mhurhangee/patent-ind-claim-en huggingface dataset:
A container for consumer goods, comprising: a housing having an inner surface , an outer surface , a rear wall and a circumferential length (x), the housing comprising a box , a lid , a hinge line and an opening line , where the lid is hingedly attached to the box at the hinge line on the rear wall of the housing, the hinge line having two end points adjacent the two ends of the opening line; and an outer film disposed on the outer surface of the housing, the outer film comprising a multilayer structure comprising at least a first layer and a second layer , the first layer comprising at least a first line of weakness and a second line of weakness , the outer film comprising a covering portion and an opening portion , the opening portion having a length that is less than the circumferential length of the housing and the opening portion is disposed along the opening line of the housing, wherein the opening portion is removed to open the container, characterized in that the multilayer structure further comprises an adhesive layer positioned between the first layer and the second layer, and the second layer comprises a third line of weakness . a housing having an inner surface , an outer surface , a rear wall and a circumferential length (x), the housing comprising a box , a lid , a hinge line and an opening line , where the lid is hingedly attached to the box at the hinge line on the rear wall of the housing, the hinge line having two end points adjacent the two ends of the opening line; and an outer film disposed on the outer surface of the housing, the outer film comprising a multilayer structure comprising at least a first layer and a second layer , the first layer comprising at least a first line of weakness and a second line of weakness , the outer film comprising a covering portion and an opening portion , the opening portion having a length that is less than the circumferential length of the housing and the opening portion is disposed along the opening line of the housing, wherein the opening portion is removed to open the container, characterized in that the multilayer structure further comprises an adhesive layer positioned between the first layer and the second layer, and the second layer comprises a third line of weakness .
A carrier element insertable vaginally into a body for use in preventing premature birth in pregnancy, wherein progesterone is provided in a number of daily doses on a non-resorbable carrier element and is introduced vaginally, wherein the non-resorbable carrier element is inserted intravaginally for a predetermined period of time and releases progesterone, and wherein a number of days are selected as the predetermined period of time.
On-track measuring carriage for measuring track position geometries, comprising a measuring carriage frame which is arranged on a chassis and to which an inertial navigation unit is allocated and which can be adjustably displaced with respect to a console which can be fastened to the machine frame of a track superstructure machine, wherein actuators effect lifting and pressing movements of the measuring carriage , wherein the chassis is allocated, on each measuring carriage side, two wheels and wherein the measuring carriage frame has five degrees of freedom and in particular a rotation about the vertical axis (z, GW) of the measuring carriage frame , a rotation about the longitudinal axis (x, RW) of the measuring carriage frame , a rotation about the transverse axis (y, NW) of the measuring carriage frame , a linear movement along the z-axis (V) and a linear movement of the measuring carriage frame along the y-axis (H), in particular in relation to the chassis, characterised in that the wheels of each measuring carriage side which are combined to form wheel pairs are each arranged on a two-armed lever and the levers are mounted so as to be pivotably adjustable about an axis of the chassis passing through across the width of the measuring carriage, in that the navigation unit is fixedly connected to a wheel pair in order to measure the course of this wheel pair in terms of height along the rail and in that the axis is allocated a rotary encoder for detecting a torsion angle (ROT) between the two levers .
A method of steam cracking using a steam cracking system including a first steam cracking furnace unit or a plurality of first steam cracking furnace units and a second steam cracking furnace unit or a plurality of second steam cracking furnace units , wherein the first steam cracking furnace unit or each of the plurality of first steam cracking furnace units comprises one or more fired steam cracking furnaces , characterized in that the second steam cracking furnace unit or each of the plurality of second steam cracking furnace units comprises one or more electric steam cracking furnaces , and in that the first steam cracking furnace unit or each of the plurality of first steam cracking furnace units comprises means for preheating at least a part of the combustion air provided to its fired steam cracking furnace or furnaces to a temperature level of at least 100 °C.
An aqueous dispersion comprising: - at least one fatty acid-modified epoxy amine adduct ZYW S containing amino groups which are at least partially protonated wherein the fatty acid W S contains at least 8 carbon atoms and has an iodine number according to DIN 53241-1:1995-05 of lower than 30, and - at least one polymer V obtained from the polymerization of one or more ethylenically unsaturated monomers. - at least one fatty acid-modified epoxy amine adduct ZYW S containing amino groups which are at least partially protonated wherein the fatty acid W S contains at least 8 carbon atoms and has an iodine number according to DIN 53241-1:1995-05 of lower than 30, and - at least one polymer V obtained from the polymerization of one or more ethylenically unsaturated monomers.
An input system comprising: a light source; a microlens array arranged to receive light from the light source and generate a plurality of parallel, circular cross-section beamlets; a lens ; a photography subsystem arranged to receive input from the lens and generate, based on the input, an image that includes a plurality of shapes formed as a result of the plurality of beamlets reflecting from a surface comprising a fingerprint being presented to the lens , wherein said image includes depth information; and an image signal processor arranged to receive, from the photography subsystem, the image and, based on the image, generate a three-dimensional digital representation of the surface, wherein the three-dimensional digital representation includes recession depth information and angular characteristic information of ridges and valleys of the fingerprint, and wherein the three-dimensional digital representation is generated by registering a measure of a deviation from a circular shape for each of the plurality of shapes and translating the deviation measures for the plurality of shapes into the three-dimensional digital representation of the surface. a light source; a microlens array arranged to receive light from the light source and generate a plurality of parallel, circular cross-section beamlets; a lens ; a photography subsystem arranged to receive input from the lens and generate, based on the input, an image that includes a plurality of shapes formed as a result of the plurality of beamlets reflecting from a surface comprising a fingerprint being presented to the lens , wherein said image includes depth information; and an image signal processor arranged to receive, from the photography subsystem, the image and, based on the image, generate a three-dimensional digital representation of the surface, wherein the three-dimensional digital representation includes recession depth information and angular characteristic information of ridges and valleys of the fingerprint, and wherein the three-dimensional digital representation is generated by registering a measure of a deviation from a circular shape for each of the plurality of shapes and translating the deviation measures for the plurality of shapes into the three-dimensional digital representation of the surface.
An image processing method implemented on a computer comprising: performing iterative image reconstruction on tomographic projection or k-space imaging data to generate an iteratively reconstructed image, wherein the iterative processing generates a series of update images ending in the iteratively reconstructed image; characterized by generating a difference image as a difference between corresponding pixels or voxels of a choice of two update images selected from the series of update images; and using the difference image in post-processing performed on the iteratively reconstructed image. performing iterative image reconstruction on tomographic projection or k-space imaging data to generate an iteratively reconstructed image, wherein the iterative processing generates a series of update images ending in the iteratively reconstructed image; characterized by generating a difference image as a difference between corresponding pixels or voxels of a choice of two update images selected from the series of update images; and using the difference image in post-processing performed on the iteratively reconstructed image.
A device for cleaning at least regions of a central impression cylinder of a flexographic printing machine , having at least one nozzle, which when viewed counter to the rotational direction of the impression cylinder is arranged between the line of contact of the printing material web and the separation line of the printing material web, wherein an outlet direction of the nozzle is directed towards the impression cylinder characterized in that gaseous and/or liquid carbon dioxide can be led out of the nozzle in the outlet direction, wherein the gaseous and/or the liquid carbon dioxide can be supplied to the nozzle via a supply line , wherein the carbon dioxide can be led out of the nozzle by means of a carrier fluid.
A method of manufacturing butadiene from a butene rich feed, comprising the steps of: providing a butene rich hydrocarbonaceous feed, vaporizing and super heating said hydrocarbonaceous butene rich feed to a temperature of at least 345°C (650° F), mixing said hydrocarbonaceous butene rich feed with superheated steam and an oxygen rich gas to form a reactor feed stream; providing a catalyst bed of granules of oxidative dehydrogenation catalyst, passing said reactor feed stream from an inlet through said catalyst bed and thereby forming a butadiene enriched product stream; said catalyst bed of oxidative dehydrogenation catalyst having associated therewith a plurality of temperature sensing devices adapted to measure temperature in the bed along a direction of flow; controlling inlet conditions to said reactor such that the oxidative dehydrogenation reactions initially occur in the layers of said oxidative dehydrogenation catalyst most distal to said inlet, including in a reaction zone, reacting said reactor feed stream over said catalyst and thereby forming a butadiene enriched product stream; monitoring the temperature along the length of the bed and from time to time, increasing the inlet temperature so that the reaction zone migrates toward said inlet to said oxidative dehydrogenation catalyst bed. providing a butene rich hydrocarbonaceous feed, vaporizing and super heating said hydrocarbonaceous butene rich feed to a temperature of at least 345°C (650° F), mixing said hydrocarbonaceous butene rich feed with superheated steam and an oxygen rich gas to form a reactor feed stream; providing a catalyst bed of granules of oxidative dehydrogenation catalyst, passing said reactor feed stream from an inlet through said catalyst bed and thereby forming a butadiene enriched product stream; said catalyst bed of oxidative dehydrogenation catalyst having associated therewith a plurality of temperature sensing devices adapted to measure temperature in the bed along a direction of flow; controlling inlet conditions to said reactor such that the oxidative dehydrogenation reactions initially occur in the layers of said oxidative dehydrogenation catalyst most distal to said inlet, including in a reaction zone, reacting said reactor feed stream over said catalyst and thereby forming a butadiene enriched product stream; monitoring the temperature along the length of the bed and from time to time, increasing the inlet temperature so that the reaction zone migrates toward said inlet to said oxidative dehydrogenation catalyst bed.
Method for optimising a motion profile for the motion of at least one actuator by means of at least two drives (A1, A2, A3) of a technical system (TS), in particular a robot, a parallel kinematics machine or a handling device, wherein an original motion profile (S) is divided into a plurality of partial motion profiles (S1, S2, S3), wherein at least one optimisation method (Opt) optimises the partial motion profiles (S1, S2, S3) to form optimised partial motion profiles (S1*, S2*, S3*), characterised in that the plurality of partial motion profiles (S1, S2, S3) are in each case linearly independent of one another and an optimisation of one of the partial motion profiles is performed independently of the optimisation of the other partial motion profiles.
A system for commissioning a building system, said system comprising: a processor in communication with a memory , the memory including code, which when accessed by the processor causes the processor to: receive sensor data from at least one sensor unit ; determine a location associated with each of said at least sensor unit ; generate a map of an environment associated with said building system based on said received sensor data; detect a change in said map of said environment; determine a change in at least one commissioning parameter of said building system associated with said detected change in said map; and output said change in said at least one commissioning parameter; wherein at least one of said at least one sensor unit is a mobile device . receive sensor data from at least one sensor unit ; determine a location associated with each of said at least sensor unit ; generate a map of an environment associated with said building system based on said received sensor data; detect a change in said map of said environment; determine a change in at least one commissioning parameter of said building system associated with said detected change in said map; and output said change in said at least one commissioning parameter; wherein at least one of said at least one sensor unit is a mobile device .
A slotter device comprising: a slotter knife that is provided on an upper side of a sheet to rotate in the same direction as a transfer direction of the sheet being transferred through a transfer passage and includes, on an outer circumference thereof, a knife tip for forming a notch groove in the sheet ; a protrusion portion that is provided to protrude outward from the knife tip on an end portion of the slotter knife on a front side in the rotation direction and is configured to cut an end portion of the notch groove by piercing the upper side of the sheet ; and a drive device is configured to that rotationally drive the slotter knife ; characterized in that the slotter device further comprises, a control device that is configured to control a relative relationship between a circumferential speed of the slotter knife and a transfer speed of the sheet such that the protrusion portion does not interfere with the end portion of the notch groove at least when the protrusion portion comes out of an upper surface of the sheet after the protrusion portion has pierced the upper surface of the sheet and cut the end portion of the notch groove . a slotter knife that is provided on an upper side of a sheet to rotate in the same direction as a transfer direction of the sheet being transferred through a transfer passage and includes, on an outer circumference thereof, a knife tip for forming a notch groove in the sheet ; a protrusion portion that is provided to protrude outward from the knife tip on an end portion of the slotter knife on a front side in the rotation direction and is configured to cut an end portion of the notch groove by piercing the upper side of the sheet ; and a drive device is configured to that rotationally drive the slotter knife ; characterized in that the slotter device further comprises, a control device that is configured to control a relative relationship between a circumferential speed of the slotter knife and a transfer speed of the sheet such that the protrusion portion does not interfere with the end portion of the notch groove at least when the protrusion portion comes out of an upper surface of the sheet after the protrusion portion has pierced the upper surface of the sheet and cut the end portion of the notch groove .
A user equipment , comprising: at least one processor ; and at least one memory including computer program code , wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the user equipment to at least: start a timer which records for how long at least one cell of a communication node is above a quality threshold and measure a communication quality of at least one cell of a communication node while the user equipment is in an idle or inactive state; upon transitioning to a connected state, determine that the communication quality with the at least one cell meets the threshold; and transmit a measurement report to a network equipment , wherein the measurement report indicates that the at least one cell meets the threshold for the network equipment to signal the user equipment to configure communication with the at least one measured cell without further measurements from the user equipment, characterised in that the measurement report comprises a duration of time in which the at least one cell has met the threshold. at least one processor ; and at least one memory including computer program code , wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the user equipment to at least: start a timer which records for how long at least one cell of a communication node is above a quality threshold and measure a communication quality of at least one cell of a communication node while the user equipment is in an idle or inactive state; upon transitioning to a connected state, determine that the communication quality with the at least one cell meets the threshold; and transmit a measurement report to a network equipment , wherein the measurement report indicates that the at least one cell meets the threshold for the network equipment to signal the user equipment to configure communication with the at least one measured cell without further measurements from the user equipment, characterised in that the measurement report comprises a duration of time in which the at least one cell has met the threshold. start a timer which records for how long at least one cell of a communication node is above a quality threshold and measure a communication quality of at least one cell of a communication node while the user equipment is in an idle or inactive state; upon transitioning to a connected state, determine that the communication quality with the at least one cell meets the threshold; and transmit a measurement report to a network equipment , wherein the measurement report indicates that the at least one cell meets the threshold for the network equipment to signal the user equipment to configure communication with the at least one measured cell without further measurements from the user equipment, characterised in that the measurement report comprises a duration of time in which the at least one cell has met the threshold.
A method for transmitting service data, comprising: obtaining a to-be-sent first data block section; replacing target data blocks in the first data block section with data blocks of M first services to obtain a second data block section, wherein the target data block is a preset type of data block, and M is an integer greater than 1; and sending the second data block section, wherein the replacing target data blocks in the first data block section with data blocks of M first services comprises: replacing the target data blocks in the first data block section with the data blocks of the M first services based on a multiplexing relationship and first information, wherein the multiplexing relationship is a correspondence between the M first services and locations of data blocks in the first data block section, and the first information is used to indicate locations of the target data blocks in the first data block section. obtaining a to-be-sent first data block section; replacing target data blocks in the first data block section with data blocks of M first services to obtain a second data block section, wherein the target data block is a preset type of data block, and M is an integer greater than 1; and sending the second data block section, wherein the replacing target data blocks in the first data block section with data blocks of M first services comprises: replacing the target data blocks in the first data block section with the data blocks of the M first services based on a multiplexing relationship and first information, wherein the multiplexing relationship is a correspondence between the M first services and locations of data blocks in the first data block section, and the first information is used to indicate locations of the target data blocks in the first data block section.
A resonator, comprising: a resonant chamber (ioa; 10b) defined by a first wall , a second wall opposing said first wall and side walls extending between said first wall and said second wall; pairs (20a; 20b) of resonant posts, each pair of resonant posts comprising a first resonant post (6a; 6b) having a planar surface separated from a second resonant post (4a; 4b) having a planar surface by an intra-pair gap located between said planar surfaces and located in proximity with each other for magnetic field coupling between said first resonant post and said second resonant post, said first resonant post being grounded on said first wall and extending into said resonant chamber from said first wall, said second resonant post being grounded on said second wall and extending into said resonant chamber from said second wall; and wherein said pairs of resonant posts are separated by an inter-pair gap and located in proximity with each other for magnetic field coupling between said pairs of resonant posts and wherein said pairs of resonant posts are arranged in rows and columns of a grid or an 'N x N' matrix, and wherein said planar surfaces of said resonant posts are positioned so that each intra-pair gap is orientated to be transverse to said rows and columns. a resonant chamber (ioa; 10b) defined by a first wall , a second wall opposing said first wall and side walls extending between said first wall and said second wall; pairs (20a; 20b) of resonant posts, each pair of resonant posts comprising a first resonant post (6a; 6b) having a planar surface separated from a second resonant post (4a; 4b) having a planar surface by an intra-pair gap located between said planar surfaces and located in proximity with each other for magnetic field coupling between said first resonant post and said second resonant post, said first resonant post being grounded on said first wall and extending into said resonant chamber from said first wall, said second resonant post being grounded on said second wall and extending into said resonant chamber from said second wall; and wherein said pairs of resonant posts are separated by an inter-pair gap and located in proximity with each other for magnetic field coupling between said pairs of resonant posts and wherein said pairs of resonant posts are arranged in rows and columns of a grid or an 'N x N' matrix, and wherein said planar surfaces of said resonant posts are positioned so that each intra-pair gap is orientated to be transverse to said rows and columns.