mhurhangee/patent-ind-claim-en huggingface dataset:
A troubleshooting, removal and replacement method for servicing and maintaining an electrolytic cell, comprising providing a distribution manifold having a host interface and a flow path originating at an inlet and terminating at an outlet at the host interface; removably connecting a guest interface of a cathode section at the host interface, the cathode section having an exchange connection configured for removably seating at the host interface and a flow path for carrying cations, removably connecting a guest interface of an anode section at the host interface, the anode section having an exchange connection configured for removably seating at the host interface and a flow path for carrying anions; removably connecting a guest interface of an electrolyte section at the host interface, the electrolyte section having an exchange connection and a flow path for carrying an electrolyte; removably inserting cathode and anode electrodes between respective cathode and anode flow paths and the electrolyte flow path; and communicating liquid to the cathode and anode flow paths through the flow path in the distribution manifold. providing a distribution manifold having a host interface and a flow path originating at an inlet and terminating at an outlet at the host interface; removably connecting a guest interface of a cathode section at the host interface, the cathode section having an exchange connection configured for removably seating at the host interface and a flow path for carrying cations, removably connecting a guest interface of an anode section at the host interface, the anode section having an exchange connection configured for removably seating at the host interface and a flow path for carrying anions; removably connecting a guest interface of an electrolyte section at the host interface, the electrolyte section having an exchange connection and a flow path for carrying an electrolyte; removably inserting cathode and anode electrodes between respective cathode and anode flow paths and the electrolyte flow path; and communicating liquid to the cathode and anode flow paths through the flow path in the distribution manifold.
A method of measuring temperature in a processing chamber , comprising: removably mounting a test fixture to an upper surface of a chamber body of the processing chamber when a lid of the processing chamber is open, the test fixture having a first non-contact temperature sensor with a field of view including a first area of a first substrate support that is adjacent to a first resistive coil disposed in the first substrate support located in the processing chamber ; obtaining one or more temperature measurements of the first area of the first substrate support with the first non-contact temperature sensor and simultaneously obtaining one or more calibration resistance measurements of the first resistive coil corresponding to each temperature measurement; and calibrating control of a heating element disposed in the first substrate support based on a measured temperature of the first substrate support and a measured calibration resistance of the first resistive coil disposed in the first substrate support . removably mounting a test fixture to an upper surface of a chamber body of the processing chamber when a lid of the processing chamber is open, the test fixture having a first non-contact temperature sensor with a field of view including a first area of a first substrate support that is adjacent to a first resistive coil disposed in the first substrate support located in the processing chamber ; obtaining one or more temperature measurements of the first area of the first substrate support with the first non-contact temperature sensor and simultaneously obtaining one or more calibration resistance measurements of the first resistive coil corresponding to each temperature measurement; and calibrating control of a heating element disposed in the first substrate support based on a measured temperature of the first substrate support and a measured calibration resistance of the first resistive coil disposed in the first substrate support .
Method of 3D referencing, comprising: capturing , from a first camera perspective, at least four homologous points of at least one object in a first picture; capturing , from a second camera perspective, the at least four homologous points in a second picture; obtaining a 2D ortho-depiction in a region in which the at least four homologous points are located; registering the at least four homologous points in the first picture in the 2D ortho-depiction , the positions of points in the 2D ortho-depiction being known, so that in the step of registering the at least four homologous points , positional information of the registered four homologous points is obtained; transforming the 2D ortho-depiction to a camera perspective identical to the first camera perspective so as to obtain a virtual view of the 2D ortho-depiction ; the step of transforming the 2D ortho-depiction including a substep of determining points of intersection of lines of vision of the image contents of the first picture with image contents in the 2D ortho-depiction ; reconstructing 3D positions of the at least four homologous points on the basis of the first and second pictures in a camera coordinate system, and 3D-reconstructing objects to which the at least four homologous points belong, determining 3D/3D correspondences by superimposing the virtual view of the 2D ortho-depiction by a space that was created during 3D-reconstructing. capturing , from a first camera perspective, at least four homologous points of at least one object in a first picture; capturing , from a second camera perspective, the at least four homologous points in a second picture; obtaining a 2D ortho-depiction in a region in which the at least four homologous points are located; registering the at least four homologous points in the first picture in the 2D ortho-depiction , the positions of points in the 2D ortho-depiction being known, so that in the step of registering the at least four homologous points , positional information of the registered four homologous points is obtained; transforming the 2D ortho-depiction to a camera perspective identical to the first camera perspective so as to obtain a virtual view of the 2D ortho-depiction ; the step of transforming the 2D ortho-depiction including a substep of determining points of intersection of lines of vision of the image contents of the first picture with image contents in the 2D ortho-depiction ; reconstructing 3D positions of the at least four homologous points on the basis of the first and second pictures in a camera coordinate system, and 3D-reconstructing objects to which the at least four homologous points belong, determining 3D/3D correspondences by superimposing the virtual view of the 2D ortho-depiction by a space that was created during 3D-reconstructing.
A communication method performed by a network device or by a chip of the network device, wherein the method comprises: sending a system information block SIB1, wherein the SIB1 comprises access configuration information of a first terminal device, and/or scheduling information of another system information block; and sending supplementary information used to indicate access of a second terminal device, and maximum transmission bandwidth of the first terminal device is different from that of the second terminal device, the second terminal device is a capability-reduced terminal, wherein the supplementary information comprises at least one of first information and second information, the SIB 1 does not comprise the first information, and a parameter value of the second information comprised in the supplementary information is different from a parameter value corresponding to the second information in the SIB1. sending a system information block SIB1, wherein the SIB1 comprises access configuration information of a first terminal device, and/or scheduling information of another system information block; and sending supplementary information used to indicate access of a second terminal device, and maximum transmission bandwidth of the first terminal device is different from that of the second terminal device, the second terminal device is a capability-reduced terminal, wherein the supplementary information comprises at least one of first information and second information, the SIB 1 does not comprise the first information, and a parameter value of the second information comprised in the supplementary information is different from a parameter value corresponding to the second information in the SIB1.
A method for creating a cephalometric image of at least part of a human skull in an extra-oral dental imaging system, said system comprising: - an X-ray source for irradiating an object to be imaged; - an imaging device suitable for producing multiple frames during at least part of an exposure of said object ; - a manipulator for displacing the imaging device along an exposure profile between multiple frames during said at least part of the exposure of said object, the manipulator permitting the movement of the imaging device along a scanning direction (X), characterized in that said method comprises the following steps: - setting (S2) said imaging device with an active area having in an imaging plane a width, extending along said scanning direction (X), said width varying along a height direction (Y) perpendicular to said scanning direction (X), said active area being the area of the sensor which is irradiated during the cephalometric scan and which participates in the cephalometric image reconstruction process; - synchronously displacing (S4) the X-ray source and the imaging device along said exposure profile; and - registering (S5) said multiple frames produced by the imaging device during the exposure of said object to be imaged. - an X-ray source for irradiating an object to be imaged; - an imaging device suitable for producing multiple frames during at least part of an exposure of said object ; - a manipulator for displacing the imaging device along an exposure profile between multiple frames during said at least part of the exposure of said object, the manipulator permitting the movement of the imaging device along a scanning direction (X), - setting (S2) said imaging device with an active area having in an imaging plane a width, extending along said scanning direction (X), said width varying along a height direction (Y) perpendicular to said scanning direction (X), said active area being the area of the sensor which is irradiated during the cephalometric scan and which participates in the cephalometric image reconstruction process; - synchronously displacing (S4) the X-ray source and the imaging device along said exposure profile; and - registering (S5) said multiple frames produced by the imaging device during the exposure of said object to be imaged.
Device for extracting a dough (P) from a kneading machine , which comprises: - a support structure susceptible of being associated with a kneading machine provided with a containment tank for containing a dough (P); - at least one first conveyor belt , which is mounted on the support structure , is provided with an extension with at least one vertical component between a first lower end and a first upper end and is susceptible of being inserted at least partially with said first lower end within said containment tank ; - at least one second conveyor belt , which is mounted on the support structure , is provided with an extension with at least one vertical component between a second lower end and a second upper end and is arranged to be inserted at least partially with said second lower end within said containment tank and to be arranged resting on said dough (P) to be extracted; wherein said first conveyor belt and said second conveyor belt define between them a transport duct ; wherein the second conveyor belt is movable with respect to the first conveyor belt in order to vary the distance between the first lower end and the second lower end ; characterized in that the support structure of said device comprises a support arm , susceptible of being moved to bring said device between an operating position, in which the device is partially inserted, at least with the first lower end of said first conveyor belt , into the containment tank and a rest position, in which the device is placed externally with respect to said containment tank . - a support structure susceptible of being associated with a kneading machine provided with a containment tank for containing a dough (P); - at least one first conveyor belt , which is mounted on the support structure , is provided with an extension with at least one vertical component between a first lower end and a first upper end and is susceptible of being inserted at least partially with said first lower end within said containment tank ; - at least one second conveyor belt , which is mounted on the support structure , is provided with an extension with at least one vertical component between a second lower end and a second upper end and is arranged to be inserted at least partially with said second lower end within said containment tank and to be arranged resting on said dough (P) to be extracted; wherein said first conveyor belt and said second conveyor belt define between them a transport duct ; wherein the second conveyor belt is movable with respect to the first conveyor belt in order to vary the distance between the first lower end and the second lower end ; characterized in that the support structure of said device comprises a support arm , susceptible of being moved to bring said device between an operating position, in which the device is partially inserted, at least with the first lower end of said first conveyor belt , into the containment tank and a rest position, in which the device is placed externally with respect to said containment tank .
A window comprising: a window pane ; a handle in the form of a bar, wherein the handle is spaced at a perpendicular distance (D) from the window pane ; and a lighting unit provided along the handle for providing illumination towards the window pane , characterised in that the window comprises an inner frame around the window pane , the inner frame having a first edge ; an outer frame , wherein the inner frame is openable within the outer frame ; wherein the handle in the form of a bar is extending along the first edge of the inner frame for use in opening the inner frame , wherein the lighting unit is arranged to emit an output beam having a principal output direction (41; 50), the principal output direction (41; 50) being at an angle with a plane parallel to the window pane , and wherein the angle has a maximum value of 20 degrees. a window pane ; a handle in the form of a bar, wherein the handle is spaced at a perpendicular distance (D) from the window pane ; and a lighting unit provided along the handle for providing illumination towards the window pane , characterised in that the window comprises an inner frame around the window pane , the inner frame having a first edge ; an outer frame , wherein the inner frame is openable within the outer frame ; wherein the handle in the form of a bar is extending along the first edge of the inner frame for use in opening the inner frame , wherein the lighting unit is arranged to emit an output beam having a principal output direction (41; 50), the principal output direction (41; 50) being at an angle with a plane parallel to the window pane , and wherein the angle has a maximum value of 20 degrees.
A system for detecting subpopulations of constituents of at least one biological organism, said system being implemented by at least one hardware processor and comprising: a vector signal formulation module configured to formulate biological data including genomic data compiled from a cohort of the constituents of said at least one biological organism as a set of discrete-time real valued vector signals within at least one data structure of a storage medium , wherein said formulating comprises defining the vector signals by characteristics of a genome and denoting regions of the genome as time values; a frequency domain analyzer configured to perform frequency domain analysis on said vector signals of said biological data to compile spectral properties of said vector signals and to associate said spectral properties with said constituents of said cohort; and a subpopulation detection module configured to identify said subpopulations of said at least one biological organism by applying a similarity metric to said spectral properties and to direct the display of a representation of said identified subpopulations; wherein said identifying comprises constructing a population tree composed of parent-child pairs of said constituents and forming a population dissimilarity index denoting dissimilarities between a parent and a child of each of said pairs based on said similarity metric. a vector signal formulation module configured to formulate biological data including genomic data compiled from a cohort of the constituents of said at least one biological organism as a set of discrete-time real valued vector signals within at least one data structure of a storage medium , wherein said formulating comprises defining the vector signals by characteristics of a genome and denoting regions of the genome as time values; a frequency domain analyzer configured to perform frequency domain analysis on said vector signals of said biological data to compile spectral properties of said vector signals and to associate said spectral properties with said constituents of said cohort; and a subpopulation detection module configured to identify said subpopulations of said at least one biological organism by applying a similarity metric to said spectral properties and to direct the display of a representation of said identified subpopulations; wherein said identifying comprises constructing a population tree composed of parent-child pairs of said constituents and forming a population dissimilarity index denoting dissimilarities between a parent and a child of each of said pairs based on said similarity metric.
An epoxy resin composition containing an epoxy resin [A1], epoxy resin [B1], epoxy resin [C1] and curing agent [D] wherein [A1] is a bisphenol F-type epoxy resin with a softening point of 90 °C or more, [B1] is a tri- or higher functional amine-type epoxy resin, [C1] is a bisphenol F-type epoxy resin with a number average molecular weight of 450 or less wherein the softening point and the number average molecular weight are measured according to the relevant method in the description, and the epoxy resins [A1] to [C1] satisfy the following contents per 100 parts by mass of total epoxy resin content: [A1] 20 to 50 parts by mass, [B1] 30 to 50 parts by mass and [C1] 10 to 40 parts by mass;.
Foldable trolley with a wooden tray structure for supporting and transporting luggage, comprising the following: a rectangular tray; four wheels 39 mm high, swivel; hinges; aluminum tubes of standard sections and thicknesses, suitable shapes and sizes, square and rectangular tubes; tubes in the middle of the deployed cart; an open position locking and closed position locking system; steel axles; a telescopic handle system with a push button; a locking bar; an empty space between the handle and the middle of the carriage; characterized in that the lower part of the trolley, horizontal, consists of the rectangular top, the bearing surface of which is in glued laminated maple, and fixed between the wheels and the hinges to support and transport the load of two large 32 kg suitcases and a 16kg cabin suitcase, in that the trolley, weighing 3kg, has a length of 400mm, a width of 300mm and a height of 842mm in the deployed state, in that the trolley, weighing 3kg, has a length of 400mm, a width of 300mm and a height of 842mm in the extended state, in that the dimensions, weight and sizes of the trolley in the folded state are within those allowed for standard cabin baggage for airlines, in that two wheels have a brake and in that the trolley includes a fitted, detachable from the trolley, closable and openable pocket bag in A4 size.
A press-fit circuit board connector comprising: a housing having a front and a rear , the housing having a front chamber at the front configured to receive a mating connector , the housing having a rear chamber at the rear ; and a contact assembly received in the rear chamber of the housing , the contact assembly having contacts , each contact having a mating terminal and a mounting terminal discrete from the corresponding mating terminal and mechanically and electrically connected to the corresponding mating terminal , the mating terminal extending between a front and a rear with the front extending into the front chamber of the housing for electrical connection with the mating connector in a mating direction along a mating axis , the mounting terminal extending between a front and a rear, the mounting terminal having a connecting pin at the front and having a mounting pin at the rear, the connecting pin of the mounting terminal being compliant and configured for compliant mating with the rear of the mating terminal , the mounting pin of the mounting terminal being compliant and configured for press-fit mechanical and electrical connection to a circuit board in a pressing direction along a pressing axis generally perpendicular to the mating axis , characterized in that the contact assembly has a contact holder including a plurality of contact channels and said contacts are received in corresponding said contact channels . a housing having a front and a rear , the housing having a front chamber at the front configured to receive a mating connector , the housing having a rear chamber at the rear ; and a contact assembly received in the rear chamber of the housing , the contact assembly having contacts , each contact having a mating terminal and a mounting terminal discrete from the corresponding mating terminal and mechanically and electrically connected to the corresponding mating terminal , the mating terminal extending between a front and a rear with the front extending into the front chamber of the housing for electrical connection with the mating connector in a mating direction along a mating axis , the mounting terminal extending between a front and a rear, the mounting terminal having a connecting pin at the front and having a mounting pin at the rear, the connecting pin of the mounting terminal being compliant and configured for compliant mating with the rear of the mating terminal , the mounting pin of the mounting terminal being compliant and configured for press-fit mechanical and electrical connection to a circuit board in a pressing direction along a pressing axis generally perpendicular to the mating axis , characterized in that the contact assembly has a contact holder including a plurality of contact channels and said contacts are received in corresponding said contact channels .