mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device, comprising means for receiving a physical broadcast channel, PBCH, from a network device; characterized in that the terminal device further comprises: means for decoding the PBCH based on a first scrambling code of the PBCH, wherein the first scrambling code is one of four scrambling codes, the four scrambling codes have a one-to-one correspondence with two bits of a system frame number, SFN, the SFN comprises 10 bits, the two bits are a second least significant bit and a third least significant bit of the SFN, the second least significant bit of the SFN is a ninth bit of the SFN, and third least significant bit of the SFN is an eighth bit of the SFN and the least significant bit of the SFN is the tenth bit of the SFN.
A method for controlling an operation of a mobile terminal having a touch screen , the method comprising: determining by a controller , an application mapped to at least one physical key of the mobile terminal when an input of the at least one key is sensed while the touch screen of the mobile terminal is in a touch screen off mode; displaying a screen associated with executing the application mapped to the at least one physical key; displaying a soft key for changing the screen to a screen displaying a main menu; determining to enter a lock cancellation mode and display the main menu according to presence of an input on the soft key ; and when it is determined that the lock cancellation mode is not entered, processing a signal received through the touch screen according to the executed application, wherein the application is a memo making application. determining by a controller , an application mapped to at least one physical key of the mobile terminal when an input of the at least one key is sensed while the touch screen of the mobile terminal is in a touch screen off mode; displaying a screen associated with executing the application mapped to the at least one physical key; displaying a soft key for changing the screen to a screen displaying a main menu; determining to enter a lock cancellation mode and display the main menu according to presence of an input on the soft key ; and when it is determined that the lock cancellation mode is not entered, processing a signal received through the touch screen according to the executed application, wherein the application is a memo making application.
A method for producing a silicon-on-insulator type substrate including a production of a carrier substrate and a production of a semiconductor film located above a buried insulating layer itself located above the carrier substrate , wherein the production of the carrier substrate comprises a production, on a face of a semiconductor support , of a stack located between said semiconductor support and said buried insulating layer and including at least one initial structure , the production of said initial structure including the following successive steps: - production, on said face of said semiconductor support , by inverted pyramid growth, of a first layer of polycrystalline semiconductor material; - formation of an interface zone on the upper face of said first layer , said interface zone having a structure which is distinct from the crystal structure of said first layer ; - production on said interface zone , by inverted pyramid growth, of a second layer of polycrystalline semiconductor material, the last layer of polycrystalline semiconductor material of said stack having a thickness which is reduced and less than 20% of the total thickness of the layers of polycrystalline semiconductor material of said stack, so as to raise the grain boundary density of said last layer, taking into account the inverted pyramid growth of the polycrystalline semiconductor material. - production, on said face of said semiconductor support , by inverted pyramid growth, of a first layer of polycrystalline semiconductor material; - formation of an interface zone on the upper face of said first layer , said interface zone having a structure which is distinct from the crystal structure of said first layer ; - production on said interface zone , by inverted pyramid growth, of a second layer of polycrystalline semiconductor material,
Method for operating a heating system for service water and heating water for a building having a heating device and a thermal solar absorber , in the case of which the solar absorber is connected via a heat exchanger in the return line of the heating device with a heating circuit , wherein the heating device is disposed in the upper region of the building and a warm water or hot water storage , the heat source of which is connected exclusively via the supply line and return line of the heating circuit , is disposed in the lower region of the building, the heating circuit is connected with at least one heating body , wherein to a heating body valve is assigned to each heating body and in the supply line or return line of the warm water or hot water storage is disposed a shut-off valve , characterised in that a bypass line having a changeover valve is disposed between supply line and return line of the heating device , and that the heating body valves of the heating bodies are closed for storage charging of the warm water or hot water storage and for heating living space the shut-off valve of the warm water or hot water storage is closed, wherein when the solar heat is not sufficient to satisfy the heating requirement the three-way changeover valve is switched such that the throughflow via the bypass line is locked and the heating water, prewarmed in the heat exchanger , flows from the heating return line via the heating device into the heating supply line .
Battery , comprising: a box body ; a battery module disposed in the box body and comprising a battery cell arrangement structure and a first end plate , the battery cell arrangement structure comprising a plurality of battery cells stacked along a first direction (A1), the first end plate being disposed on one side of the battery cell arrangement structure , and the first end plate being fixedly connected to the battery cell arrangement structure , and the first direction (A1) being a length direction of the box body ; and a mounting plate disposed between the first end plate and the box body , the mounting plate being fixedly connected to the box body ; wherein the first end plate has a first elastic support part , and the first elastic support part is configured to be capable of abutting the mounting plate , being squeezed by the battery cell arrangement structure and deforming when the battery cell arrangement structure expands to provide expansion space for the battery cell arrangement structure ; wherein the box body comprises a first wall and a second wall , the second wall is connected to the first wall and extends upward, the battery module is located above the first wall , and the mounting plate is disposed between the first end plate and the second wall , and the mounting plate comprises a mounting plate body and a first extending part , the first extending part extends from the mounting plate body toward the second wall , and the first extending part is fixedly connected to the second wall . a box body ; a battery module disposed in the box body and comprising a battery cell arrangement structure and a first end plate , the battery cell arrangement structure comprising a plurality of battery cells stacked along a first direction (A1), the first end plate being disposed on one side of the battery cell arrangement structure , and the first end plate being fixedly connected to the battery cell arrangement structure , and the first direction (A1) being a length direction of the box body ; and a mounting plate disposed between the first end plate and the box body , the mounting plate being fixedly connected to the box body ; wherein the first end plate has a first elastic support part , and the first elastic support part is configured to be capable of abutting the mounting plate , being squeezed by the battery cell arrangement structure and deforming when the battery cell arrangement structure expands to provide expansion space for the battery cell arrangement structure ; wherein the box body comprises a first wall and a second wall , the second wall is connected to the first wall and extends upward, the battery module is located above the first wall , and the mounting plate is disposed between the first end plate and the second wall , and the mounting plate comprises a mounting plate body and a first extending part , the first extending part extends from the mounting plate body toward the second wall , and the first extending part is fixedly connected to the second wall .
An assay for detecting an analyte in a fluid sample, the assay comprising the steps of: a) binding the analyte to a first entity having an affinity to the analyte, said entity labeled with a photosensitizer or an enzyme to catalyze producing of said photosensitizer, b) adding to a mixture of said analyte and said entity a substrate for a photochemical reaction, said substrate is capable to be converted to a product of the photochemical reaction when said mixture of said entity, said analyte and said substrate is irradiated with a light at a wavelength within a light absorption spectrum of said photosensitizer, c) adding a reagent solution containing an additive described by formula wherein said additive is an ascorbic acid or a derivative thereof obtained by at least one substitution at position 2, position 3, position 5, position 6 or any combinations thereof with at least one group of atoms selected from a group consisting of an anion group of atoms, an aliphatic group of atoms not exceeding 16 carbon atoms, and an aromatic group of atoms not exceeding 16 carbon atoms, retaining its antioxidant activity; d) conducting the photochemical reaction by irradiating the mixture of step (c) with said light, and e) detecting the analyte by measuring an optical signal corresponding to the amount of the product of the photochemical reaction. a) binding the analyte to a first entity having an affinity to the analyte, said entity labeled with a photosensitizer or an enzyme to catalyze producing of said photosensitizer, b) adding to a mixture of said analyte and said entity a substrate for a photochemical reaction, said substrate is capable to be converted to a product of the photochemical reaction when said mixture of said entity, said analyte and said substrate is irradiated with a light at a wavelength within a light absorption spectrum of said photosensitizer, c) adding a reagent solution containing an additive described by formula wherein said additive is an ascorbic acid or a derivative thereof obtained by at least one substitution at position 2, position 3, position 5, position 6 or any combinations thereof with at least one group of atoms selected from a group consisting of an anion group of atoms, an aliphatic group of atoms not exceeding 16 carbon atoms, and an aromatic group of atoms not exceeding 16 carbon atoms, retaining its antioxidant activity; d) conducting the photochemical reaction by irradiating the mixture of step (c) with said light, and e) detecting the analyte by measuring an optical signal corresponding to the amount of the product of the photochemical reaction.
Ballast-plastic composite body (1; 1'; 1a, 1b) comprising ballast stones and plastic located between the ballast stones, the ballast-plastic composite body (1; 1'; 1a, 1b) having the shape of a plate, the ballast-plastic composite body being movable and/or transportable, characterized in that the ballast-plastic composite body has a width of 600 to 2700 mm, a length of 500 mm to 5000 mm and a height of 100 mm to 150 mm.
Apparatus, comprising: a carrier with circuit structures comprising a complex impedance; a measurement means configured to measure the complex impedance of the circuit structures at a first time to get a first result, and at a later second time to get a second result; a control configured to enable operation of a component or to judge whether unauthorized access to the component has taken place, in dependence on whether the first result matches the second result; wherein the control is configured to derive a cryptographic key from the second result; and wherein the control further comprises a cryptographic means configured to decrypt an encrypted program stored on the component section by section or completely with the cryptographic key; wherein the complex impedance captured by the measuring means is a two-dimensional quantity with an imaginary part unequal to zero and a real part unequal to zero, wherein the measuring means is configured to capture the real part and the imaginary part of the complex impedance of the circuit structures . a carrier with circuit structures comprising a complex impedance; a measurement means configured to measure the complex impedance of the circuit structures at a first time to get a first result, and at a later second time to get a second result; a control configured to enable operation of a component or to judge whether unauthorized access to the component has taken place, in dependence on whether the first result matches the second result; wherein the control is configured to derive a cryptographic key from the second result; and wherein the control further comprises a cryptographic means configured to decrypt an encrypted program stored on the component section by section or completely with the cryptographic key; wherein the complex impedance captured by the measuring means is a two-dimensional quantity with an imaginary part unequal to zero and a real part unequal to zero, wherein the measuring means is configured to capture the real part and the imaginary part of the complex impedance of the circuit structures .
A method of diagnosing susceptibility for a relapse for acute severe multiple sclerosis (MS) in an individual, comprising: assaying a sample obtained from the individual to determine the presence or absence of an elevated level of one or more biomarkers associated with acute severe MS relative to a healthy subject and/or the baseline of the individual; and diagnosing susceptibility for a relapse for acute severe MS in the individual based on the presence of one or more biomarkers, wherein the one or more biomarkers comprise an elevated Factor VIII clotting activity. assaying a sample obtained from the individual to determine the presence or absence of an elevated level of one or more biomarkers associated with acute severe MS relative to a healthy subject and/or the baseline of the individual; and diagnosing susceptibility for a relapse for acute severe MS in the individual based on the presence of one or more biomarkers, wherein the one or more biomarkers comprise an elevated Factor VIII clotting activity.
A subtilase variant of a parent subtilase, the variant having protease activity and at least 25% improved stability compared to a subtilase with SEQ ID NO: 2, when measured as described in the accelerated storage stability assay in Example 3 herein, wherein the subtilase variant is a polypeptide that has at least 60%, e.g., at least 65%, at least 70%, at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97% or at least 98% but less than 100% sequence identity to the polypeptide of SEQ ID NO: 2; wherein said subtilase variant comprises the substitutions X206L+X216V, wherein each position corresponds to the position of the polypeptide of SEQ ID NO: 2.
A composition, which is a lubricating oil composition suitable for an internal combustion engine and comprises: - a lubricating base oil comprising at least one mineral base oil or at least one synthetic base oil or any combination thereof, the lubricating base oil having a kinematic viscosity at 100°C of 4.0-4.5 mm 2 /s and a NOACK evaporation loss at 250°C, measured according to ASTM D5800, of ≤ 15 mass%; - 1000 to < 2000 mass ppm, in terms of calcium on the basis of the total mass of the composition, of a calcium borate-containing metallic detergent (A); and - 100-1000 mass ppm, in terms of magnesium on the basis of the total mass of the composition, of a magnesium-containing metallic detergent (B); and - optionally < 1.0 mass%, based on the total mass of the composition, of a viscosity index improver (C) comprising, based on the total mass of the component (C), ≥ 95 mass% of a poly(meth)acrylate viscosity index improver (C1) having a weight average molecular weight of ≥ 100,000. - a lubricating base oil comprising at least one mineral base oil or at least one synthetic base oil or any combination thereof, the lubricating base oil having a kinematic viscosity at 100°C of 4.0-4.5 mm 2 /s and a NOACK evaporation loss at 250°C, measured according to ASTM D5800, of ≤ 15 mass%; - 1000 to < 2000 mass ppm, in terms of calcium on the basis of the total mass of the composition, of a calcium borate-containing metallic detergent (A); and - 100-1000 mass ppm, in terms of magnesium on the basis of the total mass of the composition, of a magnesium-containing metallic detergent (B); and - optionally < 1.0 mass%, based on the total mass of the composition, of a viscosity index improver (C) comprising, based on the total mass of the component (C), ≥ 95 mass% of a poly(meth)acrylate viscosity index improver (C1) having a weight average molecular weight of ≥ 100,000.
A method for freezing fluids in pipes in either an invasive or a non-invasive way, for releasing metallic elements or for making mechanical adjustments by means of a closed circuit, of the type comprising: - a first phase comprising a cooling unit which cools a first fluid, said cooling unit is connected by means of first pipes that convey the first fluid to an accumulation tank which calculates the temperature of the first fluid, and when such first fluid reaches -30°C or less, the accumulation tank sends it to the second phase; if the determined temperature is not reached, the accumulation tank brings the fluid through second pipes back to the cooling unit and said fluid is recirculated until it reaches the predetermined temperature, - a second phase wherein, when the first fluid reaches a temperature of at least -30°C, the accumulation tank sends said first fluid through third pipes to a collector which, by means of fourth pipes said fluid freezes a second fluid that passes through the interior of a pipe , a metallic element or a mechanical adjustment by means of a closed circuit, - a third phase wherein the first fluid returns to the collector by means of fifth pipes , and - a fourth phase wherein the first fluid, having a higher temperature than the temperature provided by the exchange of the second phase, returns to the cooling unit through sixth pipes , and cools down until reaching the predetermined temperature; said first fluid comprising the following composition: - Between 55-85% water, and - Between 15-45% of a saline solution of carboxylic acids. - a first phase comprising a cooling unit which cools a first fluid, said cooling unit is connected by means of first pipes that convey the first fluid to an accumulation tank which calculates the temperature of the first fluid, and when such first fluid reaches -30°C or less, the accumulation tank sends it to the second phase; if the determined temperature is not reached, the accumulation tank brings the fluid through second pipes back to the cooling unit and said fluid is recirculated until it reaches the predetermined temperature, - a second phase wherein, when the first fluid reaches a temperature of at least -30°C, the accumulation tank sends said first fluid through third pipes to a collector which, by means of fourth pipes said fluid freezes a second fluid that passes through the interior of a pipe , a metallic element or a mechanical adjustment by means of a closed circuit, - a third phase wherein the first fluid returns to the collector by means of fifth pipes , and - a fourth phase wherein the first fluid, having a higher temperature than the temperature provided by the exchange of the second phase, returns to the cooling unit through sixth pipes , and cools down until reaching the predetermined temperature; - Between 55-85% water, and - Between 15-45% of a saline solution of carboxylic acids.
A control system for controlling one or more power conversion apparatuses (P 1 , P 2 , P N ), said control system comprising: - one or more local controllers (C 1 , C 2 , C N ), each local controller being operatively associated with a corresponding power conversion apparatus and configured to carry out low-level control functionalities related to operation of said corresponding power conversion apparatus; - a first communication network (N 1 ) including a local communication channel (C LB ) operatively coupled to said local controllers; - a second communication network (N 2 ) including a high-speed wireless communication channel (C HS ) and a communication driver (DRV) operatively coupled to said local communication channel and said high-speed wireless communication channel, said communication driver being configured to carry out communication interface functionalities between said local communication channel and said high-speed communication channel; - a remote supervisor (SV) operatively coupled to said high-speed communication channel, said remote supervisor being configured to carry out high-level control functionalities related to operation of said power conversion apparatuses; characterised in that said second communication network (N 2 ) includes one or more data injection nodes (J 1 , J 2 , J K ) operatively coupled to said high-speed communication channel (C HS ), each data injection node being configured to add additional information contents (AIE) to selected data packages (DP) travelling along said high-speed communication channel, wherein each data injection node (J 1 , J 2 , J K ) is operatively coupled to a corresponding auxiliary communication channel (AC 1 , AC 2 , AC K ) to receive said additional information contents (AIE). - one or more local controllers (C 1 , C 2 , C N ), each local controller being operatively associated with a corresponding power conversion apparatus and configured to carry out low-level control functionalities related to operation of said corresponding power conversion apparatus; - a first communication network (N 1 ) including a local communication channel (C LB ) operatively coupled to said local controllers; - a second communication network (N 2 ) including a high-speed wireless communication channel (C HS ) and a communication driver (DRV) operatively coupled to said local communication channel and said high-speed wireless communication channel, said communication driver being configured to carry out communication interface functionalities between said local communication channel and said high-speed communication channel; - a remote supervisor (SV) operatively coupled to said high-speed communication channel, said remote supervisor being configured to carry out high-level control functionalities related to operation of said power conversion apparatuses;