mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assembling a prosthetic heart valve comprising a plurality of leaflets , the method comprising: forming a plurality of commissures with the plurality of leaflets , wherein each commissure is formed by: pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet , folding a support strip over an inner reinforcing element , positioning the folded support strip between the first commissure tab and the second commissure tab , and attaching first and second outer reinforcing elements to the first and second commissure tabs , respectively, via stitching that extends through the first outer reinforcing element , the first leaflet , the folded support strip , the second leaflet , and the second outer reinforcing element , the stitching extending over at least a portion of the inner reinforcing element opposite a fold region of the support strip ; and for each commissure , securing end portions of the support strip to a respective support portion of a frame of the prosthetic heart valve . forming a plurality of commissures with the plurality of leaflets , wherein each commissure is formed by: pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet , folding a support strip over an inner reinforcing element , positioning the folded support strip between the first commissure tab and the second commissure tab , and attaching first and second outer reinforcing elements to the first and second commissure tabs , respectively, via stitching that extends through the first outer reinforcing element , the first leaflet , the folded support strip , the second leaflet , and the second outer reinforcing element , the stitching extending over at least a portion of the inner reinforcing element opposite a fold region of the support strip ; and pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet , folding a support strip over an inner reinforcing element , positioning the folded support strip between the first commissure tab and the second commissure tab , and attaching first and second outer reinforcing elements to the first and second commissure tabs , respectively, via stitching that extends through the first outer reinforcing element , the first leaflet , the folded support strip , the second leaflet , and the second outer reinforcing element , the stitching extending over at least a portion of the inner reinforcing element opposite a fold region of the support strip ; and for each commissure , securing end portions of the support strip to a respective support portion of a frame of the prosthetic heart valve .
A liposome comprising a pHLIP polypeptide, wherein a hydrophobic region of the lipid bilayer of said liposome is substantially free of said pHLIP polypeptide, and wherein (a) said pHLIP polypeptide is directly attached to the headgroup of a phospholipid in said lipid bilayer; or (b) a polymer is attached to the headgroup of a phospholipid of said lipid bilayer and said pHLIP polypeptide is directly attached to said polymer. (a) said pHLIP polypeptide is directly attached to the headgroup of a phospholipid in said lipid bilayer; or (b) a polymer is attached to the headgroup of a phospholipid of said lipid bilayer and said pHLIP polypeptide is directly attached to said polymer.
Container transport system comprising - a track element which can be secured in a replaceable manner to a support element for guiding containers, with at least one upper and one lower track element plane , - a friction device comprising a friction body , which is mounted on the track element in a rotatable manner about a rotational axis (Z) between at least two positions, wherein, in a first position, the lower track element plane is fixed to the support element in the direction of the rotational axis (Z), and in a second position the track element can be removed from the support element in the direction of the rotational axis (Z), characterised by a clamping device for clamping the friction device , wherein the clamping device generates or maintains a torsional stress and/or a torque on at least one friction body of the friction device by the use of at least one spring element of the clamping device . - a track element which can be secured in a replaceable manner to a support element for guiding containers, with at least one upper and one lower track element plane , - a friction device comprising a friction body , which is mounted on the track element in a rotatable manner about a rotational axis (Z) between at least two positions, wherein, in a first position, the lower track element plane is fixed to the support element in the direction of the rotational axis (Z), and in a second position the track element can be removed from the support element in the direction of the rotational axis (Z),
An electrosurgical device comprising: a housing and an electrode , said electrode defining an energizable surface at least partially positioned externally of the housing and a portion positioned at least partially within the housing ; a shank portion positioned internally of the housing in a sliding engagement with the housing , wherein the energizable surface and the shank portion are electrically coupled with each other; an energizable element positioned in the housing , wherein the electrode and the shank portion are longitudinally movable in correspondence with each other relative to the housing and the energizable element until the shank portion urges against the energizable element, wherein the electrode is movable relative to the housing in correspondence with the energizable element when the shank portion urges against the energizable element ; a resiliently compressible bias member configured to absorb movement of the energizable element when the shank portion and the energizable element urge against each other; and a spring member so arranged in the housing as to urge the electrode and the shank portion assembly longitudinally away from the energizable element positioned in the housing . a housing and an electrode , said electrode defining an energizable surface at least partially positioned externally of the housing and a portion positioned at least partially within the housing ; a shank portion positioned internally of the housing in a sliding engagement with the housing , wherein the energizable surface and the shank portion are electrically coupled with each other; an energizable element positioned in the housing , wherein the electrode and the shank portion are longitudinally movable in correspondence with each other relative to the housing and the energizable element until the shank portion urges against the energizable element, wherein the electrode is movable relative to the housing in correspondence with the energizable element when the shank portion urges against the energizable element ; a resiliently compressible bias member configured to absorb movement of the energizable element when the shank portion and the energizable element urge against each other; and a spring member so arranged in the housing as to urge the electrode and the shank portion assembly longitudinally away from the energizable element positioned in the housing .
A method performed by a computing system for synchronously returning thread operation from an asynchronous function to a caller function using a return data structure so that the return data structure can be reused for future asynchronous function returns within the thread, the method comprising: accessing data generated by an asynchronous function in response to a caller function placing a function call to the asynchronous function; determining that the data is to be synchronously returned within a return data structure of a particular type to the caller function; determining that the caller function will use the return data structure as populated by the data only once, wherein the determining that the caller function will use the return data structure only once as populated by the data comprises determining that there is a no-operation instruction in a predetermined location within machine code of the calling function, the no-operation being used as a signal that the return data structure will be used only once as populated by the data; and in response to determining that the caller function will use the return data structure only once as populated by the data, allocating a thread-local return data structure within the heap of the computing system; populating the thread-local return data structure with the accessed data; and returning the populated thread-local return data structure to the caller function, wherein the thread-local return data structure remains in the heap to be reused upon future returns from asynchronous functions within the thread. accessing data generated by an asynchronous function in response to a caller function placing a function call to the asynchronous function; determining that the data is to be synchronously returned within a return data structure of a particular type to the caller function; determining that the caller function will use the return data structure as populated by the data only once, wherein the determining that the caller function will use the return data structure only once as populated by the data comprises determining that there is a no-operation instruction in a predetermined location within machine code of the calling function, the no-operation being used as a signal that the return data structure will be used only once as populated by the data; and in response to determining that the caller function will use the return data structure only once as populated by the data, allocating a thread-local return data structure within the heap of the computing system; populating the thread-local return data structure with the accessed data; and returning the populated thread-local return data structure to the caller function, wherein the thread-local return data structure remains in the heap to be reused upon future returns from asynchronous functions within the thread.
A superheater comprising a tube arrangement exposed to combustion gases, wherein the superheater is designed so that the tube arrangement comprises tubes exposed to combustion gases, wherein the combustion gases originate in particular from the combustion of fuels selected from the group consisting of household waste, industrial waste, biomass and sewage sludge, characterized in that the tubes are longitudinally welded tubes and are made of only a single layer of a nickel-based alloy or a special stainless steel.
Method for operating a system comprising a main machine tool and an auxiliary device , wherein the main machine tool and the auxiliary device each have a transmitting and receiving device of a transmission device , and wherein the main machine tool is designed with an input device and the auxiliary device is designed with an actuation device , and a control device is provided, characterized in that the method comprises the following steps: Step 1: transmitting at least one signal representing a connection request from the transmitting and receiving device of the main machine tool to the transmitting and receiving device of the auxiliary device after the user has actuated the input device of the main machine tool (S1, S2); Step 2: transmitting at least one further signal representing a connection response from the transmitting and receiving device of the auxiliary device to the transmitting and receiving device of the main machine tool after the user has actuated the actuation device of the main machine tool (S4, S5); Step 3: establishing a connection between the main machine tool and the auxiliary device (S8); and Step 4: activating and/or testing an emergency stop functionality of the actuation device by the user actuating the actuation device of the auxiliary device (S9), Step 5: wherein the establishment of the connection between the main machine tool and the auxiliary device is associated with verification of the further signal by the control device . Step 1: transmitting at least one signal representing a connection request from the transmitting and receiving device of the main machine tool to the transmitting and receiving device of the auxiliary device after the user has actuated the input device of the main machine tool (S1, S2); Step 2: transmitting at least one further signal representing a connection response from the transmitting and receiving device of the auxiliary device to the transmitting and receiving device of the main machine tool after the user has actuated the actuation device of the main machine tool (S4, S5); Step 3: establishing a connection between the main machine tool and the auxiliary device (S8); and Step 4: activating and/or testing an emergency stop functionality of the actuation device by the user actuating the actuation device of the auxiliary device (S9), Step 5: wherein the establishment of the connection between the main machine tool and the auxiliary device is associated with verification of the further signal by the control device .
An image display unit comprising: an image display part; a light-transmitting protective part arranged on the image display part, wherein the protective part is formed of plastic, preferably acrylic resin, and a UV-cutting function to protect the display part against UV ray is imparted to the protective part; a cured resin layer arranged between the image display part and the protective part, wherein the protective part is spaced apart from the display part by a spacer having a thickness in the range of from 0.05 mm to 1.5 mm arranged along the periphery of the display part, and the spacer serves to keep the distance between the surfaces of the display part and the protective part at approximately 1 mm; the cured resin layer has a transmittance of 90% or higher in the visible range when formed into a 100 μm-thick layer and a storage modulus at 25 °C of 1 x 10 7 Pa or less, wherein the storage modulus refers to a sample of the cured resin having a thickness of 2 mm, and is measured with a viscoelastometer at a frequency of 1Hz and a temperature of 25°C, wherein the cured resin layer is obtained by curing a resin composition containing polyurethane acrylate and at least one acrylate monomer; and a photopolymerization initiator used together with a photopolymerization initiator that can conduct photo-curing in the visible range, and the resin composition has a cure shrinkage of 5% or less, where the cure shrinkage is determined according to the method outlined in the description. an image display part; a light-transmitting protective part arranged on the image display part, wherein the protective part is formed of plastic, preferably acrylic resin, and a UV-cutting function to protect the display part against UV ray is imparted to the protective part; a cured resin layer arranged between the image display part and the protective part, wherein the protective part is spaced apart from the display part by a spacer having a thickness in the range of from 0.05 mm to 1.5 mm arranged along the periphery of the display part, and the spacer serves to keep the distance between the surfaces of the display part and the protective part at approximately 1 mm; the cured resin layer has a transmittance of 90% or higher in the visible range when formed into a 100 μm-thick layer and a storage modulus at 25 °C of 1 x 10 7 Pa or less, wherein the storage modulus refers to a sample of the cured resin having a thickness of 2 mm, and is measured with a viscoelastometer at a frequency of 1Hz and a temperature of 25°C, wherein the cured resin layer is obtained by curing a resin composition containing polyurethane acrylate and at least one acrylate monomer; and a photopolymerization initiator used together with a photopolymerization initiator that can conduct photo-curing in the visible range, and the resin composition has a cure shrinkage of 5% or less, where the cure shrinkage is determined according to the method outlined in the description.
A processing module for a build plate , comprising - an input station , - a manoeuvring station , and - a sawing device , wherein the input station comprises a reception for a build plate , wherein the build plate bundles a plurality of individual build elements , wherein the manoeuvring station comprises a swiveling device for transporting and swiveling the build plate , and wherein the processing module further comprises a granular bath which can be acted upon by compressed gas for receiving and fixing the individual build elements relative to the build plate , wherein the granular bath is in a rest state in a quasi-solid state and is in a quasi-liquid state when acted upon by compressed gas, wherein the sawing device comprises a cutting wire for separating the individual build elements from the build plate , wherein during the separation the granular bath is in a quasi-solid state, characterized in that the processing module comprises a pendulum device, wherein the sawing device comprises a drive spool and a counter spool , wherein the drive spool is adapted to wind the cutting wire in a first direction, and wherein the counter spool is configured for tensioning the cutting wire in an opposite, second direction, and wherein the pendulum device is configured to move the drive spool and/or the counter spool independently of each other so that different cutting angles can be set. - an input station , - a manoeuvring station , and - a sawing device , wherein the processing module further comprises a granular bath which can be acted upon by compressed gas for receiving and fixing the individual build elements relative to the build plate , wherein the granular bath is in a rest state in a quasi-solid state and is in a quasi-liquid state when acted upon by compressed gas, wherein the sawing device comprises a cutting wire for separating the individual build elements from the build plate , wherein during the separation the granular bath is in a quasi-solid state, characterized in that the processing module comprises a pendulum device, wherein the sawing device comprises a drive spool and a counter spool , wherein the drive spool is adapted to wind the cutting wire in a first direction, and wherein the counter spool is configured for tensioning the cutting wire in an opposite, second direction, and wherein the pendulum device is configured to move the drive spool and/or the counter spool independently of each other so that different cutting angles can be set.
A method of illustrating an aircraft flight plan comprising at least one waypoint on a display of a flight deck of an aircraft , the method comprising, by a controller : displaying, on the display , a waypoint of the flight plan on a map ; determining at least one potential area for future waypoint placement based on the displayed waypoint; and displaying, on the display , indicia , relative to the map, defining the at least one potential area for future waypoint placement; wherein the displaying, on the display , a waypoint comprises: receiving a selected waypoint from a user, the receiving of the selected waypoint comprising a user selecting a waypoint and moving the waypoint with respect to the map; displaying, on the display , the selected waypoint; and the method further comprises updating the indicia to reflect the moved selected waypoint. displaying, on the display , a waypoint of the flight plan on a map ; determining at least one potential area for future waypoint placement based on the displayed waypoint; and displaying, on the display , indicia , relative to the map, defining the at least one potential area for future waypoint placement; wherein the displaying, on the display , a waypoint comprises: receiving a selected waypoint from a user, the receiving of the selected waypoint comprising a user selecting a waypoint and moving the waypoint with respect to the map; displaying, on the display , the selected waypoint; receiving a selected waypoint from a user, the receiving of the selected waypoint comprising a user selecting a waypoint and moving the waypoint with respect to the map; displaying, on the display , the selected waypoint; and the method further comprises updating the indicia to reflect the moved selected waypoint.
A switching threshold setting method, comprising: obtaining, by a terminal, a switching threshold of a wireless access device and a transmit power of the wireless access device (S201, S301); and characterized by : determining and setting, by the terminal, a switching threshold of the terminal according to the switching threshold of the wireless access device, the transmit power of the wireless access device, and a transmit power of the terminal (S202, S302, S303), wherein the switching threshold of the wireless access device is a critical value of the signal strength of the terminal where the wireless access device starts releasing a wireless communication connection to the terminal, and wherein when the terminal detects that a signal strength of the wireless access device is less than the switching threshold of the terminal, the terminal starts a roaming process to find a target wireless access device. obtaining, by a terminal, a switching threshold of a wireless access device and a transmit power of the wireless access device (S201, S301); and characterized by : determining and setting, by the terminal, a switching threshold of the terminal according to the switching threshold of the wireless access device, the transmit power of the wireless access device, and a transmit power of the terminal (S202, S302, S303), wherein the switching threshold of the wireless access device is a critical value of the signal strength of the terminal where the wireless access device starts releasing a wireless communication connection to the terminal, and wherein when the terminal detects that a signal strength of the wireless access device is less than the switching threshold of the terminal, the terminal starts a roaming process to find a target wireless access device. determining and setting, by the terminal, a switching threshold of the terminal according to the switching threshold of the wireless access device, the transmit power of the wireless access device, and a transmit power of the terminal (S202, S302, S303), wherein the switching threshold of the wireless access device is a critical value of the signal strength of the terminal where the wireless access device starts releasing a wireless communication connection to the terminal, and wherein when the terminal detects that a signal strength of the wireless access device is less than the switching threshold of the terminal, the terminal starts a roaming process to find a target wireless access device.