mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for localizing planar objects in a query image, the apparatus comprising: means for detecting a plurality of features in the query image; means for extracting at least one descriptor for each detected query image feature; means for matching each feature of at least one view of a reference image with the plurality of query image features by comparing their corresponding feature descriptors to determine a plurality of candidate descriptor correspondences for each reference image feature; for every query image - reference image view pair, means for ranking the plurality of candidate descriptor correspondences by assigning a geometric weight to each candidate descriptor correspondence according to the Euclidean distance of the position x q of feature q on the query image to the projection x' f in the query image of the reference image feature f using the prior homography H r for that reference image view; and means for localizing comprising means for determining a candidate homography for every pair using a robust model estimation algorithm which prioritizes the highest ranked plurality of candidate descriptor correspondences, and means for selecting the query image planar object as the planar object of the reference image view corresponding to the candidate homography with the biggest number of inliers returned as the best homography by the robust model estimation algorithm. means for detecting a plurality of features in the query image; means for extracting at least one descriptor for each detected query image feature; means for matching each feature of at least one view of a reference image with the plurality of query image features by comparing their corresponding feature descriptors to determine a plurality of candidate descriptor correspondences for each reference image feature; for every query image - reference image view pair, means for ranking the plurality of candidate descriptor correspondences by assigning a geometric weight to each candidate descriptor correspondence according to the Euclidean distance of the position x q of feature q on the query image to the projection x' f in the query image of the reference image feature f using the prior homography H r for that reference image view; and means for localizing comprising means for determining a candidate homography for every pair using a robust model estimation algorithm which prioritizes the highest ranked plurality of candidate descriptor correspondences, and means for selecting the query image planar object as the planar object of the reference image view corresponding to the candidate homography with the biggest number of inliers returned as the best homography by the robust model estimation algorithm.
Combustion method for glass melting, in which a flame is created both by a liquid fuel pulse and a single gaseous fuel pulse, characterized in that the fraction of the total power due to the liquid fuel varies between 20 and 80%, in that the specific gaseous fuel pulse is limited to a value that is sufficiency low so that the NOx content of the flue gases produced does not exceed 800 mg/Sm 3 for a cross-fired furnace and 600 mg/Sm 3 for an end-fired furnace, in that said method is implemented using an injector comprising a liquid fuel inlet duct circumscribed in a coaxial fluid inlet duct for spraying the liquid fuel, itself circumscribed in a single coaxial gaseous fuel inlet duct, and in that the liquid fuel inlet duct comprises an element perforated with oblique channels to place the liquid fuel in the form of a hollow rotating jet before ejection from the injector, the generatrix of each of the channels forming and making an angle of 2 to 30° with the liquid fuel inlet direction.
A cochlear implant fitting system for fitting a simultaneous stimulation arrangement of a cochlear implant system to an implanted patient, the system comprising: means for stimulating with a fitting pattern of stimulation signals the two electrode contacts (s, s+2) that are directly adjacent on either side to a given electrode contact (s+1) in an electrode array implanted in a patient cochlea; and means for determining current spread decay parameters for patient specific amplitude compensation of the simultaneous stimulation arrangement based on objective measurement of occurrence of one of an electrically evoked compound action potential (eCAP) response or electrically evoked stapedius reflex response for said given electrode contact (s+1) when said two directly adjacent electrode contacts (s) and (s+2) on either side are simultaneously stimulated. means for stimulating with a fitting pattern of stimulation signals the two electrode contacts (s, s+2) that are directly adjacent on either side to a given electrode contact (s+1) in an electrode array implanted in a patient cochlea; and means for determining current spread decay parameters for patient specific amplitude compensation of the simultaneous stimulation arrangement based on objective measurement of occurrence of one of an electrically evoked compound action potential (eCAP) response or electrically evoked stapedius reflex response for said given electrode contact (s+1) when said two directly adjacent electrode contacts (s) and (s+2) on either side are simultaneously stimulated.
A capacitor comprising as components: i an electrode body made of an electrode material, wherein a dielectric at least partially covers the surface of this electrode material and forms an anode body, ii. wherein the anode body is at least partially coated with a solid electrolyte and forms a capacitor body, iii. wherein on the solid electrolyte layer there follows a layer of an organic impregnating agent, wherein the capacitor has the following properties: (α1) a decrease of the capacitance of at most 20%; on reducing the temperature from 20°C to -45°C; and (α2) a breakdown voltage of at least 50 V; wherein the organic impregnating agent is a polyalkylene glycol or a polyalkylene glycol derivative, or a combination thereof. i an electrode body made of an electrode material, wherein a dielectric at least partially covers the surface of this electrode material and forms an anode body, ii. wherein the anode body is at least partially coated with a solid electrolyte and forms a capacitor body, iii. wherein on the solid electrolyte layer there follows a layer of an organic impregnating agent, (α1) a decrease of the capacitance of at most 20%; on reducing the temperature from 20°C to -45°C; and (α2) a breakdown voltage of at least 50 V;
A mutual sexual stimulation device for receiving and aligning first and second undersides of first and second male genitalia comprising: a body including first and second openings on a front face, wherein first and second channels extend into the body from the first and second openings, respectively, along first and second longitudinal axes, respectively, toward first and second internal ends, respectively; wherein the first and second longitudinal axes tend toward each other within the body; and wherein the first and second channels partially merge to form a chamber, characterized in that the converging channels form a lemniscate shape into the chamber, with the interior surfaces of the channels and chamber converging to facilitate contact between the first and second male genitalia. a body including first and second openings on a front face, wherein first and second channels extend into the body from the first and second openings, respectively, along first and second longitudinal axes, respectively, toward first and second internal ends, respectively; wherein the first and second longitudinal axes tend toward each other within the body; and wherein the first and second channels partially merge to form a chamber, characterized in that the converging channels form a lemniscate shape into the chamber, with the interior surfaces of the channels and chamber converging to facilitate contact between the first and second male genitalia.
A head mounted display, HMD, comprising: a headpiece; an internal display, mechanically coupled to the headpiece; an external display, mechanically coupled to the headpiece; an external sensor mechanically coupled to the headpiece; and a processor, communicatively coupled to the internal display, the external display, the external sensor, and a host system, characterized in that the processor is configured to: identify a person by using the external sensor; display a first message on the external display, based on the identified person; identify a gesture of the person by using the external sensor; and display a second message on the internal display, based on the identified gesture. a headpiece; an internal display, mechanically coupled to the headpiece; an external display, mechanically coupled to the headpiece; an external sensor mechanically coupled to the headpiece; and a processor, communicatively coupled to the internal display, the external display, the external sensor, and a host system, characterized in that the processor is configured to: identify a person by using the external sensor; display a first message on the external display, based on the identified person; identify a gesture of the person by using the external sensor; and display a second message on the internal display, based on the identified gesture. identify a person by using the external sensor; display a first message on the external display, based on the identified person; identify a gesture of the person by using the external sensor; and display a second message on the internal display, based on the identified gesture.
Device for receiving an object (40, 41), comprising: - a substantially rigid housing comprising an opening configured to receive therein the object; - first elastic engaging means comprising a first set of elastic flexure elements extending in an axial direction of said opening, and which are configured, when the object to be received is situated in an engaging state received in the opening, to engage on the circumferential form of the object to be received present at that position; - second engaging means which are configured, when the object to be received is situated in an engaging state received in the opening, to engage on the circumferential form of the object to be received present at that position; and - wherein the first elastic engaging means and the second engaging means are arranged some distance from each other in the opening; characterized in that the flexure elements have a tangential stiffness c t that is smaller than the radial stiffness c r of said flexure elements. - a substantially rigid housing comprising an opening configured to receive therein the object; - first elastic engaging means comprising a first set of elastic flexure elements extending in an axial direction of said opening, and which are configured, when the object to be received is situated in an engaging state received in the opening, to engage on the circumferential form of the object to be received present at that position; - second engaging means which are configured, when the object to be received is situated in an engaging state received in the opening, to engage on the circumferential form of the object to be received present at that position; and - wherein the first elastic engaging means and the second engaging means are arranged some distance from each other in the opening;
A method of generating a predictive model for determining the amount of crystallinity of an active pharmaceutical ingredient in an amorphous solid dispersion or solid-state solution comprising the steps of; (i) subjecting a plurality of reference samples of dispersions or solutions spanning a range of API crystallinity to UV/vis spectroscopy, (ii) measuring a reflectance and/or transmission spectrum of each reference sample, and (iii) processing the spectra gathered in step (ii) to generate a predictive crystallinity model preferably, wherein the number of reference samples is 5 or more; and/or wherein the spectra are pre-processed before step (iii) to normalise and/or smooth the spectra and/or wherein the spectra of the reference samples are processed to derive a feature that correlates with crystallinity across at least a portion of said range of crystallinity, preferably wherein said feature comprises: at least a first principle component derived from principle components analysis of the spectra, optionally wherein the variance of said first principle component by crystallinity is substantially linear across the range of crystallinity of said plurality of dispersions or solutions; or a lightness value L* of CIELAB colour space derived from the spectra. (i) subjecting a plurality of reference samples of dispersions or solutions spanning a range of API crystallinity to UV/vis spectroscopy, (ii) measuring a reflectance and/or transmission spectrum of each reference sample, and (iii) processing the spectra gathered in step (ii) to generate a predictive crystallinity model wherein the number of reference samples is 5 or more; and/or wherein the spectra are pre-processed before step (iii) to normalise and/or smooth the spectra and/or wherein the spectra of the reference samples are processed to derive a feature that correlates with crystallinity across at least a portion of said range of crystallinity, preferably wherein said feature comprises: at least a first principle component derived from principle components analysis of the spectra, optionally wherein the variance of said first principle component by crystallinity is substantially linear across the range of crystallinity of said plurality of dispersions or solutions; or a lightness value L* of CIELAB colour space derived from the spectra. at least a first principle component derived from principle components analysis of the spectra, optionally wherein the variance of said first principle component by crystallinity is substantially linear across the range of crystallinity of said plurality of dispersions or solutions; or a lightness value L* of CIELAB colour space derived from the spectra.
Granules or a granulated mixture comprising a therapeutic compound which is nilotinib or a pharmaceutically acceptable salt thereof, and a surfactant, wherein the granules or granulated mixture are formed by wet granulation of the therapeutic compound with a surfactant and subsequent drying, and wherein the surfactant is a poloxamer.
A process for the preparation of a triaryl phosphate ester composition comprising a. reacting a phosphorous oxyhalide with a (C 1 -C 15 -alkyl)phenol to obtain a first product; b. reacting the first product with phenol to obtain a triaryl phosphate ester composition; characterized in that in step a., for every mol of phosphorous oxyhalide 1.3 to 1.6 mols of (C 1 -C 15 -alkyl)phenol are used, wherein the amount of phenol required in step b. is determined by analyzing the contents of the reaction mixture. a. reacting a phosphorous oxyhalide with a (C 1 -C 15 -alkyl)phenol to obtain a first product; b. reacting the first product with phenol to obtain a triaryl phosphate ester composition;
A method for cooling and/or lubricating at least one roll (12, 13) disposed in a wall stand, in which at least one nozzle bar (19, 20), which is associated with the roll and of which at least one row arrangement of spray nozzles for applying a fluid to a roll surface (52, 56) of the roll is disposed parallel to a roll axis, is changed in terms of its axial distance to the roll by means of at least one control linkage (50, 51), which is disposed on the roll stand, in such a manner that the distance between the spray nozzles and the roll surface stays constant as a roll diameter decreases because of wear of the roll, characterized in that the control linkage (50, 51) causes a movement of the nozzle bar (19, 20) which combines a straight translational movement of a longitudinal axis of the nozzle bar (19, 20) in the direction of the roll (12, 13) and a pivoting movement of the nozzle bar (19, 20) in the opposite direction about a bearing axis of the nozzle bar on a side plate of the roll stand.
Piezoelectric component - comprising a body, in which transducer elements (11, 12, C1, C2, C3, C4) electrically connected to one another are realized, said transducer elements being spaced apart from one another by a substantially field-free neutral region of the body, - wherein a first transducer element has first electrodes conductively connected to one another, and a second transducer element has second electrodes conductively connected to one another, - wherein at least one third electrode is provided which is arranged in the first and second transducer elements (11, 12), - wherein at least three electrodes, selected from the first and third electrodes (21, 23), are arranged in an alternating order, and wherein at least three electrodes, selected from the second and third electrodes (22, 23), are arranged in an alternating order, - wherein the neutral region is aligned perpendicularly to the planes in which the electrodes (21, 22, 23) are arranged, - wherein the body has piezoelectric layers, and - characterized in that the layer thickness of the piezoelectric layers in a first lateral region of the body is greater than that in a second lateral region of the body. - comprising a body, in which transducer elements (11, 12, C1, C2, C3, C4) electrically connected to one another are realized, said transducer elements being spaced apart from one another by a substantially field-free neutral region of the body, - wherein a first transducer element has first electrodes conductively connected to one another, and a second transducer element has second electrodes conductively connected to one another, - wherein at least one third electrode is provided which is arranged in the first and second transducer elements (11, 12), - wherein at least three electrodes, selected from the first and third electrodes (21, 23), are arranged in an alternating order, and wherein at least three electrodes, selected from the second and third electrodes (22, 23), are arranged in an alternating order, - wherein the neutral region is aligned perpendicularly to the planes in which the electrodes (21, 22, 23) are arranged, - wherein the body has piezoelectric layers, and - characterized in that the layer thickness of the piezoelectric layers in a first lateral region of the body is greater than that in a second lateral region of the body.
Poly(ethylene glycol)-phospholipid (PEG-phospholipid) for use in inhibiting or preventing hypotension associated with reperfusion developing after reperfusion of an organ graft in a recipient subject.
An evaporator construction, including an aluminium coil to which a copper fitting is connected, to said copper fitting being further coupled a capillary copper tube, characterized in that said copper fitting has an end thereof arranged for substantially 1 cm within an end portion of said aluminium coil, to define a connection region between said aluminium coil and copper fitting, that said construction comprises, at said connection region, a welded-brazed connection, that said welded-brazed connection consists of a material comprising a zinc-aluminium alloy including 98% zinc, 2% aluminium, said material further comprising a non-corrosive deoxidating paste.
An IP Multimedia Subsystem, IMS, network node configured as a Home Subscriber Server, HSS, to: receive a request for registration of a contact address of a user from a Serving-Call Session Control Function, S-CSCF, node serving the user; to detect if it already has backed-up registered contact address information relating to that user; to return an error-indication message to the S-CSCF together with the backed-up registered contact address information; to receive a further request from the S-CSCF, the further request including a request for re-registration of said contact address, and in response thereto to update the backed-up registered contact address information. receive a request for registration of a contact address of a user from a Serving-Call Session Control Function, S-CSCF, node serving the user; to detect if it already has backed-up registered contact address information relating to that user; to return an error-indication message to the S-CSCF together with the backed-up registered contact address information; to receive a further request from the S-CSCF, the further request including a request for re-registration of said contact address, and in response thereto to update the backed-up registered contact address information.
A binder composition for manufacturing a positive electrode of a lithium-sulfur battery comprising a binder, a thickener and gum arabic, wherein the binder is contained in the binder composition in an amount of 40 wt.% to 60 wt.% based on the total weight of the binder composition, wherein the thickener is contained in the binder composition in an amount of 20 wt.% to 35 wt.% based on the total weight of the binder composition, wherein gum arabic is contained in the binder composition in an amount of 10 wt.% to 30 wt.% based on the total weight of the binder composition, and wherein gum arabic is contained in the binder composition in an amount of 30 parts by weight to 100 parts by weight based on 100 parts by weight of the thickener. wherein the binder is contained in the binder composition in an amount of 40 wt.% to 60 wt.% based on the total weight of the binder composition, wherein the thickener is contained in the binder composition in an amount of 20 wt.% to 35 wt.% based on the total weight of the binder composition, wherein gum arabic is contained in the binder composition in an amount of 10 wt.% to 30 wt.% based on the total weight of the binder composition, and wherein gum arabic is contained in the binder composition in an amount of 30 parts by weight to 100 parts by weight based on 100 parts by weight of the thickener.