mhurhangee/patent-ind-claim-en huggingface dataset:
A household appliance for performing a housekeeping task, the household appliance comprising a data input device adapted to sense a property in a sensing area , and a controller coupled to the data input device and adapted to control an operation of the household appliance in accordance with the sensed property, characterized in that the data input device is adapted to remotely sense the property in the sensing area and in that projection means are comprised which are adapted to direct a visual image onto a projection surface, wherein the data input device - in association with the projection means forms part of a virtual user interface of the household appliance , for receiving user input information, and - is adapted to perform the tasks of a. sensing the size and/or the position of an object placed in the sensing area , and b. sensing a temperature in the sensing area , for receiving the property information related to the housekeeping task performed by the household appliance , and the projection means are adapted to direct a visual image on a cooking plate area of the household appliance indicating a hot or cold area of the cooking plate area . - in association with the projection means forms part of a virtual user interface of the household appliance , for receiving user input information, and - is adapted to perform the tasks of a. sensing the size and/or the position of an object placed in the sensing area , and b. sensing a temperature in the sensing area , for receiving the property information related to the housekeeping task performed by the household appliance , and the projection means are adapted to direct a visual image on a cooking plate area of the household appliance indicating a hot or cold area of the cooking plate area . a. sensing the size and/or the position of an object placed in the sensing area , and b. sensing a temperature in the sensing area , for receiving the property information related to the housekeeping task performed by the household appliance , and the projection means are adapted to direct a visual image on a cooking plate area of the household appliance indicating a hot or cold area of the cooking plate area .
A method of assembly characterized by : fabricating a node with at least one tooling feature; locating the node relative to an adjoining component ; placing a component blank onto the node and locating the component blank with the at least one tooling feature; measuring at least one geometrical feature of the node or the adjoining component ; 3D printing an assembly adjustment member onto the component blank based on the measuring; and placing the assembly adjustment member proximate at least one of the node or the adjoining component , wherein the assembly adjustment member is configured to allow relative movement between the node and the adjoining component for subsequent processing operations. fabricating a node with at least one tooling feature; locating the node relative to an adjoining component ; placing a component blank onto the node and locating the component blank with the at least one tooling feature; measuring at least one geometrical feature of the node or the adjoining component ; 3D printing an assembly adjustment member onto the component blank based on the measuring; and placing the assembly adjustment member proximate at least one of the node or the adjoining component ,
A method for beam management in a cell , the method being performed by a network node , the method comprising: dividing (S104) the cell into at least two cell parts ; and performing (S106) a beam management procedure in a cell served by the network node to find transmission beams of a transmission and reception point of the network node , wherein the network node uses a mutually different number of antenna ports in each of the at least two cell parts into which the cell is divided during the beam management procedure in the cell , wherein which number of antenna ports to use in a respective one of the at least two cell parts is dependent on which average channel rank is supported by terminal devices served by the network node in said respective one of the at least two cell parts . dividing (S104) the cell into at least two cell parts ; and performing (S106) a beam management procedure in a cell served by the network node to find transmission beams of a transmission and reception point of the network node , wherein the network node uses a mutually different number of antenna ports in each of the at least two cell parts into which the cell is divided during the beam management procedure in the cell , wherein which number of antenna ports to use in a respective one of the at least two cell parts is dependent on which average channel rank is supported by terminal devices served by the network node in said respective one of the at least two cell parts .
Machine with a machine frame supported on rail-based running gears for machining the surface of a rail head of a rail by grinding it with grinding tools which move back and forth in a translational motion along an axis of movement , arranged on a grinding unit that is moveable towards the running table of the rail head via a linear drive and movable along the rail , characterised in that the grinding unit is coupled to the machine frame of the machine , that a distance (a) is defined between a pivot point (P1) of a running gear and a pivot point (P3) of the drawbar on the machine frame , that a distance (u) of the drawbar which is arranged between pivot point (P3) and a point (P6) of the grinding unit only depends on two geometric parameters distance (a) and a half bogie pivot spacing / wheelbase (l) and that from a length u = a 2 + 2 al of the drawbar resulting by the two parameters (a, I) the axis of movement of the grinding tools is always tangentially alignable to the rail .
An automatic analyzer, comprising: a container (1-15; 1-21) containing a reagent or a specimen, the container comprising a container accommodation portion (2-3) as a space for containing the reagent or the specimen, a lid (2-1) configured to close the container accommodation portion, and a rotation fulcrum (2-2) supporting the lid, the lid being openable and closable by rotation about the rotation fulcrum; and a lid closing guide portion (4-1) configured to close the lid by being moved relative to the container accommodation portion and being brought into contact with an edge of the lid by the automatic analyzer to close the lid characterized in that , when the lid closing guide portion is in contact with the edge of the lid, the lid closing guide portion is not in contact with an upper surface of the lid and a contact angle (4-4) between the lid closing guide portion and the lid is an acute angle, where the contact angle is the angle sandwiched between a half-line (4-2) in the rotation axis direction of the rotation fulcrum and a half-line in the tangent direction of the lid closing guide portion and starting from the contact point of the lid closing guide portion and the lid. a container (1-15; 1-21) containing a reagent or a specimen, the container comprising a container accommodation portion (2-3) as a space for containing the reagent or the specimen, a lid (2-1) configured to close the container accommodation portion, and a rotation fulcrum (2-2) supporting the lid, the lid being openable and closable by rotation about the rotation fulcrum; and a lid closing guide portion (4-1) configured to close the lid by being moved relative to the container accommodation portion and being brought into contact with an edge of the lid by the automatic analyzer to close the lid characterized in that , when the lid closing guide portion is in contact with the edge of the lid, the lid closing guide portion is not in contact with an upper surface of the lid and a contact angle (4-4) between the lid closing guide portion and the lid is an acute angle, where the contact angle is the angle sandwiched between a half-line (4-2) in the rotation axis direction of the rotation fulcrum and a half-line in the tangent direction of the lid closing guide portion and starting from the contact point of the lid closing guide portion and the lid.
A method of transmitting data by a first communications terminal to a second communications terminal using communications resources of a wireless access interface, the method comprising determining at the first terminal an amount of communications resources which are required for the first communications terminal to transmit data, transmitting from the first communications terminal a request for communications resources to an infrastructure equipment forming part of a wireless communications network, the request including an indication of the determined amount of communications resources required and a period of time over which the determined amount of communications resources are required, receiving from the infrastructure equipment in response to the request, at the first communications terminal one or more identifying indications to communications resources of the wireless access interface, each of the identifying indications identifying a predetermined pattern of communications resources of the wireless access interface, divided in time into a plurality of time divided units, for the plurality of the time divided units, wherein the predetermined pattern of communications resources is allocated by the infrastructure equipment to the first communications terminal across multiple scheduling control periods, wherein the predetermined pattern of communications resources is one of a plurality of predetermined semi-persistent patterns of communications resources of the wireless access interface for the plurality of the time divided units, transmitting from the first communications terminal to the second communications terminal scheduling message providing an indication of one or more of the identifying indications, and transmitting from the first communications terminal the data to the second communications terminal in the predetermined pattern of communications resources of the wireless access interface allocated by the one or more identifying indications.
An apparatus for dissolving and delivering a solution of a solid chemical material including an upper housing having a grid at the bottom thereof and configured such that during operation of the apparatus the solid chemical material is located in the upper housing and disposed on top of the grid , a lower housing having a base member and upwardly extending side walls , said base member and side walls defining a cavity, an inner chamber within the lower housing and having side walls within said cavity, the bottom of the side walls of said chamber being adjacent to said base member and the side walls of said inner chamber being spaced from the side walls of the lower housing , and an outlet port for conducting the chemical solution out of the lower housing , characterized by : a nozzle comprising an eductor disposed in said inner chamber for discharging fluid in which said solid chemical material is soluble upwardly into the inner chamber , so as to cause a fluid surface in the inner chamber to be locally elevated in an area of said surface above the nozzle, so that the surface in said area rises above the grid . an upper housing having a grid at the bottom thereof and configured such that during operation of the apparatus the solid chemical material is located in the upper housing and disposed on top of the grid , a lower housing having a base member and upwardly extending side walls , said base member and side walls defining a cavity, an inner chamber within the lower housing and having side walls within said cavity, the bottom of the side walls of said chamber being adjacent to said base member and the side walls of said inner chamber being spaced from the side walls of the lower housing , and an outlet port for conducting the chemical solution out of the lower housing , characterized by : a nozzle comprising an eductor disposed in said inner chamber for discharging fluid in which said solid chemical material is soluble upwardly into the inner chamber , so as to cause a fluid surface in the inner chamber to be locally elevated in an area of said surface above the nozzle, so that the surface in said area rises above the grid .
A method for assessing entropy in a cryptography system, the method comprising: obtaining a plurality of sample values produced by an entropy source system; determining a typicality grading, g k , for each of a preselected plurality of probability distributions, the typicality grading for each individual probability distribution being determined according to: g k x p = ∑ y : P p y < P p x P p y + k ∑ y : P p y = P p x P p y where k ∈ represents an inclusivity level between zero and one inclusive, P p ( x ) represents a probability of sample value x according to individual probability distribution p and y : P p ( y ) < P p ( x ) represents values that are less probable than sample value x ; selecting a subset of the plurality of probability distributions based on the typicality gradings; and calculating an entropy of the entropy source system based on the subset of the plurality of probability distributions. obtaining a plurality of sample values produced by an entropy source system; determining a typicality grading, g k , for each of a preselected plurality of probability distributions, the typicality grading for each individual probability distribution being determined according to: g k x p = ∑ y : P p y < P p x P p y + k ∑ y : P p y = P p x P p y where k ∈ represents an inclusivity level between zero and one inclusive, P p ( x ) represents a probability of sample value x according to individual probability distribution p and y : P p ( y ) < P p ( x ) represents values that are less probable than sample value x ; selecting a subset of the plurality of probability distributions based on the typicality gradings; and calculating an entropy of the entropy source system based on the subset of the plurality of probability distributions.
Electronic control unit comprising at least one controller and at least one memory device , wherein: the controller comprises at least one electronic component mounted on a main circuit board , the memory device comprises at least one electronic component mounted on a circuit board , the electronic components of the controller and the memory device are connected by conductive paths , the circuit board is formed in one piece with the main circuit board , a predetermined separation line is provided for separating the circuit board from the main circuit board , characterized in that the circuit board is an embedded circuit board , the embedded circuit board comprises a plurality of pads arranged in a pad array and electrically connected with the conductive paths , and the pads are arranged along a portion of the predetermined separation line to be freely accessible for a read-out of the memory device after a separation of the embedded circuit board and the main circuit board . the controller comprises at least one electronic component mounted on a main circuit board , the memory device comprises at least one electronic component mounted on a circuit board , the electronic components of the controller and the memory device are connected by conductive paths , the circuit board is formed in one piece with the main circuit board , a predetermined separation line is provided for separating the circuit board from the main circuit board , characterized in that the circuit board is an embedded circuit board , the embedded circuit board comprises a plurality of pads arranged in a pad array and electrically connected with the conductive paths , and the pads are arranged along a portion of the predetermined separation line to be freely accessible for a read-out of the memory device after a separation of the embedded circuit board and the main circuit board .
A battery pack , comprising a container having a base and sidewalls that protrude from the base in a direction normal to the base , each sidewall having a fixed end that is secured to the base and a free end opposed to the fixed end, the free ends of the sidewalls together defining an open end of the container , a lid that is configured to close the open end of the container , the lid including a container-facing surface and an outward-facing surface that is opposed to the container-facing surface , and cells disposed in the container , the cells oriented within the container such that a lid-facing surface of each cell is parallel to a plane that includes the free ends, wherein the lid includes an outer pin and an inner pin that are configured to restrain the motion of the cells , the outer pin and the inner pin each protrude from the container-facing surface and have a distal end that is spaced apart from the container-facing surface , and the outer pin and the inner pin have unequal lengths, where a length of the outer and inner pins corresponds to a distance of the respective distal end from the container-facing surface . a container having a base and sidewalls that protrude from the base in a direction normal to the base , each sidewall having a fixed end that is secured to the base and a free end opposed to the fixed end, the free ends of the sidewalls together defining an open end of the container , a lid that is configured to close the open end of the container , the lid including a container-facing surface and an outward-facing surface that is opposed to the container-facing surface , and cells disposed in the container , the cells oriented within the container such that a lid-facing surface of each cell is parallel to a plane that includes the free ends, wherein the lid includes an outer pin and an inner pin that are configured to restrain the motion of the cells , the outer pin and the inner pin each protrude from the container-facing surface and have a distal end that is spaced apart from the container-facing surface , and the outer pin and the inner pin have unequal lengths, where a length of the outer and inner pins corresponds to a distance of the respective distal end from the container-facing surface .
A system for hyperpolarizing a substance comprising: a cryostat configured to generate radicals within the substance by exposing the substance to electromagnetic radiation ; a polarizer configured to hyperpolarize the substance via the radicals, and to quench the radicals within the substance by adjusting a temperature of the substance to greater than or equal to a melting point of the substance ; a container adapted to contain the substance while the container is at least partially submerged in a cryogen disposed within the polarizer , wherein the container comprises at least two ports configured to allow a temperature adjusting fluid to circulate through an interior of the container and thermally communicate with the substance ; and an isolation chamber arranged to keep the container at a distance from the cryogen , the isolation chamber configured to receive the container after the substance has been quenched, and to facilitate melting of the substance in preparation of delivery of the substance into a patient , wherein the system is configured to circulate a temperature adjusting fluid through the interior of the container when the container is within the isolation chamber . a cryostat configured to generate radicals within the substance by exposing the substance to electromagnetic radiation ; a polarizer configured to hyperpolarize the substance via the radicals, and to quench the radicals within the substance by adjusting a temperature of the substance to greater than or equal to a melting point of the substance ; a container adapted to contain the substance while the container is at least partially submerged in a cryogen disposed within the polarizer , wherein the container comprises at least two ports configured to allow a temperature adjusting fluid to circulate through an interior of the container and thermally communicate with the substance ; and an isolation chamber arranged to keep the container at a distance from the cryogen , the isolation chamber configured to receive the container after the substance has been quenched, and to facilitate melting of the substance in preparation of delivery of the substance into a patient , wherein the system is configured to circulate a temperature adjusting fluid through the interior of the container when the container is within the isolation chamber .
A face guard comprising at least one wire or part of the wire , which wire or part of the wire comprises a shadow surface (a) and a reflection surface (b) and in which the shadow surface (a) and reflection surface (b) are in certain position in relation to the eyes of the face guard user when the face guard has been placed in usage position in front of its user's face and the head of the user is essentially in an upright position; wherein the reflection surface (b) extends in a longitudinal direction; wherein the reflection surface (b) adjacent to the shadow surface (a) of the at least one wire or part of the wire comprises a connection point area, which connection point area comprises a sharp edge; and wherein the wire or part of the wire comprises a non-circular cross-section, characterized in that an end of the wire closest to the face of the user is wider than an end of the wire away from the face of the user; the at least one reflection surface (b) is oriented towards a face of a user; and the shadow surface (a) is outside of the field of vision of the user and the reflection surface (b) is withing the field of vision of the user.
Method for monitoring the quality of a weld, implementing a probabilistic statistical model, in order to determine a rating of the quality of the weld, characterized in that the statistical model is a model of the logistic regression type and in that the implementation of the probabilistic statistical model comprises: a first phase of defining the probabilistic statistical model for rating the quality of the weld by using profilometry data and/or temperature data, and a second phase of rating the quality of the weld using the probabilistic statistical model in the form of a model of the logistic regression type for profilometry data of the weld and/or temperature data of the weld. a first phase of defining the probabilistic statistical model for rating the quality of the weld by using profilometry data and/or temperature data, and a second phase of rating the quality of the weld using the probabilistic statistical model in the form of a model of the logistic regression type for profilometry data of the weld and/or temperature data of the weld.