mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system, comprising; a sample stage comprising a surface configured to support a sample to be scanned by the imaging system; an optical stage having an objective lens , the optical stage being positionable relative to the sample stage ; focus tracking circuitry electrically coupled to the optical stage; an actuator physically coupled to at least one of the sample stage and the optical stage to move the sample stage relative to the optical stage; a servo circuit configured to control the actuator ; a first set of control parameters to control the servo circuit ; a second set of control parameters to control the servo circuit ; and a servo control circuit configured to: apply the first set of control parameters to the servo circuit when the imaging system is operating in a first mode of operation, apply the second set of control parameters to the servo circuit when the imaging system is operating in a second mode of operation, enable feedback from the focus tracking circuitry to the servo circuit when the imaging system is operating in a scanning mode of operation, and disable feedback from the focus tracking circuitry to the servo circuit when the imaging system is operating in focus model generation mode of operation. a sample stage comprising a surface configured to support a sample to be scanned by the imaging system; an optical stage having an objective lens , the optical stage being positionable relative to the sample stage ; focus tracking circuitry electrically coupled to the optical stage; an actuator physically coupled to at least one of the sample stage and the optical stage to move the sample stage relative to the optical stage; a servo circuit configured to control the actuator ; a first set of control parameters to control the servo circuit ; a second set of control parameters to control the servo circuit ; and a servo control circuit configured to: apply the first set of control parameters to the servo circuit when the imaging system is operating in a first mode of operation, apply the second set of control parameters to the servo circuit when the imaging system is operating in a second mode of operation, enable feedback from the focus tracking circuitry to the servo circuit when the imaging system is operating in a scanning mode of operation, and disable feedback from the focus tracking circuitry to the servo circuit when the imaging system is operating in focus model generation mode of operation. apply the first set of control parameters to the servo circuit when the imaging system is operating in a first mode of operation, apply the second set of control parameters to the servo circuit when the imaging system is operating in a second mode of operation, enable feedback from the focus tracking circuitry to the servo circuit when the imaging system is operating in a scanning mode of operation, and disable feedback from the focus tracking circuitry to the servo circuit when the imaging system is operating in focus model generation mode of operation.
A method for imaging two or more anatomical portions of a patient, the method comprising: moving a radiation source and a detector at least partially around a longitudinal axis of the patient ; emitting radiation at a first energy level at a first angle around a longitudinal axis of the patient, wherein the first energy level is predetermined based on an energy level for a first anatomical target and wherein the first angle is based on a position of the first anatomical target; detecting the radiation emitted at the first energy level; emitting radiation at a second energy level at a second angle around the longitudinal axis of the patient, wherein the second energy level is predetermined based on an energy level for a second anatomical target, and wherein the second angle is based on a position of the second anatomical target; and detecting the radiation emitted at the second energy level.
A thermal recording material comprising: - a base layer; - one or more undercoat layers which is/are laid down on the base layer; - a thermo-sensitive coloring layer which is laid down on the uppermost undercoat layer, on the opposite side with respect to the base layer; and - one or more protective layers which is/are laid down on the thermo-sensitive coloring layer, on the opposite side with respect to the undercoat layer(s), wherein one or more of the said undercoat layers contains an aminocarboxylic acid chelating agent. - a base layer; - one or more undercoat layers which is/are laid down on the base layer; - a thermo-sensitive coloring layer which is laid down on the uppermost undercoat layer, on the opposite side with respect to the base layer; and - one or more protective layers which is/are laid down on the thermo-sensitive coloring layer, on the opposite side with respect to the undercoat layer(s),
A process for the preparation of apixaban, comprising reacting a compound of formula II, with cyanuric chloride and a source of ammonia.
An intravascular balloon catheter device comprising: an inner member ; an outer member disposed about the inner member , said outer member comprising a balloon configured to be selectively moved between an inflated state and a deflated state and having a proximal end and a distal end, wherein said proximal end of the balloon is connected to the outer member and said distal end of the balloon is connected to the inner member ; a sheath having a proximal portion and a distal portion, wherein said sheath is disposed about the outer member and is adapted for movement relative to the balloon , wherein said sheath is configured to limit the length of the balloon permitted to be moved into the inflated state by selectively exposing some or all of the balloon for movement into the inflated state; a clamp configured to selectively secure the sheath at a desired position relative to the balloon ; and a balloon recapture element (70/74/72/76/78) located on said distal portion of the sheath , wherein said balloon recapture element (70/74/72/76/78) comprises rifling located on the inner surface of the sheath configured to facilitate the reentry of the balloon into the sheath . an inner member ; an outer member disposed about the inner member , said outer member comprising a balloon configured to be selectively moved between an inflated state and a deflated state and having a proximal end and a distal end, wherein said proximal end of the balloon is connected to the outer member and said distal end of the balloon is connected to the inner member ; a sheath having a proximal portion and a distal portion, wherein said sheath is disposed about the outer member and is adapted for movement relative to the balloon , wherein said sheath is configured to limit the length of the balloon permitted to be moved into the inflated state by selectively exposing some or all of the balloon for movement into the inflated state; a clamp configured to selectively secure the sheath at a desired position relative to the balloon ; and a balloon recapture element (70/74/72/76/78) located on said distal portion of the sheath , wherein said balloon recapture element (70/74/72/76/78) comprises rifling located on the inner surface of the sheath configured to facilitate the reentry of the balloon into the sheath .
An arm assembly for a windshield wiper arm for supporting a wiper blade , said arm assembly comprising an arm adapter comprising a distal section for supporting a wiper blade , a proximal section delimiting an internal space for housing a terminal section of a fluid delivery tube and a terminal portion for connecting said arm adapter to a rod of the wiper arm, the arm adapter comprising two opposed lateral walls each one having a proximal section and a distal section respectively associated with the proximal and distal portions of the arm adapter , said two lateral walls being connected together by an upper transverse wall comprising a proximal section and a distal section respectively associated with the proximal and distal portions of the arm adapter , wherein said arm adapter is provided with at least one retention device for fixedly retaining the terminal section of the fluid delivery tube with respect to said arm adapter , characterized in that said proximal section comprises at least one lateral wall , said at least one retention device comprising at least one retaining tab integrally formed with said at least one lateral wall or in that said arm assembly comprises the rod of the wiper arm fixed to the terminal portion of the arm adapter , said rod comprising a terminal distal portion that extends in the internal space of the proximal section of the arm adapter , said terminal distal portion of the rod comprising at least one locking shape for attaching a retention clip or being provided with a retention clip .
A method for descrambling scrambled digital content within a subscriber terminal device , comprising: conducting digital rights management by a first component of the subscriber terminal device to determine whether entitlements needed for accessing digital content in a descrambled format are available to the subscriber terminal device, the first component being a processor; and if it is determined that all of the entitlements are available to the subscriber terminal device, deriving a root key within a second component of the subscriber terminal device implemented by logic separate from and independent of the first component, the second component being non-processor based hardware executing no software, the root key being used to decrypt service keys used for descrambling the scrambled digital content, wherein deriving the root key comprises decrypting seed information representing a series of encrypted keys using a Unique Key stored within a one-time programmable memory of the second component to produce a plurality of decrypted keys , subsequently conducting hash operations on the decrypted keys to produce hash values corresponding to the decrypted keys, and subsequently performing hash operations on combined pairs of the hash values to produce the root key. conducting digital rights management by a first component of the subscriber terminal device to determine whether entitlements needed for accessing digital content in a descrambled format are available to the subscriber terminal device, the first component being a processor; and if it is determined that all of the entitlements are available to the subscriber terminal device, deriving a root key within a second component of the subscriber terminal device implemented by logic separate from and independent of the first component, the second component being non-processor based hardware executing no software, the root key being used to decrypt service keys used for descrambling the scrambled digital content, wherein deriving the root key comprises decrypting seed information representing a series of encrypted keys using a Unique Key stored within a one-time programmable memory of the second component to produce a plurality of decrypted keys , subsequently conducting hash operations on the decrypted keys to produce hash values corresponding to the decrypted keys, and subsequently performing hash operations on combined pairs of the hash values to produce the root key.
A method for determining a correspondence between a transport block and a codeword, comprising: receiving (S102, S202), by a terminal device, first downlink control information, DCI, wherein the first DCI is used to indicate the terminal device to receive a first transport block on a first time-frequency resource; and determining (S105, S203), by the terminal device based on first information, that the first transport block is mapped to a first codeword, wherein the first information comprises a first bit field comprised in the first DCI, wherein the first bit field comprised in the first DCI comprises at least one of the following: a first count downlink assignment index, C-DAI, and a first total downlink assignment index, T-DAI. receiving (S102, S202), by a terminal device, first downlink control information, DCI, wherein the first DCI is used to indicate the terminal device to receive a first transport block on a first time-frequency resource; and determining (S105, S203), by the terminal device based on first information, that the first transport block is mapped to a first codeword, wherein the first information comprises a first bit field comprised in the first DCI, wherein the first bit field comprised in the first DCI comprises at least one of the following: a first count downlink assignment index, C-DAI, and a first total downlink assignment index, T-DAI.
A polyethylene powder having an average particle size of 70 μm or more and less than 150 μm wherein the average particle size is measured by the method described in paragraph of the description, wherein a compressive strength at a time of 10% displacement of particles having a particle size of 60 μm is 1.2 times or more and less than 2.5 times based on a compressive strength at a time of 10% displacement of particles having a particle size of 100 μm, wherein the particles having a particle size of 60 μm have an average value of the long side and the short side of 60 μm±5μm, wherein the particles having a particle size of 100 μm have an average value of the long side and the short side of 100 μm±5μm, wherein the compressive strength is determined from the average of three measurements obtained using a micro compression tester, and wherein the compressive strength is calculated in accordance with the following expression: C x = 2.48 × P / π × d × d C(x): compressive strength at the time of 10% displacement (MPa) P: test force at the time of 10% displacement of the particle size (N) d: particle size of polyethylene powder for use in the compression test (mm). C(x): compressive strength at the time of 10% displacement (MPa) P: test force at the time of 10% displacement of the particle size (N) d: particle size of polyethylene powder for use in the compression test (mm).
A method for controlling an electric parking brake of a tractor unit, wherein the tractor unit has a manual activating installation having an operating element which is movable in a first activation direction (D1) and in a second activation direction (D2), comprising the following steps: detecting operating procedures of the operating element, and emitting control signals for controlling the electric parking brake as a function of a detected operating procedure, wherein, upon detection of an operating procedure of the operating element a) in the first activation direction (D1), in the case of a non-activated parking brake, a control signal for activating the parking brake is emitted, b) in the second activation direction (D2) a control signal for deactivating the parking brake is emitted; and c) in the first activation direction (D1), in the case of an activated parking brake, a control signal for carrying out a trailer check function is emitted, wherein the method is characterized in that , when activating the parking brake, it is automatically tested whether a predetermined trailer check function test requirement has been met, and, in the case of the trailer check function test requirement having been met, feedback which reminds the driver to carry out the trailer check function is emitted to the driver. a) in the first activation direction (D1), in the case of a non-activated parking brake, a control signal for activating the parking brake is emitted, b) in the second activation direction (D2) a control signal for deactivating the parking brake is emitted; and c) in the first activation direction (D1), in the case of an activated parking brake, a control signal for carrying out a trailer check function is emitted,
A mobile appliance with a sensor device for acquiring a respiratory flow signal that is indicative of the respiratory gas flow; and an electronic data processing unit to process the respiratory flow signal, and a memory device ; wherein the electronic data processing unit is configured so as to initiate the storage of data that are indicative of the temporal course of the respiratory flow to the memory device; wherein the mobile appliance comprises an interface device for transmitting the stored data to an external analysis system; and wherein the appliance comprises a power supplying device which is formed by a battery device.
A process for making a functionalised hollow body , the process comprising as process steps a) providing a hollow body, comprising a wall which at least partially surrounds an interior volume of the hollow body, wherein the wall i) comprises a layer of glass , and ii) has a wall surface , comprising a surface region; b) at least partially superimposing the layer of glass in the surface region with a functionalising composition precursor on a side of the layer of glass which faces away from the interior volume , wherein the functionalising composition precursor comprises one or more siloxanes; and c) at least partially contacting the functionalising composition precursor with a plasma, thereby obtaining the functionalised hollow body , comprising a functionalising composition which at least partially superimposes the layer of glass in the surface region on the side of the layer of glass which faces away from the interior volume . a) providing a hollow body, comprising a wall which at least partially surrounds an interior volume of the hollow body, wherein the wall i) comprises a layer of glass , and ii) has a wall surface , comprising a surface region; i) comprises a layer of glass , and ii) has a wall surface , comprising a surface region; b) at least partially superimposing the layer of glass in the surface region with a functionalising composition precursor on a side of the layer of glass which faces away from the interior volume , wherein the functionalising composition precursor comprises one or more siloxanes; and c) at least partially contacting the functionalising composition precursor with a plasma, thereby obtaining the functionalised hollow body , comprising a functionalising composition which at least partially superimposes the layer of glass in the surface region on the side of the layer of glass which faces away from the interior volume .
A process for production of (meth)acrylic acid, comprising the steps of: crystallizing (meth)acrylic acid from a crude (meth)acrylic acid solution by using a batch type crystallizer having a storage part in the lower part and a crystallization tube in the upper part, melting the obtained (meth)acrylic acid crystal to obtain a (meth)acrylic acid melted liquid so that the (meth)acrylic acid melted liquid is pooled in the storage part, transferring the (meth)acrylic acid melted liquid to a storage tank from the crystallizer , and preliminarily cooling the crystallizer for the next crystallization step by supplying a cooling medium to the crystallizer by shifting from a heating medium to the cooling medium; wherein preliminary cooling of the crystallizer for the next crystallization step is started during transferring the (meth)acrylic acid melted liquid from the crystallizer and before crude (meth)acrylic acid for the next crystallization step is supplied into the crystallizer . crystallizing (meth)acrylic acid from a crude (meth)acrylic acid solution by using a batch type crystallizer having a storage part in the lower part and a crystallization tube in the upper part, melting the obtained (meth)acrylic acid crystal to obtain a (meth)acrylic acid melted liquid so that the (meth)acrylic acid melted liquid is pooled in the storage part, transferring the (meth)acrylic acid melted liquid to a storage tank from the crystallizer , and preliminarily cooling the crystallizer for the next crystallization step by supplying a cooling medium to the crystallizer by shifting from a heating medium to the cooling medium; wherein preliminary cooling of the crystallizer for the next crystallization step is started during transferring the (meth)acrylic acid melted liquid from the crystallizer and before crude (meth)acrylic acid for the next crystallization step is supplied into the crystallizer .
A non-magnetic hermetic package comprising: a non-magnetic package body comprising a floor and ceramic walls that surround an open cavity ; a generally planar non-magnetic and metallic seal ring disposed in a continuous loop around upper edges of the walls ; a sensitive component that is sensitive to temperature, humidity, and/or atmospheric constituents, the sensitive component bonded within the cavity to the floor ; and a non-magnetic and metallic lid including at least a molybdenum substrate and a gold/tin solder preform extending around an outer periphery of a sealing surface of the lid , the lid being sealed to the package body by way of a hermetic seam seal formed between the seal ring on the package body and the preform of the lid so as to hermetically seal the cavity ; wherein the seal ring includes a tungsten layer that is bonded to the package body walls , a copper layer over the tungsten layer , and a gold layer over the copper layer , with the gold layer bonded to the lid . a non-magnetic package body comprising a floor and ceramic walls that surround an open cavity ; a generally planar non-magnetic and metallic seal ring disposed in a continuous loop around upper edges of the walls ; a sensitive component that is sensitive to temperature, humidity, and/or atmospheric constituents, the sensitive component bonded within the cavity to the floor ; and a non-magnetic and metallic lid including at least a molybdenum substrate and a gold/tin solder preform extending around an outer periphery of a sealing surface of the lid , the lid being sealed to the package body by way of a hermetic seam seal formed between the seal ring on the package body and the preform of the lid so as to hermetically seal the cavity ; wherein the seal ring includes a tungsten layer that is bonded to the package body walls , a copper layer over the tungsten layer , and a gold layer over the copper layer , with the gold layer bonded to the lid .
An armored land vehicle comprising - a roof delimited by an opening containing a recess ; - a retractable weapon system able to be deployed automatically between a first retracted position located inside the vehicle in the recess of the roof and a second deployed and operational position located outside the vehicle; - an automatic mechanism able to ensure, during use, the movement of the weapon system between the two aforementioned positions; - - an amored cap secured to the weapon system making it possible to cover the recess by forming a junction between an outer contour of said cap and the periphery of the opening of the roof with a perfect fit and in the extension of the roof surface , when the weapon system is in the first retracted position, characterized in that the weapon system comprises at least one weapon with a caliber of up to 40 mm and in that the opening containing the recess is fitted or related to the dimensions of the weapon system with its cap , said cap being adjusted to the dimensions of the weapon so as to have the smallest possible surface area. - a roof delimited by an opening containing a recess ; - a retractable weapon system able to be deployed automatically between a first retracted position located inside the vehicle in the recess of the roof and a second deployed and operational position located outside the vehicle; - an automatic mechanism able to ensure, during use, the movement of the weapon system between the two aforementioned positions; - - an amored cap secured to the weapon system making it possible to cover the recess by forming a junction between an outer contour of said cap and the periphery of the opening of the roof with a perfect fit and in the extension of the roof surface , when the weapon system is in the first retracted position, characterized in that the weapon system comprises at least one weapon with a caliber of up to 40 mm and in that the opening containing the recess is fitted or related to the dimensions of the weapon system with its cap , said cap being adjusted to the dimensions of the weapon so as to have the smallest possible surface area.