mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal comprising: a display unit ; a first camera configured to acquire a left image from a first view point; a second camera configured to acquire a right image from a second view point that is different from the first view point, wherein the first camera and the second camera are disposed on the same side of the mobile terminal; and a controller configured to generate a HDR image by using both the left image and the right image, and enter a high dynamic range, HDR, operating mode based on an analysis of a preview image of the left image, and characterized by when operating in said high dynamic range, HDR, operating mode, the controller is further configured to detect at least one object (OB1, OB2) comprising a ghost in preview images of the left or right images, wherein the at least one object comprising the ghost is detected by comparing a relative position of a near object of the left image and a near object of the right image, and is determined when a disparity exists between the near objects, control the display unit to display an indicator corresponding to the detected at least one object (OB1, OB2). a display unit ; a first camera configured to acquire a left image from a first view point; a second camera configured to acquire a right image from a second view point that is different from the first view point, wherein the first camera and the second camera are disposed on the same side of the mobile terminal; and a controller configured to generate a HDR image by using both the left image and the right image, and enter a high dynamic range, HDR, operating mode based on an analysis of a preview image of the left image, and characterized by when operating in said high dynamic range, HDR, operating mode, the controller is further configured to detect at least one object (OB1, OB2) comprising a ghost in preview images of the left or right images, wherein the at least one object comprising the ghost is detected by comparing a relative position of a near object of the left image and a near object of the right image, and is determined when a disparity exists between the near objects, control the display unit to display an indicator corresponding to the detected at least one object (OB1, OB2). detect at least one object (OB1, OB2) comprising a ghost in preview images of the left or right images, wherein the at least one object comprising the ghost is detected by comparing a relative position of a near object of the left image and a near object of the right image, and is determined when a disparity exists between the near objects, control the display unit to display an indicator corresponding to the detected at least one object (OB1, OB2).
An implant, comprising: (i) an implant material made of one or more metallic elements forming a base ; (ii) a diffusion layer covering the base and made of at least one of the metallic elements of the implant material and at least magnesium, wherein the concentration of magnesium in the diffusion layer decreases from an outer side of the implant toward the base ; and (iii) optionally, a metal layer covering the diffusion layer made of magnesium or a biocorrodible magnesium alloy; wherein the implant is an orthopaedic or an osteosynthetic implant, characterised in that the diffusion layer has a layer thickness in the range of from 20 nm to 20 μm. (i) an implant material made of one or more metallic elements forming a base ; (ii) a diffusion layer covering the base and made of at least one of the metallic elements of the implant material and at least magnesium, wherein the concentration of magnesium in the diffusion layer decreases from an outer side of the implant toward the base ; and (iii) optionally, a metal layer covering the diffusion layer made of magnesium or a biocorrodible magnesium alloy;
A system for a fan of a turbine comprising: a fan mid shaft made of a coated steel material configured to extend along a center axis of a turbine, the fan mid shaft being configured to receive a central vent tube inside the fan mid shaft and having an inner diameter surface ; and characterised in that it further comprises a dry film lubricant applied to at least a portion of the inner diameter surface of the fan mid shaft . a fan mid shaft made of a coated steel material configured to extend along a center axis of a turbine, the fan mid shaft being configured to receive a central vent tube inside the fan mid shaft and having an inner diameter surface ; and characterised in that it further comprises a dry film lubricant applied to at least a portion of the inner diameter surface of the fan mid shaft .
A preparation method of racemic nicotine, characterized by comprising the following steps: Step S1. reacting nicotinyl chloride with methylamine at the presence of an alkali to obtain methylnicotinamide; Step S2. condensing methylnicotinamide with chloroacetone at the presence of an organic base to obtain N-methyl-N-(2-oxpropyl)nicotinamide; Step S3. self aldol condensing N-methyl-N-(2-oxpropyl)nicotinamide to obtain 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one; and Step S4. reacting 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one with reducing agent to obtain racemic nicotine. Step S1. reacting nicotinyl chloride with methylamine at the presence of an alkali to obtain methylnicotinamide; Step S2. condensing methylnicotinamide with chloroacetone at the presence of an organic base to obtain N-methyl-N-(2-oxpropyl)nicotinamide; Step S3. self aldol condensing N-methyl-N-(2-oxpropyl)nicotinamide to obtain 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one; and Step S4. reacting 1-methyl-5-(pyridin-3-yl)-1,2-dihydro-3H-pyrrol-3-one with reducing agent to obtain racemic nicotine.
Steer-by-wire steering system for motor vehicles, comprising • a primary steering level with a steering transmission device , which is set up so as to subject the wheels to be steered of the motor vehicle to a desired setpoint steering effect, and • a secondary steering level with a safety device that provides predefined functions, such that in the case of a malfunction of the primary steering level, steering the wheels remains possible during an emergency mode, characterized in that the steer-by-wire steering system comprises an authentication system with a communications interface for communication with the safety device , wherein the authentication system is set up such that it can be used to bypass safety functions and such that in the case of a successful authorization the secondary steering level of the steer-by-wire steering system is also available following the emergency mode. • a primary steering level with a steering transmission device , which is set up so as to subject the wheels to be steered of the motor vehicle to a desired setpoint steering effect, and • a secondary steering level with a safety device that provides predefined functions, such that in the case of a malfunction of the primary steering level, steering the wheels remains possible during an emergency mode, characterized in that the steer-by-wire steering system comprises an authentication system with a communications interface for communication with the safety device , wherein the authentication system is set up such that it can be used to bypass safety functions and such that in the case of a successful authorization the secondary steering level of the steer-by-wire steering system is also available following the emergency mode.
Separation unit for separating at least one gaseous component from a gas mixture selected from the group of: air, flue gases, biological gases or geothermal gases containing that component, wherein the separation unit comprises at least one contiguous and sealing circumferential wall element , circumferentially enclosing at least one cavity , said at least one contiguous and sealing circumferential wall element defining an upstream opening and an opposed downstream opening of said at least one cavity , said cavity containing at least one gas adsorption structure for adsorbing said at least one gaseous component, preferably under ambient pressure and/or temperature conditions, wherein the separation unit further comprises a pair of opposing sliding doors for sealing the upstream opening and the downstream opening , respectively, of at least one cavity in a closed state, and wherein each of the pair of opposing sliding doors , to open the closed cavity , is shifted in a direction essentially parallel to the plane of the respective sliding door to uncover the upstream and downstream opening, respectively and to allow for flow through of gas mixture through the gas adsorption structure . wherein the separation unit comprises at least one contiguous and sealing circumferential wall element , circumferentially enclosing at least one cavity , said at least one contiguous and sealing circumferential wall element defining an upstream opening and an opposed downstream opening of said at least one cavity , said cavity containing at least one gas adsorption structure for adsorbing said at least one gaseous component, preferably under ambient pressure and/or temperature conditions, said at least one contiguous and sealing circumferential wall element defining an upstream opening and an opposed downstream opening of said at least one cavity , said cavity containing at least one gas adsorption structure for adsorbing said at least one gaseous component, preferably under ambient pressure and/or temperature conditions, wherein the separation unit further comprises a pair of opposing sliding doors for sealing the upstream opening and the downstream opening , respectively, of at least one cavity in a closed state, and wherein each of the pair of opposing sliding doors , to open the closed cavity , is shifted in a direction essentially parallel to the plane of the respective sliding door to uncover the upstream and downstream opening, respectively and to allow for flow through of gas mixture through the gas adsorption structure .
Access control device with at least one barrier element , which is moveably mounted on a barrier support and can be moved in to blocking position that blocks access and an access position that allows access, wherein the barrier support has tilt-resistant floor standing means of a free-standing design for an anchor-free, position variable positioning of the barrier element on the floor, wherein the access control device forms a mobile, offsetable assembly that can be handled without tools for a variable delimitation of various room sections of an event room, wherein the floor standing means are disconnectably connected with a removable additional weight for absorbing tilting moments that can be generated by horizontal activation forces against the barrier element , characterised in that the floor standing means are designed to be displaced on the floor and their standing surface has a rubberised and/or soft plastic coated surface and/or a non-slip surface structure in the form of a corrugation.
Method for transmitting a multi-carrier signal (SE1, SE2) implementing an OQAM-type modulation intended for transmission via a transmission channel (CH1, CH2), formed by a temporal succession of symbols consisting of a set of data elements comprising: - real-value informative data elements, and - for at least some of said symbols, reference data elements, so-called pilots, known by at least one receiver designed for receiving the multi-carrier signal, each of said data elements modulating a carrier frequency of said signal, a carrier frequency modulated by one of said data elements being called a carrier, a set of carriers (M1, M2) being allocated to a transmitter equipment (UE1, UE2), characterized in that said transmission method comprises a step (E4) of inserting a sequence of pilots (SP, SP') specific to said transmitter equipment (UE1, UE2) at a given time, TS, into the multi-carrier signal (SE1, SE2) on said allocated set of carriers, said sequence of pilots comprising: - a sequence of non-zero complex values, inserted on odd or even carriers, alternating with zero values, inserted on the other carriers, respectively even or odd-numbered, - the non-zero complex values of the sequence of pilots are chosen such that the modulated signal that is produced has a constant envelope, as does any time-frequency transform of this signal, and any inverse transform of this time-frequency transform, and - a sequence of zero values modulating the carriers of the set of carriers allocated at the following time, TS+τ0, where τ0 is the temporal spacing between two symbols. - real-value informative data elements, and - for at least some of said symbols, reference data elements, so-called pilots, known by at least one receiver designed for receiving the multi-carrier signal, - a sequence of non-zero complex values, inserted on odd or even carriers, alternating with zero values, inserted on the other carriers, respectively even or odd-numbered, - the non-zero complex values of the sequence of pilots are chosen such that the modulated signal that is produced has a constant envelope, as does any time-frequency transform of this signal, and any inverse transform of this time-frequency transform, and - a sequence of zero values modulating the carriers of the set of carriers allocated at the following time, TS+τ0, where τ0 is the temporal spacing between two symbols.
A method, performed by an intermediate network node , for managing at least one Transmission Control Protocol "TCP" segment, wherein the intermediate network node handles a TCP flow between a first end-point and a second end-point , wherein the second end-point is configured to use enrichment data included in received TCP segments, wherein the method comprises: receiving (A040), from the first end-point , a TCP segment, identifying (A050) the TCP segment as belonging to the TCP flow, and the method is characterized in injecting (A060) enrichment data into the TCP flow by performing a first set of actions and/or a second set of actions, wherein the enrichment data comprises at least one of: subscriber identity information, Mobile Station International Subscriber Directory Number "MSISDN", International Mobile Subscriber Identity "IMSI", User Location Info "ULI", and a free text, wherein the first set of actions comprises: generating (A070) a first set of TCP segments comprising the enrichment data, setting (A080) a respective urgent "URG" flag of each TCP segment of the first set, and adjusting (A090) a respective sequence number of said each TCP segment of the first set and a respective acknowledgment number of said each TCP segment of the first set based on a sequence number of the TCP segment and an acknowledgment number of the TCP segment, and wherein the second set of actions comprises: inserting (A100) the enrichment data into the TCP segment, setting (A110) an urgent "URG" flag of the TCP segment, and determining (A120) an URG pointer of the TCP segment based on the enrichment data. receiving (A040), from the first end-point , a TCP segment, identifying (A050) the TCP segment as belonging to the TCP flow, and the method is characterized in injecting (A060) enrichment data into the TCP flow by performing a first set of actions and/or a second set of actions, wherein the enrichment data comprises at least one of: subscriber identity information, Mobile Station International Subscriber Directory Number "MSISDN", International Mobile Subscriber Identity "IMSI", User Location Info "ULI", and a free text, generating (A070) a first set of TCP segments comprising the enrichment data, setting (A080) a respective urgent "URG" flag of each TCP segment of the first set, and adjusting (A090) a respective sequence number of said each TCP segment of the first set and a respective acknowledgment number of said each TCP segment of the first set based on a sequence number of the TCP segment and an acknowledgment number of the TCP segment, and inserting (A100) the enrichment data into the TCP segment, setting (A110) an urgent "URG" flag of the TCP segment, and determining (A120) an URG pointer of the TCP segment based on the enrichment data.
A page holder device , the page holder device comprising an elongate arm that is configured to extend across pages of an open book in use, and an engagement element that is coupled to the elongate arm and configured to be engaged by a user of the page holder device in order to press the page holder device towards the open book , wherein the engagement element comprises a user engaging portion located on a first side of the arm and a book engaging portion located on a second side of the arm opposed to the first side , the user engaging portion including a pad or aperture that is configured to be engaged by one or more digits of a user in order to apply a force to the arm of the page holder device , and the book engaging portion comprising a protrusion that is configured to be received within a spine or gutter area of the open book , wherein the engagement element is movable along the arm between an inner position located in a central region of the arm and an outer position located towards an end of the elongate arm , wherein the page holder device comprises a locking mechanism for selectively fixing the position of the engagement element with respect to the elongate arm , characterised in that: the locking mechanism comprises a locking formation provided on the engagement element that is engageable with a plurality of locking formations provided on the elongate arm .
A device for the regasification of liquefied natural gas, LNG, and the cogeneration of cold fresh water and cold dry air, comprising at least one casing hermetically sealed from the exterior which withstands vacuum conditions and that contains a working fluid in its liquid and gaseous phases , the at least one casing is traversed by at least one cryogenic tube through which liquefied natural gas LNG is fed via one end thereof and regasified natural gas is collected via the other end, the external surface of the at least one cryogenic tube is a condensing surface and the gaseous phase of the working fluid condenses thereupon, releasing energy, and a number of evaporative condenser tubes or chambers located outside the at least one casing with the external condensing surface in contact with damp air and the water vapor contained in the damp air condenses on the external condensing surface of the evaporative condenser tubes or chambers , generating cold fresh water and releasing energy which is absorbed by the working fluid in its liquid phase which flows over the internal evaporative surface of the evaporative condenser tubes or chambers and which evaporates, generating a gaseous phase of the working fluid, which exits through one end of the evaporative condenser tubes or chambers , and is directed into the at least one casing for the condensation thereof.
A dental handpiece comprising: a head portion including a bar sleeve that is configured to detachably hold a dental treatment tool , and a rotation mechanism that is configured to rotate the bar sleeve by compressed air; and a tubular gripping portion including a front end provided on which the head portion is disposed and an air supply pipe that is configured to supply the compressed air to the rotation mechanism , wherein the air supply pipe includes a pressure regulating portion (50; 50A) that regulates a pressure of the compressed air in the air supply pipe, and the pressure regulating portion includes: a pipe body (51; 71; 91) through which the compressed air passes; and a hole penetrating a pipe wall of the pipe body; characterised in that the pressure regulating portion further includes: a ball accommodated in the hole to close the hole; and an annular elastic member that is fitted to the pipe body and urges the ball from an outer peripheral side of the pipe body. a head portion including a bar sleeve that is configured to detachably hold a dental treatment tool , and a rotation mechanism that is configured to rotate the bar sleeve by compressed air; and a tubular gripping portion including a front end provided on which the head portion is disposed and an air supply pipe that is configured to supply the compressed air to the rotation mechanism , wherein the air supply pipe includes a pressure regulating portion (50; 50A) that regulates a pressure of the compressed air in the air supply pipe, and the pressure regulating portion includes: a pipe body (51; 71; 91) through which the compressed air passes; and a hole penetrating a pipe wall of the pipe body; a pipe body (51; 71; 91) through which the compressed air passes; and a hole penetrating a pipe wall of the pipe body; characterised in that the pressure regulating portion further includes: a ball accommodated in the hole to close the hole; and an annular elastic member that is fitted to the pipe body and urges the ball from an outer peripheral side of the pipe body. a ball accommodated in the hole to close the hole; and an annular elastic member that is fitted to the pipe body and urges the ball from an outer peripheral side of the pipe body.
Device for supplying fluid to a user apparatus, in particular a cryogenic fuel such as hydrogen to an engine , the device comprising a liquefied fluid cryogenic tank comprising a liquid phase and a gaseous phase, a user apparatus , a heating unit comprising a first end which is connected to the tank and a second end which is connected to the user apparatus , a drawing-off duct comprising a heater for the fluid drawn off, the device comprising a system for pressurising the tank comprising a pressurising duct comprising a first end which is connected to an upper end of the tank , a second end which is connected to a lower end of the tank , the pressurising duct comprising a fluid pumping unit and a heating unit , and being configured to draw off gaseous fluid from the tank, to heat it in the heating unit , and to reinject this heated fluid into the low part in the liquid phase, characterized in that the pressurising duct and the drawing-off duct have a portion in common, and in that the heating unit and the heater are constituted by a single heat exchanger .
Valve , preferably exhaust gas and/or gas exchange valve , with: a valve head which has a front face (3.1) and a rear face (3.2), the front face (3.1) of the valve head comprising an edge region and a bulge (A) which has a tip region (3.4), the valve being configured as a solid valve, and a neutral axis of the valve head running in sections on the load side of an imaginary reference plane (BE), the reference plane (BE) running through the effective centre (M) of a valve seat face (3.3) of the valve head and transversely with respect to a valve stem of the valve , the tip region (4.1) of the neutral axis running eccentrically with respect to the valve stem , and the neutral axis of the valve head extending predominantly on the load side of the reference plane (BE), characterized in that , preferably in order to reduce the mass of the bulge (A) of the valve head , a laterally outer part section of the edge region is of flatter configuration in comparison with a laterally inner part section of the edge region .
A dry powder inhaler comprising: a cover comprising at least one cover hinge member ; a mouthpiece comprising a shaft receivable by the cover hinge member ; and a container for the dry powder, the container comprising a container hinge member for receiving the shaft ; wherein the cover hinge member , shaft , and container hinge member form a hinge about which the cover and the mouthpiece are pivotable. a cover comprising at least one cover hinge member ; a mouthpiece comprising a shaft receivable by the cover hinge member ; and a container for the dry powder, the container comprising a container hinge member for receiving the shaft ; wherein the cover hinge member , shaft , and container hinge member form a hinge about which the cover and the mouthpiece are pivotable.