mhurhangee/patent-ind-claim-en huggingface dataset:
System for analyzing a patient by means of a trans-cutaneous sensor, having a basis unit for mounting on the patient, an injector which can be releasably connected to the basis unit for the trans-cutaneous introduction of the sensor into the patient and a detection unit which can be releasably connected to the basis unit for generating measurement data by means of the sensor, wherein the basis unit has a holding device which is designed to interact with the injector and detection unit such that in a detection configuration, when the detection unit is arranged at the basis unit , a pressing force at the sensor is formed by means of the holding device for friction-fitting fixing, and in an injection configuration, when the injector is arranged at the basis unit a lower pressing force at the sensor than in the detection configuration is formed by means of the holding device , wherein the holding apparatus has at least one lever element which is arranged and configured such that the lever element is movable in the direction of the sensor by applying the detection unit , characterised in that the holding device has an elastic mass which is configured to be penetrated by the sensor and that the lever element rests indirectly on the sensor , in order to transmit the pressing force onto the sensor via the elastic mass . an injector which can be releasably connected to the basis unit for the trans-cutaneous introduction of the sensor into the patient and a detection unit which can be releasably connected to the basis unit for generating measurement data by means of the sensor, wherein the basis unit has a holding device which is designed to interact with the injector and detection unit such that in a detection configuration, when the detection unit is arranged at the basis unit , a pressing force at the sensor is formed by means of the holding device for friction-fitting fixing, and in an injection configuration, when the injector is arranged at the basis unit a lower pressing force at the sensor than in the detection configuration is formed by means of the holding device , wherein the holding apparatus has at least one lever element which is arranged and configured such that the lever element is movable in the direction of the sensor by applying the detection unit , characterised in that the holding device has an elastic mass which is configured to be penetrated by the sensor and that the lever element rests indirectly on the sensor , in order to transmit the pressing force onto the sensor via the elastic mass .
A method for controlling a laundry machine, comprising: a first rotation comprising rotating a stationary drum in a first direction by a predetermined rotation angle within 180 degrees; and a second rotation comprising rotating the drum , in a second direction opposite to the first direction, at least one revolution, characterized in that the predetermined rotation angle of the drum in the first rotation changes according to a quantity of laundry (m) input into the drum , and the sensing of the quantity of laundry (m) is carried out by determining a frequency with which current applied to a motor , which drives the drum , rises to a current limit, namely a current limit frequency, during the first rotation of the drum . a first rotation comprising rotating a stationary drum in a first direction by a predetermined rotation angle within 180 degrees; and a second rotation comprising rotating the drum , in a second direction opposite to the first direction, at least one revolution, characterized in that the predetermined rotation angle of the drum in the first rotation changes according to a quantity of laundry (m) input into the drum , and the sensing of the quantity of laundry (m) is carried out by determining a frequency with which current applied to a motor , which drives the drum , rises to a current limit, namely a current limit frequency, during the first rotation of the drum .
An organic light-emitting display device comprising: a board including an active area (A/A) and an inactive area (I/A) in the vicinity of the active area (A/A); a dielectric layer that is disposed over the board ; a pad (PAD) which is disposed in the inactive area (I/A) and into which a signal or power is input; a conductive line which is disposed on the dielectric layer and is connected to the pad (PAD) and along which power is thus transferred to the active area (A/A); a bump pattern that is disposed underneath the dielectric layer , wherein the bump pattern includes a positive taper that is inclined toward the direction of the conductive line , and both sides of the conductive line include an inclined surface, wherein the conductive line comprises a first portion (308'a) and respective second portions (308'b) on both sides of the first portion (308'a), the second portions (308'b) end at the sides of the conductive line and the more an end of a respective second portion (308'b) is approached, the more a distance thereof from the board increases, wherein each of the second portions (308'b) of the conductive line is curved at a predetermined angle toward the upward direction. a board including an active area (A/A) and an inactive area (I/A) in the vicinity of the active area (A/A); a dielectric layer that is disposed over the board ; a pad (PAD) which is disposed in the inactive area (I/A) and into which a signal or power is input; a conductive line which is disposed on the dielectric layer and is connected to the pad (PAD) and along which power is thus transferred to the active area (A/A); a bump pattern that is disposed underneath the dielectric layer , wherein the bump pattern includes a positive taper that is inclined toward the direction of the conductive line , and both sides of the conductive line include an inclined surface, wherein the conductive line comprises a first portion (308'a) and respective second portions (308'b) on both sides of the first portion (308'a), the second portions (308'b) end at the sides of the conductive line and the more an end of a respective second portion (308'b) is approached, the more a distance thereof from the board increases, wherein each of the second portions (308'b) of the conductive line is curved at a predetermined angle toward the upward direction.
An out-of-order processor , OOP-based device , comprising an execution pipeline comprising a decode stage and a dispatch stage , wherein: the decode stage of the execution pipeline is configured to: receive an instruction block ; extract a proxy value indicating an approximate predicted count of one or more instructions within the instruction block that will consume a system resource; and increment a running count by the proxy value; and the dispatch stage of the execution pipeline is configured to: prior to dispatching one or more instruction blocks younger than the instruction block, determine whether the running count exceeds a resource usage threshold ; and responsive to determining that the running count exceeds the resource usage threshold, block dispatching of the one or more instruction blocks younger than the instruction block until the running count no longer exceeds the resource usage threshold; and wherein the decode stage of the execution pipeline is further configured to: receive a resource overflow flush indication during execution of a looped code segment; and responsive to receiving the resource overflow flush indication, dynamically reduce the resource usage threshold. the decode stage of the execution pipeline is configured to: receive an instruction block ; extract a proxy value indicating an approximate predicted count of one or more instructions within the instruction block that will consume a system resource; and increment a running count by the proxy value; and receive an instruction block ; extract a proxy value indicating an approximate predicted count of one or more instructions within the instruction block that will consume a system resource; and increment a running count by the proxy value; and the dispatch stage of the execution pipeline is configured to: prior to dispatching one or more instruction blocks younger than the instruction block, determine whether the running count exceeds a resource usage threshold ; and responsive to determining that the running count exceeds the resource usage threshold, block dispatching of the one or more instruction blocks younger than the instruction block until the running count no longer exceeds the resource usage threshold; and prior to dispatching one or more instruction blocks younger than the instruction block, determine whether the running count exceeds a resource usage threshold ; and responsive to determining that the running count exceeds the resource usage threshold, block dispatching of the one or more instruction blocks younger than the instruction block until the running count no longer exceeds the resource usage threshold; and wherein the decode stage of the execution pipeline is further configured to: receive a resource overflow flush indication during execution of a looped code segment; and responsive to receiving the resource overflow flush indication, dynamically reduce the resource usage threshold. receive a resource overflow flush indication during execution of a looped code segment; and responsive to receiving the resource overflow flush indication, dynamically reduce the resource usage threshold.
Piezoelectric actuator component , comprising: - a layer stack of piezoelectric ceramic layers and electrode layers , which are stacked alternately one on top of the other along a longitudinal axis , the layer stack having a number of side faces (20a - d) extending parallel to the longitudinal axis ; - a passivation layer on at least one of the side faces (20a - d), for the electrical insulation of every second electrode layer arranged along the longitudinal axis ; - a contacting layer on the at least one side face (20a - d), for the electrical contacting of every second electrode layer that is not electrically insulated by the passivation layer ; the passivation layer on each of the electrically insulated electrode layers being covered at least in certain regions by the contacting layer , - the contacting layer being formed by a sinter silver , and the passivation layer being formed by a passivation layer material , to be specific by a completely imidized polyimide , which is thermally stable at the sintering temperature of the sinter silver . - a layer stack of piezoelectric ceramic layers and electrode layers , which are stacked alternately one on top of the other along a longitudinal axis , the layer stack having a number of side faces (20a - d) extending parallel to the longitudinal axis ; - a passivation layer on at least one of the side faces (20a - d), for the electrical insulation of every second electrode layer arranged along the longitudinal axis ; - a contacting layer on the at least one side face (20a - d), for the electrical contacting of every second electrode layer that is not electrically insulated by the passivation layer ; - the contacting layer being formed by a sinter silver , and the passivation layer being formed by a passivation layer material , to be specific by a completely imidized polyimide , which is thermally stable at the sintering temperature of the sinter silver .
An electronic lock for securing a door or access panel, the electronic lock comprising: a housing ; a plunger that is mounted for movement relative to the housing , wherein the plunger is movable between a first position corresponding to a latched state of the electronic lock and a second position corresponding to an unlatched state of the electronic lock ; a rotator that is coupled to the plunger and mounted for rotation relative to the housing between a first rotational position and a second rotational position, wherein in the first rotational position of the rotator corresponding to a locked state of the electronic lock , the plunger is prevented from moving from the first position to the second position, and, in the second rotational position of the rotator corresponding to an unlocked state of the electronic lock, the plunger is permitted to move from the first position to the second position for unlatching the door or access panel; a motor having an output shaft that is mounted in the housing and configured to rotate the rotator between the first rotational position and the second rotational position; and a spring that is directly or indirectly coupled to the shaft of the motor and configured to resist the movement of the output shaft and the rotator between the first rotational position and the second rotational position, characterised in that the spring is configured to resist movement of the output shaft as the output shaft moves the rotator (i) from the first rotational position of the rotator corresponding to the locked state of the electronic lock toward the second rotational position of the rotator corresponding to the unlocked state of the electronic lock, and (ii) from the second rotational position of the rotator corresponding to the unlocked state of the electronic lock toward the first rotational position of the rotator corresponding to the locked state of the electronic lock . a housing ; a plunger that is mounted for movement relative to the housing , wherein the plunger is movable between a first position corresponding to a latched state of the electronic lock and a second position corresponding to an unlatched state of the electronic lock ; a rotator that is coupled to the plunger and mounted for rotation relative to the housing between a first rotational position and a second rotational position, wherein in the first rotational position of the rotator corresponding to a locked state of the electronic lock , the plunger is prevented from moving from the first position to the second position, and, in the second rotational position of the rotator corresponding to an unlocked state of the electronic lock, the plunger is permitted to move from the first position to the second position for unlatching the door or access panel; a motor having an output shaft that is mounted in the housing and configured to rotate the rotator between the first rotational position and the second rotational position; and a spring that is directly or indirectly coupled to the shaft of the motor and configured to resist the movement of the output shaft and the rotator between the first rotational position and the second rotational position,
A horizontal pipe extraction apparatus comprising: a housing , said housing having a first end and a second end opposite said first end, said second end fixable to a pipe to be extracted; a striker plate disposed on said first end of said housing a percussive hammer supported by said housing in alignment with said striker plate, said hammer longitudinally displaceable relative to said housing; a tension helmet disposed over said first end for slidable displacement relative to said housing; one or more tensile elements connecting said hammer to said tension helmet and a resilient shock absorber disposed between and connected to said tension helmet and said first end; wherein said tensile elements urge said hammer against said striker plate when said shock absorber is in a rest configuration. a housing , said housing having a first end and a second end opposite said first end, said second end fixable to a pipe to be extracted; a striker plate disposed on said first end of said housing a percussive hammer supported by said housing in alignment with said striker plate, said hammer longitudinally displaceable relative to said housing; a tension helmet disposed over said first end for slidable displacement relative to said housing; one or more tensile elements connecting said hammer to said tension helmet and a resilient shock absorber disposed between and connected to said tension helmet and said first end; wherein said tensile elements urge said hammer against said striker plate when said shock absorber is in a rest configuration.
A composite material comprising a macroporous silicate-based material, 30 to 70 wt% of the macroporous silicate-based material having a microporous zeolite-containing structure, wherein the microporous zeolite is functionalised with either copper, iron or both copper and iron, and wherein the composite material is in the form of particles, wherein the microporous zeolite is a small pore zeolite containing a maximum ring size of eight tetrahedral atoms, wherein the macroporous silicate-based material comprises diatomaceous earth.
Process for producing 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), comprising the steps of: i) providing: • a stream A1 comprising HF, • a stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene, and • a reactor containing a liquid phase, ii) in said reactor, contacting, in said liquid phase and in the absence of a catalyst, said stream A1 comprising HF with said stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene under conditions which are sufficient to produce a stream C comprising 1-chloro-3,3,3-trifluoropropene, HF and HCl, iii) recovering said stream C, characterized in that said reactor is provided with means for stirring said liquid phase such that, during the implementation of step ii), the temperature of said liquid phase varies by a maximum of 2°C. i) providing: • a stream A1 comprising HF, • a stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene, and • a reactor containing a liquid phase, • a stream A1 comprising HF, • a stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene, and • a reactor containing a liquid phase, ii) in said reactor, contacting, in said liquid phase and in the absence of a catalyst, said stream A1 comprising HF with said stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene under conditions which are sufficient to produce a stream C comprising 1-chloro-3,3,3-trifluoropropene, HF and HCl, iii) recovering said stream C,
A system for detecting an analyte in a bodily fluid collected from a subject, comprising: a) an external device; b) a fluidic device , said fluidic device comprising: an identifier to provide an identity of the fluidic device adapted to trigger transmission of a protocol from the external device, a sample collection unit , and an assay assembly for a sample of bodily fluid from the sample collection unit to react with reactants contained within said assay assembly to yield a signal indicative of the presence of said analyte; c) a reader assembly comprising: a detection assembly for detecting said signal, actuating elements to direct flow of fluid through the fluidic device, and a controller to control the actuating elements on the basis of instructions to control the actuating elements to direct flow of fluid through the fluidic device; and d) a communication assembly for: receiving the protocol from the external device, the protocol dependent on the identity of the fluidic device and comprising the instructions to control the actuating elements to direct flow of fluid through the fluidic device, and transmitting said signal to said external device. a) an external device; b) a fluidic device , said fluidic device comprising: an identifier to provide an identity of the fluidic device adapted to trigger transmission of a protocol from the external device, a sample collection unit , and an assay assembly for a sample of bodily fluid from the sample collection unit to react with reactants contained within said assay assembly to yield a signal indicative of the presence of said analyte; an identifier to provide an identity of the fluidic device adapted to trigger transmission of a protocol from the external device, a sample collection unit , and an assay assembly for a sample of bodily fluid from the sample collection unit to react with reactants contained within said assay assembly to yield a signal indicative of the presence of said analyte; c) a reader assembly comprising: a detection assembly for detecting said signal, actuating elements to direct flow of fluid through the fluidic device, and a controller to control the actuating elements on the basis of instructions to control the actuating elements to direct flow of fluid through the fluidic device; and a detection assembly for detecting said signal, actuating elements to direct flow of fluid through the fluidic device, and a controller to control the actuating elements on the basis of instructions to control the actuating elements to direct flow of fluid through the fluidic device; and d) a communication assembly for: receiving the protocol from the external device, the protocol dependent on the identity of the fluidic device and comprising the instructions to control the actuating elements to direct flow of fluid through the fluidic device, and transmitting said signal to said external device. receiving the protocol from the external device, the protocol dependent on the identity of the fluidic device and comprising the instructions to control the actuating elements to direct flow of fluid through the fluidic device, and transmitting said signal to said external device.
A method for transmitting an encrypted message at a transmission device , the method comprising: if a first user input to run a message application is detected, displaying a keyboard supporting a security mode; detecting a second user input to select the security mode; switching to the security mode in response to the second user input, detecting a third user input for a message; if a writing completion instruction of the message is detected on the keyboard, generating an encrypted message including a pattern mapped to decryption software by encrypting the message, wherein the pattern mapped to the decryption software is used for identification of the decryption software that is used to decrypt the encrypted message; displaying the encrypted message; and transmitting , to a reception device , the encrypted message. if a first user input to run a message application is detected, displaying a keyboard supporting a security mode; detecting a second user input to select the security mode; switching to the security mode in response to the second user input, detecting a third user input for a message; if a writing completion instruction of the message is detected on the keyboard, generating an encrypted message including a pattern mapped to decryption software by encrypting the message, wherein the pattern mapped to the decryption software is used for identification of the decryption software that is used to decrypt the encrypted message; displaying the encrypted message; and transmitting , to a reception device , the encrypted message.
A polypeptide for use in a method of treating anemia in a subject in need thereof, the method comprising administering to the subject a polypeptide comprising an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-109 of SEQ ID NO: 1, wherein the polypeptide comprises a glutamic acid or an aspartic acid at the position corresponding to position 79 of SEQ ID NO: 1, wherein the polypeptide binds to GDF11 and/or myostatin, wherein the polypeptide is administered parenterally.