mhurhangee/patent-ind-claim-en huggingface dataset:
Rotating-bezel system intended to be mounted for rotation on a middle of a watch case inside which a horological movement is housed, comprising a ceramic rotating bezel , an annular ring intended to cooperate with an element angularly secured to the middle , and an annular joint for connection between the rotating bezel and the annular ring , the annular ring being placed in the rotating bezel , and further comprising at least one element for locking the annular ring on the rotating bezel , said at least one element being configured to lock any relative rotation between the annular ring and the bezel and thus to angularly secure the assembly formed by the ring and the bezel , characterised in that the locking element has a first main part , and a second part forming a rim and extending from the first part in a substantially orthogonal direction, the locking element thus having an L-shaped cross section, and in that the annular ring locally has, on its upper part, a corresponding opening for receiving the at least one locking element.
A method of blowing a second optical fiber unit in a microtube (MD), wherein the microtube (MD) contains a first optical fiber unit and wherein a free space in the microtube with the first optical fiber unit contained therein is less than 40 mm 2 , wherein the first optical fiber unit has a first sheath comprising beads at least partially embedded in the first sheath , the method including providing the second optical fiber unit comprising a second sheath , wherein the second sheath is a smooth surface polymeric sheath which comprises a thermoplastic polymer and which includes an adherence reducing substance comprising ultra fine graphite particles or molybdenum disulphide of polytetrafluoroethylene particles and blowing the second optical fiber unit in the microtube (MD) containing the first optical fiber unit . the method including providing the second optical fiber unit comprising a second sheath , wherein the second sheath is a smooth surface polymeric sheath which comprises a thermoplastic polymer and which includes an adherence reducing substance comprising ultra fine graphite particles or molybdenum disulphide of polytetrafluoroethylene particles and blowing the second optical fiber unit in the microtube (MD) containing the first optical fiber unit .
An in vitro method of detecting tissue infiltrating human NK cells within a sample from a human individual, said method comprising providing a paraffin-embedded sample from an individual, and detecting tissue infiltrating NK cells in said sample using a monoclonal antibody that specifically binds to a human NKp46 polypeptide in paraffin-embedded tissue samples, wherein a detection of the NK cell lineage specific polypeptide indicates the presence of tissue infiltrating NK cells, wherein the antibody comprises a light chain comprising the three CDRs of the 8E5B light chain variable region sequence of SEQ ID NO: 2 and a heavy chain comprising the three CDRs of the 8E5B heavy chain variable region sequence of SEQ ID NO: 3.
Fixing bracket for wall insulation, having at one end a vertical fixing plate that can be placed against a building wall and has a hole in it to receive a fixing means , a likewise vertically oriented bearing plate that extends at right angles to the fixing plate and having a horizontally oriented support plate , wherein the fixing plate , the bearing plate and the support plate are made from plastic and are constructed as a single piece from one material, characterised in that the support plate is disposed on top of the bearing plate , the support plate extends on both sides of the bearing plate in such a way that both the support plate and the bearing plate form a T-shaped cross-section, the fixing plate is constructed thicker in the area above than in the area below the support plate , and the fixing plate is constructed with an increased material thickness in the area in which it incorporates a hole to receive a fixing means.
An optical microphone arrangement comprising: an array of optical microphones on a substrate , wherein the optical microphones are arranged at a mutual spacing of less than 5 mm, each of said optical microphones providing a signal indicative of displacement of a respective membrane as a result of an incoming audible sound; at first processor arranged to receive said signals from said optical microphones and to perform a first processing step on said signals to produce a first output; and a second processor arranged to receive at least one of said signals or said first output; wherein the first processor is arranged to determine presence of at least one element of human speech from said audible sound and, if said element is determined to be present, to issue a wake-up signal to cause said second processor to change from a relatively passive mode to a more active mode, and wherein at least said second processor determines presence of at least one element of human speech from said audible sound. an array of optical microphones on a substrate , wherein the optical microphones are arranged at a mutual spacing of less than 5 mm, each of said optical microphones providing a signal indicative of displacement of a respective membrane as a result of an incoming audible sound; at first processor arranged to receive said signals from said optical microphones and to perform a first processing step on said signals to produce a first output; and a second processor arranged to receive at least one of said signals or said first output;
An emergency exit door for an aircraft cabin with an opening-assist mechanism and an opening/closing device comprising a control lever that can be operated selectively firstly to unlock the door and to enable the opening-assist mechanism of the door to operate, and secondly to lock the door , this door being characterized in that the control lever includes an adaptation mechanism for the lever arm thereof, this adaptation mechanism being moveable between at least two positions: an opening-action position and a closing-action position, the lever arm (LO) of the control lever in the opening-action position being shorter than the lever arm (LF1, LF2) of the control lever in the closing-action position.
An induction heating cooking device , comprising: a cooking counter comprising a cooking panel of which at least a part is formed of a transparent material and a light-shielding layer provided at a lower surface of the cooking panel and having an auxiliary slit for passing at least one light; an induction coil to generate a magnetic field to inductively heat a cooking container to be put on the cooking counter ; characterized in comprising: at least one light source to emit the at least one light and disposed outside the induction coil ; an optical member to change a travelling direction of the at least one light emitted from the at least one light source and to concentrate the at least one light; and a light source cover having a main slit to pass the concentrated at least one light output from the optical member to form at least one flame image on the surface of the cooking container, the auxiliary slit is positioned to pass the concentrated at least one light passed through the main slit of the light source cover , whereby the at least one light passes through the main slit , and passes through the auxiliary slit inclined to the cooking counter . a cooking counter comprising a cooking panel of which at least a part is formed of a transparent material and a light-shielding layer provided at a lower surface of the cooking panel and having an auxiliary slit for passing at least one light; an induction coil to generate a magnetic field to inductively heat a cooking container to be put on the cooking counter ; characterized in comprising: at least one light source to emit the at least one light and disposed outside the induction coil ; an optical member to change a travelling direction of the at least one light emitted from the at least one light source and to concentrate the at least one light; and a light source cover having a main slit to pass the concentrated at least one light output from the optical member to form at least one flame image on the surface of the cooking container, the auxiliary slit is positioned to pass the concentrated at least one light passed through the main slit of the light source cover , whereby the at least one light passes through the main slit , and passes through the auxiliary slit inclined to the cooking counter .
A four-pole stator assembly comprising: a bobbin assembly ; and two c-shaped stator cores , each c-shaped stator core comprising a back and first and second pole arms extending from the back ; characterized in that the bobbin assembly comprises first and second bobbin portions , each bobbin portion comprising two hollow bobbin arms , each bobbin arm defining a slot for receiving a pole arm , and a winding wound around each bobbin arm , and wherein the c-shaped stator cores are arranged such that each c-shaped stator core bridges across both bobbin portions with one of the first and second pole arms extending through a slot in the first bobbin portion , and the other of the first and second pole arms extending through a slot in the second bobbin portion , the first and second bobbin portions being brought together during assembly and the pole arms being fixed in the slots by adhesive. a bobbin assembly ; and two c-shaped stator cores , each c-shaped stator core comprising a back and first and second pole arms extending from the back ;
A positive active material for a nonaqueous electrolyte secondary battery, containing a lithium-transition metal composite oxide, wherein the lithium-transition metal composite oxide has an α-NaFeO 2 structure, with a molar ratio Li/Me of Li to the transition metal (Me) being 1.05 ≤ Li/Me < 1.4, and contains Ni and Mn, or contains Ni, Co, and Mn as the transition metal (Me), with a molar ratio Mn/Me of Mn to Me being 0.4 ≤ Mn/Me < 0.6, and a molar ratio Ni/Me of Ni to Me being 0.2 ≤ Ni/Me ≤ 0.6, and has a density of 2.7 g/cm 3 or more in the case of press at a pressure of 40 MPa as determined by the method disclosed in paragraphs and of the description. wherein the lithium-transition metal composite oxide has an α-NaFeO 2 structure, with a molar ratio Li/Me of Li to the transition metal (Me) being 1.05 ≤ Li/Me < 1.4, and contains Ni and Mn, or contains Ni, Co, and Mn as the transition metal (Me), with a molar ratio Mn/Me of Mn to Me being 0.4 ≤ Mn/Me < 0.6, and a molar ratio Ni/Me of Ni to Me being 0.2 ≤ Ni/Me ≤ 0.6, and has a density of 2.7 g/cm 3 or more in the case of press at a pressure of 40 MPa as determined by the method disclosed in paragraphs and of the description.
Method for operating a display device of a motor vehicle , the method comprising, performed by a control unit : - receiving a driving situation signal of a sensor module (32, S3), whereby the received driving situation signal describes a driving situation in the surroundings of the motor vehicle , - on basis of the received driving situation signal: determining whether the driving situation fulfils a predetermined danger criterion, whereby the provided danger criterion describes a predetermined minimum probability that the motor vehicle is in an imminent dangerous traffic situation (S4), - if the predetermined danger criterion is fulfilled: providing a display control signal that describes a switching of a screen to a danger mode, in which a part of the surroundings of the motor vehicle is visible on or through said screen of the display device (16, S5), - sending said provided display control signal to the display device (16, S6), and - if the predetermined danger criterion is fulfilled: providing a displacement signal that describes a transition of the screen from an exposed position, in which the screen is placed in a visual field of a user of the motor vehicle , to a stowed position, in which the screen is placed outside said visual field (S11). - receiving a driving situation signal of a sensor module (32, S3), whereby the received driving situation signal describes a driving situation in the surroundings of the motor vehicle , - on basis of the received driving situation signal: determining whether the driving situation fulfils a predetermined danger criterion, whereby the provided danger criterion describes a predetermined minimum probability that the motor vehicle is in an imminent dangerous traffic situation (S4), - if the predetermined danger criterion is fulfilled: providing a display control signal that describes a switching of a screen to a danger mode, in which a part of the surroundings of the motor vehicle is visible on or through said screen of the display device (16, S5), - sending said provided display control signal to the display device (16, S6), and - if the predetermined danger criterion is fulfilled: providing a displacement signal that describes a transition of the screen from an exposed position, in which the screen is placed in a visual field of a user of the motor vehicle , to a stowed position, in which the screen is placed outside said visual field (S11).
An apparatus for controlling running of multiple security software applications, wherein the apparatus comprises a secure element and at least one central processing unit coupled to the secure element ; the secure element comprises: a processor and a first random access memory ; the at least one central processing unit is configured to: run general-purpose operating system software, and communicate with the secure element to control running of the secure element under an action of the general-purpose operating system software; the processor is configured to run secure operating system software and at least one security software application based on the secure operating system software; the first random access memory is configured to temporarily store secure temporary data generated during running of the secure operating system software and the at least one security software application; and the processor is further configured to: when it is required to run a second security software application, suspend running of a first security software application in the at least one security software application, control migrating first temporary data generated during running of the first security software application from the first random access memory to a storage device disposed outside the secure element , and based on the secure operating system software, run the second security software application, wherein second temporary data generated during running of the second security software application is temporarily stored in the first random access memory ; wherein the secure element and the at least one central processing unit are located in a first semiconductor chip (IC1) in the apparatus; and security isolation exists between the general-purpose operating system software run by the at least one central processing unit and the secure element , the security isolation being used to prevent the general-purpose operating system software or a common software application based on the general-purpose operating system software from accessing the secure element or the first random access memory .
A processing device comprising: a filter suitable for out-of-head localization of a reproduction signal; a frequency information acquisition unit configured to acquire a peak frequency being a peak in a frequency response of the filter; a time information acquisition unit configured to acquire, on the basis of the peak frequency and a reproduction signal, a peak time at which an amplitude of the reproduction signal reaches its peak, the amplitude evaluated at the peak frequency or at a frequency band in which the peak frequency is included; an extraction unit configured to extract, from the reproduction signal, a time signal comprising at least some time of the reproduction signal based on the peak time; a filter processing unit configured to perform filter processing using the filter on the time signal; and a gain acquisition unit configured to acquire a gain for a sound volume of the reproduction signal on the basis of the time signal not having undergone filter processing and a processed time signal having undergone filter processing. a filter suitable for out-of-head localization of a reproduction signal; a frequency information acquisition unit configured to acquire a peak frequency being a peak in a frequency response of the filter; a time information acquisition unit configured to acquire, on the basis of the peak frequency and a reproduction signal, a peak time at which an amplitude of the reproduction signal reaches its peak, the amplitude evaluated at the peak frequency or at a frequency band in which the peak frequency is included; an extraction unit configured to extract, from the reproduction signal, a time signal comprising at least some time of the reproduction signal based on the peak time; a filter processing unit configured to perform filter processing using the filter on the time signal; and a gain acquisition unit configured to acquire a gain for a sound volume of the reproduction signal on the basis of the time signal not having undergone filter processing and a processed time signal having undergone filter processing.
Method for operating a pressure storage system, characterized in that at least two pressure storage vessels (S, S1, S2, S3) that have a different admissible operating pressure, wherein at least one pressure storage vessel (S, S1, S2, S3) has an admissible operating pressure lower than a maximum pressure that can be applied at a tank neck , and wherein the at least one pressure storage vessel (S, S1, S2, S3) with a lower admissible operating pressure is protected against an inadmissible pressure rise by at least one upstream device that has a shut-off pressure defined by the lower admissible operating pressure, are filled simultaneously and via the same tank neck .
A solar cell comprising: a semiconductor substrate ; conductivity-type regions located in or on the semiconductor substrate; electrodes conductively connected to the conductivity-type regions; and insulating films located on at least one of opposite surfaces of the semiconductor substrate, and including a first film and a second film , wherein the first film is located between the second film and the semiconductor substrate , wherein: the second film has a higher carbon content than the first film ; a refractive index of the second film is equal to or less than a refractive index of the first film ; and an extinction coefficient of the second film is equal to or greater than an extinction coefficient of the first film . a semiconductor substrate ; conductivity-type regions located in or on the semiconductor substrate; electrodes conductively connected to the conductivity-type regions; and insulating films located on at least one of opposite surfaces of the semiconductor substrate, and including a first film and a second film , wherein the first film is located between the second film and the semiconductor substrate , wherein: the second film has a higher carbon content than the first film ; a refractive index of the second film is equal to or less than a refractive index of the first film ; and an extinction coefficient of the second film is equal to or greater than an extinction coefficient of the first film . the second film has a higher carbon content than the first film ; a refractive index of the second film is equal to or less than a refractive index of the first film ; and an extinction coefficient of the second film is equal to or greater than an extinction coefficient of the first film .
A refrigeration cycle apparatus comprising: a refrigeration cycle circuit in which a compressor , a condenser , a first expansion valve , and an evaporator are connected by refrigerant pipes; an injection pipe having a refrigerant inflow side end and a refrigerant outflow side end , the refrigerant inflow side end being connected between the condenser and the first expansion valve , the refrigerant outflow side end being connected to a suction side of the compressor ; a second expansion valve provided at the injection pipe ; and a controller configured to control a rotation speed of the compressor and an opening degree of the second expansion valve , wherein the controller is configured to perform a low load operation during which refrigeration is caused to flow through the injection pipe , in a case of reducing a heat-exchange capability of the evaporator when the rotation speed of the compressor is a specified rotation speed. a refrigeration cycle circuit in which a compressor , a condenser , a first expansion valve , and an evaporator are connected by refrigerant pipes; an injection pipe having a refrigerant inflow side end and a refrigerant outflow side end , the refrigerant inflow side end being connected between the condenser and the first expansion valve , the refrigerant outflow side end being connected to a suction side of the compressor ; a second expansion valve provided at the injection pipe ; and a controller configured to control a rotation speed of the compressor and an opening degree of the second expansion valve , wherein the controller is configured to perform a low load operation during which refrigeration is caused to flow through the injection pipe , in a case of reducing a heat-exchange capability of the evaporator when the rotation speed of the compressor is a specified rotation speed.
Measuring roller for determining a property of a strip-shaped product, in particular a metal strip, guided over the measuring roller with - a measuring roller body having a circumferential surface , - at least one recess in the measuring roller body , - a force sensor , which is arranged in the recess , wherein a layered coating is formed over the recess , characterized in that the measuring roller body itself is made from a layered coating and, that each layered coating is generated by means of - printing by means of a 3D printer, - laser beam melting, - electron beam melting, - laser powder deposition welding - deposition welding - deposition soldering - wire laser deposition welding, - powder bed process, in particular preferably by means of so-called "Selective Laser Sintering" (SLS) or "Selective Laser Melting" (SLM), - laser Metal Deposition (LMD) and/or - arc welding with wire feed. - a measuring roller body having a circumferential surface , - at least one recess in the measuring roller body , - a force sensor , which is arranged in the recess , wherein a layered coating is formed over the recess , characterized in that the measuring roller body itself is made from a layered coating and, that each layered coating is generated by means of - printing by means of a 3D printer, - laser beam melting, - electron beam melting, - laser powder deposition welding - deposition welding - deposition soldering - wire laser deposition welding, - powder bed process, in particular preferably by means of so-called "Selective Laser Sintering" (SLS) or "Selective Laser Melting" (SLM), - laser Metal Deposition (LMD) and/or - arc welding with wire feed. - printing by means of a 3D printer, - laser beam melting, - electron beam melting, - laser powder deposition welding - deposition welding - deposition soldering - wire laser deposition welding, - powder bed process, in particular preferably by means of so-called "Selective Laser Sintering" (SLS) or "Selective Laser Melting" (SLM), - laser Metal Deposition (LMD) and/or - arc welding with wire feed.