mhurhangee/ep-ind-claims huggingface dataset:
A video motion detecting method, comprising: capturing a plurality of images of a video sequence, each of the plurality of images including a plurality of pixels, each pixel being represented by a first number of bits; combining the plurality of images into a spatio-temporal image volume, slicing said spatio-temporal image volume along the (X,t) plane, where t represents the time axis and X a horizontal or vertical spatial axis, identifying, in the spatio-temporal image volume, temporal lighting changes as lines of pixels that belong to bands which are parallel to the spatial axis, X, suppressing the identified lighting changes, reducing, by applying a threshold function, the first number of bits to one bit per pixel; storing the plurality of images; searching for spatio-temporal edges (403, 503) in the spatio-temporal domain of a predetermined area in the plurality of images; and detecting motion of a common object in said plurality of images, including identifying connected strings of pixels having a value of one in said predetermined area, including performing a Boolean operation on sets of pixels in said predetermined area, and identifying a presence of an edge when at least one string of connected pixels is greater than a predetermined length, including performing a Boolean operation on connected strings of pixels within said predetermined area. capturing a plurality of images of a video sequence, each of the plurality of images including a plurality of pixels, each pixel being represented by a first number of bits; combining the plurality of images into a spatio-temporal image volume, slicing said spatio-temporal image volume along the (X,t) plane, where t represents the time axis and X a horizontal or vertical spatial axis, identifying, in the spatio-temporal image volume, temporal lighting changes as lines of pixels that belong to bands which are parallel to the spatial axis, X, suppressing the identified lighting changes, reducing, by applying a threshold function, the first number of bits to one bit per pixel; storing the plurality of images; searching for spatio-temporal edges (403, 503) in the spatio-temporal domain of a predetermined area in the plurality of images; and detecting motion of a common object in said plurality of images, including identifying connected strings of pixels having a value of one in said predetermined area, including performing a Boolean operation on sets of pixels in said predetermined area, and identifying a presence of an edge when at least one string of connected pixels is greater than a predetermined length, including performing a Boolean operation on connected strings of pixels within said predetermined area.
Aqueous dispersion of a biodegradable polyester, said dispersion being obtained by transesterification of a biodegradable polyester from the group consisting of polyhydroxybutyrate, polyhydroxybutyrate-co-valerate (PHBV), polybutylene adipate terephthalate (PBAT), polybutylene succinate, polybutylene succinate-co-adipate (PBSA) and mixtures thereof with a polymer from the group of polyethylene glycols, PEO-PPO block copolymers and polyethylene glycol ethers with an aliphatic, branched or unbranched polyol having 3 to 6 carbon atoms and 2 to 6 OH groups, optionally in the presence of an ethylenically unsaturated dicarboxylic acid or anhydride thereof, and/or optionally in the presence of a polyhydric alcohol, and dispersing of the melt of the resultant product in water. optionally in the presence of an ethylenically unsaturated dicarboxylic acid or anhydride thereof, and/or optionally in the presence of a polyhydric alcohol, and dispersing of the melt of the resultant product in water.
Method for continuously determining and/or monitoring a concentration of maltodextrin and/or a concentration of maltose in a mashing process, comprising the following method steps - Preparation of a mash, - Heating the mash to at least a predetermined temperature, - Determining a density (p) of the mash using a vibronic sensor and - Determine a sonic velocity (v) in the mash using the vibronic sensor, characterized in that - that a concentration of the sum of maltodextrin and maltose in the mash is determined on the basis of the determined density (p) of the mash, - that a ratio of maltodextrin and maltose is determined on the basis of the determined sonic velocity (v) in the mash, and - that the concentration of maltodextrin and/or the concentration of maltose in the mash is determined on the basis of the determined ratio of maltodextrin and maltose. - Preparation of a mash, - Heating the mash to at least a predetermined temperature, - Determining a density (p) of the mash using a vibronic sensor and - Determine a sonic velocity (v) in the mash using the vibronic sensor, - that a concentration of the sum of maltodextrin and maltose in the mash is determined on the basis of the determined density (p) of the mash, - that a ratio of maltodextrin and maltose is determined on the basis of the determined sonic velocity (v) in the mash, and - that the concentration of maltodextrin and/or the concentration of maltose in the mash is determined on the basis of the determined ratio of maltodextrin and maltose.
A kit comprising a stool sample collector for obtaining a stool sample from a subject; reagents for isolating a nucleic acid from the sample; a bisulfite reagent; and oligonucleotides specifically binding to a genetic region having chromosome 3 coordinates 143119999-143120158.
A sleeve with a protection ring, said sleeve, being a sleeve or cylinder carrying the characters to be printed or an adapter sleeve for supporting said sleeve or cylinder, said sleeve to be mounted on a rotary mandrel provided with a register pin, the ring comprising an annular body to be disposed on an end edge of the sleeve, said body comprising guide means suitable to cooperate with guide counter-means of the sleeve in order to couple the body to the latter, the body having a register seat or recess for cooperating with said sleeve register pin, means being provided for centering the ring on the sleeve to enable said ring to be disposed on the sleeve such that the register recess lies in a suitable position for cooperation with said register pin, characterised in that the ring is inserted into a corresponding seat provided in said edge of the sleeve, the ring being simply fitted to said edge of the sleeve and being connected to the latter without any mechanical fixing member or glue by tightly fitting the ring into the seat.
Service connection room for forming a service connection for a building, in particular for at least one residential building, comprising a base body, provided for receiving structural parts and devices for the service connection, in particular shut-off devices as well as control and meter devices as well as pipelines and electrical cables, and which has walls defining the base body as well as a passage arranged in one of the walls, wherein the passage has a service installation in the form of a multi-utility installation which is configured to receive several supply lines, in particular for providing electricity as well as gas, communications and drinking water as well as possible district heating, wherein the base body is formed as an accessible room cell, characterised in that the service connection room can be placed outside the building for forming the service connection, and is designed in the form of a prefabricated component.
A pet food capable of removing dental calculus and plaque, the pet food comprising: a bar-type body extending in a longitudinal direction, said body including a plurality of throughholes transversely formed through the body and arranged along a longitudinal direction of the body, wherein each through-hole includes a plurality of protrusion units which protrude toward a longitudinal central axis of the through-hole from the inner circumferential surface of the through-hole, or which protrude from the inner circumferential surface of the through-hole so as to form a helical ridge, such that during a masticatory action of the pet, a tooth trunk of a pet enters a through-hole and comes into contact with an inner circumferential surface of the through-hole and protrusion units contact the outer circumferential surface of the tooth trunk.
A rotor disk blade for a turbine engine, the blade being made of composite material comprising fiber reinforcement obtained by multilayer weaving of yarns and densified by a matrix, the blade having a portion constituting an airfoil and a blade root forming a single piece, the blade root having two substantially plane opposite lateral flanks (22, 24) that are formed respectively extending the pressure side surface and the suction side surface of the airfoil, the blade root being clamped between two metal plates (26, 28) fastened against the lateral flanks (22, 24) of the blade root by a bolt and a nut passing through the plates (26, 28) and the blade root, the bolt having a head bearing against one of the two plates the nut having a head bearing against the other plate, the bolt and the nut (30, 40) applying some minimum level of clamping force against the metal plates (26, 28) for ensuring that a determined centrifugal force applied to the blade is taken up by friction between the metal plates (26, 28) and the lateral flanks (22, 24) of the blade root, characterized in that each metal plate (26; 28) includes on its face opposite from its face in contact with the blade root at least one projecting portion (263; 283), said projecting portion presenting a shape suitable for providing one or both of the following functions: opposing tilting and providing sealing.
Medical workstation with: storage units for receiving medical instruments or tools; a transport rail for holding an instrument carrier that is movable along the transport rail, wherein the transport rail has a loading area, an unloading area and, between the loading area and the unloading area, a use area, wherein the use area is arranged in a room area above the storage units, wherein the use area is arc-shaped, wherein the storage units are arranged in the shape of an arc of a circle around a position provided for medical personnel and a position provided for a patient during a medical activity is arranged in the arc of a circle formed by the storage units, characterized in that an arc-shaped support rail (21, 23, 25) for holding an appliance (22, 24, 26) is provided, wherein the appliance (22, 24, 26) is provided for use by medical personnel and is movable along the support rail (21, 23, 25).
A method comprising: providing a plurality of precipitation zones from i=1 to N, wherein the precipitation zones are connected in series, each precipitation zone comprises a feed stream (a i) providing the precipitation cations, a feed stream (b i) providing the precipitation anions, a continuous outflow (c i) of precipitation particle slurry to the next precipitation zone, and a continuous inflow (c i-1) of precipitation particle slurry from the prior precipitation zone, and forming, in the precipitation zones, precipitated particles, and finally to form, in the precipitation zone N, precursor particles comprised of N layers, wherein layer i of each particle is precipitated and formed in the precipitation zone i, and wherein N is not less than 3, and when i=1, there is no inflow (c i-1); the precursor particles are further separated and dried under vacuum, N 2, Ar or air for 3-24 hours between 80-200 0 C to get dried precursor particles; the dried precursor particles are mixed with a lithium resource and calcined in an oxygen or air to form gradient multilayer core-shell cathode materials; the mixed precursor particles and lithium resource are calcined from 300-950 0 C, and multiple hold temperatures and ramp rates are used, at least one hold temperature from 300-500 0 C for 2-12 hours occurs before another heating from 700-950 0 C for 2-20 hours, the ramp rate during heating is from 0.5 to 10 degrees per minute providing a plurality of precipitation zones from i=1 to N, wherein the precipitation zones are connected in series, each precipitation zone comprises a feed stream (a i) providing the precipitation cations, a feed stream (b i) providing the precipitation anions, a continuous outflow (c i) of precipitation particle slurry to the next precipitation zone, and a continuous inflow (c i-1) of precipitation particle slurry from the prior precipitation zone, and forming, in the precipitation zones, precipitated particles, and finally to form, in the precipitation zone N, precursor particles comprised of N layers, wherein layer i of each particle is precipitated and formed in the precipitation zone i, and wherein N is not less than 3, and when i=1, there is no inflow (c i-1); the precursor particles are further separated and dried under vacuum, N 2, Ar or air for 3-24 hours between 80-200 0 C to get dried precursor particles; the dried precursor particles are mixed with a lithium resource and calcined in an oxygen or air to form gradient multilayer core-shell cathode materials; the mixed precursor particles and lithium resource are calcined from 300-950 0 C, and multiple hold temperatures and ramp rates are used, at least one hold temperature from 300-500 0 C for 2-12 hours occurs before another heating from 700-950 0 C for 2-20 hours, the ramp rate during heating is from 0.5 to 10 degrees per minute
A method comprises separate and consecutive steps (i) and (ii), where Step (i) comprises contacting a copper catalyst with hydrogen gas and a halogenated silane monomer at a temperature of 500°C to 1400°C to form a silicon-containing copper catalyst comprising at least 0.1 % (w/w) of silicon; and Step (ii) comprises contacting the silicon-containing copper catalyst with an organohalide at a temperature of 100°C to 600°C to form a reaction product comprising a halogenated silahydrocarbylene, where the organohalide has formula H a C b X c, where X is a halogen atom, subscript a is an integer of 0 or more, subscript b is an integer of 1 or more, and subscript c is an integer of 2 or more. Step (i) comprises contacting a copper catalyst with hydrogen gas and a halogenated silane monomer at a temperature of 500°C to 1400°C to form a silicon-containing copper catalyst comprising at least 0.1 % (w/w) of silicon; and Step (ii) comprises contacting the silicon-containing copper catalyst with an organohalide at a temperature of 100°C to 600°C to form a reaction product comprising a halogenated silahydrocarbylene, where the organohalide has formula H a C b X c, where X is a halogen atom, subscript a is an integer of 0 or more, subscript b is an integer of 1 or more, and subscript c is an integer of 2 or more.
A conveyance system comprising: a traveling area that is constituted of a plurality of first tracks disposed along a first direction and a plurality of second tracks disposed along a second direction perpendicular to the first direction; and a suspension-type traveling vehicle that has a supporting body, and travels on the traveling area while being supported by the first track or the second track by the supporting body, wherein the traveling area includes a grid area that has the plurality of the first tracks disposed side by side and the plurality of the second tracks disposed side by side so that the first tracks and the second tracks intersect, and thereby has a plurality of unit blocks of the same shape surrounded by the first tracks and the second tracks, both the first tracks and the second tracks surrounding the unit blocks being formed with a interstice that is perpendicular to the longitudinal direction of each track in order to pass the supporting body, a linear area in which a traveling direction is configured to be equal to the first direction or the second direction and in which an interstice perpendicular to the traveling direction is not formed. a traveling area that is constituted of a plurality of first tracks disposed along a first direction and a plurality of second tracks disposed along a second direction perpendicular to the first direction; and a suspension-type traveling vehicle that has a supporting body, and travels on the traveling area while being supported by the first track or the second track by the supporting body, wherein the traveling area includes a grid area that has the plurality of the first tracks disposed side by side and the plurality of the second tracks disposed side by side so that the first tracks and the second tracks intersect, and thereby has a plurality of unit blocks of the same shape surrounded by the first tracks and the second tracks, both the first tracks and the second tracks surrounding the unit blocks being formed with a interstice that is perpendicular to the longitudinal direction of each track in order to pass the supporting body, a linear area in which a traveling direction is configured to be equal to the first direction or the second direction and in which an interstice perpendicular to the traveling direction is not formed. a grid area that has the plurality of the first tracks disposed side by side and the plurality of the second tracks disposed side by side so that the first tracks and the second tracks intersect, and thereby has a plurality of unit blocks of the same shape surrounded by the first tracks and the second tracks, both the first tracks and the second tracks surrounding the unit blocks being formed with a interstice that is perpendicular to the longitudinal direction of each track in order to pass the supporting body, a linear area in which a traveling direction is configured to be equal to the first direction or the second direction and in which an interstice perpendicular to the traveling direction is not formed.
A method performed by a device for accessing a wireless network, comprising: accessing a target router according to first access information of a first wireless network, in which, the first wireless network supports accessing less than all of a group of servers, so as to access less than all of the group of servers; sending device verification information to the less than all of the group of servers; receiving second access information, comprising an identification and a password of a second wireless network, in which, the second wireless network supports accessing all of the servers of the group of servers, wherein the second access information is sent by the target router when the device verification information passes verification performed on the less than all of the group of servers; and accessing the target router according to the second access information so as to access all of the servers of the group of servers. accessing a target router according to first access information of a first wireless network, in which, the first wireless network supports accessing less than all of a group of servers, so as to access less than all of the group of servers; sending device verification information to the less than all of the group of servers; receiving second access information, comprising an identification and a password of a second wireless network, in which, the second wireless network supports accessing all of the servers of the group of servers, wherein the second access information is sent by the target router when the device verification information passes verification performed on the less than all of the group of servers; and accessing the target router according to the second access information so as to access all of the servers of the group of servers.
A method for identifying a phishing email message, the method comprising: identifying an email message as a suspicious email message by applying a first machine learning model, wherein the first machine learning model is pre-trained on first attributes of email messages, wherein the first attributes are represented as a matrix, where each symbol of each of the first attribute is encoded by a fixed-length vector of numbers and is transformed using a neural network configured to calculate a degree of similarity of the first attributes with attributes of suspicious messages; identifying the suspicious email message as a phishing message by applying a second machine learning model; and taking an action to provide information security against the identified phishing message. identifying an email message as a suspicious email message by applying a first machine learning model, wherein the first machine learning model is pre-trained on first attributes of email messages, wherein the first attributes are represented as a matrix, where each symbol of each of the first attribute is encoded by a fixed-length vector of numbers and is transformed using a neural network configured to calculate a degree of similarity of the first attributes with attributes of suspicious messages; identifying the suspicious email message as a phishing message by applying a second machine learning model; and taking an action to provide information security against the identified phishing message.
A method for manufacturing an electrode for a lithium secondary battery, comprising the steps of: dry mixing a conductive material and an electrode active material; dry mixing the resultant product of step with a binder to obtain electrode mixture powder; and applying the electrode mixture powder to at least one surface of a current collector without using a solvent, wherein the electrode for a lithium secondary battery is a positive electrode, and the electrode mixture powder is applied to at least one surface of the current collector in a loading amount of 25-50 mg/cm 2, in step, or the electrode for a lithium secondary battery is a negative electrode, and the electrode mixture powder is applied to at least one surface of the current collector in a loading amount of 12-40 mg/cm 2, in step. dry mixing a conductive material and an electrode active material; dry mixing the resultant product of step with a binder to obtain electrode mixture powder; and applying the electrode mixture powder to at least one surface of a current collector without using a solvent,