mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: deploying, by a cloud integration system , an integration flow, iFlow, as a resource; assigning, by a container orchestration service , the resource to one or more pods ; copying, by a pod sync agent , an iFlow definition mapped to the resource into the one or more pods; assigning, by the pod sync agent , a unique label to the resource based on the iFlow deployed into the one or more pods, the unique label identifying the resource; creating, by the cloud integration system, a service as an endpoint to the resource, with a rule redirecting calls to the one or more pods containing the resource; receiving, by the cloud integration system, a request to call the service of a specific resource; determining, by the cloud integration system using the rule, a specific pod to which to direct the request by: determining, by the cloud integration system , current loads of pods containing the specific resource; and forwarding, using the unique label, the request to a pod with a low load and which executes the specific resource labelled with the unique label. deploying, by a cloud integration system , an integration flow, iFlow, as a resource; assigning, by a container orchestration service , the resource to one or more pods ; copying, by a pod sync agent , an iFlow definition mapped to the resource into the one or more pods; assigning, by the pod sync agent , a unique label to the resource based on the iFlow deployed into the one or more pods, the unique label identifying the resource; creating, by the cloud integration system, a service as an endpoint to the resource, with a rule redirecting calls to the one or more pods containing the resource; receiving, by the cloud integration system, a request to call the service of a specific resource; determining, by the cloud integration system using the rule, a specific pod to which to direct the request by: determining, by the cloud integration system , current loads of pods containing the specific resource; and forwarding, using the unique label, the request to a pod with a low load and which executes the specific resource labelled with the unique label. determining, by the cloud integration system , current loads of pods containing the specific resource; and forwarding, using the unique label, the request to a pod with a low load and which executes the specific resource labelled with the unique label.
An electrical component module comprising: a first holder having substrate holding structures on a first surface portion and a second surface portion located on a back-surface side of the first surface portion; a second holder disposed perpendicular to the first holder at an end portion of the second surface portion of the first holder , and having a substrate holding structure on one surface of the second holder ; a first substrate held on the first surface portion of the first holder ; a second substrate and a heat sink both held by the second holder ; a third substrate held on the second surface portion of the first holder , and connected to the first substrate and the second substrate by lines ; and further comprising a fixation member configured to fix the third substrate to the first holder , wherein the fixation member includes a hook portion over which a line connecting the second substrate and the third substrate is to be hooked. a first holder having substrate holding structures on a first surface portion and a second surface portion located on a back-surface side of the first surface portion; a second holder disposed perpendicular to the first holder at an end portion of the second surface portion of the first holder , and having a substrate holding structure on one surface of the second holder ; a first substrate held on the first surface portion of the first holder ; a second substrate and a heat sink both held by the second holder ; a third substrate held on the second surface portion of the first holder , and connected to the first substrate and the second substrate by lines ; and further comprising a fixation member configured to fix the third substrate to the first holder , wherein the fixation member includes a hook portion over which a line connecting the second substrate and the third substrate is to be hooked.
A roller coaster , comprising: a track defining a ride path with a passenger load/unload section and a gravity-based ride section; a vehicle including a chassis coupled to the track to roll on one or more surfaces of the track, wherein the vehicle further includes a passenger compartment supported on the chassis that is adapted for receiving one or more passengers; a compartment positioning mechanism controllable to move the passenger compartment between a first position in the passenger load/unload section to a second position at a location in the gravity-based ride section; a power supply assembly comprising a charging element mounted on or near the track on the ride path defined by the track and further comprising an onboard energy storage mounted on the vehicle adapted for charging by the charging element, wherein the onboard energy storage provides power to the compartment positioning mechanism to move the passenger compartment between the first and second positions; and characterised in that the charging element is provided in the gravity-based ride section and in that the location in the gravity-based ride section where the passenger compartment is moved between the first and second positions is spaced apart a distance from the charging element, whereby the onboard energy storage is disconnected from the charging element while powering the compartment positioning mechanism. a track defining a ride path with a passenger load/unload section and a gravity-based ride section; a vehicle including a chassis coupled to the track to roll on one or more surfaces of the track, wherein the vehicle further includes a passenger compartment supported on the chassis that is adapted for receiving one or more passengers; a compartment positioning mechanism controllable to move the passenger compartment between a first position in the passenger load/unload section to a second position at a location in the gravity-based ride section; a power supply assembly comprising a charging element mounted on or near the track on the ride path defined by the track and further comprising an onboard energy storage mounted on the vehicle adapted for charging by the charging element, wherein the onboard energy storage provides power to the compartment positioning mechanism to move the passenger compartment between the first and second positions; and characterised in that the charging element is provided in the gravity-based ride section and in that the location in the gravity-based ride section where the passenger compartment is moved between the first and second positions is spaced apart a distance from the charging element, whereby the onboard energy storage is disconnected from the charging element while powering the compartment positioning mechanism.
A variant polypeptide of the beta-amylase according to SEQ ID No. 1 having beta-amylase activity and comprising an amino acid sequence which is at least 80% identical to the sequence according to SEQ ID No. 1, which amino acid sequence comprises amino acid substitutions D25K, L27C, S220L, A364P, N369P, S398P and at least a first further amino acid modification at an amino acid residue position number 502 in the numbering of SEQ ID No. 1.
A method of forming a porous coating on a medical device, the method comprising: forming a degradable scaffold along an exterior surface of the medical device to support the porous coating during application thereof; electrospinning a polymer to apply the porous coating on the scaffold; and removing the scaffold from the medical device while maintaining the porous coating on the medical device. forming a degradable scaffold along an exterior surface of the medical device to support the porous coating during application thereof; electrospinning a polymer to apply the porous coating on the scaffold; and removing the scaffold from the medical device while maintaining the porous coating on the medical device.
A treatment installation comprising a molten metal bath wherein a metal strip is intended to be dipped and at least one roller partially or totally immersed in said bath, said roller comprising at least one ferrule intended to be in contact with the metal strip to be treated, characterized in that at least said ferrule is made of composite material formed of a carbon fiber reinforcement densified by an at least partially ceramic matrix.
A contact device, comprising: a fixed terminal including a fixed contact ; a movable member including a movable contact and being configured to move between a closed position where the movable contact is in contact with the fixed contact and an open position where the movable contact is apart from the fixed contact ; a regulating member configured to be in contact with the movable contact when the movable member is in the open position; and a heat transmission structure configured to transmit, to the fixed terminal , heat from the movable contact when the movable member is in the open position, through a thermal path (R1, R2, R3, R4, R5) including at least the regulating member ; characterized in that the heat transmission structure includes an intermediate member located between the fixed terminal and the regulating member , and the intermediate member has a higher thermal conductivity than a material whose component ratio is highest of materials included in a first holding structure that holds the fixed terminal and a second holding structure that holds the regulating member , and the intermediate member is electrically insulating. a fixed terminal including a fixed contact ; a movable member including a movable contact and being configured to move between a closed position where the movable contact is in contact with the fixed contact and an open position where the movable contact is apart from the fixed contact ; a regulating member configured to be in contact with the movable contact when the movable member is in the open position; and a heat transmission structure configured to transmit, to the fixed terminal , heat from the movable contact when the movable member is in the open position, through a thermal path (R1, R2, R3, R4, R5) including at least the regulating member ; characterized in that the heat transmission structure includes an intermediate member located between the fixed terminal and the regulating member , and the intermediate member has a higher thermal conductivity than a material whose component ratio is highest of materials included in a first holding structure that holds the fixed terminal and a second holding structure that holds the regulating member , and the intermediate member is electrically insulating.
A system to control the delivery of fuel from a dispenser device , in particular a filling station, to a storage container , in particular a tank of a vehicle, characterised in that the control system comprises a sleeve designed to be fitted around a closing cap of a mouth of the storage container ; a guide disc , which has a central hole able to be engaged by a delivering member of the dispenser device , and is coupled to the sleeve so as to move between a first position, in which the guide disc allows the delivering member to feed fuel into the storage container through the mouth , and a second position, in which the closing cap is removable from the mouth ; first detection means to detect whether the guide disc is arranged in its first position; second detection means to detect whether the delivering member engages or disengages the mouth ; and control means configured to enable the delivery of fuel from the dispenser device to the storage container when the first detection means detect that the guide disc is arranged in the first position and the second detection means detect that the delivering member engages the mouth .
A method for obtaining a light rare earth element-rich inclusion and a heavy rare earth element-rich inclusion from a workpiece containing a light rare earth element and a heavy rare earth element in order to separate the two, characterized by including at least: a step of obtaining, from a workpiece containing a light rare earth element and a heavy rare earth element, a composite oxide or mixture of oxides of the two; a step of dissolving the obtained composite oxide or mixture of oxides of a light rare earth element and a heavy rare earth element in hydrochloric acid and/or nitric acid; a step of adding a precipitant to the obtained solution to give a precipitate; a step of calcining the obtained precipitate; a step of adding the obtained calcine in an amount of 1.1 times to 3.0 times the upper solubility limit to hydrochloric acid and/or nitric acid having a concentration of 0.7 mol/L or more to give a solution and a residue; and a step of separating the obtained solution and residue, thereby giving i) the solution as a light rare earth element-rich inclusion having a ratio of a content of the light rare earth element to a content of the heavy rare earth element which is higher than the corresponding ratio in the workpiece and ii) the residue as a heavy rare earth element-rich inclusion having a ratio of a content of the heavy rare earth element to a content of the light rare earth element which is higher than the corresponding ratio in the workpiece. a step of obtaining, from a workpiece containing a light rare earth element and a heavy rare earth element, a composite oxide or mixture of oxides of the two; a step of dissolving the obtained composite oxide or mixture of oxides of a light rare earth element and a heavy rare earth element in hydrochloric acid and/or nitric acid; a step of adding a precipitant to the obtained solution to give a precipitate; a step of calcining the obtained precipitate; a step of adding the obtained calcine in an amount of 1.1 times to 3.0 times the upper solubility limit to hydrochloric acid and/or nitric acid having a concentration of 0.7 mol/L or more to give a solution and a residue; and a step of separating the obtained solution and residue, thereby giving i) the solution as a light rare earth element-rich inclusion having a ratio of a content of the light rare earth element to a content of the heavy rare earth element which is higher than the corresponding ratio in the workpiece and ii) the residue as a heavy rare earth element-rich inclusion having a ratio of a content of the heavy rare earth element to a content of the light rare earth element which is higher than the corresponding ratio in the workpiece. i) the solution as a light rare earth element-rich inclusion having a ratio of a content of the light rare earth element to a content of the heavy rare earth element which is higher than the corresponding ratio in the workpiece and ii) the residue as a heavy rare earth element-rich inclusion having a ratio of a content of the heavy rare earth element to a content of the light rare earth element which is higher than the corresponding ratio in the workpiece.
A multi-piece golf ball comprising a center and n (n is a natural number of 4 or more) envelope layers covering the center, wherein material hardness of the envelop layers satisfies H2<H0<Hn-1; where the envelope layers formed in order from the center side are referred to as a first envelope layer, a second envelope layer, an n-1th envelope layer and an nth envelope layer (the outmost layer), respectively and H0 is a material hardness (Shore D hardness) of the center, and H1, H2, Hn-1 and Hn are material hardness (Shore D hardness) of the first envelope layer, the second envelope layer, the n-1th envelope layer and the nth envelope layer (the outmost layer), respectively; and the center is formed from a thermoplastic resin composition, and the second envelope layer is formed from a thermoplastic resin composition or a rubber composition.
An irradiation target handling device having an isotope production cable assembly comprising: a drive cable configured for use with an existing nuclear reactor drive mechanism for cable drive systems configured to insert and withdraw sensors within nuclear reactor cores ; a self-powered radiation detector which is spirally wound and wrapped around an axial length of the drive cable proximate an end of the drive cable that is designed to be inserted into a flux thimble in a core of a nuclear reactor, wherein the self- powered radiation detector comprises a length configured to provide a preselected signal output with a minimal axial length from end to end of the spiral such that the self-powered radiation detector provides an output indicative of reactor flux at a position of the self-powered radiation detector in a reactor core to optimize an axial position of a target material supported by and proximate the one end of the drive cable; a signal lead contained in an interior of the drive cable for said self-powered radiation detector; one of a female end or male end of a quick disconnect coupling attached to the one end of the drive cable ; and a target holder element cable assembly having another of the female end or male end of the quick disconnect coupling at one end of the target holder element cable assembly, configured to attach to and detach from the one of the female or male end , the target holder element cable assembly having a target material support compartment configured to securely hold the target material as the drive cable is inserted and withdrawn through the flux thimble . a drive cable configured for use with an existing nuclear reactor drive mechanism for cable drive systems configured to insert and withdraw sensors within nuclear reactor cores ; a self-powered radiation detector which is spirally wound and wrapped around an axial length of the drive cable proximate an end of the drive cable that is designed to be inserted into a flux thimble in a core of a nuclear reactor, wherein the self- powered radiation detector comprises a length configured to provide a preselected signal output with a minimal axial length from end to end of the spiral such that the self-powered radiation detector provides an output indicative of reactor flux at a position of the self-powered radiation detector in a reactor core to optimize an axial position of a target material supported by and proximate the one end of the drive cable; a signal lead contained in an interior of the drive cable for said self-powered radiation detector; one of a female end or male end of a quick disconnect coupling attached to the one end of the drive cable ; and a target holder element cable assembly having another of the female end or male end of the quick disconnect coupling at one end of the target holder element cable assembly, configured to attach to and detach from the one of the female or male end , the target holder element cable assembly having a target material support compartment configured to securely hold the target material as the drive cable is inserted and withdrawn through the flux thimble .
Vibration damper , in particular for a chassis of a vehicle, having a damper tube and having a working piston which is guided over an inner side of the damper tube in a longitudinal axis , and wherein a reinforcing sleeve is arranged on an outer side of the damper tube , on which reinforcing sleeve a receiving fork for attachment to the chassis can be arranged, and wherein the reinforcing sleeve is delimited by a circumferential edge in the longitudinal axis direction, characterized in that a sealing element enclosing the outer side of the damper tube is received in the reinforcing sleeve in the region of the circumferential edge , wherein the circumferential edge comprises a plastically deformed deformation portion which engages around the sealing element .
An electric toothbrush comprising a handle and a refill having a longitudinal axis (A) and structured and configured to be attached to the handle via a coupling device , the handle having a drive mechanism and the refill having a brush head and a motion transmitter functionally connected to the brush head for driving the brush head , wherein the handle comprises a coupling stem having outer walls extending in a direction substantially parallel to the longitudinal axis (A) and terminating with a free end , the coupling stem further having a coupling pin extending therefrom in a direction not parallel to the longitudinal axis (A), wherein the refill includes a generally tubular portion formed by refill walls defining therebetween an interior space structured and configured to accept therein the coupling stem of the handle when the refill is being attached to the handle , wherein the coupling device comprises a pair of mutually opposite curved cantilevered arms disposed adjacent to the refill walls in the interior space of the refill , wherein each of the cantilevered arms is resiliently deformable and terminates with a coupling surface structured and configured to engage the coupling pin of the coupling stem for secure and disengageable connection therewith. wherein the handle comprises a coupling stem having outer walls extending in a direction substantially parallel to the longitudinal axis (A) and terminating with a free end , the coupling stem further having a coupling pin extending therefrom in a direction not parallel to the longitudinal axis (A), wherein the refill includes a generally tubular portion formed by refill walls defining therebetween an interior space structured and configured to accept therein the coupling stem of the handle when the refill is being attached to the handle , wherein the coupling device comprises a pair of mutually opposite curved cantilevered arms disposed adjacent to the refill walls in the interior space of the refill , wherein each of the cantilevered arms is resiliently deformable and terminates with a coupling surface structured and configured to engage the coupling pin of the coupling stem for secure and disengageable connection therewith.
Electrogustometer comprising an interface capable of receiving a stimulation instruction, and a current generator arranged to produce a stimulation current, in which the interface is arranged to obtain a digital command from the stimulation instruction, said electrogustometer further comprising a digital-to-analog converter arranged to convert the digital command into a DC voltage, the different digital commands inducing discrete respective voltage values, in said electrogustometer the current generator is arranged to convert the DC voltage into a stimulation current with an intensity of between 0 and 250 depending on the discrete voltage value and varies by fixed steps of between 0.05 and 1 μA, the interface comprises an electronic device connected to a microcontroller , and the electronic device comprises a process for automatically determining an electrogustometric threshold based on one or more feedbacks in response to the application of a series of stimulation currents generated by the current generator based on Dixon's algorithm. an interface capable of receiving a stimulation instruction, and a current generator arranged to produce a stimulation current, in which the interface is arranged to obtain a digital command from the stimulation instruction, said electrogustometer further comprising a digital-to-analog converter arranged to convert the digital command into a DC voltage, the different digital commands inducing discrete respective voltage values, in said electrogustometer the current generator is arranged to convert the DC voltage into a stimulation current with an intensity of between 0 and 250 depending on the discrete voltage value and varies by fixed steps of between 0.05 and 1 μA, the interface comprises an electronic device connected to a microcontroller , and the electronic device comprises a process for automatically determining an electrogustometric threshold based on one or more feedbacks in response to the application of a series of stimulation currents generated by the current generator based on Dixon's algorithm.