mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a physical security element having a spatially appearing pattern , comprising the steps of: - providing a carrier , - providing at least one see-through transparent cover layer , - applying a design layer onto the carrier , - wherein either the carrier has a lower dimensional stability under heat than the cover layer , or a cover layer has a lower dimensional stability under heat than the carrier , - wherein the design layer is deformable under pressure, - arranging a see-through transparent structural layer between carrier and cover layer forming the pattern , wherein the structural layer has a higher or a similar dimensional stability under heat than the carrier or a cover layer , - laminating the carrier and the layers under pressure and heat, wherein during lamination the structural layer is pressed into the carrier or via the carrier into a cover layer , whereby the design layer is deformed in accordance with the pattern formed by the structural layer , and whereby the structural layer in its edge regions is reshaped in such a way that, in cross-section, the surfaces of the structural layer converge tangentially, characterized in that the thickness of the design layer is not changed at all or at most slightly, i.e. by max. 10%, by the deformation. - providing a carrier , - providing at least one see-through transparent cover layer , - applying a design layer onto the carrier , - wherein either the carrier has a lower dimensional stability under heat than the cover layer , or a cover layer has a lower dimensional stability under heat than the carrier , - wherein the design layer is deformable under pressure, - arranging a see-through transparent structural layer between carrier and cover layer forming the pattern , wherein the structural layer has a higher or a similar dimensional stability under heat than the carrier or a cover layer , - laminating the carrier and the layers under pressure and heat,
A signal processing apparatus configured to perform signal processing on a Doppler spectrum derived from a reception signal of a reflected wave of pulsed transmission waves repeatedly transmitted into a space, the signal processing apparatus comprising: a topographic echo estimator configured to estimate a topographic echo from the Doppler spectrum; a candidate point extractor configured to extract a plurality of adjacent candidate points of a target echo, the target echo being obtained from the Doppler spectrum after removing the estimated topographic echo, a candidate point being a point where electric power is higher than a predetermined noise level; a determination unit configured to determine a relation between the positions of candidate points and a plurality of removed points of a spectrum of the topographic echo estimated by the topographic echo estimator and removed from the Doppler spectrum; an interpolation point extractor configured to extract as an interpolation point, a point where a spectrum of the target echo is missing by removal of the spectrum of the topographic echo, based on the relation between the positions of the candidate points and the removed points on a frequency axis, and a target echo reconstruction unit configured to reconstruct the spectrum of the target echo at a position of the interpolation point. a topographic echo estimator configured to estimate a topographic echo from the Doppler spectrum; a candidate point extractor configured to extract a plurality of adjacent candidate points of a target echo, the target echo being obtained from the Doppler spectrum after removing the estimated topographic echo, a candidate point being a point where electric power is higher than a predetermined noise level; a determination unit configured to determine a relation between the positions of candidate points and a plurality of removed points of a spectrum of the topographic echo estimated by the topographic echo estimator and removed from the Doppler spectrum; an interpolation point extractor configured to extract as an interpolation point, a point where a spectrum of the target echo is missing by removal of the spectrum of the topographic echo, based on the relation between the positions of the candidate points and the removed points on a frequency axis, and a target echo reconstruction unit configured to reconstruct the spectrum of the target echo at a position of the interpolation point.
A fluoropiperidine compound of formula (I), Wherein: R 1 represents phenyl or pyridyl; wherein the phenyl or pyridyl is optionally substituted with one or more groups selected from halogen, (C 1-6 )-alkyl or halo(C 1-6 )-alkyl; R 2 represents hydrogen or (C 1-6 )-alkyl; R 3 represents hydrogen or (C 1-6 )-alkyl; or R 2 and R 3 can combine together to form (C 3-6 )-cycloalkyl; R 4 represents hydrogen, (C 1-6 )-alkyl or halo(C 1-6 )-alkyl; R 5 represents hydrogen, (C 1-6 )-alkyl, halo(C 1-6 )-alkyl or -(CH 2 ) 0-3 -(C 3-6 )-cycloalkyl; or a stereoisomer or an isotopic form or a pharmaceutically acceptable salt thereof. R 1 represents phenyl or pyridyl; wherein the phenyl or pyridyl is optionally substituted with one or more groups selected from halogen, (C 1-6 )-alkyl or halo(C 1-6 )-alkyl; R 2 represents hydrogen or (C 1-6 )-alkyl; R 3 represents hydrogen or (C 1-6 )-alkyl; or R 2 and R 3 can combine together to form (C 3-6 )-cycloalkyl; R 4 represents hydrogen, (C 1-6 )-alkyl or halo(C 1-6 )-alkyl; R 5 represents hydrogen, (C 1-6 )-alkyl, halo(C 1-6 )-alkyl or -(CH 2 ) 0-3 -(C 3-6 )-cycloalkyl; or a stereoisomer or an isotopic form or a pharmaceutically acceptable salt thereof.
Shelving structure comprising one or several storeys, wherein each storey comprises several side lanes for storing pallets and on which a shuttle is displaceable, and at least one main lane on which a shuttle is displaceable, wherein a said main lane comprises several crossings for providing access to respective side lanes, so that a shuttle is movable between the respective side lanes via the main lane, wherein the main lane extends along a first direction (A) and the several side lanes extend along a second direction (B) which makes an angle with the first direction (A), and wherein the first and the second direction (A, B) extend virtually horizontally, wherein the main lane comprises a first and a second rail which extend along the first direction (A) and at a distance apart, viewed in the second direction (B), and on which a shuttle is displaceable along the first direction (A), wherein at least the first rail extends opposite and near the end sections of respective side lanes, and in that each crossing of the main lane comprises two tracks which are each connected to the two rails of the main lane and substantially extend between these two rails at the location of the respective side lane, wherein the tracks each comprise a supporting surface on which the shuttle is displaceable along the second direction (B), wherein the supporting surface of each track adjoins at least the first rail , wherein each supporting surface extends substantially between the first rail and the second rail , viewed in the second direction (B), and thus the supporting surface extends substantially next to the first rail , wherein each rail of the main lane comprises a driving surface on which a shuttle is intended to move along the first direction (A), wherein the supporting surface of each track at least adjoins the driving surface of the first rail and each driving surface is virtually uninterrupted and extends virtually along a plane, wherein at the location of the connection of each supporting surface to a respective driving surface , the supporting surface and this driving surface extend virtually at the same height, wherein the deviation between the height of the supporting surface and the height of the driving surface is preferably between 0 mm and 6 mm, still more preferably between 0 mm and 5 mm and most preferably between 0 mm and 3 mm, characterized in that the supporting surface is directed downwards at the location of the first rail of the main lane in the direction of this first rail and in that the shelving structure comprises adjusting means in order to adjust the height of the supporting surface at the location of the connection of the supporting surface to a said driving surface .
A battery cell , comprising: a shell , wherein the shell has a wall portion; an electrode assembly , wherein the electrode assembly is accommodated in the shell ; and a pressure relief mechanism , wherein the pressure relief mechanism is provided on the wall portion, the pressure relief mechanism comprises a weak portion , a body portion , and a connecting portion , the weak portion is configured to be damaged when pressure inside the shell reaches a threshold so as to relieve the pressure, the body portion is located in a region defined by the weak portion , and the connecting portion is located on an outer side of the weak portion and configured to connect the wall portion; wherein the body portion protrudes relative to the connecting portion in a direction away from the electrode assembly , and a first concave portion is formed in the pressure relief mechanism at a position corresponding to the body portion on a side facing the electrode assembly . a shell , wherein the shell has a wall portion; an electrode assembly , wherein the electrode assembly is accommodated in the shell ; and a pressure relief mechanism , wherein the pressure relief mechanism is provided on the wall portion, the pressure relief mechanism comprises a weak portion , a body portion , and a connecting portion , the weak portion is configured to be damaged when pressure inside the shell reaches a threshold so as to relieve the pressure, the body portion is located in a region defined by the weak portion , and the connecting portion is located on an outer side of the weak portion and configured to connect the wall portion; wherein the body portion protrudes relative to the connecting portion in a direction away from the electrode assembly , and a first concave portion is formed in the pressure relief mechanism at a position corresponding to the body portion on a side facing the electrode assembly .
A cooker with a door , the cooker comprising: a proximity sensor configured to detect presence or absence of an object in proximity to the cooker; and a door opening controller configured to control the door to open and close on a detection signal from the proximity sensor, characterized in that the door opening controller opens the door upon detecting a plurality of status changes within a first predetermined time period on the basis of the detection signal from the proximity sensor, and each one of the plurality of status changes is defined as a level change, from a first level to a second level, in the detection signal from the proximity sensor, the first level indicating the presence of the object, the second level indicating the absence of the object. a proximity sensor configured to detect presence or absence of an object in proximity to the cooker; and a door opening controller configured to control the door to open and close on a detection signal from the proximity sensor, characterized in that the door opening controller opens the door upon detecting a plurality of status changes within a first predetermined time period on the basis of the detection signal from the proximity sensor, and each one of the plurality of status changes is defined as a level change, from a first level to a second level, in the detection signal from the proximity sensor, the first level indicating the presence of the object, the second level indicating the absence of the object.
Method for detecting flaws and comparable, radiation-reflecting structural defects in the walls of hollow glass articles , wherein static radiation which is emitted by radiation elements, is reflected on the hollow glass article and contains interference reflections and dynamic, defect-indicating reflections is received by means of a plurality of radiation-receiving elements arranged spaced apart from one another and fixed in place relative to the hollow glass article rotating about its longitudinal axis , is displayed as an original image series consisting of a plurality of images recorded based upon different recording angles and is directed to an evaluator, characterised in that from the original image series a binarized image series containing static and dynamic reflections is produced, in that the image series is processed for the purpose of generating a two-dimensional histogram image which displays the cumulative frequency values of the static and dynamic components of all images of the original image series , in that the histogram image is further processed for the purpose of generating a fade-out mask containing merely static reflections, in that a compressed image series containing both static and dynamic reflections is generated proceeding from the original image series , in that the image series is masked with the fade-out mask for the purpose of fading out the regions of static reflections and for producing a masked image series of the hollow glass article , and in that the images of the image series are used for detecting said defects.
Method for controlling a ballast water treatment system , the system comprising a flow transmitter that is a magnetic inductive flowmeter being configured to detect voltage between two electrodes in contact with the ballast water as a conductive fluid, the voltage corresponding to the conductivity value and being proportional to the flow velocity, and a programmable logic controller (PLC) for controlling the method, the method comprising the steps of leading ballast water through a ballast water treatment unit for treating said ballast water in order to kill, render harmless or making non-viable organisms in said ballast water at ballasting and/or deballasting, and wherein the method comprises further steps of leading the ballast water through the flow transmitter before said ballast water treatment unit, measuring the conductivity of the ballast water by the flow transmitter , calculating a salinity value from said measured conductivity value, and regulating the intensity of the treatment of the ballast water in response to said salinity value.
A head-mounted display device for providing augmented reality contents to a wearer, the device comprising: an eye tracker configured to determine a position of a pupil of an eye of the wearer; a light projector configured to project light (414-1) for rendering images based at least on the augmented reality contents; a beam steerer configured to change a direction of the light (414-1) from the light projector based on the position of the pupil ; and a combiner configured to combine the light (414-1) from the light projector and light from an outside of the head-mounted display device for providing an overlap of the rendered image and a real image that corresponds to the light from the outside of the head-mounted display device ; characterized in that : the beam steerer is mechanically coupled with the combiner to rotate or translate the combiner so that the light (414-1) from the light projector impinges on different locations on the combiner , thereby changing the direction of the light (414-1) from the light projector ; and the combiner is configured to reflect the light (414-1) from the light projector and transmit the light from the outside of the head-mounted display device . an eye tracker configured to determine a position of a pupil of an eye of the wearer; a light projector configured to project light (414-1) for rendering images based at least on the augmented reality contents; a beam steerer configured to change a direction of the light (414-1) from the light projector based on the position of the pupil ; and a combiner configured to combine the light (414-1) from the light projector and light from an outside of the head-mounted display device for providing an overlap of the rendered image and a real image that corresponds to the light from the outside of the head-mounted display device ; characterized in that : the beam steerer is mechanically coupled with the combiner to rotate or translate the combiner so that the light (414-1) from the light projector impinges on different locations on the combiner , thereby changing the direction of the light (414-1) from the light projector ; and the combiner is configured to reflect the light (414-1) from the light projector and transmit the light from the outside of the head-mounted display device . the beam steerer is mechanically coupled with the combiner to rotate or translate the combiner so that the light (414-1) from the light projector impinges on different locations on the combiner , thereby changing the direction of the light (414-1) from the light projector ; and the combiner is configured to reflect the light (414-1) from the light projector and transmit the light from the outside of the head-mounted display device .
A turbopump for a spacecraft comprising: an intake duct opening out into an intake cavity delimited by an inner wall, a spinning wheel, an induction duct extending from the intake cavity , an inductor mounted in the induction duct , upstream of the spinning wheel, a sleeve extending into the intake cavity upstream of the inductor , in the extension of the induction duct , the sleeve and the inner wall of the intake cavity defining a secondary cavity extending around the sleeve and in fluid communication with the intake cavity , said sleeve having a plurality of recirculation ducts opening out into the secondary cavity on the one hand, and into the induction duct upstream of a leading edge of the inductor on the other hand, each of said recirculation ducts having a first end opening out into the induction duct , and a second end opening out into the secondary cavity , characterized in that each of said recirculation ducts has a section increasing from the first end to the second end . an intake duct opening out into an intake cavity delimited by an inner wall, a spinning wheel, an induction duct extending from the intake cavity , an inductor mounted in the induction duct , upstream of the spinning wheel, a sleeve extending into the intake cavity upstream of the inductor , in the extension of the induction duct , the sleeve and the inner wall of the intake cavity defining a secondary cavity extending around the sleeve and in fluid communication with the intake cavity , said sleeve having a plurality of recirculation ducts opening out into the secondary cavity on the one hand, and into the induction duct upstream of a leading edge of the inductor on the other hand, each of said recirculation ducts having a first end opening out into the induction duct , and a second end opening out into the secondary cavity , characterized in that each of said recirculation ducts has a section increasing from the first end to the second end .
Fastening device for fastening two components, in particular furniture parts or furniture components, to each other, with at least one dowel , which can be located in a mounting hole of the associated component and which has an in particular cylindrical base body with a longitudinal axis and several ribs , which are arranged on the base body axially one behind the other relative to the longitudinal axis and at a distance from one another, wherein the ribs extend radially beyond an outer surface of the base body relative to the longitudinal axis , and wherein the ribs consist of an inherently stiff bendable material in such a way that the ribs bend in the insertion direction when being inserted into the associated mounting hole , so that they lock in the wall of the associated mounting hole at a movement against the insertion direction , wherein the cylindrical base body has two oppositely located end sections , of which a front end section is in the state of use accommodated in the associated mounting hole and a rear end section has a fastening interface , where an associated further component can be or is fastened, wherein the rear end section has a tab extending from the dowel to a base section , wherein the dowel is a part of a front base connector having next to the base section the dowel as a side arm, wherein the base section has the shape of a cylinder with a flat section formed at the side of the base section which is opposite the dowel , where approximately in the centre of the flat section there is provided a mounting hole for the accommodation of a plug-in pin , characterised in that there is a fluting at the flat section , which lies in contact with the inside of the front in the assembled state of use of the front base connector.
An image information processing apparatus , comprising: a first display control unit configured to control, when a plurality of recipients of information that is to be transmitted are designated, a display unit to display a first recipient list including recipients from the the plurality of recipients; a second display control unit configured to control the display unit to display recipient-related information to confirm recipients after receiving an information transmission operation and before the information is transmitted to the plurality of recipients, in a case where the first recipient list did not fit all of the plurality of recipients within a single screen of the display unit; and a transmission unit configured to transmit the information to the plurality of recipients, wherein the second display control unit is configured to control a second recipient list to be displayed as the recipient-related information, the second recipient list including more recipients of the plurality within the single screen than fitted in the first recipient list within the single screen. a first display control unit configured to control, when a plurality of recipients of information that is to be transmitted are designated, a display unit to display a first recipient list including recipients from the the plurality of recipients; a second display control unit configured to control the display unit to display recipient-related information to confirm recipients after receiving an information transmission operation and before the information is transmitted to the plurality of recipients, in a case where the first recipient list did not fit all of the plurality of recipients within a single screen of the display unit; and a transmission unit configured to transmit the information to the plurality of recipients, wherein the second display control unit is configured to control a second recipient list to be displayed as the recipient-related information, the second recipient list including more recipients of the plurality within the single screen than fitted in the first recipient list within the single screen.