mhurhangee/patent-ind-claim-en huggingface dataset:
Museum showcase for conserving and displaying objects comprising: - a frame ; - at least one drawer , equipped with a transparent cover to allow the observation of the contained objects from the outside, and movable with respect to the frame ; - a pair of sliding guides for each drawer , arranged between the frame and the drawer , so as to define a sliding direction (S) of the drawer in the showcase; - a motorised actuation system to move each drawer in the sliding direction (S) with respect to the frame ; characterised in that the actuation system comprises: - a first arm , hinged at a first end thereof with a first pin arranged on one from the frame and the drawer and constrained at a second end thereof with a sliding block at the other from the drawer and the frame ; - an actuator , operatively connected between the frame and the first arm to angularly move the first arm about the first pin ; wherein the actuator is a linear actuator , hinged at a first end thereof to the first arm in an intermediate position thereof and at a second end thereof to one from the frame and the drawer , at a third pin distanced from the first pin . - a frame ; - at least one drawer , equipped with a transparent cover to allow the observation of the contained objects from the outside, and movable with respect to the frame ; - a pair of sliding guides for each drawer , arranged between the frame and the drawer , so as to define a sliding direction (S) of the drawer in the showcase; - a motorised actuation system to move each drawer in the sliding direction (S) with respect to the frame ; - a first arm , hinged at a first end thereof with a first pin arranged on one from the frame and the drawer and constrained at a second end thereof with a sliding block at the other from the drawer and the frame ; - an actuator , operatively connected between the frame and the first arm to angularly move the first arm about the first pin ;
Decoupled hydraulic support having a working chamber and a compensation chamber which are separated by a partition with a damping channel , the partition consisting of two nozzle discs and a diaphragm arranged therebetween, and wherein the diaphragm has at least one valve which is closed in the event of an overpressure in the working chamber with respect to the compensation chamber and which opens automatically in the event of a negative pressure in the working chamber with respect to the compensation chamber , characterized in that the valve opens at frequencies of the diaphragm of 1 to 15 Hz and at amplitudes of the diaphragm of 0.05 to 10 mm.
Method for forming patterns on the surface of a crystalline silicon substrate , the method comprising a structuring step consisting in immersing the surface of the substrate in an etching bath comprising an aqueous solution of potassium hydroxide (KOH) and wherein the mass concentration of potassium hydroxide (KOH) in the etching bath is between 0.95% and 1.05%, the temperature of the etching bath is between 60°C and 80°C and the immersion time is between 8 minutes and 12 minutes.
Fire protection device for a structural cable of a construction work, with the structural cable comprising taught metal reinforcements and having a first stretch , a second stretch and a connection zone of a collar located between the first and second stretches, with the dire protection device including: a protective mat surrounding the structural cable at least in the first and second stretches and interrupted in the connection zone ; and a thermally insulating ring more rigid than the protective mat , arranged between the reinforcements and the collar in the connection zone and cooperating with the protective mat in order to provide the reinforcements with a continuous thermal protection along the first stretch , of the connection zone and of the second stretch . a protective mat surrounding the structural cable at least in the first and second stretches and interrupted in the connection zone ; and a thermally insulating ring more rigid than the protective mat , arranged between the reinforcements and the collar in the connection zone and cooperating with the protective mat in order to provide the reinforcements with a continuous thermal protection along the first stretch , of the connection zone and of the second stretch .
A method for determining a precoding matrix indicator, comprising: determining a precoding matrix indicator PMI, wherein the PMI corresponds to a precoding matrix W , and the precoding matrix W satisfies that: the precoding matrix W comprises one or more column vectors of a block diagonal matrix W 1 , or the precoding matrix W is obtained by performing weighted combination on one or more column vectors of a block diagonal matrix W 1 , wherein W 1 = diag { X 1 ..., X N B }, and N B ≥ 1, wherein at least one block matrix X is a product X = DV of a matrix D and a matrix V , and X ∈ { X 1 , X 2 ,..., X N B } ; the matrix D is a diagonal matrix, D = α ⋅ diag u 1 , u 2 , ... , u n , u n ∗ , u n − 1 ∗ , ... , u 1 ∗ , α is a complex factor, a complex number u i ∗ is a conjugate complex number of a complex number u i , and n is determined by a quantity of antenna ports; and the matrix V is a constant modulus matrix whose elements have a same module or amplitude. the precoding matrix W comprises one or more column vectors of a block diagonal matrix W 1 , or the precoding matrix W is obtained by performing weighted combination on one or more column vectors of a block diagonal matrix W 1 , wherein W 1 = diag { X 1 ..., X N B }, and N B ≥ 1, wherein at least one block matrix X is a product X = DV of a matrix D and a matrix V , and X ∈ { X 1 , X 2 ,..., X N B } ; the matrix D is a diagonal matrix, D = α ⋅ diag u 1 , u 2 , ... , u n , u n ∗ , u n − 1 ∗ , ... , u 1 ∗ , α is a complex factor, a complex number u i ∗ is a conjugate complex number of a complex number u i , and n is determined by a quantity of antenna ports; and the matrix V is a constant modulus matrix whose elements have a same module or amplitude.
An electrical safety system comprising an electrical appliance and one or more remote devices, the electrical appliance comprising: a housing; internal electrical components within the housing configured to provide a function of the electrical appliance; a thermal sensor arranged to detect the surface temperature of the electrical components, the thermal sensor comprising an infrared sensor; a processor in communication with the thermal sensor, the processor configured to determine the presence of an electrical hazard when a detected surface temperature of the internal electrical components has exceeded a predetermined threshold; and a wireless communication link configured to allow communication with the one or more remote devices, wherein the electrical appliance is configured to send a signal to a remote device using the communications link when the processor determines the presence of an electrical hazard; wherein the electrical appliance and remote devices form a mesh network in which the electrical appliance and remote devices can communicate. a housing; internal electrical components within the housing configured to provide a function of the electrical appliance; a thermal sensor arranged to detect the surface temperature of the electrical components, the thermal sensor comprising an infrared sensor; a processor in communication with the thermal sensor, the processor configured to determine the presence of an electrical hazard when a detected surface temperature of the internal electrical components has exceeded a predetermined threshold; and a wireless communication link configured to allow communication with the one or more remote devices, wherein the electrical appliance is configured to send a signal to a remote device using the communications link when the processor determines the presence of an electrical hazard; wherein the electrical appliance and remote devices form a mesh network in which the electrical appliance and remote devices can communicate.
A treatment process of produced water, obtained from a method using viscosity-increasing polymeric compounds, said treatment process comprising the steps of: - obtaining an oil-water mixture; - treating the oil-water mixture, for separating an oil product from a produced water, wherein the produced water comprises the viscosity-increasing polymeric compounds, said viscosity-increasing polymeric compounds having a molecular weight ranging from about 1 to about 30MDa; - directing the produced water to a filtration device, and subj ecting the produced water to filtration, for obtaining a retentate stream and a permeate stream, wherein the filtration device comprises a microfiltration ceramic membrane unit having a cut-off of from about 2μm to about 8μm, wherein the permeate comprises said viscosity-increasing polymeric compound, and wherein the permeate is substantially free of suspended solids, free oil and emulsified oil - and wherein the produced water comprises from about 50 to about 5000 ppm of viscosity-increasing polymeric compounds, per total of the produced water. - obtaining an oil-water mixture; - treating the oil-water mixture, for separating an oil product from a produced water, wherein the produced water comprises the viscosity-increasing polymeric compounds, said viscosity-increasing polymeric compounds having a molecular weight ranging from about 1 to about 30MDa; - directing the produced water to a filtration device, and subj ecting the produced water to filtration, for obtaining a retentate stream and a permeate stream, wherein the filtration device comprises a microfiltration ceramic membrane unit having a cut-off of from about 2μm to about 8μm, wherein the permeate comprises said viscosity-increasing polymeric compound, and wherein the permeate is substantially free of suspended solids, free oil and emulsified oil - and wherein the produced water comprises from about 50 to about 5000 ppm of viscosity-increasing polymeric compounds, per total of the produced water.
A resource allocation method, wherein the method comprises: receiving, by a second UE through an interface, a request message sent by a first UE, wherein the request message is used to request to obtain resource occupation information of UE in a neighboring cell of a serving cell in which the first UE is located and wherein the first request message carries a cell identity of a serving cell in which the first UE is located, and an identifier of the first network device connected to the first UE, and the interface is an interface that performs communication by using a UE-to-UE communications technology; and if the second UE determines, based on the cell identity carried in the first request message, that a serving cell in which the second UE is located is the neighboring cell of the serving cell in which the first UE is located, and, based on the carried identifier of the first network device, that a network device connected to the second UE is different from a network device connected to the first UE, sending, by the second UE, resource occupation information of the second UE to the first UE through the interface. receiving, by a second UE through an interface, a request message sent by a first UE, wherein the request message is used to request to obtain resource occupation information of UE in a neighboring cell of a serving cell in which the first UE is located and wherein the first request message carries a cell identity of a serving cell in which the first UE is located, and an identifier of the first network device connected to the first UE, and the interface is an interface that performs communication by using a UE-to-UE communications technology; and if the second UE determines, based on the cell identity carried in the first request message, that a serving cell in which the second UE is located is the neighboring cell of the serving cell in which the first UE is located, and, based on the carried identifier of the first network device, that a network device connected to the second UE is different from a network device connected to the first UE, sending, by the second UE, resource occupation information of the second UE to the first UE through the interface.
A mechanical seal for mounting about a shaft, comprising a holder assembly having a main body having an inner surface and an opposed outer surface , and a first groove formed in the inner surface of the holder assembly and a second groove formed in the inner surface of the holder assembly, a rotary seal ring coupled to the holder assembly, a stationary seal ring disposed adjacent to the rotary seal ring , a first sealing element for seating within the first groove and having a shape that is substantially complementary to a shape of the first groove so as to fill substantially completely the first groove, and a second sealing element for seating within the second groove and having a shape that is substantially complementary to a shape of the second groove so as to fill substantially completely the second groove, wherein the main body of the holder assembly has one or more fastener-receiving apertures formed therein and extending between the inner surface and the outer surface and being sized and configured for seating a fastener . a holder assembly having a main body having an inner surface and an opposed outer surface , and a first groove formed in the inner surface of the holder assembly and a second groove formed in the inner surface of the holder assembly, a rotary seal ring coupled to the holder assembly, a stationary seal ring disposed adjacent to the rotary seal ring , a first sealing element for seating within the first groove and having a shape that is substantially complementary to a shape of the first groove so as to fill substantially completely the first groove, and a second sealing element for seating within the second groove and having a shape that is substantially complementary to a shape of the second groove so as to fill substantially completely the second groove, wherein the main body of the holder assembly has one or more fastener-receiving apertures formed therein and extending between the inner surface and the outer surface and being sized and configured for seating a fastener .
A method for detecting a fake device, the method comprising: a step of assuming (S100) a type of a target wireless device which is a target for determining a fake device; a step of selecting (S300) a vulnerable point corresponding to the type assumed at the step of assuming (S100); a step of attacking (S400) the vulnerable point of the target wireless device, wherein the step of attacking (S400) the vulnerable point of the target wireless device comprises generating a vulnerable point attacking message for attacking the vulnerable point selected at the step of selecting (S300) the vulnerable point, and transmitting the vulnerable point attacking message to the target wireless device; and a step of determining (S500) that the target wireless device is a fake device, when the attack on the vulnerable point of the target wireless device does not succeed. a step of assuming (S100) a type of a target wireless device which is a target for determining a fake device; a step of selecting (S300) a vulnerable point corresponding to the type assumed at the step of assuming (S100); a step of attacking (S400) the vulnerable point of the target wireless device, wherein the step of attacking (S400) the vulnerable point of the target wireless device comprises generating a vulnerable point attacking message for attacking the vulnerable point selected at the step of selecting (S300) the vulnerable point, and transmitting the vulnerable point attacking message to the target wireless device; and a step of determining (S500) that the target wireless device is a fake device, when the attack on the vulnerable point of the target wireless device does not succeed.
A method for producing an α-allylated cycloalkanone represented by General Formula (III-1), comprising: a step 1: reacting a compound represented by General Formula (I-1) and alcohol having 1 or more and 4 or less of carbon atoms in the presence of a first acid catalyst and optionally a dehydrating agent; and a step 2: reacting a crude product obtained in the step 1 and a compound represented by General Formula (II-1) in the presence of a second acid catalyst to produce an α-allylated cycloalkanone represented by General Formula (III-1), wherein the step 1 and the step 2 are consecutively performed, and wherein the second acid catalyst includes the first acid catalyst: where R 4 in General Formula (II-1) is an alkyl group having 1 carbon atom. a step 1: reacting a compound represented by General Formula (I-1) and alcohol having 1 or more and 4 or less of carbon atoms in the presence of a first acid catalyst and optionally a dehydrating agent; and a step 2: reacting a crude product obtained in the step 1 and a compound represented by General Formula (II-1) in the presence of a second acid catalyst to produce an α-allylated cycloalkanone represented by General Formula (III-1), wherein the step 1 and the step 2 are consecutively performed, and wherein the second acid catalyst includes the first acid catalyst: where R 4 in General Formula (II-1) is an alkyl group having 1 carbon atom.
Method for transmitting data implemented between a terminal and an integrated circuit, said terminal and said integrated circuit communicating by means of an interface for transmitting and receiving data, said method comprising at least one iteration of the following steps, implemented by the terminal, - generating a first command intended for said integrated circuit, said first command comprising a first command header; - encrypting data of said first command (CX) and of said first command header, delivering a first encrypted command (CC) comprising the data of said first command and said encrypted first command header; - creating a second command (CY), said second command comprising a second command header and data, said data being constituted at least partly by said encrypted first commands (CC); - said second command (CY) being transmitted to said integrated circuit in a command flow wherein decoys are inserted. - generating a first command intended for said integrated circuit, said first command comprising a first command header; - encrypting data of said first command (CX) and of said first command header, delivering a first encrypted command (CC) comprising the data of said first command and said encrypted first command header; - creating a second command (CY), said second command comprising a second command header and data, said data being constituted at least partly by said encrypted first commands (CC); - said second command (CY) being transmitted to said integrated circuit in a command flow wherein decoys are inserted.
A method of determining the quality of transmitted voice data, in particular of speech data transmitted during a telephone call, wherein the voice data are transmitted via a network, said method including: - providing voice data at a transmitter side in a first data format according to which data content is defined in at least one minimum data unit, - providing a first test signal in the first data format, - combining the voice data and the test signal to form input data, the combining including that the data content in at least one minimum data unit of the voice data is changed on the basis of at least part of the test signal to a different data content, - transmitting the input data in a transmittal data format, - receiving the transmitted input data at a receiver side to obtain output data, - removing, at the receiver side, at least portions of a data packet in the output data or of a data packet derived therefrom in order to derive a second test signal, - analysing, at the receiver side, the derived second test signal by applying a predetermined analysis criterion in order to obtain at least one value for a quality indicator. - providing voice data at a transmitter side in a first data format according to which data content is defined in at least one minimum data unit, - providing a first test signal in the first data format, - combining the voice data and the test signal to form input data, the combining including that the data content in at least one minimum data unit of the voice data is changed on the basis of at least part of the test signal to a different data content, - transmitting the input data in a transmittal data format, - receiving the transmitted input data at a receiver side to obtain output data, - removing, at the receiver side, at least portions of a data packet in the output data or of a data packet derived therefrom in order to derive a second test signal, - analysing, at the receiver side, the derived second test signal by applying a predetermined analysis criterion in order to obtain at least one value for a quality indicator.
A disposable medical apparatus for use with an applicator which radiates microwave energy, said disposable medical apparatus comprising: a tissue chamber at a distal end of said disposable medical apparatus , a distal end of said tissue chamber being adapted to form a vacuum seal when positioned against skin; an applicator chamber at a proximal end of said disposable medical apparatus ; a microwave transparent tissue bio-barrier separating said tissue chamber and said applicator chamber , said tissue bio-barrier being substantially impermeable to air and impermeable to biological fluids; a membrane forming an applicator bio-barrier and being permeable to air but substantially impermeable to biological fluids; a vacuum circuit connecting said tissue chamber and said applicator chamber to apply vacuum to first and second sides of said tissue bio-barrier , wherein said applicator bio-barrier is positioned in said vacuum circuit ; and a vacuum seal disposed on said applicator chamber , said vacuum seal being positioned to engage the applicator and seal said applicator chamber when said applicator is positioned in said applicator chamber . a tissue chamber at a distal end of said disposable medical apparatus , a distal end of said tissue chamber being adapted to form a vacuum seal when positioned against skin; an applicator chamber at a proximal end of said disposable medical apparatus ; a microwave transparent tissue bio-barrier separating said tissue chamber and said applicator chamber , said tissue bio-barrier being substantially impermeable to air and impermeable to biological fluids; a membrane forming an applicator bio-barrier and being permeable to air but substantially impermeable to biological fluids; a vacuum circuit connecting said tissue chamber and said applicator chamber to apply vacuum to first and second sides of said tissue bio-barrier , wherein said applicator bio-barrier is positioned in said vacuum circuit ; and a vacuum seal disposed on said applicator chamber , said vacuum seal being positioned to engage the applicator and seal said applicator chamber when said applicator is positioned in said applicator chamber .
A security element comprising: means for receiving a family key transmitted in a secured manner, the family key defining a family of applications; means for receiving data provisioned using the family key; means for using information binding at least one application to the family key; means for limiting access to said data for applications not having a binding to said family key wherein the at least one application is bound to one family key or to more than one different family keys. means for receiving a family key transmitted in a secured manner, the family key defining a family of applications; means for receiving data provisioned using the family key; means for using information binding at least one application to the family key; means for limiting access to said data for applications not having a binding to said family key wherein the at least one application is bound to one family key or to more than one different family keys.