mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine for power plants comprising a plurality of components and a strip seal for sealing portions of adjacent components of the gas turbine, each component comprising a first portion facing low pressure medium, a second portion facing high pressure medium, and a edge face defining a joining face between adjoining components; each edge face of each component having a grooved recess complimentary to the grooved recess of adjacently fitted component; the strip seal is received in the grooved recesses of each adjacent component at the same time, such that the received strip seal extends between both components, the strip seal comprising: a sealing face , the sealing face is configured to follow the contours of the grooved recess towards the first portions of the components; and a pressure face , the pressure face is having a sinusoidal curvilinear shape with respect to the sealing face , the pressure face is configured to prevent localized movement of the strip seal; wherein the pressure face on its first side is configured to contact the sealing face at a plurality of points, and the pressure face on its second side is configured to contact the grooved recess towards the second portions of the components at a plurality of points; wherein a side of the sealing face is arranged to contact the first portions of the components, and wherein a lengthwise section of the side of the sealing face is planar; characterised in that the pressure face is sealed to the sealing face at distal ends of the strip seal and in that the sinusoidal shape of the pressure face of the strip seal is configured to be resilient to fatigue failure and induced resonance depending on either measurements or calculations done based on a frequency that the strip seal is expected to be exposed . a sealing face , the sealing face is configured to follow the contours of the grooved recess towards the first portions of the components; and a pressure face , the pressure face is having a sinusoidal curvilinear shape with respect to the sealing face , the pressure face is configured to prevent localized movement of the strip seal; wherein the pressure face on its first side is configured to contact the sealing face at a plurality of points, and the pressure face on its second side is configured to contact the grooved recess towards the second portions of the components at a plurality of points; wherein a side of the sealing face is arranged to contact the first portions of the components, and wherein a lengthwise section of the side of the sealing face is planar; characterised in that the pressure face is sealed to the sealing face at distal ends of the strip seal and in that the sinusoidal shape of the pressure face of the strip seal is configured to be resilient to fatigue failure and induced resonance depending on either measurements or calculations done based on a frequency that the strip seal is expected to be exposed .
A method, comprising: transferring a fluid sample from the gastrointestinal (GI) tract or from the reproductive tract of a subject into a first dilution chamber of a device in vivo ; and combining the fluid sample and a first dilution fluid in the first dilution chamber to produce a first diluted sample, the first dilution fluid comprising a preservative, the preservative being a bacteriostatic compound. transferring a fluid sample from the gastrointestinal (GI) tract or from the reproductive tract of a subject into a first dilution chamber of a device in vivo ; and combining the fluid sample and a first dilution fluid in the first dilution chamber to produce a first diluted sample, the first dilution fluid comprising a preservative, the preservative being a bacteriostatic compound.
Sensor arrangement for determining an angular position of a rotor relative to a stator , the sensor arrangement comprising two components, namely a magnet and a sensor , wherein the components are arranged to be rotatable to each other about an axis of rotation (A), wherein the sensor comprises a first and a second sensor pair , each having a first and a second sensor element , wherein each of the sensor elements is configured to determine a magnetic field component in precisely one pre-defined direction and each of the sensor elements accordingly outputs a measured value which is proportional to the magnetic field component in this direction, wherein the sensor arrangement comprises an arithmetic unit for determining the angular position and configured to obtain those measured values from the sensor elements which are each proportional to the magnetic field component in the pre-defined direction of the magnetic field present at the respective sensor element , wherein each sensor pair has assigned to it a straight line along which the two sensor elements are located and which intersects the axis of rotation (A), wherein the first sensor element has a smaller radial distance from the axis of rotation (A) than the second sensor element and both sensor elements are located on the same radial side of the axis of rotation (A), wherein the straight line assigned to the first sensor pair is spaced from the straight line assigned to the second sensor pair by an angle of rotation ( β ), wherein the arithmetic unit is configured to form a first differential value by subtracting a measured value obtained from the first sensor element of the first sensor pair from a measured value obtained from the second sensor element of the first sensor pair and to form a second differential value by subtracting a measured value obtained from the first sensor element of the second sensor pair from a measured value obtained from the second sensor element of the second sensor pair to eliminate an interference from an external magnetic field, and to determine the angular position of the rotor relative to the stator based on the ratio of the differential values.
A waste packaging device comprising a. a dispensing apparatus where a plastic film, comprising at least a layer of at least 50% per weight polyethylene homopolymer and/or copolymer, wherein the weight/surface ratio is less than 20 grams per square meter, is stored b. a bin wherein a fusion seal apparatus is located, wherein c. the fusion seal apparatus comprises a battery with a maximum voltage of equal or less than 20V. a. a dispensing apparatus where a plastic film, comprising at least a layer of at least 50% per weight polyethylene homopolymer and/or copolymer, wherein the weight/surface ratio is less than 20 grams per square meter, is stored b. a bin wherein a fusion seal apparatus is located, wherein c. the fusion seal apparatus comprises a battery with a maximum voltage of equal or less than 20V.
A bladder urodynamic measurement apparatus , comprising: a urinary catheter including a catheter main body , a urine discharge part provided at an end portion of the catheter main body, and a branch part branching from the urine discharge part , a pressure sensor provided at the branch part of the urinary catheter and configured to measure a value of pressure that is applied within the urinary catheter by urine in a bladder; a recording device configured to record a pressure value measured by the pressure sensor ; characterised in that the apparatus includes an acceleration sensor , and the recording device is configured to determine a data area of an acceleration at a time of a variation range of the acceleration detected by the acceleration sensor being within a predetermined value, and extract a pressure value that is measured at least partially at a same time as the data area. a urinary catheter including a catheter main body , a urine discharge part provided at an end portion of the catheter main body, and a branch part branching from the urine discharge part , a pressure sensor provided at the branch part of the urinary catheter and configured to measure a value of pressure that is applied within the urinary catheter by urine in a bladder; a recording device configured to record a pressure value measured by the pressure sensor ; characterised in that the apparatus includes an acceleration sensor , and the recording device is configured to determine a data area of an acceleration at a time of a variation range of the acceleration detected by the acceleration sensor being within a predetermined value, and extract a pressure value that is measured at least partially at a same time as the data area.
A laser diode driver for high current pulser operation, comprising: a u-channel shaped member having a bottom surface, and made of metal or other suitable material that provides mechanical rigidity, low electrical impedance, and high thermal conductivity; a printed circuit board including a plurality of capacitors , wherein each of the plurality of capacitors has a mounting surface mounted to the printed circuit board and an opposing heat transfer surface mounted to, thermally coupled to, and electrically grounded to the bottom surface of the u-channel shaped member; an output cable coupled to the printed circuit board; a return cable coupled to the printed circuit board; a control transistor (Q1) disposed inside the u-channel shaped member; and a current sensing resistor (R1) disposed inside the u-channel shaped member; and a lid attached to the u-channel shaped member and opposing the bottom surface of the u-channel shaped member. a u-channel shaped member having a bottom surface, and made of metal or other suitable material that provides mechanical rigidity, low electrical impedance, and high thermal conductivity; a printed circuit board including a plurality of capacitors , wherein each of the plurality of capacitors has a mounting surface mounted to the printed circuit board and an opposing heat transfer surface mounted to, thermally coupled to, and electrically grounded to the bottom surface of the u-channel shaped member; an output cable coupled to the printed circuit board; a return cable coupled to the printed circuit board; a control transistor (Q1) disposed inside the u-channel shaped member; and a current sensing resistor (R1) disposed inside the u-channel shaped member; and a lid attached to the u-channel shaped member and opposing the bottom surface of the u-channel shaped member.
A communication device for handling a radio resource control, RRC, connection, comprising: at least one storage device ; and at least one processing circuit , coupled to the at least one storage device , wherein the at least one storage device stores , and the at least one processing circuit is configured to execute instructions of: communicating with a base station, BS, in a first bandwidth part, BWP, at a first carrier; receiving a RRC Connection Release message from the BS, wherein the RRC Connection Release message configures the communication device to enter an IDLE state or an INACTIVE state; and camping on a second BWP at the first carrier; characterized in that the communication device is configured to determine to select the second BWP at the first carrier instead of the first BWP at the first carrier, when a synchronization signal block, SSB, and an essential system information block, SIB, are broadcast in the second BWP at the first carrier and no essential SIB or no SSB is broadcast in the first BWP at the first carrier. at least one storage device ; and at least one processing circuit , coupled to the at least one storage device , wherein the at least one storage device stores , and the at least one processing circuit is configured to execute instructions of: communicating with a base station, BS, in a first bandwidth part, BWP, at a first carrier; receiving a RRC Connection Release message from the BS, wherein the RRC Connection Release message configures the communication device to enter an IDLE state or an INACTIVE state; and camping on a second BWP at the first carrier; communicating with a base station, BS, in a first bandwidth part, BWP, at a first carrier; receiving a RRC Connection Release message from the BS, wherein the RRC Connection Release message configures the communication device to enter an IDLE state or an INACTIVE state; and camping on a second BWP at the first carrier; characterized in that the communication device is configured to determine to select the second BWP at the first carrier instead of the first BWP at the first carrier, when a synchronization signal block, SSB, and an essential system information block, SIB, are broadcast in the second BWP at the first carrier and no essential SIB or no SSB is broadcast in the first BWP at the first carrier.
Mechatronic module having a hybrid circuit arrangement which is designed as a main interrupter of a circuit breaker, the hybrid circuit arrangement having at least one interrupter , which interrupter comprises at least one first mechanical switch and at least one first semiconductor circuit arrangement , the hybrid circuit arrangement being arranged on a first surface of a ceramic substrate , a second surface of the ceramic substrate lying opposite the first surface being connected to a metal plate , a housing shell being attached to the metal plate , said housing shell enclosing the ceramic substrate and the hybrid circuit arrangement , the metal plate and the housing shell forming a housing of the mechatronic module , gaps within the housing being filled, at least in regions, with a potting compound, characterized in that the first mechanical switch is designed as a bypass switch which is arranged in parallel to the first semiconductor circuit arrangement in terms of circuitry, the first switch is arranged on the ceramic substrate in the region of a center of the ceramic substrate , a predeterminable number of electrically conductive mounting blocks are arranged on the ceramic substrate , and the first mechanical switch is attached to the mounting blocks .
A method of coordinating control commands in a medical device system comprising a medical device that delivers therapy to a patient, and a wireless controller device for the medical device, the method comprising: obtaining a user input at the wireless controller device, the user input corresponding to a request to initiate a command that influences therapy delivered by the medical device; in response to the user input, checking a synchronization status between the wireless controller device and the medical device; and transmitting, to the medical device, a control message for the command only when the checking step confirms that the wireless controller device is synchronized with the medical device. obtaining a user input at the wireless controller device, the user input corresponding to a request to initiate a command that influences therapy delivered by the medical device; in response to the user input, checking a synchronization status between the wireless controller device and the medical device; and transmitting, to the medical device, a control message for the command only when the checking step confirms that the wireless controller device is synchronized with the medical device.
An outdoor unit of an air conditioner, which comprises a barrier partitioning the inside of the outdoor unit into a heat exchange chamber and a machine room , a blowing fan disposed in the heat exchange chamber to allow heat exchange chamber-side air to forcibly flow, an outdoor heat exchanger disposed in the heat exchange chamber , the outdoor heat exchanger being heat-exchanged with the air flowing by the blowing fan , a control box disposed on the machine room-side barrier to control an operation of the outdoor unit and a printed circuit board (PCB) is disposed inside the control box , characterized in that the outdoor unit further comprises inflow and discharge passages defined by coupling the barrier to the control box to provide an air flow path by the heat exchange chamber and control box which communicate with each other, and the discharge passage is disposed at a position that is more adjacent to the blowing fan than the inflow passage, the barrier comprises a left part , a right part and a central part inclinedly disposed between the left part and the right part , the control box includes a base plate fixed to the barrier , the base plate having a central surface corresponding to the central part of the barrier and left and right surfaces corresponding to the left and right parts of the barrier , the inflow passage includes a barrier inflow hole provided at the right part and through which the air within the heat exchange chamber is introduced and a base inflow hole provided at the right surface and through which the air passing through the barrier inflow hole is introduced into the control box , the discharge passage includes a base discharge hole provided at the left surface and through which the air within the control box is discharged and a barrier discharge hole provided at the left part and through which the air passing through the base discharge hole is discharged towards the heat exchange chamber , and the PCB is disposed between the inflow passage and the discharge passage in a direction crossing a direction, in which the inflow passage and the discharge passage are opened.
Hot drinking water generating facility with at least one building room, with at least one outlet fitting such as a water tap and/or shower head and with a hot drinking water generating unit for installing/arranging in the building room and for generating hot drinking water with a hot drinking water storage tank for storing and dispensing hot drinking water, in particular service water, to the outlet fitting , wherein at least one drinking water heat exchanger device is provided for heating the drinking water of the hot drinking water storage tank , wherein at least the hot drinking water storage tank and the drinking water heat exchanger device are arranged within a housing and/or a casing , wherein at least on the housing and/or the casing at least one building room heating surface is provided for heating the building room , wherein the housing and/or the casing comprises at least one air inflow opening for the inflow of room air of the building room and at least one air outflow opening for the outflow of room air into the building room , wherein the hot drinking water generating unit is designed as a space heating element of the building room/living room , wherein at least one cooling unit is provided for cooling a cooling surface , wherein the building room heating surface is designed as the cooling surface of the cooling unit and wherein the building room is designed as a living room , so that the hot drinking water generating unit is installed/arranged in the living room , and wherein the outlet fitting is arranged in a kitchen room and/or bath/washroom and/or toilet room .
An armature comprising: a core having m teeth (T1∼T6), m being an even number, radially formed with a rotation axis as a center; and a plurality of coils (C1∼C3, C1'∼C3') where each coil is wound around each set of teeth containing at least two teeth, wherein the plurality of coils (C1∼C3, C1'∼C3') are such that the plurality of coils (C1∼C3, C1'∼C3') have a pair of coils (C1∼C3, C1'∼C3') and are so arranged as to be line-symmetrical with respect to a line passing through centers of the pair of coils (C1∼C3, C1'∼C3'), characterised in that the armature comprises a commutator having m/2 segments and in that the plurality of coils are such that two coils (C1 and C3', C2 and C2', C3 and C1') are connected in parallel with each other in between a pair of segments (122b and 122c, 122a and 122b, 122c and 122a). a core having m teeth (T1∼T6), m being an even number, radially formed with a rotation axis as a center; and a plurality of coils (C1∼C3, C1'∼C3') where each coil is wound around each set of teeth containing at least two teeth, wherein the plurality of coils (C1∼C3, C1'∼C3') are such that the plurality of coils (C1∼C3, C1'∼C3') have a pair of coils (C1∼C3, C1'∼C3') and are so arranged as to be line-symmetrical with respect to a line passing through centers of the pair of coils (C1∼C3, C1'∼C3'), characterised in that the armature comprises a commutator having m/2 segments and in that the plurality of coils are such that two coils (C1 and C3', C2 and C2', C3 and C1') are connected in parallel with each other in between a pair of segments (122b and 122c, 122a and 122b, 122c and 122a).
A method for determining the presence of microorganisms in a subject comprising: (a) sequencing nucleic acids present in a biological sample obtained from the subject to obtain a plurality of nucleic acid sequence reads; (b) comparing sequence reads obtained in step (a) with one or more databases comprising the genetic information from a control subject of the same species and the genetic information from a plurality of microorganisms to determine whether or not a compared sequence read maps to a species comprised within the one or more databases; (c) determining over time the number of compared sequence reads mapping to a particular microorganism and the number of compared sequence reads mapping to a species; and (d) computing a significance score over time for the probability of finding in the subject a compared sequence read mapping to the particular microorganism based on the number of compared sequence reads mapping to the particular microorganism and the number of compared sequence reads mapping to a species, wherein when the significance score for the particular microorganism meets or exceeds a threshold value, the particular microorganism is determined to be present in the subject. (a) sequencing nucleic acids present in a biological sample obtained from the subject to obtain a plurality of nucleic acid sequence reads; (b) comparing sequence reads obtained in step (a) with one or more databases comprising the genetic information from a control subject of the same species and the genetic information from a plurality of microorganisms to determine whether or not a compared sequence read maps to a species comprised within the one or more databases; (c) determining over time the number of compared sequence reads mapping to a particular microorganism and the number of compared sequence reads mapping to a species; and (d) computing a significance score over time for the probability of finding in the subject a compared sequence read mapping to the particular microorganism based on the number of compared sequence reads mapping to the particular microorganism and the number of compared sequence reads mapping to a species, wherein when the significance score for the particular microorganism meets or exceeds a threshold value, the particular microorganism is determined to be present in the subject.