mhurhangee/patent-ind-claim-en huggingface dataset:
Device for quickly analysing the charge characteristic and the size distribution of particles in the form of individual samples with a measuring vessel, a piston with drive, two electrodes with amplifier for measurement and for further processing of the voltage produced between the electrodes, and also a titration unit, characterized in that a) an outer trap holder, which is removable from the housing, has an insertable measuring vessel as a disposable article and a plunger that dips into the measuring vessel in an oscillating manner and has a plunger casing, which is likewise embodied as a disposable article, wherein the measuring vessel has an RFID code and the plunger has a plunger casing with an RFID code, b) the plunger is connected by means of a coupling to a plunger lever arm that causes the stroke of movements, wherein the amplitude and the frequency of the stroke movement are adjustable separately, c) a measuring probe for the particle size and the viscosity, a pH measuring probe and a temperature sensor extend into the measuring vessel, and e) an operating means is provided, which enables operation according to the desired analysis program and the outputting of the determined analysis values in the desired form of output. a) an outer trap holder, which is removable from the housing, has an insertable measuring vessel as a disposable article and a plunger that dips into the measuring vessel in an oscillating manner and has a plunger casing, which is likewise embodied as a disposable article, wherein the measuring vessel has an RFID code and the plunger has a plunger casing with an RFID code, b) the plunger is connected by means of a coupling to a plunger lever arm that causes the stroke of movements, wherein the amplitude and the frequency of the stroke movement are adjustable separately, c) a measuring probe for the particle size and the viscosity, a pH measuring probe and a temperature sensor extend into the measuring vessel, and e) an operating means is provided, which enables operation according to the desired analysis program and the outputting of the determined analysis values in the desired form of output.
A method, in a transmitter, for transmitting binary data using an Amplitude-Shift Keying constellation of M symbols, called M-ASK constellation, divided into M/2 sets of two symbols, each set of index i comprising the i th and i th +M/2 symbols of the M-ASK constellation, where i ∈[1;M/2], and being associated with a probability p i of transmitting the first symbol of the set and a probability 1-pi of transmitting the second symbol of the set and wherein each symbol of the M-ASK constellation is associated with a binary word defined using natural labelling, said method comprising : a) obtaining (S300) m-1 bits from an equiprobable binary source where m = log 2 M ; b) selecting (S302), based on said m-1 bits, a binary source in a plurality of binary sources , each binary source of index i being associated with a probability of outputting a bit zero equal to p i ; c) obtaining (S304) one bit from the selected source; d) obtaining (S306) a symbol of the M-ASK constellation associated with the binary word formed by the m-1 bits as less significant bits and the bit obtained from the selected source as most significant bit ; e) transmitting (S308) said obtained symbol to a receiver over a communication channel. a) obtaining (S300) m-1 bits from an equiprobable binary source where m = log 2 M ; b) selecting (S302), based on said m-1 bits, a binary source in a plurality of binary sources , each binary source of index i being associated with a probability of outputting a bit zero equal to p i ; c) obtaining (S304) one bit from the selected source; d) obtaining (S306) a symbol of the M-ASK constellation associated with the binary word formed by the m-1 bits as less significant bits and the bit obtained from the selected source as most significant bit ; e) transmitting (S308) said obtained symbol to a receiver over a communication channel.
Braking resistance for a vehicle equipped with an electrodynamic braking device, characterized in that the braking resistance has at least one elongated heating cartridge , which - at its ends has cold regions without a heating element and, between the cold regions , has a hot region which, when a current flows through a heating element extending over the length of the hot region , expands thermally in the longitudinal direction of the heating cartridge , and - is held by means of a bearing arrangement, which comprises a fixed bearing and at least one floating bearing , - wherein the braking resistance has a monitoring device, which switches off the braking resistance owing to determining a maximum permissible heating cartridge temperature on the basis of a detected maximum thermal longitudinal expansion of the heating cartridge . - at its ends has cold regions without a heating element and, between the cold regions , has a hot region which, when a current flows through a heating element extending over the length of the hot region , expands thermally in the longitudinal direction of the heating cartridge , and - is held by means of a bearing arrangement, which comprises a fixed bearing and at least one floating bearing , - wherein the braking resistance has a monitoring device, which switches off the braking resistance owing to determining a maximum permissible heating cartridge temperature on the basis of a detected maximum thermal longitudinal expansion of the heating cartridge .
A gland condenser system comprising a direct contact heat exchanger , configured to collect and condensate steam coming from a steam turbine sealing system, characterized in that the direct contact heat exchanger is a cylindrical column with a vertical axis, comprising an inlet for an air and steam mix flow from the steam turbine sealing system in the lower part of the column, an inlet for cooling water at the top of the column, a condensate outlet at the bottom of the column and a residual steam and air outlet in the upper part of the column.
A process for preparing chlorinated propanes by reacting carbon tetrachloride with an olefin in the presence of an insoluble or partially soluble catalyst or catalyst precursor within a liquid reaction mixture being continuously stirred within a tank reactor, the process comprising removing the chlorinated propane product from the tank reactor from a still zone within said reactor, where said still zone is defined by three internal walls and the wall of the reactor, which provide a still-zone baffle, and where said still-zone baffle includes an opening proximate to the bottom of the reactor to thereby allow the reaction mixture to enter the still zone.
A system for monitoring intrusion anomalies on any portion of the communication network of an automotive vehicle, the system comprising: at least one electronic control unit ; and at least one security monitor arranged to detect intrusion anomalies associated with said at least one electronic control unit and to output information regarding said detected intrusion anomalies, CHARACTERIZED BY : an anomaly analyzer arranged to: accumulate said output information regarding said detected intrusion anomalies; receive at least one vehicle status signal; compare, responsive to said received at least one vehicle status signal, the accumulated output information regarding said detected intrusion anomalies with an anomaly incident list, the anomaly incident list comprising information regarding predetermined attributes of at least one anomaly incident; and responsive to a predetermined outcome of said comparison, output a predetermined incident signal. at least one electronic control unit ; and at least one security monitor arranged to detect intrusion anomalies associated with said at least one electronic control unit and to output information regarding said detected intrusion anomalies, CHARACTERIZED BY : an anomaly analyzer arranged to: accumulate said output information regarding said detected intrusion anomalies; receive at least one vehicle status signal; compare, responsive to said received at least one vehicle status signal, the accumulated output information regarding said detected intrusion anomalies with an anomaly incident list, the anomaly incident list comprising information regarding predetermined attributes of at least one anomaly incident; and responsive to a predetermined outcome of said comparison, output a predetermined incident signal. accumulate said output information regarding said detected intrusion anomalies; receive at least one vehicle status signal; compare, responsive to said received at least one vehicle status signal, the accumulated output information regarding said detected intrusion anomalies with an anomaly incident list, the anomaly incident list comprising information regarding predetermined attributes of at least one anomaly incident; and responsive to a predetermined outcome of said comparison, output a predetermined incident signal.
A method of processing a data transfer request securely over a network , the method comprising the steps of: obtaining, by a first entity, a first token associated with sensitive data received from a user ; associating the first token with a token reference and storing the token reference; sending the token reference to a second entity; requesting a second token from the second entity upon receiving a data transfer request from a third entity, wherein the second token is derived from the first token using an ad hoc logic; and processing the data transfer request using the second token ; wherein the ad hoc logic comprises splitting the first token into three parts and masking at least two of the three parts to generate the second token . obtaining, by a first entity, a first token associated with sensitive data received from a user ; associating the first token with a token reference and storing the token reference; sending the token reference to a second entity; requesting a second token from the second entity upon receiving a data transfer request from a third entity, wherein the second token is derived from the first token using an ad hoc logic; and processing the data transfer request using the second token ; wherein the ad hoc logic comprises splitting the first token into three parts and masking at least two of the three parts to generate the second token .
A method of stratifying glioblastoma multiforme (GBM), said method comprising or consisting of determining for a GBM patient all four of the expression levels of miRNAs hsa-miR-615-5p, hsa-miR-125a-5p, hsa-let-7a-5p and hsa-let-7b-5p, wherein (a) the more the expression level of hsa-miR-615-5p is increased and the more the expression levels of hsa-miR-125a-5p, hsa-let-7a-5p and hsa-let-7b-5p are decreased, the worse is the prognosis of said patient; (b) determining whether an expression level is increased or decreased is by comparison with a reference state, said reference state being the average expression levels in GBM of hsa-miR-615-5p, hsa-miR-125a-5p, hsa-let-7a-5p and hsa-let-7b-5p, respectively; and (c) diagnostic methods practised on the human or animal body as well as methods for treatment of the human or animal body by surgery are excluded. (a) the more the expression level of hsa-miR-615-5p is increased and the more the expression levels of hsa-miR-125a-5p, hsa-let-7a-5p and hsa-let-7b-5p are decreased, the worse is the prognosis of said patient; (b) determining whether an expression level is increased or decreased is by comparison with a reference state, said reference state being the average expression levels in GBM of hsa-miR-615-5p, hsa-miR-125a-5p, hsa-let-7a-5p and hsa-let-7b-5p, respectively; and (c) diagnostic methods practised on the human or animal body as well as methods for treatment of the human or animal body by surgery are excluded.
An electrical device comprising: a body comprising a thermochromic material, a composition of said thermochromic material comprising: a base polymer material; a temperature sensitive material that changes, in response to a temperature change of the body, a color of said thermochromic material from a first color at a first temperature and a second color at a second temperature, said second color differing from said first color; and a stabilizer, wherein the composition has a weight percentage of the stabilizer relative to the total weight of the composition that accommodates the stabilizer enhancing a responsiveness of the temperature sensitive material in visually attaining the second color in response to the temperature change; and a visual indicator supported by said body , said visual indicator having a color substantially matching said first color of said thermochromic material, wherein said visual indicator becomes visible when said thermochromic material changes to said second color to indicate a change in temperature of the electrical device. a base polymer material; a temperature sensitive material that changes, in response to a temperature change of the body, a color of said thermochromic material from a first color at a first temperature and a second color at a second temperature, said second color differing from said first color; and a stabilizer, wherein the composition has a weight percentage of the stabilizer relative to the total weight of the composition that accommodates the stabilizer enhancing a responsiveness of the temperature sensitive material in visually attaining the second color in response to the temperature change; and a visual indicator supported by said body , said visual indicator having a color substantially matching said first color of said thermochromic material, wherein said visual indicator becomes visible when said thermochromic material changes to said second color to indicate a change in temperature of the electrical device.
A method for protecting a building against flooding by use of a membrane connected along a first side edge to a float , the method comprising the steps of arranging the membrane in a packed configuration where the membrane is rolled about the float at a first distance 1 (X) from the building, and fixing the membrane to the ground at a start location along a second side edge , characterized by allowing water to unpack the membrane by unrolling the membrane and to move the float toward the building to thereby arrange a first portion of the membrane with a lower surface against ground in an area between the start location and the building, allowing water to raise the float a second distance along an outer surface of the building while further unpacking the membrane to thereby arrange a second portion of the membrane with the lower surface against the building, wherein the first portion forms a retention portion being retained on the ground by water on an opposite upper surface.
A method of relocation and reinitialization of a robotic device, comprising: determining a pose of the robotic device in an environment; determining whether tracking of the robotic device is lost; characterised by simultaneously relocating to determine a relocated pose of the robotic device and reinitializing to determine a reinitialized pose of the robotic device in response to failing to determine the pose of the robotic device in the environment and determining that tracking of the robotic device is lost. determining a pose of the robotic device in an environment; determining whether tracking of the robotic device is lost; characterised by simultaneously relocating to determine a relocated pose of the robotic device and reinitializing to determine a reinitialized pose of the robotic device in response to failing to determine the pose of the robotic device in the environment and determining that tracking of the robotic device is lost.
A gas turbine engine , comprising: a propulsion assembly including at least a high pressure turbine and a low pressure turbine , the turbines being situated to rotate about an engine central axis (A), operation of the propulsion assembly requiring at least one fluid including requiring a first amount of the fluid during at least a first operating condition and a second, greater amount of the fluid during at least a second operating condition; a low speed spool configured to rotate about the engine central axis (A) with the low pressure turbine ; a first pump that is operatively associated with the low speed spool such that operation of the first pump is dependent on rotation of the low speed spool , the first pump having a first fluid delivering capacity configured to correspond to at least the first amount; and a second pump having a second fluid delivering capacity configured to correspond to at least a difference between the first amount and the second amount, the first pump providing the fluid for propulsion assembly operation during the first and second operating conditions and the second pump providing the fluid for propulsion assembly operation only during the second operating condition, wherein: the fluid is a lubricant, and the second pump is inactive during the first operating condition. a propulsion assembly including at least a high pressure turbine and a low pressure turbine , the turbines being situated to rotate about an engine central axis (A), operation of the propulsion assembly requiring at least one fluid including requiring a first amount of the fluid during at least a first operating condition and a second, greater amount of the fluid during at least a second operating condition; a low speed spool configured to rotate about the engine central axis (A) with the low pressure turbine ; a first pump that is operatively associated with the low speed spool such that operation of the first pump is dependent on rotation of the low speed spool , the first pump having a first fluid delivering capacity configured to correspond to at least the first amount; and a second pump having a second fluid delivering capacity configured to correspond to at least a difference between the first amount and the second amount, the first pump providing the fluid for propulsion assembly operation during the first and second operating conditions and the second pump providing the fluid for propulsion assembly operation only during the second operating condition, wherein: the fluid is a lubricant, and the second pump is inactive during the first operating condition. the fluid is a lubricant, and the second pump is inactive during the first operating condition.
Transport device for transporting a coil , comprising - a coil transport cart having a chassis and having a coil support , which is height-adjustable relative to the chassis , - a movable fastening device having a clamping unit for pressing the coil to be transported against the coil support , wherein the clamping unit is height-adjustable relative to the coil support and is able to be at least partly inserted into a coil eye of the coil characterized in that - the fastening device is fastened to the coil support or to the chassis of the coil transport cart and - the coil support has a cut-out , into which the clamping unit can be at least partly lowered. - a coil transport cart having a chassis and having a coil support , which is height-adjustable relative to the chassis , - a movable fastening device having a clamping unit for pressing the coil to be transported against the coil support , wherein the clamping unit is height-adjustable relative to the coil support and is able to be at least partly inserted into a coil eye of the coil - the fastening device is fastened to the coil support or to the chassis of the coil transport cart and - the coil support has a cut-out , into which the clamping unit can be at least partly lowered.
A method for isolation and/or purification of nucleic acids from a nucleic acid-containing starting material, wherein the nucleic acid-containing starting material is a liquid biological sample selected from the group consisting of whole blood, serum, plasma, cerebrospinal fluid (CSF), and urine, the method comprising the steps of: (a) binding the nucleic acids to a nucleic acid binding support material by contacting the nucleic acid-containing starting material with the nucleic acid binding support in the presence of at least one chaotropic compound and at least one alcohol; and (b) optionally eluting the bound nucleic acids from the nucleic acid binding support material with an elution buffer; the method characterized in that (i) the alcohol is an alcohol having 4 or 5 carbon atoms and is present in step a) in a concentration between 17% (v/v) and 50% (v/v), and in that (ii) the at least one chaotropic compound is present in step a) in a concentration between 1.5 M and 4.5 M. (a) binding the nucleic acids to a nucleic acid binding support material by contacting the nucleic acid-containing starting material with the nucleic acid binding support in the presence of at least one chaotropic compound and at least one alcohol; and (b) optionally eluting the bound nucleic acids from the nucleic acid binding support material with an elution buffer; (i) the alcohol is an alcohol having 4 or 5 carbon atoms and is present in step a) in a concentration between 17% (v/v) and 50% (v/v), and in that (ii) the at least one chaotropic compound is present in step a) in a concentration between 1.5 M and 4.5 M.
Luminaire , comprising: • a trough-shaped luminaire housing comprising a housing base and a housing wall which laterally surrounds the housing base and which, together with the housing base , delimits a luminaire space, • an electrical and/or electronic luminaire component , wherein the housing base has a planar region for the planar accommodation of the electrical and/or electronic luminaire component and wherein one or more through openings are formed in the housing base , • a holding element which is fastened to the luminaire housing and holds a cover which, together with the accommodating region , forms a closed space (A, B) in which the luminaire component is arranged, wherein the holding element comprises one or more through openings which are aligned with the through openings of the housing base . • a trough-shaped luminaire housing comprising a housing base and a housing wall which laterally surrounds the housing base and which, together with the housing base , delimits a luminaire space, • an electrical and/or electronic luminaire component , wherein the housing base has a planar region for the planar accommodation of the electrical and/or electronic luminaire component and wherein one or more through openings are formed in the housing base , • a holding element which is fastened to the luminaire housing and holds a cover which, together with the accommodating region , forms a closed space (A, B) in which the luminaire component is arranged,