mhurhangee/patent-ind-claim-en huggingface dataset:
A biosolids treatment system that treats human biosolids to produce beneficial use products including low carbon ash, high carbon activated biochar, and Class A biosolids with a solids content ≥ 90%, the system comprising: variable feed conveyors that convey a mixed biosolid feed into a dryer and a gasifier , wherein the mixed biosolid feed comprises a mixture of dried biosolid output from the dryer and wet biosolid that has not been in the dryer ; wherein said dryer dries the mixed biosolid feed to a predetermined moisture content to create dried biosolid output wherein a moisture sensor measures the predetermined moisture content which is controlled by varying a speed of the variable feed conveyors; and characterized in that said gasifier uses the mixed biosolid feed as its exclusive fuel source and converts the biosolid feed into usable thermal energy for system use and at least one of the beneficial use products. variable feed conveyors that convey a mixed biosolid feed into a dryer and a gasifier , wherein the mixed biosolid feed comprises a mixture of dried biosolid output from the dryer and wet biosolid that has not been in the dryer ; wherein said dryer dries the mixed biosolid feed to a predetermined moisture content to create dried biosolid output wherein a moisture sensor measures the predetermined moisture content which is controlled by varying a speed of the variable feed conveyors; and characterized in that said gasifier uses the mixed biosolid feed as its exclusive fuel source and converts the biosolid feed into usable thermal energy for system use and at least one of the beneficial use products.
Dishwasher, in particular a domestic dishwasher, comprising a washing container , which provides a washing chamber and is used to hold washware to be cleaned, comprising a heat pump device , which has an evaporator that is arranged within a reservoir filled with water , and comprising an air circulation system , which has an air guiding circuit and a fan unit arranged within the air guiding circuit , characterised in that the air guiding circuit passes at least sections of an outer surface of both the washing container and the reservoir such that when the fan unit is in operation, air flows around at least sections of the washing container and the reservoir , the air guided in the air guiding circuit being in direct contact with the outer surfaces of the washing container and the reservoir .
A container system for heating and storing an intraocular lens to be implanted in an eye, comprising a container in the form of a standing container; a cartridge with at least one intraocular lens preloaded in the cartridge and/or an injector on which the intraocular lens is preloaded; wherein the container is designed for storing at least the intraocular lens preloaded in the cartridge and/or in the injector and comprises a heating means integrated in the container for heating the intraocular lens inside the container , and wherein the cartridge or the injector is located in the container together with the intraocular lens accommodated in the cartridge and/or in the injector ; characterized in that the container has an accommodation area for the cartridge and/or for a portion of the injector , which is designed to fit substantially precisely to the cartridge and/or to a front portion of the injector . a container in the form of a standing container; a cartridge with at least one intraocular lens preloaded in the cartridge and/or an injector on which the intraocular lens is preloaded; wherein the container is designed for storing at least the intraocular lens preloaded in the cartridge and/or in the injector and comprises a heating means integrated in the container for heating the intraocular lens inside the container , and wherein the cartridge or the injector is located in the container together with the intraocular lens accommodated in the cartridge and/or in the injector ; characterized in that the container has an accommodation area for the cartridge and/or for a portion of the injector , which is designed to fit substantially precisely to the cartridge and/or to a front portion of the injector .
A computing device for secure server access, the computing device comprising: a processor that includes secure enclave support ; a license agent loader module to load a license agent into a secure enclave established by the processor ; an application request module to receive, by the license agent , a request to access a remote server from an application of the computing device ; an attestation module to perform, by the license agent , remote attestation of the secure enclave with the remote server via secure connection between the license agent and the remote server ; a user authentication module to authenticate, by the license agent , a user of the computing device ; and a server access module to (i) transmit, by the license agent , a machine identifier and a user identifier to the remote server via the secure connection in response to authentication of the user, wherein the machine identifier identifies the computing device and the user identifier identifies the user of the computing device ; and (ii) allow, by the license agent , the application to access the secure connection with the remote server in response to authentication of the machine identifier and the user identifier, wherein the server access module is to generate the machine identifier as a function of a server challenge data item received from the remote server , wherein the machine identifier is indicative of the server challenge data item, and wherein the machine identifier and the user identifier are bound to a license of the application. a processor that includes secure enclave support ; a license agent loader module to load a license agent into a secure enclave established by the processor ; an application request module to receive, by the license agent , a request to access a remote server from an application of the computing device ; an attestation module to perform, by the license agent , remote attestation of the secure enclave with the remote server via secure connection between the license agent and the remote server ; a user authentication module to authenticate, by the license agent , a user of the computing device ; and a server access module to (i) transmit, by the license agent , a machine identifier and a user identifier to the remote server via the secure connection in response to authentication of the user, wherein the machine identifier identifies the computing device and the user identifier identifies the user of the computing device ; and (ii) allow, by the license agent , the application to access the secure connection with the remote server in response to authentication of the machine identifier and the user identifier, wherein the server access module is to generate the machine identifier as a function of a server challenge data item received from the remote server , wherein the machine identifier is indicative of the server challenge data item, and wherein the machine identifier and the user identifier are bound to a license of the application.
A catheter comprising: an outer tube having a first distal end opening portion to be introduced into a living body and in which a first lumen capable of circulating a fluid is formed; an inner tube disposed in the first lumen, and having a second distal end opening portion positioned closer to a proximal side than the first distal end opening portion, and in which a second lumen capable of circulating a fluid is formed; and an outflow/inflow inhibiting portion partitioned in the first lumen between the first distal end opening portion and the second distal end opening portion and inhibiting a fluid from flowing out from the first lumen or a fluid from flowing into the first lumen via the first distal end opening portion, due to a perfusion of a fluid which is supplied to the first lumen and flows to the second lumen. an outer tube having a first distal end opening portion to be introduced into a living body and in which a first lumen capable of circulating a fluid is formed; an inner tube disposed in the first lumen, and having a second distal end opening portion positioned closer to a proximal side than the first distal end opening portion, and in which a second lumen capable of circulating a fluid is formed; and an outflow/inflow inhibiting portion partitioned in the first lumen between the first distal end opening portion and the second distal end opening portion and inhibiting a fluid from flowing out from the first lumen or a fluid from flowing into the first lumen via the first distal end opening portion, due to a perfusion of a fluid which is supplied to the first lumen and flows to the second lumen.
A computer-implemented method for controlling access of a terminal to an attribute stored in an ID token , wherein the ID token is associated with a user, wherein the method comprises receipt of an identification of the terminal by the ID token and checking by the ID token if a session identification validly associated with the identification of the terminal is stored in the ID token , wherein, if a session identification validly associated with the identification of the terminal is stored in the ID token , the ID token transmits the session identification to the terminal and grants the terminal access to the attribute , wherein a further subsequent communication with access to the attribute is carried out in an encrypted manner using a session-specific session key, wherein the session-specific session key is stored in the ID token in a manner associated with the session identification or the identification of the terminal , wherein, if no session identification validly associated with the identification of the terminal is stored in the ID token , the method comprises the following steps: - authenticating the terminal by the ID token and authenticating the ID token to the terminal, wherein, following successful authentications, the terminal is granted access to the attribute , - deriving a session-specific session key, wherein a further subsequent communication with access to the attribute is carried out in an encrypted manner using a session-specific session key, - deriving a session identification, - storing, in the ID token , the identification of the terminal associated with the session identification, - storing, in the ID token , the session-specific session key associated with the identification of the terminal , wherein, if a session identification validly associated with the identification of the terminal is stored in the ID token , a salt is generated by the ID token and a hash value is generated from the identification of the terminal , the salt, and the session identification, wherein the session identification is transmitted from the ID token to the terminal in the form of a transmission of the hash value together with the salt. - authenticating the terminal by the ID token and authenticating the ID token to the terminal, wherein, following successful authentications, the terminal is granted access to the attribute , - deriving a session-specific session key, wherein a further subsequent communication with access to the attribute is carried out in an encrypted manner using a session-specific session key, - deriving a session identification, - storing, in the ID token , the identification of the terminal associated with the session identification, - storing, in the ID token , the session-specific session key associated with the identification of the terminal ,
A computer implemented method for use in selecting training data for annotation by an annotator as part of an active-learning machine learning process, wherein the selected training data is for use in training a model to take as input a medical image and output a segmentation of the medical image, the method comprising: providing an unlabeled medical image as input to the model and obtaining a segmentation of the unlabeled medical image as output from the model; the method characterized by : determining whether a geometric property of a segment of the segmentation satisfies one or more geometric criteria of a radiological feature represented by the segment; and/or determining whether an edge region of the segment satisfies one or more edge criteria; and selecting the unlabeled medical image as training data that is to be annotated by the annotator as part of the active-learning machine learning process, if the segment does not satisfy the one or more geometric criteria and/or the one or more edge criteria. providing an unlabeled medical image as input to the model and obtaining a segmentation of the unlabeled medical image as output from the model; the method characterized by : determining whether a geometric property of a segment of the segmentation satisfies one or more geometric criteria of a radiological feature represented by the segment; and/or determining whether an edge region of the segment satisfies one or more edge criteria; and selecting the unlabeled medical image as training data that is to be annotated by the annotator as part of the active-learning machine learning process, if the segment does not satisfy the one or more geometric criteria and/or the one or more edge criteria. determining whether a geometric property of a segment of the segmentation satisfies one or more geometric criteria of a radiological feature represented by the segment; and/or determining whether an edge region of the segment satisfies one or more edge criteria; and selecting the unlabeled medical image as training data that is to be annotated by the annotator as part of the active-learning machine learning process, if the segment does not satisfy the one or more geometric criteria and/or the one or more edge criteria.
An end effector of a surgical instrument for manipulating tissue of a patient with a cartridge , comprising: (a) a distal end portion comprising an anvil ; (b) a proximal end portion ; (c) a gap between the distal end portion and the proximal end portion; (d) a guide pin extending from the distal end portion to the proximal portion, wherein the guide pin is configured to receive the tissue thereagainst for positioning the tissue within the gap; and (e) a cartridge comprising a retaining pin , wherein the retaining pin is configured to slide distally for capturing the tissue between the anvil and the cartridge; characterised in that the guide pin is connected to each of the distal and proximal end portions to secure the distal end portion relative to the proximal end portion and inhibit deflection of the distal end portion relative to the proximal end portion. (a) a distal end portion comprising an anvil ; (b) a proximal end portion ; (c) a gap between the distal end portion and the proximal end portion; (d) a guide pin extending from the distal end portion to the proximal portion, wherein the guide pin is configured to receive the tissue thereagainst for positioning the tissue within the gap; and (e) a cartridge comprising a retaining pin ,
An actuating system for an actuatable door , comprising: a rotatable drive shaft ; a rotatable latch shaft ; a latching device comprising: at least two latches that are non-rotatably mounted to the rotatable latch shaft and adapted for maintaining the actuatable door in a closed position when the at least two latches are in a latched position , a latch securing unit that is adapted for maintaining the at least two latches in the latched position when the latch securing unit is in a securing position , and at least two lock lever counterparts that are non-rotatably mounted to the rotatable latch shaft ; and a locking device comprising: a lock lever that is non-rotatably mounted to the rotatable drive shaft and adapted for engaging with the at least two lock lever counterparts to prevent the latch securing unit from disengaging from the securing position thereby locking the at least two latches in the latched position when the lock lever is in a locked position . a rotatable drive shaft ; a rotatable latch shaft ; a latching device comprising: at least two latches that are non-rotatably mounted to the rotatable latch shaft and adapted for maintaining the actuatable door in a closed position when the at least two latches are in a latched position , a latch securing unit that is adapted for maintaining the at least two latches in the latched position when the latch securing unit is in a securing position , and at least two lock lever counterparts that are non-rotatably mounted to the rotatable latch shaft ; and at least two latches that are non-rotatably mounted to the rotatable latch shaft and adapted for maintaining the actuatable door in a closed position when the at least two latches are in a latched position , a latch securing unit that is adapted for maintaining the at least two latches in the latched position when the latch securing unit is in a securing position , and at least two lock lever counterparts that are non-rotatably mounted to the rotatable latch shaft ; and a locking device comprising: a lock lever that is non-rotatably mounted to the rotatable drive shaft and adapted for engaging with the at least two lock lever counterparts to prevent the latch securing unit from disengaging from the securing position thereby locking the at least two latches in the latched position when the lock lever is in a locked position .
A delivery system for depositing a tungsten film or tungsten-containing film comprising: a composition comprising at least 90% by weight of β-WCl 6 ; and a vessel; wherein the composition is inside the vessel. a composition comprising at least 90% by weight of β-WCl 6 ; and a vessel; wherein the composition is inside the vessel.
A press ring for pressing tubular workpieces , comprising: at least two movable press jaws ; and at least one connecting press jaw connecting the movable press jaws ; wherein the movable press jaws are each hinged at their proximal ends to the connecting press jaw by means of respective bolts , so that the distal ends of the movable press jaws can be rotated towards and away from each other to close respectively open the press ring to receive a workpiece therein, and characterized in that the respective bolts are arranged in elongated holes , allowing a translational displacement of the bolts in the elongated holes upon rotating the movable press jaws . at least two movable press jaws ; and at least one connecting press jaw connecting the movable press jaws ; wherein the movable press jaws are each hinged at their proximal ends to the connecting press jaw by means of respective bolts , so that the distal ends of the movable press jaws can be rotated towards and away from each other to close respectively open the press ring to receive a workpiece therein, and
A cable duct comprising a duct base for being mounted on an installation surface and a duct cover for being disposed on the duct base, the duct base comprising at least two separating webs for dividing a cable receiving space into individual duct compartments on a rear mounting wall of the duct base, the separating webs being provided with retaining webs limiting a cable support surface at their free ends, a connecting arrangement comprising at least two connectors being provided for connecting the duct cover to the duct base, a connector formed adjacent to a lower longitudinal edge of the cable duct at least partially having a support web which is disposed on an inner side of the duct cover and extends in the longitudinal direction of the cable duct, the support web having a support surface formed on its underside and a support edge formed at its free end, the support web engaging a bearing channel which is formed at the lower longitudinal edge of the duct base and has two opposite support walls , the upper support wall being formed by the lowermost separating web , in such a manner that in an insertion configuration of the cable duct, in which an insertion gap for inserting cables into the cable receiving space of the duct base is formed between an upper longitudinal edge of the duct base and an upper longitudinal edge of the duct cover and the support web has been introduced into the bearing channel , a torque support securing the duct cover on the duct base is formed between the support edge of the support web and the upper support wall of the bearing channel and between the support surface of the support web and the lower support wall of the bearing channel, the support surface being formed by a convex surface of the underside of the support web , the support web having a free space on its upper side, a catch web formed at a free end of the upper support wall engaging said free space, and a catch groove being formed on an upper side of a support web base , which is formed in the area of connection of the support web to the inner side of the duct cover , in such a manner that starting from the insertion configuration, the catch web engages the catch groove in a catching manner to establish a locking connection between the duct cover and the duct base .
A drug eluting device, comprising a primer layer containing a water soluble material layer and a multi-part drug layer having a first part and a second part, wherein the first part comprises a macrocyclic triene immunosuppressive compound and the second part comprises at least one polymer-free excipient, wherein polymer-free excipient is a fatty alcohol or fatty aldehyde or a fatty acid or a nonionic surfactant, wherein the device is a drug eluting balloon catheter.
A multifunctional screwdriver provided with a screw finder, comprising: a handle , a bottle opener being detachably mounted on a head of the handle , further comprising the screw finder , connected to a tail end of the handle ; characterized by the fact that the screw finder comprises a tail cover , a universal joint , a magnet frame , and a magnet ; a first gibbosity is arranged on each of the two opposite sides of an outer circle wall of the universal joint ; a through hole is formed in the inner wall of the tail cover corresponding to the first gibbosity ; the universal joint is mounted in the tail cover by means of the first gibbosity and the through hole ; a pair of second gibbosities are disposed in an outer surface of the magnet frame ; a mounting groove is formed in a junction of the universal joint and the magnet frame , and the magnet frame is mounted in the universal joint by the combination of the second gibbosities and the mounting groove . a handle , a bottle opener being detachably mounted on a head of the handle , further comprising the screw finder , connected to a tail end of the handle ; characterized by the fact that the screw finder comprises a tail cover , a universal joint , a magnet frame , and a magnet ; a first gibbosity is arranged on each of the two opposite sides of an outer circle wall of the universal joint ; a through hole is formed in the inner wall of the tail cover corresponding to the first gibbosity ; the universal joint is mounted in the tail cover by means of the first gibbosity and the through hole ; a pair of second gibbosities are disposed in an outer surface of the magnet frame ; a mounting groove is formed in a junction of the universal joint and the magnet frame , and the magnet frame is mounted in the universal joint by the combination of the second gibbosities and the mounting groove .