mhurhangee/patent-ind-claim-en huggingface dataset:
A paper sheet handling machine comprising: multiple types of paper sheet handling units , each of which includes a conveying mechanism for conveying a paper sheet and configured to perform a different handling process on the paper sheet; and a controller configured to control the multiple types of the paper sheet handling units , wherein each of the multiple types of the paper sheet handling units includes a circuit substrate that is made common to the multiple types of the paper sheet handling units , and a connecting portion that connects conveying paths of the conveying mechanisms , the connecting portions are provided in common positions among the multiple types of the paper sheet handling units , and the controller is configured to detect types of the paper sheet handling units and relative positions of the paper sheet handling units in a conveying pathway of the paper sheet, with respect to the multiple types of the paper sheet handling units that are connected via the connecting portions , and control each of the multiple types of the paper sheet handling units based on the type and the relative position, characterised in that the controller is configured to identify the relative positions of the paper sheet handling units only by a signal sent from a single signal line in a semiconductor device included in the circuit substrate . multiple types of paper sheet handling units , each of which includes a conveying mechanism for conveying a paper sheet and configured to perform a different handling process on the paper sheet; and a controller configured to control the multiple types of the paper sheet handling units , wherein each of the multiple types of the paper sheet handling units includes a circuit substrate that is made common to the multiple types of the paper sheet handling units , and a connecting portion that connects conveying paths of the conveying mechanisms , the connecting portions are provided in common positions among the multiple types of the paper sheet handling units , and the controller is configured to detect types of the paper sheet handling units and relative positions of the paper sheet handling units in a conveying pathway of the paper sheet, with respect to the multiple types of the paper sheet handling units that are connected via the connecting portions , and control each of the multiple types of the paper sheet handling units based on the type and the relative position, characterised in that the controller is configured to identify the relative positions of the paper sheet handling units only by a signal sent from a single signal line in a semiconductor device included in the circuit substrate .
A paper comprising from 60 to 99 weight percent based on the total weight of the paper of a aramid fibrous pulp, said fibrous pulp comprising fibers, and from 1 to 40 weight percent based on the total weight of the paper of polyvinylpyrrolidone present as a coating on the surface of the fibers, the coating being neither chemically nor electrostatically bound to the fibers.
A head mounted display (HMD) for displaying an image of a virtual reality, the HMD comprising: a sensor module configured to sense a motion of the HMD ; and a controller configured to: apply a tracking sensitivity to the sensed motion, obtain use environment information of a user wearing the HMD , determine a use environment of the HMD based on the obtained use environment information, recognize content outputted to the display , and differently adjust the tracking sensitivity based on the determined use environment and according to the recognized content; and a display configured to display the image based on the applied tracking sensitivity. a sensor module configured to sense a motion of the HMD ; and a controller configured to: apply a tracking sensitivity to the sensed motion, obtain use environment information of a user wearing the HMD , determine a use environment of the HMD based on the obtained use environment information, recognize content outputted to the display , and differently adjust the tracking sensitivity based on the determined use environment and according to the recognized content; and a display configured to display the image based on the applied tracking sensitivity. apply a tracking sensitivity to the sensed motion, obtain use environment information of a user wearing the HMD , determine a use environment of the HMD based on the obtained use environment information, recognize content outputted to the display , and differently adjust the tracking sensitivity based on the determined use environment and according to the recognized content; and a display configured to display the image based on the applied tracking sensitivity.
A pack comprising: a base containing a group of tobacco industry products wrapped in a barrier layer to form a bundle , wherein the barrier layer comprises a section to define an extraction opening for the removal of tobacco industry products from the bundle when the pack is open, a lid attached to the base for rotation between open and closed positions and comprising a lid front wall having an inner surface and a lid front wall flap having front and rear faces , the lid front wall flap being folded relative to the lid front wall about a fold extending along a lower edge of the lid front wall , and comprising a first portion extending from said fold, the rear face of the lid front wall flap formed by the first portion being attached to said inner surface of the lid front wall; the lid front wall flap comprising a second portion extending from an edge of the first portion and which is folded back relative to the first portion to expose the rear face of the lid front wall flap formed by the second portion , and a label attached to said section and having a portion attached to the lid so that, when the lid is rotated into an open position, the section is lifted to open the extraction opening , wherein the portion of the label attached to the lid is attached to the rear face of the lid front wall flap formed by the second portion , and characterised in that the front face of the second portion , and the front face of the first portion are exposed to a consumer when the lid is opened. a base containing a group of tobacco industry products wrapped in a barrier layer to form a bundle , wherein the barrier layer comprises a section to define an extraction opening for the removal of tobacco industry products from the bundle when the pack is open, a lid attached to the base for rotation between open and closed positions and comprising a lid front wall having an inner surface and a lid front wall flap having front and rear faces , the lid front wall flap being folded relative to the lid front wall about a fold extending along a lower edge of the lid front wall , and comprising a first portion extending from said fold, the rear face of the lid front wall flap formed by the first portion being attached to said inner surface of the lid front wall; the lid front wall flap comprising a second portion extending from an edge of the first portion and which is folded back relative to the first portion to expose the rear face of the lid front wall flap formed by the second portion , and a label attached to said section and having a portion attached to the lid so that, when the lid is rotated into an open position, the section is lifted to open the extraction opening , wherein the portion of the label attached to the lid is attached to the rear face of the lid front wall flap formed by the second portion , and characterised in that the front face of the second portion , and the front face of the first portion are exposed to a consumer when the lid is opened.
A coated substrate comprising: a paper or paper product substrate comprising a cellulosic fiber material derived from wood pulp; and a copolymer applied on at least one surface of the substrate; wherein the copolymer comprises chlorotrifluoroethylene copolymerized with at least one fluorinated monomer wherein when the comonomers used to prepare the copolymer composition are CTFE, VDF and a vinylester, the vinylester is present in an amount of from 0.1 to 5 weight %, the VDF component is present in an amount of from 5 to 25 weight %, and the CTFE component is present in an amount less than 88 weight %. a paper or paper product substrate comprising a cellulosic fiber material derived from wood pulp; and a copolymer applied on at least one surface of the substrate;
A vehicle control system which is mounted on a vehicle , and configured to: detect an object ahead of the vehicle ; set a speed distribution zone (40; 50) defining a distribution of an allowable upper limit of a relative speed of the vehicle with respect to the object in a traveling direction of the vehicle in at least a part of a region around the object , the speed distribution zone (40; 50) being set such that the allowable upper limit of the relative speed becomes smaller as a distance relative to the object becomes smaller; and execute traveling control of preventing the relative speed of the vehicle with respect to the object from exceeding the allowable upper limit in the speed distribution zone (40; 50), wherein the speed distribution zone (40; 50) includes: an allowable upper limit-zero zone which is set at a position away from the object by a given distance and in which the allowable upper limit is set to zero; and an entry prohibition zone which is set at a position closer to the object than the relative speed-zero zone and in which entry of the vehicle thereinto is prohibited whereby the vehicle cannot further approach the object .
A method for controlling loading material to a bucket of a work machine from a stack of material, the method comprising: a) selecting a bucket control profile from a set of bucket control profiles to be used as a basic bucket control profile comprising indications for positions of the bucket of the work machine as a function of a distance travelled by the work machine with reference to a reference location; b) selecting a boom control profile from a set of boom control profiles to be used as a basic boom control profile comprising indications for positions of the boom of the work machine as a function of a distance travelled by the work machine with reference to a reference location; c) obtaining information of a distance travelled by the work machine with reference to a reference location while loading material to the bucket; d) comparing , at intervals of the distance travelled by the work machine, the position of at least one of the bucket and the boom with the position indicated in the selected control profile; e) examining at least one condition regarding the work machine during loading; f) determining , on the basis of the comparison and the examined condition, whether another control profile is to be selected for the bucket or the boom or both; and g) if so, selecting another control profile for the bucket or the boom or both. a) selecting a bucket control profile from a set of bucket control profiles to be used as a basic bucket control profile comprising indications for positions of the bucket of the work machine as a function of a distance travelled by the work machine with reference to a reference location; b) selecting a boom control profile from a set of boom control profiles to be used as a basic boom control profile comprising indications for positions of the boom of the work machine as a function of a distance travelled by the work machine with reference to a reference location; c) obtaining information of a distance travelled by the work machine with reference to a reference location while loading material to the bucket; d) comparing , at intervals of the distance travelled by the work machine, the position of at least one of the bucket and the boom with the position indicated in the selected control profile; e) examining at least one condition regarding the work machine during loading; f) determining , on the basis of the comparison and the examined condition, whether another control profile is to be selected for the bucket or the boom or both; and g) if so, selecting another control profile for the bucket or the boom or both.
A liquid composition comprising (i) a botulinum toxin, (ii) L-alanine or methyl cellulose, (iii) a non-ionic surfactant, and (iv) a buffer, wherein the non-ionic surfactant is polysorbate 20 and the liquid composition comprises 0.00001 to 0.1 %(w/v) polysorbate 20 based on the total content of the composition.
A method for detecting an icing-based degradation of flight performance of an aircraft in flight, providing for the aircraft type concerned a digital flight performance model, of the aircraft in flight, which replicates the nominal flight performance of the aircraft in the non-degraded flying state, with the steps of: a) determining a current flying state of the aircraft in flight, the current flying state from a plurality of values comprising of flying state parameters that influence or characterize the flight performance of the aircraft, which are at least partially recorded by means of sensors provided on the aircraft, b) calculating a current flight performance indicator from one or more flying state parameters of the currently determined flying state by means of an electronic evaluation unit , c) determining a nominal flying performance reference indicator from the flight performance model provided in dependence on one or more flying state parameters of the currently determined flying state by means of the electronic evaluation unit , and d) detecting a degradation of the flight performance of the aircraft in flight in dependence on a comparison between the current flight performance indicator and the nominal flight performance reference indicator if the deviation is greater than a predetermined limit value by means of the electronic evaluation unit , characterized in that the current flight performance indicator is an overall change in energy over a predetermined time period. a) determining a current flying state of the aircraft in flight, the current flying state from a plurality of values comprising of flying state parameters that influence or characterize the flight performance of the aircraft, which are at least partially recorded by means of sensors provided on the aircraft, b) calculating a current flight performance indicator from one or more flying state parameters of the currently determined flying state by means of an electronic evaluation unit , c) determining a nominal flying performance reference indicator from the flight performance model provided in dependence on one or more flying state parameters of the currently determined flying state by means of the electronic evaluation unit , and d) detecting a degradation of the flight performance of the aircraft in flight in dependence on a comparison between the current flight performance indicator and the nominal flight performance reference indicator if the deviation is greater than a predetermined limit value by means of the electronic evaluation unit ,
A filter assembly , comprising: a housing defining an internal volume, a housing second end of the housing defining at least one female thread ; and a bowl positioned at the housing second end , the bowl comprising at least one bowl male thread structured to engage the at least one female thread of the housing so as to be coupled thereto; characterised in that a portion of a sidewall of the housing at the housing second end is folded inwards and positioned within the internal volume of the housing , such that the portion of the sidewall is parallel to an outer surface of the housing second end . a housing defining an internal volume, a housing second end of the housing defining at least one female thread ; and a bowl positioned at the housing second end , the bowl comprising at least one bowl male thread structured to engage the at least one female thread of the housing so as to be coupled thereto; characterised in that a portion of a sidewall of the housing at the housing second end is folded inwards and positioned within the internal volume of the housing , such that the portion of the sidewall is parallel to an outer surface of the housing second end .
An image forming apparatus comprising: a control panel unit configured to receive input operation from a user and set setting information associating a registered image corresponding to a desired mark extracted from a scanned original document with control information indicating image data storage or copy prohibition; a scanning unit configured to scan an opened book placed on an original platen to acquire cover image data corresponding to a front surface, a back surface and a rear surface of the book cover; a camera holding unit in an original platen cover and configured to hold a camera which is configured to acquire and transmit to the image forming apparatus opened page data of the book in synchrony with the book cover image data acquisition with the scanning unit; a page memory configured to store the acquired cover image data and the opened page data in association with each other; and a processor configured to detect a stamp or a seal prepared by a user on the book corresponding to the registered image from the image data stored in the page memory; the processor is further configured to delete the image data stored in the page memory when detecting the registered image from the image data stored in the page memory. a control panel unit configured to receive input operation from a user and set setting information associating a registered image corresponding to a desired mark extracted from a scanned original document with control information indicating image data storage or copy prohibition; a scanning unit configured to scan an opened book placed on an original platen to acquire cover image data corresponding to a front surface, a back surface and a rear surface of the book cover; a camera holding unit in an original platen cover and configured to hold a camera which is configured to acquire and transmit to the image forming apparatus opened page data of the book in synchrony with the book cover image data acquisition with the scanning unit; a page memory configured to store the acquired cover image data and the opened page data in association with each other; and a processor configured to detect a stamp or a seal prepared by a user on the book corresponding to the registered image from the image data stored in the page memory; the processor is further configured to delete the image data stored in the page memory when detecting the registered image from the image data stored in the page memory.
A hydrothermal reactor, comprising: an inlet for receiving an aqueous mixture, positioned at the top part of the reactor interior ; a tube-shaped reactor interior, which is inclined at an angle in the range of 1 - 45°; a first zone in the reactor interior comprising means for heating the aqueous mixture to a predetermined temperature, located directly downstream of the inlet a second zone in the reactor interior for keeping the aqueous mixture at the predetermined temperature, located directly downstream of the first zone a third zone in the reactor interior for cooling the aqueous mixture, located directly downstream of the second zone ; an outlet for discharging a hydrothermally treated aqueous mixture, positioned at the bottom part of the reactor interior ; and an outlet for discharging gas, positioned at the top part of the reactor interior . an inlet for receiving an aqueous mixture, positioned at the top part of the reactor interior ; a tube-shaped reactor interior, which is inclined at an angle in the range of 1 - 45°; a first zone in the reactor interior comprising means for heating the aqueous mixture to a predetermined temperature, located directly downstream of the inlet a second zone in the reactor interior for keeping the aqueous mixture at the predetermined temperature, located directly downstream of the first zone a third zone in the reactor interior for cooling the aqueous mixture, located directly downstream of the second zone ; an outlet for discharging a hydrothermally treated aqueous mixture, positioned at the bottom part of the reactor interior ; and an outlet for discharging gas, positioned at the top part of the reactor interior .
A control module for a lighting device of a motor vehicle, wherein the control module comprises a heat sink and a circuit board on which at least one electronic component is arranged, wherein the electronic component is clamped between the circuit board and the heat sink by means of a thermally conductive preloading means , wherein the thermally conductive preloading means is supported on a counter bearing portion of the heat sink , wherein the thermally conductive preloading means urges the electronic component toward the circuit board , and wherein the counter bearing portion is rigidly coupled to the circuit board , characterized in that the thermally conductive preloading means comprises a compression spring element (302; 304; 306; 308), and in that a heat conductive paste is arranged between the preloading means and the heat sink and/or between the preloading means and the electronic component .
A transmit block processing chain for a transmitter , comprising: a code block determination circuit configured to determine a size of a code block (CB), wherein the code block (CB) maps across at least one slot boundary of a slot of a wireless physical shared channel; a rate matching circuit configured to rate match bits of the code block (CB) to a number of bits available in a transport block that spans one or more slots of the wireless physical shared channel; and an interleaver configured to interleave a continuous output of the rate matching circuit on a slot basis so that a code block (CB) that crosses a slot boundary between a first slot and a second slot is interleaved within the first slot and the second slot . a code block determination circuit configured to determine a size of a code block (CB), wherein the code block (CB) maps across at least one slot boundary of a slot of a wireless physical shared channel; a rate matching circuit configured to rate match bits of the code block (CB) to a number of bits available in a transport block that spans one or more slots of the wireless physical shared channel; and
Ink cartridge for an inkjet printer , comprising a bottom face and a front face ; interfaces in the front face for connection to a cartridge receiving structure , the interfaces including an ink interface , a gas interface , and an electrical interface , wherein the electrical interface is arranged near a top surface of the cartridge, characterized in that the ink cartridge further comprises; a guide interface arranged on the bottom face for guiding the cartridge along a straight line (Y) for connecting the interfaces, the guide interface having a guide receiving opening near the front face; a latch stop and a latch track arranged on the bottom face , to guide and retain a latch of the cartridge receiving structure ; wherein the gas interface is arranged near a middle of the front surface , and the ink interface and the guide receiving opening are arranged near the bottom face .