mhurhangee/patent-ind-claim-en huggingface dataset:
Fin-stabilized sub-calibre projectile capable of being fired from a rifled barrel, comprising a penetrator bearing a tail fin assembly and a discardable sabot arranged on the penetrator and consisting of a number of circumferentially interconnected sabot segments (13-16), which are separated from one another after leaving the barrel by the centrifugal forces acting on the projectile during firing, with the features that a) the sabot comprises a main body of a light metal alloy, which has a front guide flange , which can be supported on the inner wall of the barrel, and a rear guide flange , which is arranged at an axial distance, wherein the connecting portion of the sabot that is located between the two guide flanges has a smaller outer diameter than the guide flanges ; b) the sabot and the penetrator are connected to one another in a form-fitting manner in the region of the rear guide flange ; c) a sealing and guiding band is fastened on the outer circumference of the rear guide flange ; d) the main body has a number of longitudinal grooves arranged evenly distributed over the circumference and extending axially, which laterally bound the sabot segments (13-16), characterized in that e) the main body contains bores passing axially through the front guide flange and extending up to the rear guide flange along the longitudinal grooves . a) the sabot comprises a main body of a light metal alloy, which has a front guide flange , which can be supported on the inner wall of the barrel, and a rear guide flange , which is arranged at an axial distance, wherein the connecting portion of the sabot that is located between the two guide flanges has a smaller outer diameter than the guide flanges ; b) the sabot and the penetrator are connected to one another in a form-fitting manner in the region of the rear guide flange ; c) a sealing and guiding band is fastened on the outer circumference of the rear guide flange ; d) the main body has a number of longitudinal grooves arranged evenly distributed over the circumference and extending axially, which laterally bound the sabot segments (13-16), characterized in that e) the main body contains bores passing axially through the front guide flange and extending up to the rear guide flange along the longitudinal grooves .
Method for protecting an integrated circuit (CI) against fault injection attacks by means of external electromagnetic radiation, said integrated circuit (CI) including a metal shield (BCL) formed in its interconnection part (INT), the method comprising detection via the metal shield (BCL) of said electromagnetic radiation, the detection comprising placing the shield (BCL) in a receiving antenna configuration and detecting at least one signal above a threshold flowing through the shield (BCL), the method comprising adjusting the detection sensitivity including a connection of a variable resistor to the metal shield (BCL).
A passively operating cooling device for ex-vessel corium, comprising: an insulation ; a fusible plug comprising a metallic material lower layer and being installed at a lowermost portion of the insulation , wherein the insulation is adapted to collect corium, which is released through a damaged part of a nuclear pressure vessel , by gravity; a string being fixedly buried and installed on the metallic lower layer of the fusible plug and being adapted to be cut off when the fusible plug is damaged, so as to transfer a mechanical signal to a cooling water injection valve ; a core catcher installed immediately below the fusible plug so as to contain the corium while the corium drops by penetrating the fusible plug; a cooling water tank outside a nuclear reactor in order to cool the corium; a pipe for transporting the cooling water in the cooling water tank to the core catcher having the corium; and the cooling water injection valve configured to be installed at one side of the pipe and interlocked with the string , wherein the cooling water injection valve is kept closed by tension of the string connecting both ends of the fusible plug and the cooling water injection valve and; wherein the cooling water injection valve is configured to be switched open when the string is cut when the corium drops.
A method for operating a safety system of a vehicle , said safety system comprising a remote sensor and a protection system, said protection system comprising more than one protection means of different kinds different impact sensors being adapted to activate the different protection means , said method comprising: - scanning a selectable region in front of said vehicle by means of said remote sensor , - detecting an object in said selectable region in front of said vehicle , - for each protection means classifying said object into one of at least two object categories, namely a "Fire Object" or "not a Fire Object", wherein said object classification depends on type of said protection means , - for each protection means determining that said selectable region provides a free path for said vehicle based on information from said remote sensor , when there is no "Fire Object" present in said selectable region , and lowering the individual sensitivity of the impact sensor . - scanning a selectable region in front of said vehicle by means of said remote sensor , - detecting an object in said selectable region in front of said vehicle , - for each protection means classifying said object into one of at least two object categories, namely a "Fire Object" or "not a Fire Object", wherein said object classification depends on type of said protection means , - for each protection means determining that said selectable region provides a free path for said vehicle based on information from said remote sensor , when there is no "Fire Object" present in said selectable region , and lowering the individual sensitivity of the impact sensor .
An analysis device for quantitatively determining biological molecules labeled with a fluorescent dye , comprising: a support substrate having a front surface; a means for deploying a reaction solution (A) containing magnetic particulates on the front surface of the support substrate ; an excitation unit configured to excite the fluorescent dye ; a detection unit configured to detect fluorescence of the fluorescent dye; an adhesive layer provided on the front surface of the support substrate and configured to adhere the magnetic particulates to the support substrate , wherein the magnetic particulates are for capturing the biological molecules labeled with the fluorescent dye on the support substrate ; a magnetic field generation unit configured to switch on a magnetic force or intensities of a magnetic force to attract the magnetic particulates to the adhesive layer provided on the front surface of the support substrate , and to then switch off the magnetic force or intensities of the magnetic force; wherein a photoresponsive alkyl azobenzene with a functional group is used as a material of the adhesive layer , wherein an azobenzene and the functional group are bound to one end and the other of the alkyl chain, wherein the functional group is a functional group configured to react with the material of the support substrate to immobilize the functional group on the support substrate , and wherein the alkyl chains crowd with alkyl-chain hydrophobic interaction to form a self-assembled membrane on the front surface of the support substrate when the reaction is performed. a support substrate having a front surface; a means for deploying a reaction solution (A) containing magnetic particulates on the front surface of the support substrate ; an excitation unit configured to excite the fluorescent dye ; a detection unit configured to detect fluorescence of the fluorescent dye; an adhesive layer provided on the front surface of the support substrate and configured to adhere the magnetic particulates to the support substrate , wherein the magnetic particulates are for capturing the biological molecules labeled with the fluorescent dye on the support substrate ; a magnetic field generation unit configured to switch on a magnetic force or intensities of a magnetic force to attract the magnetic particulates to the adhesive layer provided on the front surface of the support substrate , and to then switch off the magnetic force or intensities of the magnetic force; wherein a photoresponsive alkyl azobenzene with a functional group is used as a material of the adhesive layer , wherein an azobenzene and the functional group are bound to one end and the other of the alkyl chain, wherein the functional group is a functional group configured to react with the material of the support substrate to immobilize the functional group on the support substrate , and wherein the alkyl chains crowd with alkyl-chain hydrophobic interaction to form a self-assembled membrane on the front surface of the support substrate when the reaction is performed.
A fluid dispenser and applicator assembly comprising: • a hollow reception body , a fluid applicator surface (S) being situated at a top end of the reception body and being intended to come into contact with a target, such as the skin, the fluid applicator surface (S) including a housing , • a fluid dispenser (D') comprising a reservoir , a pump , and a dispenser endpiece that defines a fluid dispenser orifice , the dispenser (D') being received in removable manner in the reception body with an insertion appendage of its dispenser endpiece being inserted in removable manner in the housing , so that the dispenser orifice opens out directly in the applicator surface (S), the dispenser (D') being removable from the reception body through an open bottom end of the reception body that is remote from the top end , angular orientation means being provided so as to bring the fluid dispenser (D') into a determined angular position relative to the reception body , the assembly being characterized in that the angular orientation means cause the dispenser (D') to turn as it is pushed into the reception body , until it reaches its determined angular position. • a hollow reception body , a fluid applicator surface (S) being situated at a top end of the reception body and being intended to come into contact with a target, such as the skin, the fluid applicator surface (S) including a housing , • a fluid dispenser (D') comprising a reservoir , a pump , and a dispenser endpiece that defines a fluid dispenser orifice , the dispenser (D') being received in removable manner in the reception body with an insertion appendage of its dispenser endpiece being inserted in removable manner in the housing , so that the dispenser orifice opens out directly in the applicator surface (S), the dispenser (D') being removable from the reception body through an open bottom end of the reception body that is remote from the top end , angular orientation means being provided so as to bring the fluid dispenser (D') into a determined angular position relative to the reception body ,
A light-receiving element comprising: a semiconductor layer including a p-type semiconductor region , an n-type semiconductor region, region and a multiplication region ; and a p-type light absorption layer formed on the multiplication region , wherein the p-type semiconductor region and the n-type semiconductor region are formed to sandwich the multiplication region in a planar direction of the semiconductor layer, and the light absorption layer has a band gap that decreases toward the multiplication region. region . a semiconductor layer including a p-type semiconductor region , an n-type semiconductor region, region and a multiplication region ; and a p-type light absorption layer formed on the multiplication region , wherein the p-type semiconductor region and the n-type semiconductor region are formed to sandwich the multiplication region in a planar direction of the semiconductor layer, and the light absorption layer has a band gap that decreases toward the multiplication region. region .
A heterophasic polypropylene composition characterized by an MFR (230°C/2.16kg) of 30 -200 g/10 min, at least one melting point in the range of 150-165°C and an overall comonomer content of 25.0 to 50.0 wt%, comprising a) 50-85 wt% of a propylene copolymer comprising 0.2 to 1.0 wt% of ethylene and/or a C4-C10 α-olefin having an MFR (230°C/2.16kg) of 50-250 g/10min b) 5-25 wt% of an elastomeric propylene copolymer comprising ≥ 60 wt% of ethylene and/or a C4-C10 α-olefin c) 10-25 wt% of an ethylene homo- or copolymer having an MFR (190°C/2.16kg) of 10-30 g/10min and a density of 910-920 kg/m 3 and d) at least two α-nucleating agents. a) 50-85 wt% of a propylene copolymer comprising 0.2 to 1.0 wt% of ethylene and/or a C4-C10 α-olefin having an MFR (230°C/2.16kg) of 50-250 g/10min b) 5-25 wt% of an elastomeric propylene copolymer comprising ≥ 60 wt% of ethylene and/or a C4-C10 α-olefin c) 10-25 wt% of an ethylene homo- or copolymer having an MFR (190°C/2.16kg) of 10-30 g/10min and a density of 910-920 kg/m 3 and d) at least two α-nucleating agents.
A beam processing method, comprising: uniformly numbering , by a base station, different beams of different transceiving links to obtain beam-cell identities IDs; and generating synchronization signals and reference signals using the beam-cell IDs, wherein the synchronization signals or reference signals of different beams are staggered in positions on time-frequency resources to generate high frequency subframes; wherein each of the beam-cell IDs is obtained by adding a physical cell identity ID and a beam identity ID, or by performing linear function mapping on a linear function, with the physical cell ID and the beam ID as parameters of the linear function. uniformly numbering , by a base station, different beams of different transceiving links to obtain beam-cell identities IDs; and generating synchronization signals and reference signals using the beam-cell IDs, wherein the synchronization signals or reference signals of different beams are staggered in positions on time-frequency resources to generate high frequency subframes; wherein each of the beam-cell IDs is obtained by adding a physical cell identity ID and a beam identity ID, or by performing linear function mapping on a linear function, with the physical cell ID and the beam ID as parameters of the linear function.
A toner having a toner particle that has a binder resin and a release agent, wherein when a temperature when G' = 1.0 × 10 5 Pa in a dynamic viscoelastic measurement on the toner is denoted by Ta, measured as indicated in the description, and a glass transition temperature in a differential scanning calorimetric measurement on the toner, measured as indicated in the description, is denoted by Tg, the Ta and the Tg satisfy the following formulas: 40 ° C ≤ Tg ≤ 70 ° C , 60 ° C ≤ Ta ≤ 90 ° C , and 0 ° C ≤ Ta − Tg ≤ 35 ° C; and the toner has a storage elastic modulus G' having a minimum value in a range from 110°C to 150°C in a dynamic viscoelastic measurement on the toner, wherein the dynamic viscoelastic properties are measured using a rotational plate rheometer at an oscillation frequency of 1.0 Hz (6.28 rad/s) and a ramp rate of 2.0°C/minute in temperature sweep mode in a temperature range from 50°C to 160°C, as measured as indicated in the description, wherein the toner particle has a surface layer that contains an organosilicon polymer. when a temperature when G' = 1.0 × 10 5 Pa in a dynamic viscoelastic measurement on the toner is denoted by Ta, measured as indicated in the description, and a glass transition temperature in a differential scanning calorimetric measurement on the toner, measured as indicated in the description, is denoted by Tg, the Ta and the Tg satisfy the following formulas: 40 ° C ≤ Tg ≤ 70 ° C , 60 ° C ≤ Ta ≤ 90 ° C , and 0 ° C ≤ Ta − Tg ≤ 35 ° C; and the toner has a storage elastic modulus G' having a minimum value in a range from 110°C to 150°C in a dynamic viscoelastic measurement on the toner, wherein the dynamic viscoelastic properties are measured using a rotational plate rheometer at an oscillation frequency of 1.0 Hz (6.28 rad/s) and a ramp rate of 2.0°C/minute in temperature sweep mode in a temperature range from 50°C to 160°C, as measured as indicated in the description, wherein the toner particle has a surface layer that contains an organosilicon polymer.
Optical film made from a light-permeable material, the optical film comprising a surface and an optical microstructure having a plurality of elevations and the optical film being flexible, wherein the elevations of the optical microstructure protrude from a reference plane , which is parallel to the surface , wherein the elevations of the microstructure each have a flank section which adjoins the reference plane and which forms a uniform angle (a) with the reference plane , wherein the uniform angle (a) is in a range from about 33° to about 42° or in a range from about 35° to about 40°, characterized in that the elevations of the microstructure are each designed as cones or tapers and each have a rounded peak.
An inductive heating assembly configured to inductively heat an aerosol-forming substrate to a pre-determined operating temperature, wherein the heating assembly comprises: - an induction source configured to generate an alternating electromagnetic field; - a susceptor assembly for inductively heating the aerosol-forming substrate under the influence of the alternating magnetic field generated by the induction source, wherein the susceptor assembly comprises a first susceptor comprising a first susceptor material and a second susceptor comprising a second susceptor material having a Curie temperature at least 50 degree Celsius below the operating temperature of the heating assembly . - an induction source configured to generate an alternating electromagnetic field; - a susceptor assembly for inductively heating the aerosol-forming substrate under the influence of the alternating magnetic field generated by the induction source, wherein the susceptor assembly comprises a first susceptor comprising a first susceptor material and a second susceptor comprising a second susceptor material having a Curie temperature at least 50 degree Celsius below the operating temperature of the heating assembly .
A chain-type tool magazine including a circulating chain, for removably holding a plurality of pots, to which the tools are attached, or a plurality of tools, the tool magazine comprising: link members each having an opening for removably holding the pot or the tool, wherein the opening in each of the link members is such that the tool or pot can be removed without moving in the axial direction; an endless chain formed by coupling a plurality of the link members ; and drive means for driving the chain to circulate, characterised by first rollers provided at the opening side and second rollers provided opposite side to the opening; and a guide for guiding the first rollers and second rollers to allow the chain to circulate along a serpentine track having turns to one side and to the opposite side. link members each having an opening for removably holding the pot or the tool, wherein the opening in each of the link members is such that the tool or pot can be removed without moving in the axial direction; an endless chain formed by coupling a plurality of the link members ; and drive means for driving the chain to circulate, characterised by first rollers provided at the opening side and second rollers provided opposite side to the opening; and a guide for guiding the first rollers and second rollers to allow the chain to circulate along a serpentine track having turns to one side and to the opposite side.
A cleaner comprising: a body which forms an outer appearance; a mop module having at least one rag part which is provided to wipe a floor while rotating; and a detaching module comprising at least one locking part which detachably locks the mop module to the body , and a manipulation part which is exposed outsi de, wherein when the manipulation part is touched, the locking part releases locking of the mop module , wherein the detaching module comprises: a locking member which includes the locking part and is movable in a predetermined locking release direction; and a leading member which moves the locking member by being connected with the locking member , wherein: the leading member comprises a moving member which is movable in a predetermined moving direction, wherein the moving member and the locking member are connected with each other, so that when the moving member moves in the moving direction, the locking member moves in the locking release direction. a body which forms an outer appearance; a mop module having at least one rag part which is provided to wipe a floor while rotating; and a detaching module comprising at least one locking part which detachably locks the mop module to the body , and a manipulation part which is exposed outsi de, wherein when the manipulation part is touched, the locking part releases locking of the mop module , wherein the detaching module comprises: a locking member which includes the locking part and is movable in a predetermined locking release direction; and a leading member which moves the locking member by being connected with the locking member , wherein: the leading member comprises a moving member which is movable in a predetermined moving direction, wherein the moving member and the locking member are connected with each other, so that when the moving member moves in the moving direction, the locking member moves in the locking release direction. a locking member which includes the locking part and is movable in a predetermined locking release direction; and a leading member which moves the locking member by being connected with the locking member , wherein: the leading member comprises a moving member which is movable in a predetermined moving direction, wherein the moving member and the locking member are connected with each other, so that when the moving member moves in the moving direction, the locking member moves in the locking release direction. the leading member comprises a moving member which is movable in a predetermined moving direction, wherein the moving member and the locking member are connected with each other, so that when the moving member moves in the moving direction, the locking member moves in the locking release direction.
An electric system with switched cells comprising: a power supply bus (BUS); an assembly of electric cells (Acc 1 ) and of first switches (S 1 , B 1 ) coupling the cells together; second switches (HG, HD, BG, BD) forming an H bridge and coupling said assembly to nodes (V+, V-); a first circuit for supplying first control signals (CmdHG, CmdHD, CmdBG, CmdBD, CmdS 1 , CmdB 1 ) to the first switches and to the second switches; a second circuit for delivering a first power supply voltage (ALIM1) to the first circuit based on the voltage (V 1 ) across one of the cells; a third circuit (38, SW) for supplying second control signals (ALIM2) to at least two of the second switches (BG, BD) and connected to the power supply bus; and first diodes (D BD1 , D BG1 ) coupling the first circuit to said at least two of the second switches and second diodes (D BD2 , D BG2 ) coupling the third circuit to said at least two of the second switches. a power supply bus (BUS); an assembly of electric cells (Acc 1 ) and of first switches (S 1 , B 1 ) coupling the cells together; second switches (HG, HD, BG, BD) forming an H bridge and coupling said assembly to nodes (V+, V-); a first circuit for supplying first control signals (CmdHG, CmdHD, CmdBG, CmdBD, CmdS 1 , CmdB 1 ) to the first switches and to the second switches; a second circuit for delivering a first power supply voltage (ALIM1) to the first circuit based on the voltage (V 1 ) across one of the cells; a third circuit (38, SW) for supplying second control signals (ALIM2) to at least two of the second switches (BG, BD) and connected to the power supply bus; and first diodes (D BD1 , D BG1 ) coupling the first circuit to said at least two of the second switches and second diodes (D BD2 , D BG2 ) coupling the third circuit to said at least two of the second switches.