mhurhangee/ep-ind-claims huggingface dataset:
A crowd state recognition device comprising: a rectangular region group storage means for storing a group of rectangular regions indicating portions to be recognized for a crowd state on an image; a crowd state recognition dictionary storage means for storing a dictionary composed of pairs of crowd state images and labels indicating the crowd state, the dictionary acquired by machine learning by use of a plurality of pairs of crowd state images and labels, wherein a crowd state image is a rectangular region which expresses a crowd state at a predetermined height size h and includes a person whose human body part is expressed as an image patch whose height size is assumed at 1/α times of the height size of the rectangular region, or h/α pixels, or at a predetermined width size w and said person whose human body part is expressed as an image patch whose width size is assumed at 1/α times of the width size of the rectangular region, or w/α pixels; a crowd state recognition means for extracting regions indicated in the group of rectangular regions stored in the rectangular region group storage means from an acquired image, and recognizing states of the crowds present in extracted regions based on the dictionary, and wherein the rectangular region group storage means stores a group of size-defined rectangular regions based on camera parameters indicating position, posture, focal distance and lens distortion of an image acquisition device for acquiring an image, and the size of the human body part defined for the predetermined size. a rectangular region group storage means for storing a group of rectangular regions indicating portions to be recognized for a crowd state on an image; a crowd state recognition dictionary storage means for storing a dictionary composed of pairs of crowd state images and labels indicating the crowd state, the dictionary acquired by machine learning by use of a plurality of pairs of crowd state images and labels, wherein a crowd state image is a rectangular region which expresses a crowd state at a predetermined height size h and includes a person whose human body part is expressed as an image patch whose height size is assumed at 1/α times of the height size of the rectangular region, or h/α pixels, or at a predetermined width size w and said person whose human body part is expressed as an image patch whose width size is assumed at 1/α times of the width size of the rectangular region, or w/α pixels; a crowd state recognition means for extracting regions indicated in the group of rectangular regions stored in the rectangular region group storage means from an acquired image, and recognizing states of the crowds present in extracted regions based on the dictionary, and wherein the rectangular region group storage means stores a group of size-defined rectangular regions based on camera parameters indicating position, posture, focal distance and lens distortion of an image acquisition device for acquiring an image, and the size of the human body part defined for the predetermined size.
A method to manufacture reticulated metal foam, comprising: pre-investing a precursor with a diluted pre-investment ceramic plaster to encapsulate the precursor; investing the encapsulated precursor with a ceramic plaster to form a mold; and pouring molten metal material into the mold while the mold is located on a chill plate operable to provide chilling of an extent that a casting formed by the mold remains equiaxial with crystallization nucleating from all surfaces; wherein the precursor is a reticulated foam structure; and wherein the diluted pre-investment ceramic plaster is 55:100 water to powder ratio. pre-investing a precursor with a diluted pre-investment ceramic plaster to encapsulate the precursor; investing the encapsulated precursor with a ceramic plaster to form a mold; and pouring molten metal material into the mold while the mold is located on a chill plate operable to provide chilling of an extent that a casting formed by the mold remains equiaxial with crystallization nucleating from all surfaces; wherein the precursor is a reticulated foam structure; and
User device arranged for communicating in a wireless communication system including at least one radio access network, the user device comprising at least one processor arranged to: signal a first information element, IE1, to an access node device of the at least one radio access network, said first information element, IE1, indicating an accessibility for data reception by said user device, wherein said first information element, IE1, further indicates a time duration T of the accessibility for data reception by said user device, wherein said first information element, IE1, further indicates whether said user device is accessible for data reception during a whole of the time duration T or only in at least one time point of the time duration T. signal a first information element, IE1, to an access node device of the at least one radio access network, said first information element, IE1, indicating an accessibility for data reception by said user device, wherein said first information element, IE1, further indicates a time duration T of the accessibility for data reception by said user device, wherein said first information element, IE1, further indicates whether said user device is accessible for data reception during a whole of the time duration T or only in at least one time point of the time duration T.
A pump comprising - a rotor shaft extending along a rotor axis, - a bearing body circumferentially encompassing the rotor shaft and comprising a radially outer bearing surface, and - a locking ring circumferentially encompassing the rotor shaft and limiting an axial movement of the bearing body relative to the rotor shaft, wherein the locking ring comprises at least two radially inwardly protruding teeth (49, 51, 53, 55), wherein the locking ring is radially expandable from a locking state to a mounting state against an elastic restoring force of the locking ring, wherein the locking ring is, in the mounting state, positionable at a desired axial position on the rotor shaft, wherein the teeth (49, 51, 53, 55) are configured to press, in the locking state, against a radial outer surface of the rotor shaft by the elastic restoring force of the locking ring, further comprising a first axial stop body and a second axial stop body, wherein the first axial stop body is the locking ring, further comprising an impeller nut encompassing the rotor shaft for fixing an impeller to the rotor shaft, wherein the impeller nut is the second axial stop body. - a rotor shaft extending along a rotor axis, - a bearing body circumferentially encompassing the rotor shaft and comprising a radially outer bearing surface, and - a locking ring circumferentially encompassing the rotor shaft and limiting an axial movement of the bearing body relative to the rotor shaft, wherein the locking ring comprises at least two radially inwardly protruding teeth (49, 51, 53, 55), wherein the locking ring is radially expandable from a locking state to a mounting state against an elastic restoring force of the locking ring, wherein the locking ring is, in the mounting state, positionable at a desired axial position on the rotor shaft, wherein the teeth (49, 51, 53, 55) are configured to press, in the locking state, against a radial outer surface of the rotor shaft by the elastic restoring force of the locking ring, further comprising a first axial stop body and a second axial stop body, wherein the first axial stop body is the locking ring, further comprising an impeller nut encompassing the rotor shaft for fixing an impeller to the rotor shaft, wherein the impeller nut is the second axial stop body.
A sensor adapted to measure cell force comprising a resiliently deformable surface adapted to deform on application of a cellular force and an optical cavity that has a thickness that is a function of the cellular force applied to the resiliently deformable surface such that changes in thickness are detected optically and cellular forces determined using the detected changes in thickness, the resiliently deformable surface is a semitransparent layer and the sensor comprises a further layer that is a semitransparent reflective layer and the optical cavity is defined by at least the resiliently deformable surface and the further layer, wherein the sensor further comprises: an elastomer layer provided between the resiliently deformable surface and the further layer and a cell adhesion layer on the resiliently deformable surface and adapted to adhere one or more cells to the resiliently deformable surface and an optical detector adapted to optically detect deformation of the surface. an elastomer layer provided between the resiliently deformable surface and the further layer and a cell adhesion layer on the resiliently deformable surface and adapted to adhere one or more cells to the resiliently deformable surface and an optical detector adapted to optically detect deformation of the surface.
A quantum dot comprising an alloy semiconductor nanocrystal comprising indium, gallium, zinc, phosphorus, and sulfur, wherein the quantum dot does not comprise cadmium; characterized in that in the quantum dot, a mole ratio of gallium with respect to indium is greater than or equal to 0.2:1, wherein in the quantum dot, a mole ratio of phosphorus with respect to indium is greater than or equal to 0.95:1, and wherein in an ultraviolet-visible absorption spectrum of the quantum dot, a first absorption peak is present in a range of less than or equal to 520 nanometers. characterized in that in the quantum dot, a mole ratio of gallium with respect to indium is greater than or equal to 0.2:1, wherein in the quantum dot, a mole ratio of phosphorus with respect to indium is greater than or equal to 0.95:1, and wherein in an ultraviolet-visible absorption spectrum of the quantum dot, a first absorption peak is present in a range of less than or equal to 520 nanometers.
An image sensor comprising one or more pixels, each pixel (Pi) including: - a photosensitive region formed in a semiconductor substrate; - a peripheral isolation trench extending vertically in the semiconductor substrate and laterally delimiting the photosensitive region; - a sense node including a region for collecting photogenerated charges arranged at a top face of the substrate, the charge-collecting region being doped and having a first conductivity type, in particular p type; - a charge-transfer gate extending vertically in the semiconductor substrate around the charge-collecting region; - a well interposed between the peripheral isolation trench and the vertical transfer gate, and arranged around the sense node, the well being doped and having a second conductivity type, opposite to the first conductivity type, in particular n type, the photosensitive region being formed by a first doped region that is of the first conductivity type, in particular p type, and which extends under the charge-collecting region and under the well and forms a diode with the well, the sensor being provided with at least one pixel (Pi) integrating a so-called "detection acceleration" transistor, said so-called "detection acceleration" transistor having a gate arranged on said top face of the substrate and which is connected to the sense node, the "detection acceleration" transistor being configured to, during a so-called "charge overflow detection" operation during which a biasing of the transfer gate is applied so as to form a potential barrier then maintained and following an illumination of the photosensitive region during said operation causing a transfer of photogenerated charges from the photosensitive region to the sense node and a variation in potential at this sense node, be switched on, the switched-on "detection acceleration" transistor weakening the potential barrier and favouring a transfer of photogenerated charges to the sense node of the photosensitive region, the "detection acceleration" transistor including a channel region formed in a doped part of the substrate having the first conductivity type and belonging to said first region. - a photosensitive region formed in a semiconductor substrate; - a peripheral isolation trench extending vertically in the semiconductor substrate and laterally delimiting the photosensitive region; - a sense node including a region for collecting photogenerated charges arranged at a top face of the substrate, the charge-collecting region being doped and having a first conductivity type, in particular p type; - a charge-transfer gate extending vertically in the semiconductor substrate around the charge-collecting region; - a well interposed between the peripheral isolation trench and the vertical transfer gate, and arranged around the sense node, the well being doped and having a second conductivity type, opposite to the first conductivity type, in particular n type, the photosensitive region being formed by a first doped region that is of the first conductivity type, in particular p type, and which extends under the charge-collecting region and under the well and forms a diode with the well,
A genetic delivery system, the system comprising: a first polynucleotide vector comprising a) a transposon flanked at the 5' and 3' ends by a TTAA sequence, wherein the transposon comprises a nucleic acid to be introduced into the genome of a target cell, and wherein the transposon further comprises a piggyBac 5' inverted minimal terminal repeat sequence (5' minTR) having the nucleotide sequence depicted in SEQ ID NO:2, or a variant thereof that differs from SEQ ID NO:2 by a single nucleotide, and a piggyBac 3' inverted terminal repeat sequence (3' minTR) having the nucleotide sequence depicted in SEQ ID NO:7, or a variant thereof that differs from SEQ ID NO:7 by a single nucleotide, wherein the 5' minTR and the 3' minTR flank the nucleic acid; and b) a helper portion that is not delivered to the genome of the target cell, which comprises a 5' piggyBac internal domain sequence (5' ID) having the nucleotide sequence depicted in SEQ ID NO:3 or a variant thereof that differs from SEQ ID NO:3 by truncation of up to 50% of the overlapping 3' nucleotides thereof, and a 3' piggyBac internal domain sequence (3' ID) having the nucleotide sequence depicted in SEQ ID NO:5, or a variant thereof which differs from SEQ ID NO:5 by truncation of up to 50% of the overlapping 5' nucleotides thereof; and wherein the delivery system further comprises nucleic acid encoding a piggyBac transposase operably linked to a promoter that is functional in the target cell, wherein the piggyBac transposase catalyzes excision of the nucleic acid from the first polynucleotide vector and insertion of the nucleic acid into the genome of a target cell; and wherein the piggyBac 5' ID sequence and the piggyBac 3' ID sequence are outside of the transposon.
A pneumatic tire comprising a tread portion and side portions, wherein at least one of the tread portion and the side portions has an outer surface characterized in that this outer surface has an arithmetical mean roughness Ra in the range of 0.1 μm up to 0.381 μm when a reference length Lr is 20 μm, and in that the outer surface has an irregularity diameter in the range of 40-230 μm and an irregularity depth in the range of 3-22 μm, wherein the term "irregularity diameter" refers to the size of the irregularities in their diameter direction and wherein the term "irregularity depth" refers to the depth of the irregularities.
An input interface for a transmit/receive radio station including: - an input for receiving a signal either with a variable voltage over a predetermined voltage range, or an open connector signal having a voltage corresponding to the low logic state; - a first output for the variable voltage signal; - a second open collector circuit; characterized in that the first and second outputs (30C, 30B) are connected to the same input and in that the input is connected to a reference potential through a first voltage divider bridge, the middle point of which is connected to the positive terminal of an open loop comparator, the output of which is connected to the second output. - an input for receiving a signal either with a variable voltage over a predetermined voltage range, or an open connector signal having a voltage corresponding to the low logic state; - a first output for the variable voltage signal; - a second open collector circuit;
Enclosure for an electric device in a high voltage electric field, the enclosure comprising: at least one top element and at least one corresponding bottom element extending circumferentially from a centre portion, wherein the top and the bottom elements (2, 3) are plate-like elements disposed substantially parallel to each other at a predetermined distance to provide a space therebetween, wherein the top and bottom elements (2, 3) are each electrically connected at one end at the centre portion, and in electrical contact at respective circumferential ends to form at least a portion of the enclosure; wherein the enclosure is at least partially constructed of a conductive material; and wherein at least two slots are provided in the enclosure extending from the centre portion to a circumference to separate different portions of the enclosure. at least one top element and at least one corresponding bottom element extending circumferentially from a centre portion, wherein the top and the bottom elements (2, 3) are plate-like elements disposed substantially parallel to each other at a predetermined distance to provide a space therebetween, wherein the top and bottom elements (2, 3) are each electrically connected at one end at the centre portion, and in electrical contact at respective circumferential ends to form at least a portion of the enclosure; wherein the enclosure is at least partially constructed of a conductive material; and wherein at least two slots are provided in the enclosure extending from the centre portion to a circumference to separate different portions of the enclosure.
Cannula for dispensing fluid products, particularly for vaginal and rectal applications, comprising: - at least a tubular body for containing at least a fluid product, having at least a first extremity, at which at least a dispenser opening is obtained, and a second open extremity, opposed to the first extremity, - at least a cover cap which can be fitted on said tubular body to close said dispenser opening, and - at least a closing body which is associable with said tubular body to close said second extremity, characterized by the fact that said closing body comprises at least a first element and at least a second element made in a single body piece and joined along tearable connection means (8, 9, 10) comprising at least a removal arm (8, 9) stably joined to said second element and joined to said first element by interposition of a plurality of weakened-section connection points, said second element being removable by tearing off said first element to act as a seal anti-tampering means and said first element being at least partially insertable through said second extremity and suitable for acting as a sliding piston inside said tubular body once said second element has been torn off. - at least a tubular body for containing at least a fluid product, having at least a first extremity, at which at least a dispenser opening is obtained, and a second open extremity, opposed to the first extremity, - at least a cover cap which can be fitted on said tubular body to close said dispenser opening, and - at least a closing body which is associable with said tubular body to close said second extremity,
A hydroelectric installation for generating electrical energy by converting flow energy of flowing water, having a working screw arranged in a trough and a generator driven thereby and having a counter-rotating screw conveyor arranged in the same longitudinal extension compared with the working screw, wherein the trough is of a fixed design and, to this end, is attached to a base structure (14, 15, 16, 17), characterized in that the screw conveyor and the working screw are designed and work independently of one another.
Device comprising an array A ij comprising i = 1 times j = 1 array elements a ij, characterized in that the array A 11 comprises a composition consisting of 3, 4, 5, 7 or 8 different quantum dots and one or two photoluminescent compounds selected from emissive polymers and a light source emitting blue or ultraviolet light which is selected from organic light emitting diodes (OLEDs), polymer light emitting diodes (PLEDs), and organic light emitting electrochemical cells (OLECs or LECs)
Multilayer electrical component having - a main body with external electrodes (2, 2'), - internal electrodes (3, 4) that are each connected to an external electrode (2, 2') in an electrically conductive manner, - a ceramic varistor layer that is provided with one of the internal electrodes, and - a dielectric layer adjoining the varistor layer, - wherein the internal electrodes (3, 4) are arranged on mutually opposite sides of the dielectric layer, and - wherein the dielectric layer has, between the internal electrodes (3, 4), at least one opening that is filled with a semiconducting material or a metal, such that the semiconducting material present in the opening or the metal present in the opening adjoins the varistor layer in a planar manner. - a main body with external electrodes (2, 2'), - internal electrodes (3, 4) that are each connected to an external electrode (2, 2') in an electrically conductive manner, - a ceramic varistor layer that is provided with one of the internal electrodes, and - a dielectric layer adjoining the varistor layer, - wherein the internal electrodes (3, 4) are arranged on mutually opposite sides of the dielectric layer, and - wherein the dielectric layer has, between the internal electrodes (3, 4), at least one opening that is filled with a semiconducting material or a metal, such that the semiconducting material present in the opening or the metal present in the opening adjoins the varistor layer in a planar manner.
A pearl culture material comprising at least one selected from the group consisting of a pearl nucleus and a mantle, wherein the at least one selected from the group consisting of a pearl nucleus and a mantle contains a protein having 10 EU/g or less of an endotoxin amount, wherein the protein is a polypeptide including the amino acid sequence of SEQ ID NO: 1, wherein a coating amount of the protein in a surface area of the pearl nucleus or the mantle is 20 pg/mm 2 or more. wherein the at least one selected from the group consisting of a pearl nucleus and a mantle contains a protein having 10 EU/g or less of an endotoxin amount, wherein the protein is a polypeptide including the amino acid sequence of SEQ ID NO: 1, wherein a coating amount of the protein in a surface area of the pearl nucleus or the mantle is 20 pg/mm 2 or more.