mhurhangee/ep-ind-claims huggingface dataset:
A method for deodorizing an edible oil or fat, including: - stripping substances from the oil or fat with a stripping medium at high temperature at a pressure of less than 5 mbar; - reducing volume and increasing pressure of the stripping medium in a multi-step process including: - in a first step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a first heat transfer fluid loop at a first temperature, and increasing the pressure to a first intermediate pressure; - in a second step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a second heat transfer fluid loop at a second temperature, and increasing the pressure to a second intermediate pressure; - in a third step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a third heat transfer fluid loop at a third temperature, and increasing the pressure to atmospheric pressure; wherein the first heat transfer fluid loop includes CO 2, wherein the CO 2 in the first heat transfer fluid loop is always maintained subcritical. - stripping substances from the oil or fat with a stripping medium at high temperature at a pressure of less than 5 mbar; - reducing volume and increasing pressure of the stripping medium in a multi-step process including: - in a first step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a first heat transfer fluid loop at a first temperature, and increasing the pressure to a first intermediate pressure; - in a second step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a second heat transfer fluid loop at a second temperature, and increasing the pressure to a second intermediate pressure; - in a third step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a third heat transfer fluid loop at a third temperature, and increasing the pressure to atmospheric pressure; wherein the first heat transfer fluid loop includes CO 2, wherein the CO 2 in the first heat transfer fluid loop is always maintained subcritical. - in a first step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a first heat transfer fluid loop at a first temperature, and increasing the pressure to a first intermediate pressure; - in a second step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a second heat transfer fluid loop at a second temperature, and increasing the pressure to a second intermediate pressure; - in a third step reducing the volume by desubliming or condensing the stripping medium by cooling the stripping medium using a third heat transfer fluid loop at a third temperature, and increasing the pressure to atmospheric pressure;
A system comprising an implantable fluid penetrable chamber having a frame, a catheter connected at a first end to one of said chamber sides/walls or penetrating through said sides/walls and a pump placed inside or outside of said chamber, wherein said frame is a curved coil in the form of a spiral with spring-like properties such that said frame is configured to elastically contract and expand, wherein said frame is covered by a fluid permeable membrane mesh configured to enable fluid of a tissue to penetrate directly from said tissue into said chamber, wherein the volume of the chamber is capable of expanding and contracting in response to changes in pressure within the catheter and/or as a result of the activity of the pump.
Electrical plug connector comprising a substantially tubular angled plug connector housing which has a connection limb and a connecting limb, wherein a connection cable can be inserted in the connection limb and an insulating body can be inserted or is inserted into the connecting limb, wherein the connection limb has two at least partially channel-like shell parts (12, 13) which are connected to one another in a detachable manner and can be separated from one another in the axial direction, wherein one of the shell parts (12, 13) is integrally formed on the connecting limb, characterized in that the shell parts (12, 13) are designed in the form of half-shells, wherein the free shell part (12, 13), which is not integrally formed on the connecting limb, merges at its free end, which is averted from the connecting limb, with a tubular insertion section.
Vehicle seat comprising an operator device arranged at a side for operating vehicle seat and/or vehicle functions, and an adjustment device for adjusting a vertical position (Δz) and/or a tilt level (a) of the operator device with respect to the rest of the vehicle seat the adjustment device comprises an axis of rotation extending in the seat width direction, and a shaft which is connected to the operator device, is spaced apart from the axis of rotation and is arranged so as to be pivotable about said axis together with the operator device, characterized in that a guide element, arranged in the direction of a central axis of the shaft and fixedly connected to the shaft, can be moved within a guide link of a link element with respect to the shaft pivoting about the axis of rotation, the guide link having at least one first part shaped so as to extend along a portion of an arc, wherein the guide link has second parts which are arranged so as to adjoin the at least one first part and are substantially triangular, wherein the guide element is pivotable at least about the central axis of the shaft within the first and second parts of the guide link, at least two, preferably three, locked positions of the guide element being defined within the guide link.
Method for monitoring a diaphragm valve which can be transferred from an open actuating position into a closed actuating position via a locking device, wherein a sensor device having at least a gyroscope and a magnetometer detects the actuating position and transmits it to an evaluation unit, wherein the evaluation unit determines safety-relevant and/or process-relevant state information on the basis of the detected actuating position, wherein a target value for the closed actuating position is stored in a storage unit of the evaluation unit, and wherein the evaluation unit determines differences between the actuating position captured by the sensor device and the target value, and wherein the evaluation unit determines state information relating to the achievement of a fluid-tight actuating position and relating to wear of the diaphragm valve and overloading of the diaphragm on the basis of the differences.
An awning comprising - jointed arms for extending a front profile of the awning, - a winding shaft and - an awning cloth which can be rolled up on the winding shaft, wherein the awning comprises at least two mounting modules (M1, M2), wherein a first mounting module comprises at least the jointed arms and a second mounting module comprises at least the winding shaft and the awning cloth, characterized in that the at least two mounting modules (M1, M2) are separate and that at least one of the mounting modules (M1, M2) can be mounted to a mounting surface independent of the other mounting module (M2, M1). - jointed arms for extending a front profile of the awning, - a winding shaft and - an awning cloth which can be rolled up on the winding shaft,
In combination, a surgical instrument comprising: a handle portion; a body portion extending distally from the handle portion and defining a longitudinal axis; and an end effector disposed at a distal end of the body portion, the end effector including an ultraviolet light mechanism for performing UV tacking of an implant wherein the end effector is a grasper having a first jaw member and a second jaw member; wherein the first and second jaw members are movable from a first position in spaced relation relative to one another to a second position where the first and second jaw members cooperate to grasp the implant therebetween; and an implant wherein the implant is a mesh having a polymeric coating activatable by UV light; wherein the mesh is positionable between the first and second jaw members: (i) to be placed at a surgical site and (ii) to be exposed by a UV light emitted from the UV light mechanism such that the UV tacking of the mesh to the surgical site is performed, wherein the mesh includes one or more tack regions each having a polymer coating embedded therein, the polymer coating being chemically activatable by a UV light from the UV light mechanism; and wherein the one or more tack regions are visually alterable by UV light from the UV light mechanism. a handle portion; a body portion extending distally from the handle portion and defining a longitudinal axis; and an end effector disposed at a distal end of the body portion, the end effector including an ultraviolet light mechanism for performing UV tacking of an implant wherein the end effector is a grasper having a first jaw member and a second jaw member; wherein the first and second jaw members are movable from a first position in spaced relation relative to one another to a second position where the first and second jaw members cooperate to grasp the implant therebetween; and an implant wherein the implant is a mesh having a polymeric coating activatable by UV light; wherein the mesh is positionable between the first and second jaw members: (i) to be placed at a surgical site and (ii) to be exposed by a UV light emitted from the UV light mechanism such that the UV tacking of the mesh to the surgical site is performed, wherein the mesh includes one or more tack regions each having a polymer coating embedded therein, the polymer coating being chemically activatable by a UV light from the UV light mechanism; and wherein the one or more tack regions are visually alterable by UV light from the UV light mechanism.
A device for transporting and storing goods, comprising a base, which forms a resting surface and has a substantially quadrangular shape with a pair of long sides and a pair of short sides, and a plurality of uprights associated with said base and adapted to support at least one supporting bracket for resting goods, characterized in that each one of said uprights can move between at least one first position, in which it is laterally adjacent to a respective short side of said base, and at least one second position, in which it is laterally adjacent to at least one respective long side of said base.
A method for context-aware decision making of an autonomous agent, the method comprising: • receiving a set of inputs from a sensor subsystem of the autonomous agent, wherein the set of inputs includes at least a pose of the autonomous agent; • determining a context of the autonomous agent based on the set of inputs and a map, wherein the map prescribes a predetermined series of contexts for a fixed route of the autonomous agent; • based on the context, selecting a context-aware learning model from a set of context-aware learning models, wherein each of the context-aware learning models is trained on data that includes: data collected within a respective context, and data collected during traversal of the fixed route; • with the context-aware learning model, defining an action space for the autonomous agent; • selecting an action from the action space; • transmitting the action to a motion planner of the autonomous agent, wherein the motion planner determines a trajectory for the autonomous agent based on the action; • operating the autonomous agent according to the trajectory; • receiving a second set of inputs from the sensor subsystem; and • detecting that the autonomous agent is transitioning to a second context of the predetermined series of contexts based on the second set of inputs and the map. • receiving a set of inputs from a sensor subsystem of the autonomous agent, wherein the set of inputs includes at least a pose of the autonomous agent; • determining a context of the autonomous agent based on the set of inputs and a map, wherein the map prescribes a predetermined series of contexts for a fixed route of the autonomous agent; • based on the context, selecting a context-aware learning model from a set of context-aware learning models, wherein each of the context-aware learning models is trained on data that includes: data collected within a respective context, and data collected during traversal of the fixed route; • with the context-aware learning model, defining an action space for the autonomous agent; • selecting an action from the action space; • transmitting the action to a motion planner of the autonomous agent, wherein the motion planner determines a trajectory for the autonomous agent based on the action; • operating the autonomous agent according to the trajectory; • receiving a second set of inputs from the sensor subsystem; and • detecting that the autonomous agent is transitioning to a second context of the predetermined series of contexts based on the second set of inputs and the map.
A system for providing information about a patient's heart, the system including one or more catheters that receive intracardiac signals from electrical activity of the heart over one or more heart beat cycles, wherein the system further comprises an electronic processor coupled to the one or more catheters, said electronic processor being adapted to: receive the intracardiac signals from the one or more catheters; preprocess the intracardiac signals to provide preprocessed signals, wherein each of the intracardiac signals is preprocessed to provide a corresponding preprocessed signal; and compare the preprocessed signals to a set of signals to determine a degree of similarity between each of the preprocessed signals and the set of signals, wherein to preprocess the intracardiac signals the electronic processor is to: apply a transform function to the intracardiac signals to provide transformed signals, wherein each of the intracardiac signals is transformed to a corresponding transformed signal; and apply a morphological close operation to each of the transformed signals to reduce noise in the preprocessed signals. receive the intracardiac signals from the one or more catheters; preprocess the intracardiac signals to provide preprocessed signals, wherein each of the intracardiac signals is preprocessed to provide a corresponding preprocessed signal; and compare the preprocessed signals to a set of signals to determine a degree of similarity between each of the preprocessed signals and the set of signals, wherein to preprocess the intracardiac signals the electronic processor is to: apply a transform function to the intracardiac signals to provide transformed signals, wherein each of the intracardiac signals is transformed to a corresponding transformed signal; and apply a morphological close operation to each of the transformed signals to reduce noise in the preprocessed signals. apply a transform function to the intracardiac signals to provide transformed signals, wherein each of the intracardiac signals is transformed to a corresponding transformed signal; and apply a morphological close operation to each of the transformed signals to reduce noise in the preprocessed signals.
A method of operating a security server to perform query transactions via a network, comprising: receiving, at the security server from a user network device via the network, a request of a user to activate a secure communications channel over the network between the user network device and the security server; transmitting, by the security server in response to the received activation request, an activation code for delivery to the user via another network; receiving, at the security server from the user network device via the network, an activation code; comparing, at the security server, the received activation code with the transmitted activation code to validate the received activation code; activating the secure communications channel based on the validation of the received activation code; receiving, at the security server from a network server representing an enterprise via the network, a query including a question for the user, wherein the correct answer to the question having been previously agreed to by the user and the enterprise; transmitting, from the security server to the user network device via the secure communications channel, the received enterprise query; receiving, at the security server from the user network device via the secure communications channel, a user answer to the transmitted enterprise query; and transmitting the received user answer, from the security server to the enterprise network server via the network to further authenticate the user to the enterprise. receiving, at the security server from a user network device via the network, a request of a user to activate a secure communications channel over the network between the user network device and the security server; transmitting, by the security server in response to the received activation request, an activation code for delivery to the user via another network; receiving, at the security server from the user network device via the network, an activation code; comparing, at the security server, the received activation code with the transmitted activation code to validate the received activation code; activating the secure communications channel based on the validation of the received activation code; receiving, at the security server from a network server representing an enterprise via the network, a query including a question for the user, wherein the correct answer to the question having been previously agreed to by the user and the enterprise; transmitting, from the security server to the user network device via the secure communications channel, the received enterprise query; receiving, at the security server from the user network device via the secure communications channel, a user answer to the transmitted enterprise query; and transmitting the received user answer, from the security server to the enterprise network server via the network to further authenticate the user to the enterprise.
A medical hand grip, such as a curved hand grip, a hand grip having sections that are arranged at an angle to one another, a motor, a coupling, an adapter or an intermediate piece, having an illumination device (1, 1') with at least one optical semiconductor component serving as a light source, wherein the illumination device (1, 1') furthermore comprises the following components: - a base body (3, 3') having a first end and a second end, - at least one blind hole arranged in the base body (3, 3'), extending from the second end of the base body (3, 3') in the direction of the first end, - a light-emitting window (9, 9') formed by that part of the base body (3, 3') that extends from the bottom of the blind hole to the first end of the base body (3, 3'), - a cover device (11, 11') which is connected to the base body (3, 3') and together with the blind hole forms a hermetically sealed interior, wherein the at least one optical semiconductor component is arranged in the hermetically sealed interior and is or can be connected to an electric power source via an electric power supply device, wherein the base body (3, 3') and the cover device (11, 11') are made of an electrically nonconducting material, characterized in that functional elements to improve the light emission are held in the hermetically sealed interior which comprise conversion pastes having luminescent pigments for converting the wavelength emitted by the at least one optical semiconductor component. - a base body (3, 3') having a first end and a second end, - at least one blind hole arranged in the base body (3, 3'), extending from the second end of the base body (3, 3') in the direction of the first end, - a light-emitting window (9, 9') formed by that part of the base body (3, 3') that extends from the bottom of the blind hole to the first end of the base body (3, 3'), - a cover device (11, 11') which is connected to the base body (3, 3') and together with the blind hole forms a hermetically sealed interior,
A pupa comprising a recombinant baculovirus and/or a bacmid derived from Autographa californica multicapsid nucleopolyhedrovirus (AcMNPV), wherein the pupa belongs to the genus Trichoplusia.
A carrier frame seal, comprising a carrier frame with at least a first and a second carrier frame region (14, 16); a web, which connects the first carrier frame region and second carrier frame region and which has a smaller thickness (32, 34) than the adjoining carrier frame regions; and a sealing profile running between the first carrier frame region and second carrier frame region, characterized in that a length of the web is greater than a width of the sealing profile, that a longitudinal direction of the sealing profile intersects a longitudinal direction of the web at an angle (α) of substantially 45° or less, and that the sealing profile has at least a first and a second sealing lip (22a, 22b), wherein the first sealing lip is present in a first region over the web, and the second sealing lip is present in a second region over the web.