mhurhangee/ep-ind-claims huggingface dataset:
Timepiece comprising a case that houses a timepiece movement comprising a mechanical oscillator, a device for measuring the running of said mechanical oscillator, a mechanism for adjusting the running of said mechanical oscillator comprising a manual control member that is accessible from the outside of said case and is configured so as to modify the running of said mechanical oscillator in response to a predefined action of a user on said manual control member, wherein said case also houses a wireless communication module that is able to exchange data with said device for measuring the running of said mechanical oscillator and is intended to communicate with an external electronic unit in order to transmit, to the latter, results of measurements carried out by said device for measuring the running of said mechanical oscillator, intended for a user. a device for measuring the running of said mechanical oscillator, a mechanism for adjusting the running of said mechanical oscillator comprising a manual control member that is accessible from the outside of said case and is configured so as to modify the running of said mechanical oscillator in response to a predefined action of a user on said manual control member, wherein said case also houses a wireless communication module that is able to exchange data with said device for measuring the running of said mechanical oscillator and is intended to communicate with an external electronic unit in order to transmit, to the latter, results of measurements carried out by said device for measuring the running of said mechanical oscillator, intended for a user.
A composition for use in a method of preventing tooth discoloration caused by a dental therapeutic agent, which comprises a peptide set forth in an amino acid sequence of SEQ ID NO: 1 as an active ingredient.
A pellicle for extreme ultraviolet lithography, the pellicle comprising: a support layer pattern which is formed by etching a support layer; a pellicle layer which is formed on the support layer pattern; and an etching stop layer pattern which is formed between the support layer pattern and the pellicle layer and formed by etching an etching stop layer for stopping etching when the support layer is etched; and wherein the pellicle layer comprises a core layer, and one or more reinforcing layers (104,106) formed on at least one among both surfaces of the core layer and different in material from the core layer; characterized in that the reinforcing layer (104, 106) comprises an outer porous surface having nano-sized pores. a support layer pattern which is formed by etching a support layer; a pellicle layer which is formed on the support layer pattern; and an etching stop layer pattern which is formed between the support layer pattern and the pellicle layer and formed by etching an etching stop layer for stopping etching when the support layer is etched; and wherein the pellicle layer comprises a core layer, and one or more reinforcing layers (104,106) formed on at least one among both surfaces of the core layer and different in material from the core layer; characterized in that the reinforcing layer (104, 106) comprises an outer porous surface having nano-sized pores.
A method for providing radiotherapy workflow management relating to a treatment plan based on standard orientation views (axial, sagittal, coronal) at a radiotherapy electronic patient record (RT-EPR) system integrated with a picture archive computing system (PACS), the method comprising: Obtaining an image object that includes a volumetric data set of voxels having a spacing and position relative to an image coordinate system; obtaining Dicom RT objects that include anatomical information regarding an anatomical structure of a treatment region (RT Structure) and including dose data (RT Dose) defining dose values for dose points in the treatment region, wherein the dose points are misaligned with the voxels of the volumetric data set, characterized in: calculating a transformation to align the dose points with voxels in the volumetric data set; calculating at least one isodose curve based on the volumetric data set and the dose values; displaying, through a workstation viewer, axial, coronal, sagittal views of image slices from the volumetric data set with dose indicia superimposed on the image slices, the dose indicia, indicative of the dose data and based on the isodose curve, comprising a contour designating a region that receives a select amount of dose. Obtaining an image object that includes a volumetric data set of voxels having a spacing and position relative to an image coordinate system; obtaining Dicom RT objects that include anatomical information regarding an anatomical structure of a treatment region (RT Structure) and including dose data (RT Dose) defining dose values for dose points in the treatment region, wherein the dose points are misaligned with the voxels of the volumetric data set, characterized in: calculating a transformation to align the dose points with voxels in the volumetric data set; calculating at least one isodose curve based on the volumetric data set and the dose values; displaying, through a workstation viewer, axial, coronal, sagittal views of image slices from the volumetric data set with dose indicia superimposed on the image slices, the dose indicia, indicative of the dose data and based on the isodose curve, comprising a contour designating a region that receives a select amount of dose. calculating a transformation to align the dose points with voxels in the volumetric data set; calculating at least one isodose curve based on the volumetric data set and the dose values; displaying, through a workstation viewer, axial, coronal, sagittal views of image slices from the volumetric data set with dose indicia superimposed on the image slices, the dose indicia, indicative of the dose data and based on the isodose curve, comprising a contour designating a region that receives a select amount of dose.
A dielectric working fluid centralized management system comprising: a dielectric working fluid adjustment apparatus configured to adjust fluid quality of a dielectric working fluid of a plurality of wire electrical discharge machines; a dielectric working fluid delivery and reception control member configured to control delivery and reception of the dielectric working fluid between a plurality of dielectric working fluid storage tanks disposed corresponding respectively to the plurality of wire electrical discharge machines, and in which the dielectric working fluid is stored, and the dielectric working fluid adjustment apparatus; and a dielectric working fluid quality controller configured to receive dielectric working fluid information from the plurality of wire electrical discharge machines and to control the dielectric working fluid delivery and reception control member, or both the dielectric working fluid delivery and reception control member and the dielectric working fluid adjustment apparatus, characterised in that the dielectric working fluid quality controller is configured to control the dielectric working fluid delivery and reception control member, so as to connect the dielectric working fluid storage tank of one of the wire electrical discharge machines to the dielectric working fluid adjustment apparatus, in order not to mix with each other the dielectric working fluids of the plurality of wire electrical discharge machines. a dielectric working fluid adjustment apparatus configured to adjust fluid quality of a dielectric working fluid of a plurality of wire electrical discharge machines; a dielectric working fluid delivery and reception control member configured to control delivery and reception of the dielectric working fluid between a plurality of dielectric working fluid storage tanks disposed corresponding respectively to the plurality of wire electrical discharge machines, and in which the dielectric working fluid is stored, and the dielectric working fluid adjustment apparatus; and a dielectric working fluid quality controller configured to receive dielectric working fluid information from the plurality of wire electrical discharge machines and to control the dielectric working fluid delivery and reception control member, or both the dielectric working fluid delivery and reception control member and the dielectric working fluid adjustment apparatus, characterised in that the dielectric working fluid quality controller is configured to control the dielectric working fluid delivery and reception control member, so as to connect the dielectric working fluid storage tank of one of the wire electrical discharge machines to the dielectric working fluid adjustment apparatus, in order not to mix with each other the dielectric working fluids of the plurality of wire electrical discharge machines.
An aqueous chromium-free agent for the corrosion-protective conversion treatment of metallic surfaces, containing one or more water-soluble compounds containing at least one atom selected from the elements titanium and/or zirconium, wherein the total concentration of these elements is not less than 2.5·10 -4 mol/L, but is not greater than 2.0·10 -2 mol/L, one or more water-soluble compounds, as a source of fluoride ions, containing at least one fluorine atom, wherein the agent contains said elements of the respective components and in a molar ratio A: B of 1: z, where z is a real number and is greater than 6, characterized in that the agent additionally contains one or more water-soluble compounds, containing at least one copper atom, which release copper ions, and one or more water-soluble and/or water-dispersible compounds which release metal ions but which are not a source of fluoride ions, and which contain at least one metal atom selected from the group comprising calcium, aluminum, and/or iron, wherein the molar ratio D: B of the total number of metal atoms of component to the total number of fluorine atoms of component is not less than z - 6 4 ⁢ z, wherein component is composed at least of a water-soluble and/or water-dispersible compound containing at least one aluminum atom, and the molar ratio of the total number of aluminum ions of component to the total number of fluorine atoms of component is not greater than z - 6 z. one or more water-soluble compounds containing at least one atom selected from the elements titanium and/or zirconium, wherein the total concentration of these elements is not less than 2.5·10 -4 mol/L, but is not greater than 2.0·10 -2 mol/L, one or more water-soluble compounds, as a source of fluoride ions, containing at least one fluorine atom, one or more water-soluble compounds, containing at least one copper atom, which release copper ions, and one or more water-soluble and/or water-dispersible compounds which release metal ions but which are not a source of fluoride ions, and which contain at least one metal atom selected from the group comprising calcium, aluminum, and/or iron,
A hydraulic damping block comprising: - at least two columns of fluid (13.1-13.N), - each column (13.1-13.N) having one end placed in communication with a first hydraulic working chamber capable of hydraulic inflation, also referred to as main inflation chamber, said main inflation chamber being common to all the fluid columns (13.1-13.N), - the other end of each fluid column (13.1-13.N) being placed in communication with a second hydraulic compensation chamber (16.1-16.N) specific to each fluid column, said second chambers, also referred to as specific inflation chambers (16.2-16.N), being likewise capable of hydraulic inflation, characterized in that at least one of the specific inflation chambers (16.1-16.N) has an inflation stiffness (Kmi) of the order of magnitude of the inflation stiffness (Kg) of the main inflation chamber or greater than the inflation stiffness (Kg) of the main inflation chamber. - at least two columns of fluid (13.1-13.N), - each column (13.1-13.N) having one end placed in communication with a first hydraulic working chamber capable of hydraulic inflation, also referred to as main inflation chamber, said main inflation chamber being common to all the fluid columns (13.1-13.N), - the other end of each fluid column (13.1-13.N) being placed in communication with a second hydraulic compensation chamber (16.1-16.N) specific to each fluid column, said second chambers, also referred to as specific inflation chambers (16.2-16.N), being likewise capable of hydraulic inflation,
A proportional metering pump comprising a hydraulic machine equipped with an inlet and an outlet, the hydraulic machine extending along a longitudinal axis (x) and enclosing a member capable of performing a reciprocating movement along this axis, the supply of main liquid to the inlet of the hydraulic machine triggering a reciprocating translational movement of the member along the longitudinal axis (x), the proportional metering pump comprising: - a displacement pump, equipped with an axis of rotation, an inlet intended to be placed in fluid communication with an additive reservoir and an outlet in fluid communication with the outlet of the hydraulic machine, - a movement converter designed to transform the reciprocating translational movement of the hydraulic machine member into a rotational movement, said rotational movement being transmitted directly or indirectly to the axis of rotation of the displacement pump, such that the supply to the hydraulic machine actuates the displacement pump which thus supplies additive to the outlet of the hydraulic machine, the additive mixing with the main liquid at the outlet of the hydraulic machine. - a displacement pump, equipped with an axis of rotation, an inlet intended to be placed in fluid communication with an additive reservoir and an outlet in fluid communication with the outlet of the hydraulic machine, - a movement converter designed to transform the reciprocating translational movement of the hydraulic machine member into a rotational movement, said rotational movement being transmitted directly or indirectly to the axis of rotation of the displacement pump,
A method for providing application extension management, wherein application extensions are computer-executable programming modules that provide additional information displays and/or functionality to existing software applications, the method comprising: determining whether an activation trigger associated with an application extension has been triggered by identifying content within at least one of a plurality of documents related to the application extension that satisfies the activation trigger, said identifying being carried out by scanning the at least one of a plurality of documents in order to identify said content; and in response to determining that the activation trigger associated with the application extension has been triggered: displaying an indicator that the at least one document satisfies the activation trigger associated with the at least one application extension; receiving a selection of the at least one of the plurality of documents; displaying at least a portion of the selected at least one document; displaying a selectable user interface element associated with the application extension; receiving a selection of the selectable user interface element; and displaying data associated with the at least one application extension. determining whether an activation trigger associated with an application extension has been triggered by identifying content within at least one of a plurality of documents related to the application extension that satisfies the activation trigger, said identifying being carried out by scanning the at least one of a plurality of documents in order to identify said content; and in response to determining that the activation trigger associated with the application extension has been triggered: displaying an indicator that the at least one document satisfies the activation trigger associated with the at least one application extension; receiving a selection of the at least one of the plurality of documents; displaying at least a portion of the selected at least one document; displaying a selectable user interface element associated with the application extension; receiving a selection of the selectable user interface element; and displaying data associated with the at least one application extension. displaying an indicator that the at least one document satisfies the activation trigger associated with the at least one application extension; receiving a selection of the at least one of the plurality of documents; displaying at least a portion of the selected at least one document; displaying a selectable user interface element associated with the application extension; receiving a selection of the selectable user interface element; and displaying data associated with the at least one application extension.
A downhole tool adapted for use in a wellbore extending through a subterranean formation for measuring at least one characteristic of a formation fluid from a selected formation around the wellbore or fluid flowing through the wellbore, the downhole tool comprising: a device for retrieving formation fluid from the wellbore or the selected formation into a measurement portion; and at least one terahertz time domain analyzing device for analysis of the fluid in the measurement portion, which comprises: a pulsed light source for generating an excitation light pulse; a terahertz wave generator capable of generating a terahertz wave by using the excitation light pulse; a terahertz wave detector capable of detecting the terahertz wave; a terahertz wave path extending between the terahertz wave generator and the terahertz wave detector and intersecting the measurement portion; wherein the terahertz time domain analyzing device further comprises an optical delay system capable of varying the optical path length of the terahertz wave path, wherein the terahertz wave generator and the terahertz wave detector are mounted on the optical delay system. a device for retrieving formation fluid from the wellbore or the selected formation into a measurement portion; and at least one terahertz time domain analyzing device for analysis of the fluid in the measurement portion, which comprises: a pulsed light source for generating an excitation light pulse; a terahertz wave generator capable of generating a terahertz wave by using the excitation light pulse; a terahertz wave detector capable of detecting the terahertz wave; a terahertz wave path extending between the terahertz wave generator and the terahertz wave detector and intersecting the measurement portion; wherein the terahertz time domain analyzing device further comprises an optical delay system capable of varying the optical path length of the terahertz wave path, wherein the terahertz wave generator and the terahertz wave detector are mounted on the optical delay system. a pulsed light source for generating an excitation light pulse; a terahertz wave generator capable of generating a terahertz wave by using the excitation light pulse; a terahertz wave detector capable of detecting the terahertz wave; a terahertz wave path extending between the terahertz wave generator and the terahertz wave detector and intersecting the measurement portion; wherein the terahertz time domain analyzing device further comprises an optical delay system capable of varying the optical path length of the terahertz wave path, wherein the terahertz wave generator and the terahertz wave detector are mounted on the optical delay system.
A method to update a distributed ledger, the method comprising: receiving, using control circuitry, a request to modify a data account selected from a plurality of data accounts stored in a distributed ledger, wherein the selected data account stores at least one value associated with at least one asset; identifying multiple validation servers based on the received request and the at least one asset, wherein the multiple validation servers will validate whether the request can be performed; modifying the distributed ledger in response to the multiple validation servers validating the request, wherein each of the multiple validation servers is configured to store a redundant copy of the distributed ledger; sending at least one modified portion of the distributed ledger to each of the multiple validation servers, wherein each of the multiple validation servers is configured to update its respective redundant copy of the distributed ledger with the at least one modified portion of the distributed ledger; and controlling the multiple validation servers in order to distribute a processing load associated with validating transactions that include the request between the multiple validation servers, wherein the redundant copy of the distributed ledger at each of the multiple validation servers is a partial redundant copy of the distributed ledger. receiving, using control circuitry, a request to modify a data account selected from a plurality of data accounts stored in a distributed ledger, wherein the selected data account stores at least one value associated with at least one asset; identifying multiple validation servers based on the received request and the at least one asset, wherein the multiple validation servers will validate whether the request can be performed; modifying the distributed ledger in response to the multiple validation servers validating the request, wherein each of the multiple validation servers is configured to store a redundant copy of the distributed ledger; sending at least one modified portion of the distributed ledger to each of the multiple validation servers, wherein each of the multiple validation servers is configured to update its respective redundant copy of the distributed ledger with the at least one modified portion of the distributed ledger; and controlling the multiple validation servers in order to distribute a processing load associated with validating transactions that include the request between the multiple validation servers, wherein the redundant copy of the distributed ledger at each of the multiple validation servers is a partial redundant copy of the distributed ledger.
A lighting arrangement, having a cylindrically elongated gas discharge lamp, on both front ends of which in each case a lamp electrode (2a, 2b) protruding into the interior of the lamp body as well as corresponding electrical supply lines (3a, 3b) are arranged, as well as a shielding sleeve surrounding one of the two front ends of the lamp, wherein the shielding sleeve consists at least in part of a material with a good heat conductivity or has a layer made from such a heat-conductive material, characterized in that the shielding sleeve consists of a base body consisting of plastic, which is covered at least over a part of its length with a layer of the heat-conductive material, the heat conductivity of which is greater than or equal to 30 W/mk.