mhurhangee/patent-ind-claim-en huggingface dataset:
A hoisting system for suspending a drilling string from a floating drilling platform or vessel, the hoisting system comprising: a crown block mounted atop a derrick or mast, the crown block including a plurality of crown block sheaves and being in fixed relation to the derrick or mast; a traveling block including a number of traveling block sheaves; an intermediate sheave assembly moveable between the crown and traveling blocks and moveably connected to the crown block ; and a compensation system connected to the intermediate sheave assembly and configured to provide movement between the intermediate sheave assembly and the crown block to compensate for motion of the floating drilling platform or vessel, such as heave motion, characterized in that the compensation system comprises one or more compensating cylinders arranged between the crown block and the intermediate sheave assembly . a crown block mounted atop a derrick or mast, the crown block including a plurality of crown block sheaves and being in fixed relation to the derrick or mast; a traveling block including a number of traveling block sheaves; an intermediate sheave assembly moveable between the crown and traveling blocks and moveably connected to the crown block ; and a compensation system connected to the intermediate sheave assembly and configured to provide movement between the intermediate sheave assembly and the crown block to compensate for motion of the floating drilling platform or vessel, such as heave motion, characterized in that the compensation system comprises one or more compensating cylinders arranged between the crown block and the intermediate sheave assembly .
Pressure-controlled 2-way flow control valve (130; 230; 330) for hydraulic applications, wherein a first pressure signal in the closing control direction of the 2-way flow control valve (130; 230; 330) is applicable to the 2-way flow control valve (130; 230; 330) via a first tapping on the output side and a second pressure signal in the opening control direction is applicable to the 2-way flow control valve (130; 230; 330) via an LS pressure signal line (114; 214; 314), and wherein a pressure signal falsifying the first or second pressure signal is applied to the 2-way flow control valve (130; 230; 330) in the closing or opening control direction via a second tapping effective over at least a part of the control stroke of the 2-way flow control valve (130; 230; 330), characterised in that the falsifying pressure signal is applied only over a part of the control stroke (H1; H2; H3) of the 2-way flow control valve (130; 230; 330).
A reference signal sending method implemented by an access network device , characterized by comprising: determining a demodulation reference signal, DMRS, pattern corresponding to an antenna port based on a quantity of spatial layers of to-be-transmitted data and a status of a radio channel between the access network device and a terminal device ; sending first indication information to the terminal device , wherein the first indication information comprises a first identifier and indicates the DMRS pattern corresponding to the antenna port, wherein the first identifier is a joint identifier of the antenna port and the DMRS pattern; and sending a DMRS to the terminal device through the antenna port on a resource corresponding to the DMRS pattern. determining a demodulation reference signal, DMRS, pattern corresponding to an antenna port based on a quantity of spatial layers of to-be-transmitted data and a status of a radio channel between the access network device and a terminal device ; sending first indication information to the terminal device , wherein the first indication information comprises a first identifier and indicates the DMRS pattern corresponding to the antenna port, wherein the first identifier is a joint identifier of the antenna port and the DMRS pattern; and sending a DMRS to the terminal device through the antenna port on a resource corresponding to the DMRS pattern.
A method for conveying in translation, in a transport zone (Z), glass containers held in a suspended position between two slide rails on which slides a counter-ring arranged on each container which has a ring surface defining the opening of the container, the method consisting of ensuring the movement in translation of the containers by a bearing surface of at least one belt driven in translation in a translation direction and exerting mechanical pressure on each ring surface of the containers in a direction substantially perpendicular to the direction of movement to create a bond by adherence between each ring surface of the containers and the bearing surface of the belt.
Method for preparing 2-cyanoethyl acetoacetate, comprising the reaction of 2-cyanoethanol with trimethyldioxin-4-one to give 2-cyanoethyl acetoacetate in a reaction mixture R, characterized in that , during the reaction, 2-cyanoethanol is present in the reaction mixture R in a deficiency of ≤ 80 mol% based on the amount of trimethyldioxin-4-one in the reaction mixture R.
A catheter made of nylon, which has an outer surface, which is at least partially treated with a surface treatment agent for medical devices comprising a copolymer of a hydrophilic functional group-containing monomer and an epoxy group-containing monomer, wherein the copolymer is chemically fixed to the surface of the catheter, and wherein the hydrophilic functional group is at least one selected from the group consisting of a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group and a zwitterionic group, wherein if the hydrophilic functional group-containing monomer has a zwitterionic group as the hydrophilic functional group, the hydrophilic functional group-containing monomer is one according formula (IV-1) or according to formula (IV-2) wherein in formulae (IV-1) and (IV-2) R 31 represents a hydrogen atom or a methyl group; and p and q each represent an integer of 1 to 10.
A tool conveying device for conveying a tool pot (P) in which a tool (T) is held between a tool magazine and a secondary tool standby position (S2), the tool pot (P) can be turned so that an axis of rotation of the tool (T) is at a predetermined non-parallel angle to an axis of rotation of a spindle in the tool magazine and so that the axis of rotation of the tool (T) is parallel to the axis of rotation of the spindle in the secondary tool standby position (S2), the tool conveying device comprising a gripper which is capable of opening and closing so as to clamp or unclamp the tool pot (P), and characterized in that it comprises further: an indexing device comprising an input shaft , a first output shaft , and a second output shaft , the input shaft being connected to a servo motor , the first output shaft rotating while the input shaft rotates, the second output shaft stopping at a predetermined angular position in a certain part of a period during which the input shaft rotates and rotating during the remaining part of the period, a turning part which is driven by the second output shaft of the indexing device and which supports the gripper , the gripper being turned between the tool magazine and the secondary tool standby position (S2) by rotation of the second output shaft of the indexing device , and a gripper opening and closing member which is driven by the first output shaft of the indexing device , and which is configured so as to open the gripper while the second output shaft of the indexing device is stopped and close the gripper while the second output shaft of the indexing device rotates. an indexing device comprising an input shaft , a first output shaft , and a second output shaft , the input shaft being connected to a servo motor , the first output shaft rotating while the input shaft rotates, the second output shaft stopping at a predetermined angular position in a certain part of a period during which the input shaft rotates and rotating during the remaining part of the period, a turning part which is driven by the second output shaft of the indexing device and which supports the gripper , the gripper being turned between the tool magazine and the secondary tool standby position (S2) by rotation of the second output shaft of the indexing device , and a gripper opening and closing member which is driven by the first output shaft of the indexing device , and which is configured so as to open the gripper while the second output shaft of the indexing device is stopped and close the gripper while the second output shaft of the indexing device rotates.
A battery deterioration judging system comprising: an acquiring section that acquires a state amount of a battery ; a first deriving section that derives a first deterioration probability of the battery , based on the state amount of the battery acquired by the acquiring section and a predetermined first calculation model; a reliability degree deriving section that derives a reliability degree of a second calculation model, which is different than the first calculation model, based on a number of state amounts acquired by the acquiring section ; a second deriving section that derives a second deterioration probability of the battery , based on the state amount of the battery acquired by the acquiring section and the second calculation model; and a judging section that judges deterioration of the battery based on the reliability degree, and at least one of the first deterioration probability or the second deterioration probability. an acquiring section that acquires a state amount of a battery ; a first deriving section that derives a first deterioration probability of the battery , based on the state amount of the battery acquired by the acquiring section and a predetermined first calculation model; a reliability degree deriving section that derives a reliability degree of a second calculation model, which is different than the first calculation model, based on a number of state amounts acquired by the acquiring section ; a second deriving section that derives a second deterioration probability of the battery , based on the state amount of the battery acquired by the acquiring section and the second calculation model; and a judging section that judges deterioration of the battery based on the reliability degree, and at least one of the first deterioration probability or the second deterioration probability.
Method for igniting a fuel/air mixture in a heating appliance which can be operated with different fuels with a premix burner , to which air (L) is supplied through an air supply and fuel through a fuel supply in a premixed state in a mixing ratio, wherein within a predeterminable time interval (Δt), within which a ignition of the various fuels is expected, the mixing ratio of fuel to air (L) for ignition is varied to cover a predeterminable mixture range, namely by varying the air supply , and the time interval (Δt) and the mixture range are further selected such that a maximum ignition load (Z) is not exceeded by the end of the time interval (Δt), independently of the type of fuel supplied.
Fluid flow guide plate for an electrochemical reactor, this plate comprising on one and the same face: - a flow manifold ; - a plurality of flow channels , made on the plate to ensure the flow of a fluid and extending along one and the same longitudinal direction; - an exchange channel , extending along a direction transverse to said flow channels and placing said flow channels in communication with one another; - a plurality of supply channels , made on the plate to ensure the flow of a fluid, each supply channel extending along one and the same longitudinal direction and being fluidically connected: • on the one hand, by a first end to the flow manifold, and • on the other hand, by a second end , to the exchange channel, this plate being characterized in that the exchange channel comprises at least one obstacle made between each second end of said supply channels and said flow channels so as to partially close off the flow between said second ends and the flow channels, a fluid flow area being made above the obstacle and extending continuously along the transverse direction with respect to the flow channels, this fluid flow area having a height at least equal to 30% of the height of the supply channels, the obstacle being formed by a common boss extending continuously inside the exchange channel along the transverse direction and having a height at most equal to 70% of the height of the supply channels, the height of the obstacle being measured along a direction perpendicular to the plate. - a flow manifold ; - a plurality of flow channels , made on the plate to ensure the flow of a fluid and extending along one and the same longitudinal direction; - an exchange channel , extending along a direction transverse to said flow channels and placing said flow channels in communication with one another; - a plurality of supply channels , made on the plate to ensure the flow of a fluid, each supply channel extending along one and the same longitudinal direction and being fluidically connected: • on the one hand, by a first end to the flow manifold, and • on the other hand, by a second end , to the exchange channel, this plate being characterized in that the exchange channel comprises at least one obstacle made between each second end of said supply channels and said flow channels so as to partially close off the flow between said second ends and the flow channels, a fluid flow area being made above the obstacle and extending continuously along the transverse direction with respect to the flow channels, this fluid flow area having a height at least equal to 30% of the height of the supply channels, the obstacle being formed by a common boss extending continuously inside the exchange channel along the transverse direction and having a height at most equal to 70% of the height of the supply channels, the height of the obstacle being measured along a direction perpendicular to the plate. • on the one hand, by a first end to the flow manifold, and • on the other hand, by a second end , to the exchange channel,
A mounting structure for a vehicle comprising a cover member of a vehicle body and a lighting device , the lighting device comprising a base surrounded along an outer periphery thereof by the cover member , a lens mounted on a front portion of the base and which is exposed through an opening defined in the cover member , and a light-emitting diode and a reflector , which are housed in a space defined by the base and the lens , wherein: the light-emitting diode is disposed in a predetermined position on a support assembly , which is supported on the base and extends into the space ; characterized in that the support assembly includes a wall positioned forwardly of and in proximity to the predetermined position in which the light-emitting diode is disposed, the wall being disposed higher than the light-emitting diode , for limiting light that is emitted directly from the light-emitting diode such that a visual perception prevention range, in which direct light is prevented from being visually perceived, is increased; the support assembly includes a cavity that houses the light-emitting diode therein; and the wall comprises a portion of an inner wall, which surrounds a peripheral side portion of the light-emitting diode in the cavity , wherein the cover member covers a portion of the lens , so as to conceal the light-emitting diode and the support assembly when the lighting device is viewed from the front in a front elevational view, and wherein the reflector is provided in the lighting device such that an observer can visually perceive only the reflector from the front in a front elevational view. the light-emitting diode is disposed in a predetermined position on a support assembly , which is supported on the base and extends into the space ; characterized in that the support assembly includes a wall positioned forwardly of and in proximity to the predetermined position in which the light-emitting diode is disposed, the wall being disposed higher than the light-emitting diode , for limiting light that is emitted directly from the light-emitting diode such that a visual perception prevention range, in which direct light is prevented from being visually perceived, is increased; the support assembly includes a cavity that houses the light-emitting diode therein; and the wall comprises a portion of an inner wall, which surrounds a peripheral side portion of the light-emitting diode in the cavity , wherein the cover member covers a portion of the lens , so as to conceal the light-emitting diode and the support assembly when the lighting device is viewed from the front in a front elevational view, and wherein the reflector is provided in the lighting device such that an observer can visually perceive only the reflector from the front in a front elevational view.
A method, executed in a gateway , the gateway being arranged to facilitate communication between a client device and an application server , the method comprising the steps of: sending a request for an electronically transferable subscriber identity module, the request comprising an identifier based on an identity of the client device ; receiving a response indicating that an electronically transferable subscriber identity module, generated based on the identifier, is available; downloading the electronically transferable subscriber identity module, comprising credentials associated with the client device; storing the electronically transferable subscriber identity module with an association to the client device , along with any previously stored electronically transferable subscriber identity modules at the gateway, without forwarding the electronically transferrable_subscriber identity module to the client device, and using the credentials of the electronically transferrable subscriber identity module for any of authentication, identification and secure communication of the client device , when the electronically transferrable subscriber identity module is held by the gateway . sending a request for an electronically transferable subscriber identity module, the request comprising an identifier based on an identity of the client device ; receiving a response indicating that an electronically transferable subscriber identity module, generated based on the identifier, is available; downloading the electronically transferable subscriber identity module, comprising credentials associated with the client device; storing the electronically transferable subscriber identity module with an association to the client device , along with any previously stored electronically transferable subscriber identity modules at the gateway, without forwarding the electronically transferrable_subscriber identity module to the client device, and using the credentials of the electronically transferrable subscriber identity module for any of authentication, identification and secure communication of the client device , when the electronically transferrable subscriber identity module is held by the gateway .
A flexible and self-supporting composite insulating film consisting of: a base support layer comprising glass cloth; an adhesive layer; and a partially cured poly(amide)imide film layer laminated to said base support layer through the use of the adhesive. a base support layer comprising glass cloth; an adhesive layer; and a partially cured poly(amide)imide film layer laminated to said base support layer through the use of the adhesive.
An article comprising: a first textile element at least partially formed from a first thermoplastic polymer material; a second textile element; and a seam where (a) the first textile element and the second textile element are thermal bonded to each other with the first thermoplastic polymer material and (b) a second thermoplastic polymer material is thermal bonded to the first textile element and the second textile element, a melting temperature of the second thermoplastic polymer material being lower than a melting temperature of the first thermoplastic polymer material, wherein the second thermoplastic polymer material is a completely melted strand that joins the first textile element and the second textile element at the seam. a first textile element at least partially formed from a first thermoplastic polymer material; a second textile element; and a seam where (a) the first textile element and the second textile element are thermal bonded to each other with the first thermoplastic polymer material and (b) a second thermoplastic polymer material is thermal bonded to the first textile element and the second textile element, a melting temperature of the second thermoplastic polymer material being lower than a melting temperature of the first thermoplastic polymer material, wherein the second thermoplastic polymer material is a completely melted strand that joins the first textile element and the second textile element at the seam.
An implantable lymph node replacement construct (10; 110; 210; 310) comprising: a body having one or more inlets (24, 26; 124, 126; 224, 226; 324, 326) and one or more outlets (30; 130; 230; 330); the body further having an internal structure defining a fluid communication path through the body , from the inlet or inlets (24, 26; 124, 126; 224, 226; 324, 326), to the outlet or outlets (30; 130; 230; 330); the internal structure being enclosed within the body , which surrounds the internal structure, wherein the fluid communication path comprises a plurality of parallel flow paths extending through and within at least a part of the body , the internal structure configured such that lymph received by the body at the inlet or inlets (24, 26; 124, 126; 224, 226; 324, 326) is conveyed through the parallel flow paths within the body, before passing to the outlet or outlets (30; 130; 230; 330), wherein the construct is configured to function as a lymph node replacement construct by receiving lymph from afferent lymph vessels when connected to or adjacent the inlet or inlets, and delivering the lymph to one or more efferent lymph vessels when connected to or adjacent the outlet or outlets. a body having one or more inlets (24, 26; 124, 126; 224, 226; 324, 326) and one or more outlets (30; 130; 230; 330); the body further having an internal structure defining a fluid communication path through the body , from the inlet or inlets (24, 26; 124, 126; 224, 226; 324, 326), to the outlet or outlets (30; 130; 230; 330); the internal structure being enclosed within the body , which surrounds the internal structure, wherein the fluid communication path comprises a plurality of parallel flow paths extending through and within at least a part of the body , the internal structure configured such that lymph received by the body at the inlet or inlets (24, 26; 124, 126; 224, 226; 324, 326) is conveyed through the parallel flow paths within the body, before passing to the outlet or outlets (30; 130; 230; 330), wherein the construct is configured to function as a lymph node replacement construct by receiving lymph from afferent lymph vessels when connected to or adjacent the inlet or inlets, and delivering the lymph to one or more efferent lymph vessels when connected to or adjacent the outlet or outlets.