mhurhangee/patent-ind-claim-en huggingface dataset:
A container for elongate smoking articles, the container comprising: a box portion comprising a bottom wall , a front wall , a rear wall and two side walls extending between the front and the rear wall, an upper side of the box portion being open to provide an upper opening through which smoking articles can be removed; a lid portion hinged to the box portion along a hinge line extending across a rear wall of the container, the lid portion comprising a lid top wall , a lid rear wall and a top rear edge between the lid top wall and the lid rear wall; and a group of elongate smoking articles , the group comprising at least two rows of articles, the articles having a length (L) and being arranged in each row with their longitudinal axes parallel to each other, the group being positioned within the box portion between the bottom wall of the box portion and the lid top wall of the lid portion ; wherein the lid portion is pivotable about the hinge line to open the container and gain access to the smoking articles ; wherein an internal height (H) of the container is smaller than the length (L) of the smoking articles and wherein the smoking articles are arranged within the box portion such that the axes of the smoking articles are slanted relative to a longitudinal axis of the box portion ; wherein the smoking articles in different rows of the group are arranged with their longitudinal axes parallel to each other or with their longitudinal axes transverse to each other. a box portion comprising a bottom wall , a front wall , a rear wall and two side walls extending between the front and the rear wall, an upper side of the box portion being open to provide an upper opening through which smoking articles can be removed; a lid portion hinged to the box portion along a hinge line extending across a rear wall of the container, the lid portion comprising a lid top wall , a lid rear wall and a top rear edge between the lid top wall and the lid rear wall; and a group of elongate smoking articles , the group comprising at least two rows of articles, the articles having a length (L) and being arranged in each row with their longitudinal axes parallel to each other, the group being positioned within the box portion between the bottom wall of the box portion and the lid top wall of the lid portion ;
A lamination adhesive comprising: an aqueous dispersion comprising a mixture of polyamide and a copolymer of ethylene and acrylic acid; and an isocyanate crosslinker; wherein the lamination adhesive comprises less than 1 wt % of non-aqueous plasticizers and organic solvents. an aqueous dispersion comprising a mixture of polyamide and a copolymer of ethylene and acrylic acid; and an isocyanate crosslinker; wherein the lamination adhesive comprises less than 1 wt % of non-aqueous plasticizers and organic solvents.
A refrigerator comprising: a cabinet having a storage compartment; a main door pivotably mounted to the cabinet to allow access to the storage compartment, the main door having an opening for an auxiliary storage compartment within the main door ; a sub door pivotably mounted to the main door to enable access to the auxiliary storage compartment ; a support shelf pivotably mounted at a lower vicinity of the opening of the main door and includes a shelf having a rectangular shape and a first rotating shaft and a second rotating shaft laterally protruding respectively from both side surfaces of the shelf; a power transmission device provided at one side of the main door and connected to the first rotating shaft to horizontally rotate the shelf when the sub door is opened and to vertically rotate the shelf when the sub door is closed; a damper mounted in the power transmission device and configured to allow the support shelf to be gradually moved downward when the sub door is opened; and characterized in that : a mount is provided at a lower end of the opening formed in the main door and having shaft holes to receive the first rotating shaft and the second rotating shaft of the support shelf , the mount supporting the support shelf at the vertical position and at the horizontal position. a cabinet having a storage compartment; a main door pivotably mounted to the cabinet to allow access to the storage compartment, the main door having an opening for an auxiliary storage compartment within the main door ; a sub door pivotably mounted to the main door to enable access to the auxiliary storage compartment ; a support shelf pivotably mounted at a lower vicinity of the opening of the main door and includes a shelf having a rectangular shape and a first rotating shaft and a second rotating shaft laterally protruding respectively from both side surfaces of the shelf; a power transmission device provided at one side of the main door and connected to the first rotating shaft to horizontally rotate the shelf when the sub door is opened and to vertically rotate the shelf when the sub door is closed; a damper mounted in the power transmission device and configured to allow the support shelf to be gradually moved downward when the sub door is opened; and characterized in that : a mount is provided at a lower end of the opening formed in the main door and having shaft holes to receive the first rotating shaft and the second rotating shaft of the support shelf , the mount supporting the support shelf at the vertical position and at the horizontal position.
An intrusion detection and protection system comprising: a database , the database storing: a plurality of profiles of legitimate users; a plurality of profiles relating to known attackers; attacker classification data; and attack prevention data comprising honeypot configuration parameters; and a data manager configured to communicate with the database and a plurality of users via a network , the data manager providing services comprising: receiving, processing and logging network traffic data received at the data manager from the plurality of users of the intrusion detection and protection system, and updating the database with network traffic data to form a single data resource sourced from the users' traffic data; determining protection parameters in the form of a honeypot configuration appropriate for a particular attacker; and providing legitimate users with access to shared information on the database, enabling the users to identify attackers and implement the honeypot configuration. a database , the database storing: a plurality of profiles of legitimate users; a plurality of profiles relating to known attackers; attacker classification data; and attack prevention data comprising honeypot configuration parameters; and a plurality of profiles of legitimate users; a plurality of profiles relating to known attackers; attacker classification data; and attack prevention data comprising honeypot configuration parameters; and a data manager configured to communicate with the database and a plurality of users via a network , the data manager providing services comprising: receiving, processing and logging network traffic data received at the data manager from the plurality of users of the intrusion detection and protection system, and updating the database with network traffic data to form a single data resource sourced from the users' traffic data; determining protection parameters in the form of a honeypot configuration appropriate for a particular attacker; and providing legitimate users with access to shared information on the database, enabling the users to identify attackers and implement the honeypot configuration. receiving, processing and logging network traffic data received at the data manager from the plurality of users of the intrusion detection and protection system, and updating the database with network traffic data to form a single data resource sourced from the users' traffic data; determining protection parameters in the form of a honeypot configuration appropriate for a particular attacker; and providing legitimate users with access to shared information on the database, enabling the users to identify attackers and implement the honeypot configuration.
A conjugate damper for a structural panel , said conjugate damper comprising: a constraining sheet extending between a first edge and a second edge , wherein each of said first edge and said second edge is at least partially coupled to a first surface of the structural panel and wherein said constraining sheet extends between said first edge and said second edge in a first direction and the constraining sheet also extends between a third edge and a fourth edge in a second direction , and wherein said constraining sheet is not coupled to the first surface along said third edge and fourth edge ; and a damping layer comprising a viscoelastic material, said damping layer being coupled between said constraining sheet and the first surface such that: - when the structural panel is in a compressively deformed state , a thickness of said damping layer in a direction generally normal to the first surface is decreased relative to a baseline state and the damping layer is compressed between the constraining sheet and the first surface , - and when the structural panel is in a expansively deformed state , a thickness of said damping layer in a direction generally normal to the first surface is increased relative to the baseline state and the damping layer is expanded between the constraining sheet and the first surface . a constraining sheet extending between a first edge and a second edge , wherein each of said first edge and said second edge is at least partially coupled to a first surface of the structural panel and wherein said constraining sheet extends between said first edge and said second edge in a first direction and the constraining sheet also extends between a third edge and a fourth edge in a second direction , and wherein said constraining sheet is not coupled to the first surface along said third edge and fourth edge ; and a damping layer comprising a viscoelastic material, said damping layer being coupled between said constraining sheet and the first surface such that: - when the structural panel is in a compressively deformed state , a thickness of said damping layer in a direction generally normal to the first surface is decreased relative to a baseline state and the damping layer is compressed between the constraining sheet and the first surface , - and when the structural panel is in a expansively deformed state , a thickness of said damping layer in a direction generally normal to the first surface is increased relative to the baseline state and the damping layer is expanded between the constraining sheet and the first surface . - when the structural panel is in a compressively deformed state , a thickness of said damping layer in a direction generally normal to the first surface is decreased relative to a baseline state and the damping layer is compressed between the constraining sheet and the first surface , - and when the structural panel is in a expansively deformed state , a thickness of said damping layer in a direction generally normal to the first surface is increased relative to the baseline state and the damping layer is expanded between the constraining sheet and the first surface .
Heat-insulating multi-layer blanket for spacecraft, comprising: - a stack of a plurality of heat-insulating layers , and - an external layer superimposed on the stack , characterized in that the external layer comprises - a second surface mirror SSM film , comprising a mirror layer placed under a fluorinated ethylene propylene FEP layer , and - a polyimide layer joined to the SSM film . - a stack of a plurality of heat-insulating layers , and - an external layer superimposed on the stack , - a second surface mirror SSM film , comprising a mirror layer placed under a fluorinated ethylene propylene FEP layer , and - a polyimide layer joined to the SSM film .
A torque sensor assembly comprising: a shaft configured to receive an applied torque, wherein the shaft includes at least one region being magnetoelastic and configured to generate a magnetic field in response to the applied torque; a plurality of sensors , circumferentially positioned around the at least one region, are configured to generate a plurality of signals that are indicative of the magnetic field, wherein each of the plurality of signals includes multiple harmonic components; and a controller connected with the plurality of sensors and being configured to: receive the plurality of signals; determine (i) an average of the plurality of signals in order to cancel at least one of the harmonic components of the multiple harmonic components for each of the plurality of signals, and (ii) a magnitude of the applied torque based on the average of the plurality of signals; characterized in that the controller is further configured to calculate an error for the average of the plurality of signals, wherein the error for the average of the plurality of signals is expressed as a function of a number of the plurality of sensors. a shaft configured to receive an applied torque, wherein the shaft includes at least one region being magnetoelastic and configured to generate a magnetic field in response to the applied torque; a plurality of sensors , circumferentially positioned around the at least one region, are configured to generate a plurality of signals that are indicative of the magnetic field, wherein each of the plurality of signals includes multiple harmonic components; and a controller connected with the plurality of sensors and being configured to: receive the plurality of signals; determine (i) an average of the plurality of signals in order to cancel at least one of the harmonic components of the multiple harmonic components for each of the plurality of signals, and (ii) a magnitude of the applied torque based on the average of the plurality of signals; characterized in that the controller is further configured to calculate an error for the average of the plurality of signals, wherein the error for the average of the plurality of signals is expressed as a function of a number of the plurality of sensors. receive the plurality of signals; determine (i) an average of the plurality of signals in order to cancel at least one of the harmonic components of the multiple harmonic components for each of the plurality of signals, and (ii) a magnitude of the applied torque based on the average of the plurality of signals; characterized in that the controller is further configured to calculate an error for the average of the plurality of signals, wherein the error for the average of the plurality of signals is expressed as a function of a number of the plurality of sensors.
Use of a laminate comprising a first polyolefin microporous layer and a second polyolefin microporous layer which is laminated on the first polyolefin microporous layer and which is different from the first polyolefin microporous layer, wherein at least one of the first microporous layer and the second microporous layer comprises an inorganic filler having a primary particle size, determined as described in the description, of 1 nm or more and 80 nm or less, and wherein the difference between concentration C1 of the inorganic filler in the total amount of the polyolefin resin and the inorganic filler in the first polyolefin microporous layer and concentration C2 of the inorganic filler in the total amount of the polyolefin resin and the inorganic filler in the second polyolefin microporous layer is 10% by mass or more and 95% by mass or less as a laminated separator for batteries.
A plasma cutting system , comprising: a power supply configured to receive an input power and to output a pierce current during a pierce operation and a cutting current during a cutting operation of a workpiece (W); and a controller configured to control an operation of said power supply to output said pierce current and said cutting current , where said cutting current has a maximum current level which is based on a maximum cutting current level for a cutting torch for said cutting operation; characterized in that said pierce current for said pierce operation is higher than said maximum cutting current level and said controller is configured to control a pierce duration (D) for said pierce current, wherein said power supply is configured to output said cutting current after the first of either a detection of a pierce by said controller through said workpiece or after said pierce duration (D), and wherein said controller is further configured to determine said pierce duration based on at least one user input. a power supply configured to receive an input power and to output a pierce current during a pierce operation and a cutting current during a cutting operation of a workpiece (W); and a controller configured to control an operation of said power supply to output said pierce current and said cutting current , where said cutting current has a maximum current level which is based on a maximum cutting current level for a cutting torch for said cutting operation; characterized in that said pierce current for said pierce operation is higher than said maximum cutting current level and said controller is configured to control a pierce duration (D) for said pierce current, wherein said power supply is configured to output said cutting current after the first of either a detection of a pierce by said controller through said workpiece or after said pierce duration (D), and wherein said controller is further configured to determine said pierce duration based on at least one user input.
An agricultural vehicle , in particular a combine harvester, a forage harvester or a fodder harvesting machine, comprising a running gear which includes a rigid axle body and a floating axle body , and a chassis which is mounted to the rigid axle body and to the floating axle body , wherein it is mounted swingingly to the floating axle body about a swing axis , wherein the agricultural vehicle includes at least one active element for changing the stiffness of the mounting of the chassis to the floating axle body , that co-operates with the running gear and/or the chassis so that a tilt inclination of the chassis with respect to the running gear and/or a tilt inclination of the vehicle is reduced in dependence on a current tilt inclination, characterised in that the at least one active element is a brake , in particular a disc brake.
Use of a lyophilized dry platelet lysate material as a ready-to-use material for preparing a three-dimensional, gel-like substrate for cultivating cells, wherein the lyophilized platelet lysate material is free of any gelatinization-inhibiting substance.
A composition for use in treating or reducing a risk of developing familial or sporadic amyotrophic lateral sclerosis (ALS) in a subject, wherein the composition comprises a therapeutically effective amount of a KCNQ/Kv7 channel opener, and wherein the KCNQ/Kv7 potassium channel opener is retigabine, a halogenated derivative of retigabine, a fluorinated derivative of retigabine, meclofenamic acid, diclofenac, or BMS-204352.
Elevator system having destination call control, in which a selection of a destination floor is transmitted to a control device before an elevator cabin is entered, and having a display system comprising at least a device for displaying video data in the form of a projection in the region of the elevator system whereby a respective projection of the at least one device can be influenced by means of the selection of a destination floor in the context of the destination call control, characterized in that , by means of the device , a signal for the interruption of the visible projection available from a sensor can be analyzed and whereby the device can be and is switched to the emission of a black image when in operation to interrupt the visible projection .
A surgical device for cutting a lens within a capsular bag of an eye, the device comprising: a shaft extending from a housing along a longitudinal axis of the device, the shaft having a lumen and a distal end; a cutting element movable through the lumen of the shaft, the cutting element comprising at least a first sectioning element having a first end, a second end, and a distal loop formed between the first and second ends; a slider operatively coupled to the cutting element and movable along the longitudinal axis of the housing; and wherein the cutting element is configured to transition from a first, retracted configuration towards a second, expanded configuration upon distal extension of the slider, and wherein, when in the second, expanded configuration, the distal loop of the at least a first sectioning element defines an enlarged open area located outside the distal end of the shaft, the enlarged open area having a first leg advanced distally relative to the distal end of the shaft and a second leg positioned proximally to the distal end of the shaft, characterised in that the device further comprises: a stroke counting mechanism coupled to the slider and contained within the housing; and wherein the stroke counting mechanism is configured to track distal extensions and/or proximal extensions of the slider, and to cause a lock-out event that prevents distal extension of the slider. a shaft extending from a housing along a longitudinal axis of the device, the shaft having a lumen and a distal end; a cutting element movable through the lumen of the shaft, the cutting element comprising at least a first sectioning element having a first end, a second end, and a distal loop formed between the first and second ends; a slider operatively coupled to the cutting element and movable along the longitudinal axis of the housing; and wherein the cutting element is configured to transition from a first, retracted configuration towards a second, expanded configuration upon distal extension of the slider, and wherein, when in the second, expanded configuration, the distal loop of the at least a first sectioning element defines an enlarged open area located outside the distal end of the shaft, the enlarged open area having a first leg advanced distally relative to the distal end of the shaft and a second leg positioned proximally to the distal end of the shaft, characterised in that the device further comprises: a stroke counting mechanism coupled to the slider and contained within the housing; and wherein the stroke counting mechanism is configured to track distal extensions and/or proximal extensions of the slider, and to cause a lock-out event that prevents distal extension of the slider.