20) to different groups (C 1 - C 8 ); and for groups, in particular for selected groups, on an individual basis, at least one group-specific quantity (y 11 - y 33 ) is determined on the basis of contact-specific quantities of contacts which are assigned to this group (S40); wherein the contact-specific quantities and / or the at least one group-specific quantity is determined as a function of a potential medical harm to a person, and at least two contacts are assigned to at least one group, characterised in that at least one group-specific quantity indicates a permissible reflected inertia for avoiding impermissible medical harm, or comprises a maximum permissible reflected inertia for avoiding impermissible medical harm.
A base station apparatus adapted to perform a coordinated multipoint, CoMP, transmission and reception as a CoMP group of a plurality of base station apparatuses, the base station apparatus comprising: a transmitter adapted to transmit an identity, which is set for the CoMP group, to a terminal; and a receiver adapted to receive a signal, which is first-spread using a first sequence that is defined by one of a plurality of cyclic shifts and which is transmitted from the terminal, characterized in that the one of the plurality of cyclic shifts is according to a hopping pattern that is set based on the identity. a transmitter adapted to transmit an identity, which is set for the CoMP group, to a terminal; and a receiver adapted to receive a signal, which is first-spread using a first sequence that is defined by one of a plurality of cyclic shifts and which is transmitted from the terminal, characterized in that the one of the plurality of cyclic shifts is according to a hopping pattern that is set based on the identity.
A vacuum pumping system comprising: a plurality of vacuum pumping arrangements for evacuating a flammable gas stream and exhausting the gas stream through one or more exhaust outlets (78; 82); a housing for housing the vacuum pumping arrangements and forming an air flow duct for an air flow for mixing with the exhaust gas stream output from the one or more exhaust outlets (78; 82) in a mixing region in the housing ; an airflow generator for generating an air flow through the air flow duct to cause mixing of air with the flammable gas stream to a percentage of the flammable gas in the air flow lower than the lower flammability limit of the flammable gas; and an air flow sensor for sensing the flow of air for determining if the air flow is sufficient to dilute the flammable gas to lower than said percentage. a plurality of vacuum pumping arrangements for evacuating a flammable gas stream and exhausting the gas stream through one or more exhaust outlets (78; 82); a housing for housing the vacuum pumping arrangements and forming an air flow duct for an air flow for mixing with the exhaust gas stream output from the one or more exhaust outlets (78; 82) in a mixing region in the housing ; an airflow generator for generating an air flow through the air flow duct to cause mixing of air with the flammable gas stream to a percentage of the flammable gas in the air flow lower than the lower flammability limit of the flammable gas; and an air flow sensor for sensing the flow of air for determining if the air flow is sufficient to dilute the flammable gas to lower than said percentage.