mhurhangee/ep-ind-claims huggingface dataset:
A support system for a core gas path component of a gas turbine engine having an engine axis, the support system comprising: a support arc segment piece defining a first radial side and a second radial side, an axially forward side and an axially aft side, and a first circumferential mate face side and a second circumferential mate face side, the first radial side having a radially open socket configured to engage a mating component and transmit loads from the mating component, the radially open socket being elongated in an axial direction relative to the engine axis with respect to the axially forward side and the axially aft side, the support arc segment piece having a radial reaction surface and an axial reaction surface configured, respectively, to transmit radial and axial components of the loads from the mating component, wherein the first radial side includes a seal slot that has a circumferential leg and axial legs, one of the axial legs being between the first circumferential mate face side and the radially open socket and the other axial leg being between the second circumferential mate face side and the radially open socket.
An analysis chip for analysis using principle of surface plasmon resonance, comprising: a test reagent retention member; and a sensing member, wherein the test reagent retention member comprises: a housing part in which the sensing member is housed; and an engaging part which engages with the sensing member in the housing part, and the enganging part includes inner walls, supports and hooks, wherein the sensing member comprises a channel member and a prism member characterised in that, the sensing member is housed in the housing part by means of the engaging part with a certain movable area between the sensing member and the housing part, wherein a movable area Sk in a width direction between the inner walls and the channel member satisfies a condition of expression 0.01 mm ≤ Sk ≤ 0.58 mm and a movable area Tk in a height direction between the hooks and the channel member satisfies a condition of expression 0.01 mm ≤ Tk ≤ 1 mm and the engaging distance A between the hooks and the channel member satisfies a condition of expression 0.12 mm ≤ A ≤ 0.7 mm a test reagent retention member; and a sensing member, wherein the test reagent retention member comprises: a housing part in which the sensing member is housed; and an engaging part which engages with the sensing member in the housing part, and the enganging part includes inner walls, supports and hooks, a housing part in which the sensing member is housed; and an engaging part which engages with the sensing member in the housing part, and the enganging part includes inner walls, supports and hooks, wherein the sensing member comprises a channel member and a prism member characterised in that, the sensing member is housed in the housing part by means of the engaging part with a certain movable area between the sensing member and the housing part, wherein a movable area Sk in a width direction between the inner walls and the channel member satisfies a condition of expression 0.01 mm ≤ Sk ≤ 0.58 mm and a movable area Tk in a height direction between the hooks and the channel member satisfies a condition of expression 0.01 mm ≤ Tk ≤ 1 mm and the engaging distance A between the hooks and the channel member satisfies a condition of expression 0.12 mm ≤ A ≤ 0.7 mm
A method of synthesizing a second gene library, the method comprising: providing a first gene library comprising randomized codons encoding to a specific protein sequence but having different nucleic acid base sequences; fragmenting the first gene library into nucleic acid fragments; confirming base sequences of the nucleic acid fragments; and reassembling the base sequence-confirmed nucleic acid fragments into gene sequences before fragmentation using the codon-randomized base sequences, wherein the reassembling is performed by computational analysis comprising: finding mapping locations of the base sequence-confirmed nucleic acid fragments using the codon-randomized base sequences; and connecting the nucleic acid fragments having overlapping base sequences with respect to the mapped locations, wherein (i) the reassembly includes deriving common major sequences based on most frequently read sequences in one location based on reference sequences and mapping locations to determine a consensus sequence in a corresponding location, and (ii) reassembling the base sequence confirmed and most frequently read sequences into a consensus sequence comprising the most predominant sequence per location of the gene. providing a first gene library comprising randomized codons encoding to a specific protein sequence but having different nucleic acid base sequences; fragmenting the first gene library into nucleic acid fragments; confirming base sequences of the nucleic acid fragments; and reassembling the base sequence-confirmed nucleic acid fragments into gene sequences before fragmentation using the codon-randomized base sequences, wherein the reassembling is performed by computational analysis comprising: finding mapping locations of the base sequence-confirmed nucleic acid fragments using the codon-randomized base sequences; and connecting the nucleic acid fragments having overlapping base sequences with respect to the mapped locations, finding mapping locations of the base sequence-confirmed nucleic acid fragments using the codon-randomized base sequences; and connecting the nucleic acid fragments having overlapping base sequences with respect to the mapped locations, wherein (i) the reassembly includes deriving common major sequences based on most frequently read sequences in one location based on reference sequences and mapping locations to determine a consensus sequence in a corresponding location, and (ii) reassembling the base sequence confirmed and most frequently read sequences into a consensus sequence comprising the most predominant sequence per location of the gene. (i) the reassembly includes deriving common major sequences based on most frequently read sequences in one location based on reference sequences and mapping locations to determine a consensus sequence in a corresponding location, and (ii) reassembling the base sequence confirmed and most frequently read sequences into a consensus sequence comprising the most predominant sequence per location of the gene.
A device for an optical network, the optical network comprising a plurality of subscriber devices and one or more Network Utilities "NUs", the device being connected to the plurality of subscriber devices and the one or more NUs, the device providing power to the one or more NUs, the device comprising: one or more Power over Ethernet "POE" adapters connected to the plurality of subscriber devices, wherein the one or more POE adapters is arranged to: receive AC power; receive data signals from the plurality of subscriber devices; convert the AC power into DC signals; and output the DC signals and the data signals; at least one Power over Ethernet "POE" splitter connected to the one or more POE adapters and the one or more NUs, wherein the at least one POE splitter: receive the DC signals and the data signals from the one or more POE adapters; split the DC signals from the data signals; and provide the DC signals to the one or more NUs; wherein the at least one POE splitter includes a power management unit to manage the DC signals to the one or more NUs. one or more Power over Ethernet "POE" adapters connected to the plurality of subscriber devices, wherein the one or more POE adapters is arranged to: receive AC power; receive data signals from the plurality of subscriber devices; convert the AC power into DC signals; and output the DC signals and the data signals; receive AC power; receive data signals from the plurality of subscriber devices; convert the AC power into DC signals; and output the DC signals and the data signals; at least one Power over Ethernet "POE" splitter connected to the one or more POE adapters and the one or more NUs, wherein the at least one POE splitter: receive the DC signals and the data signals from the one or more POE adapters; split the DC signals from the data signals; and provide the DC signals to the one or more NUs; receive the DC signals and the data signals from the one or more POE adapters; split the DC signals from the data signals; and provide the DC signals to the one or more NUs; wherein the at least one POE splitter includes a power management unit to manage the DC signals to the one or more NUs.
Method of making cheese comprising the following steps: (a) supplying water, fat and powders containing whey protein and lactose-reduced dairy protein concentrates into a solid-liquid mixer, (b) emulsifying and homogenising the content of the solid-liquid mixer, (c) applying low-pressure or vacuum to the inner space of the mixer, wherein step (b) and/or step (c) are performed until a paste-like emulsified homogenous pre-cheese mixture is obtained, characterised in that step (b) and/or step (c) are performed until a phase conversion of the content of the solid-liquid mixer takes place. (a) supplying water, fat and powders containing whey protein and lactose-reduced dairy protein concentrates into a solid-liquid mixer, (b) emulsifying and homogenising the content of the solid-liquid mixer, (c) applying low-pressure or vacuum to the inner space of the mixer, wherein step (b) and/or step (c) are performed until a paste-like emulsified homogenous pre-cheese mixture is obtained, characterised in that step (b) and/or step (c) are performed until a phase conversion of the content of the solid-liquid mixer takes place.
A method for image stabilization of a video stream captured by a panable and/or tiltable video camera during pan/tilt of the video camera, the method comprising: generating a motor position signal, Y1, of a pan/tilt motor of the video camera; generating a gyro signal, Y2, of a gyroscopic sensor of the video camera, the gyro signal, Y2, being an integration of a measure from the gyroscopic sensor; generating a reference signal from a predetermined movement curve of the pan/tilt motor of the video camera, the reference signal is a reference on how a pan/tilt operation of the video camera is made without shaking of the video camera; from the motor position signal, Y1, and the gyro signal, Y2, generating a combined signal, Y, according to: Y = F1*Y1 + F2*Y2, wherein F1 is a low pass filter and F2 is a high pass filter; and performing electronic image stabilization on the video stream captured by the panable and/or tiltable video camera during pan/tilt of the video camera, based on a difference between the combined signal, Y, and the reference signal. generating a motor position signal, Y1, of a pan/tilt motor of the video camera; generating a gyro signal, Y2, of a gyroscopic sensor of the video camera, the gyro signal, Y2, being an integration of a measure from the gyroscopic sensor; generating a reference signal from a predetermined movement curve of the pan/tilt motor of the video camera, the reference signal is a reference on how a pan/tilt operation of the video camera is made without shaking of the video camera; from the motor position signal, Y1, and the gyro signal, Y2, generating a combined signal, Y, according to: Y = F1*Y1 + F2*Y2, wherein F1 is a low pass filter and F2 is a high pass filter; and performing electronic image stabilization on the video stream captured by the panable and/or tiltable video camera during pan/tilt of the video camera, based on a difference between the combined signal, Y, and the reference signal.
A mobile flushing solution container with a transport carriage and a pressure container, into which a pressurised gas may be introduced in order to dispense the flushing solution from the pressure container, characterised in that the flushing solution is accommodated in a flexible flushing solution bag, which is arranged in the pressure container, that the pressure container has a cover with a connector receptacle, through which a bag connector, which is permanently connected to the flushing solution bag, and is lockable in the cover, that a flushing solution filling conduit extends through the bag connector, that the transport carriage includes a container weighing device, on which the pressure container rests, and that the transport carriage includes a pressure control unit for the pressure in the container.
A structure for a two-degree-of-freedom haptic interface including: - an element for interaction with the user, intended to be movable according to two degrees of freedom, - a first passive brake and a second passive brake capable of exerting a resistive force about a first axis and a second axis respectively, - the first passive brake comprising a first pivot connection about a first direction of rotation including a first spherical element to which the effector is fastened, received in a second spherical element forming a housing for the first spherical element, the displacement of the first spherical element in the second spherical element being a rotation about the first direction of rotation, - the second passive brake including a second pivot connection about a second direction of rotation including a third spherical element secured in movement to the second spherical element and received in a housing including a spherical wall, the displacement of the third spherical element in the housing being a rotation about the second direction of rotation, - a first fluid whose apparent viscosity varies depending on a first external stimulus between the first spherical element and the second spherical element, - a second fluid whose apparent viscosity varies depending on a second external stimulus between the third spherical element and the housing, - means for generating said first and second stimuli on command in said first and second fluids. - an element for interaction with the user, intended to be movable according to two degrees of freedom, - a first passive brake and a second passive brake capable of exerting a resistive force about a first axis and a second axis respectively, - the first passive brake comprising a first pivot connection about a first direction of rotation including a first spherical element to which the effector is fastened, received in a second spherical element forming a housing for the first spherical element, the displacement of the first spherical element in the second spherical element being a rotation about the first direction of rotation, - the second passive brake including a second pivot connection about a second direction of rotation including a third spherical element secured in movement to the second spherical element and received in a housing including a spherical wall, the displacement of the third spherical element in the housing being a rotation about the second direction of rotation, - a first fluid whose apparent viscosity varies depending on a first external stimulus between the first spherical element and the second spherical element, - a second fluid whose apparent viscosity varies depending on a second external stimulus between the third spherical element and the housing, - means for generating said first and second stimuli on command in said first and second fluids.
A composition comprising a crystalline form of L-ornithine phenylacetate, wherein said crystalline form exhibits an X-ray powder diffraction pattern comprising at least three characteristic peaks, wherein said characteristic peaks are selected from the group consisting of 6.0°±0.2° 2θ, 13.9°±0.2° 2θ, 14.8°±0.2° 2θ, 17.1°±0.2° 2θ, 17.8°±0.2° 2θ and 24.1° ±0.2° 2θ; and optionally wherein: (i) said crystalline form exhibits a single crystal X-ray crystallographic analysis with crystal parameters approximately equal to the following: unit cell dimensions: a=6.594 Å, b=6.5448 Å, c=31.632 Å, α=90°, β=91.12 °, γ=90°; Crystal System: Monoclinic; and Space Group: P2 1; and/or ii) said crystalline form is represented by the formula [C 5 H 13 N 2 O 2][C 8 H 7 O 2]. (i) said crystalline form exhibits a single crystal X-ray crystallographic analysis with crystal parameters approximately equal to the following: unit cell dimensions: a=6.594 Å, b=6.5448 Å, c=31.632 Å, α=90°, β=91.12 °, γ=90°; Crystal System: Monoclinic; and Space Group: P2 1; and/or unit cell dimensions: a=6.594 Å, b=6.5448 Å, c=31.632 Å, α=90°, β=91.12 °, γ=90°; Crystal System: Monoclinic; and Space Group: P2 1; and/or ii) said crystalline form is represented by the formula [C 5 H 13 N 2 O 2][C 8 H 7 O 2].
An apparatus for selectively deactivating a notification function in an implantable medical device, comprising: means for monitoring a physiologic parameter of a patient, wherein the physiologic parameter comprises one of an intra-thoracic fluid parameter and a blood pressure parameter; means for determining when the physiologic parameter one of exceeds a threshold and departs from a desired range; means for energizing a notification function to the patient in response to the physiologic parameter exceeding the threshold or departing from the desired range; and means for deactivating the notification function for a preset period of time in response to the patient receiving one of a corrective and a palliative therapy under guidance of a clinician, wherein the deactivating means prevents energizing of the notification function to the patient during the preset period of time even if the physiologic parameter one of exceeds the threshold or departs from the desired range; and wherein the means for monitoring a physiologic parameter of a patient is activated daily and wherein the preset period of time extends for a series of days; further comprising means for continuing to monitor the physiologic parameter of the patient while the notification function is deactivated; and further comprising means for displaying the physiologic parameter and an indication of the status of the notification function on an external device programming unit. means for monitoring a physiologic parameter of a patient, wherein the physiologic parameter comprises one of an intra-thoracic fluid parameter and a blood pressure parameter; means for determining when the physiologic parameter one of exceeds a threshold and departs from a desired range; means for energizing a notification function to the patient in response to the physiologic parameter exceeding the threshold or departing from the desired range; and means for deactivating the notification function for a preset period of time in response to the patient receiving one of a corrective and a palliative therapy under guidance of a clinician, wherein the deactivating means prevents energizing of the notification function to the patient during the preset period of time even if the physiologic parameter one of exceeds the threshold or departs from the desired range; and wherein the means for monitoring a physiologic parameter of a patient is activated daily and wherein the preset period of time extends for a series of days; further comprising means for continuing to monitor the physiologic parameter of the patient while the notification function is deactivated; and further comprising means for displaying the physiologic parameter and an indication of the status of the notification function on an external device programming unit.
A Session Initiation Protocol, SIP, SIP-based method for secure communication between Machine Type Communication, MTC, devices, characterized by comprising: establishing a secure connection between a SIP server and a source MTC device and a secure connection between the SIP server and a target MTC device respectively through a Generic Bootstrapping Architecture, GBA, manner or a GBA-push manner; generating, by the SIP server, an application layer session key; sending, by the SIP server, the application layer session key to the source MTC device through the secure connection between the SIP server and the source MTC device; sending, by the SIP server, the application layer session key to the target MTC through the secure connection between the SIP server and the target MTC device; encrypting, by the source MTC device, session acknowledgement information through the application layer session key; sending, by the source MTC device, the session acknowledgement information to the target MTC device directly to establish a secure session connection between the source MTC device and the target MTC device; and starting, by the source MTC device and the target MTC device, data interaction based on the secure session connection to perform a session. establishing a secure connection between a SIP server and a source MTC device and a secure connection between the SIP server and a target MTC device respectively through a Generic Bootstrapping Architecture, GBA, manner or a GBA-push manner; generating, by the SIP server, an application layer session key; sending, by the SIP server, the application layer session key to the source MTC device through the secure connection between the SIP server and the source MTC device; sending, by the SIP server, the application layer session key to the target MTC through the secure connection between the SIP server and the target MTC device; encrypting, by the source MTC device, session acknowledgement information through the application layer session key; sending, by the source MTC device, the session acknowledgement information to the target MTC device directly to establish a secure session connection between the source MTC device and the target MTC device; and starting, by the source MTC device and the target MTC device, data interaction based on the secure session connection to perform a session.
A tie rod, particularly for an air conditioning unit, comprising a first tie rod part and a second tie rod part, both made of plastic material, said first tie rod part having an end provided with a seat, and said second tie rod part having an end designed to be inserted into the seat of the first tie rod part, and a joint designed to form an adjustable-length connection between said first and second tie rod parts, wherein the joint comprises a first and a second series of ribs (6, 7) formed on said first and second tie rod parts, respectively, said ribs (6, 7) extending transversely to the longitudinal direction of the tie rod and being arranged one after the other in the longitudinal direction of the tie rod, the first series of ribs being capable of engaging with the second series of ribs to define a relative longitudinal position of the tie rod parts (2, 3) with respect to each other, wherein the joint further comprises a clip hinged to the first tie rod part and carrying the first series of ribs, said clip being foldable so as to snap onto the first tie rod part to lock the end of the second tie rod part within the seat of the first tie rod part, said tie rod being characterized in that the seat of the first tie rod part is designed to slidably guide the end of the second tie rod part when the clip is in the open position. a first tie rod part and a second tie rod part, both made of plastic material, said first tie rod part having an end provided with a seat, and said second tie rod part having an end designed to be inserted into the seat of the first tie rod part, and a joint designed to form an adjustable-length connection between said first and second tie rod parts, wherein the joint comprises a first and a second series of ribs (6, 7) formed on said first and second tie rod parts, respectively, said ribs (6, 7) extending transversely to the longitudinal direction of the tie rod and being arranged one after the other in the longitudinal direction of the tie rod, the first series of ribs being capable of engaging with the second series of ribs to define a relative longitudinal position of the tie rod parts (2, 3) with respect to each other, wherein the joint further comprises a clip hinged to the first tie rod part and carrying the first series of ribs, said clip being foldable so as to snap onto the first tie rod part to lock the end of the second tie rod part within the seat of the first tie rod part, said tie rod being characterized in that the seat of the first tie rod part is designed to slidably guide the end of the second tie rod part when the clip is in the open position.