mhurhangee/ep-ind-claims huggingface dataset:
A method for the preparation of dried polymer pellets having a reduced hydrocarbon content in a facility, the facility having a dryer with a first chamber comprising an upper and a lower end comprising a first polymer inlet, a first polymer outlet above the polymer inlet, a first gas inlet at the upper end, a first gas outlet below the first gas inlet and a mechanical agitator, the facility further having a degassing silo with a second chamber comprising a second polymer inlet, a second polymer outlet, a second gas inlet, and a second gas outlet, the method comprising the following steps i) guiding a drying gas flow comprising a first gas mixture through the first gas inlet into the first chamber, ii) inserting wet polymer pellets through the first polymer inlet into the first chamber, iii) drying the wet polymer pellets in a countercurrent provided by the drying gas flow and by using the mechanical agitator, iv) transferring the dried polymer pellets through the first polymer outlet and the second polymer inlet into the second chamber, v) guiding a second gas mixture through the second gas inlet into the second chamber, vi) degassing the dried polymer pellets using the second gas flow and thereby transforming the second gas mixture into a third gas mixture comprising hydrocarbons, vii) guiding a portion of the third gas mixture into the first chamber, the method being characterized in that the wet polymer pellets inserted into the first chamber in step ii) have a temperature of from 20°C to 80°C and the second gas mixture guided into the second chamber in step v) have a temperature of from 20°C to 80°C, and in that the dried polymer pellets having a reduced hydrocarbon content are withdrawn from the second chamber through the second polymer outlet and the dried polymer pellets withdrawn through the second polymer outlet have a temperature which is from 0.1°C to 20°C higher than the temperature of the second gas mixture guided into the second chamber. i) guiding a drying gas flow comprising a first gas mixture through the first gas inlet into the first chamber, ii) inserting wet polymer pellets through the first polymer inlet into the first chamber, iii) drying the wet polymer pellets in a countercurrent provided by the drying gas flow and by using the mechanical agitator, iv) transferring the dried polymer pellets through the first polymer outlet and the second polymer inlet into the second chamber, v) guiding a second gas mixture through the second gas inlet into the second chamber, vi) degassing the dried polymer pellets using the second gas flow and thereby transforming the second gas mixture into a third gas mixture comprising hydrocarbons, vii) guiding a portion of the third gas mixture into the first chamber,
A robotic surgery system comprising: a plurality of robotic arm joints; a plurality of nodes that control the corresponding plurality of robotic arm joints, wherein data can be transmitted from a first node of the plurality of nodes to multiple destination nodes, wherein the data is divided into fixed-length data packets, wherein the nodes are configured for transmission of data packets between nodes, and wherein a data packet comprises: a synchronization field; an acknowledgement field indicative of an acknowledgement of receipt of a prior data packet; a response field that includes flow-control information indicative of a system fault; a header field; a sequence number field that includes a number assigned to the data packet; a data field; an end of packet field; and an error-checking field; and fault reaction hardware for putting the robotic surgery system in a safe state when a fault signal is received in the data packet, including locking the robotic arms in place as the fault signal is propagated between nodes of the plurality of nodes. a plurality of robotic arm joints; a plurality of nodes that control the corresponding plurality of robotic arm joints, wherein data can be transmitted from a first node of the plurality of nodes to multiple destination nodes, wherein the data is divided into fixed-length data packets, wherein the nodes are configured for transmission of data packets between nodes, and wherein a data packet comprises: a synchronization field; an acknowledgement field indicative of an acknowledgement of receipt of a prior data packet; a response field that includes flow-control information indicative of a system fault; a header field; a sequence number field that includes a number assigned to the data packet; a data field; an end of packet field; and an error-checking field; and a synchronization field; an acknowledgement field indicative of an acknowledgement of receipt of a prior data packet; a response field that includes flow-control information indicative of a system fault; a header field; a sequence number field that includes a number assigned to the data packet; a data field; an end of packet field; and an error-checking field; and fault reaction hardware for putting the robotic surgery system in a safe state when a fault signal is received in the data packet, including locking the robotic arms in place as the fault signal is propagated between nodes of the plurality of nodes.
A mold assembly comprising: - a services block; - a plate defining at least a portion of a molding cavity; - a first services channel located within said plate; - a second services channel located within said services block; - a quick connection mechanism operable to connect and disconnect said plate and said services block; wherein in operation of said mold assembly, said services block is connected to said plate with said quick connection mechanism and said first services channel is in communication with said second services channel such that a service may be delivered from said services block to said plate; characterized in that said quick connection mechanism comprises a releasable stud and a socket connector apparatus operable to selectively provide a clamping action between the plate and the services block. - a services block; - a plate defining at least a portion of a molding cavity; - a first services channel located within said plate; - a second services channel located within said services block; - a quick connection mechanism operable to connect and disconnect said plate and said services block; wherein in operation of said mold assembly, said services block is connected to said plate with said quick connection mechanism and said first services channel is in communication with said second services channel such that a service may be delivered from said services block to said plate; characterized in that said quick connection mechanism comprises a releasable stud and a socket connector apparatus operable to selectively provide a clamping action between the plate and the services block.
A curtain wall comprising one or more mullion profiles, one or more transom profiles and one or more panels, wherein the one or more mullion profiles extend vertically, wherein the one or more transom profiles are attached at right angles to the one or more mullion profiles, wherein the one or more transom profiles and the one or more mullion profiles define rectangular openings, wherein the one or more panels are placed in said openings to close these openings, wherein the panels are fitted with their side edges (33,39,44) in a rabbet (11, 37) of the mullion profiles and of the transom profiles with the aid of seals, whereby the rabbets in the mullions have a fixed indivisible width and the one or more panels are secured along the inside of the curtain wall in the mullion profiles by means of first glazing beads that are made from a rigid material and are provided with an aforementioned seal and are attached to a said mullion profile by means of first attachment aids, wherein the first attachment aids are attached to the mullions and wherein the glazing beads are snapped onto the first attachment aids, characterized in that the first attachment aids and the one or more of the said mullion profiles are designed in such a way that the first attachment aids can be attached to a said mullion profile, the first attachment aids and the first glazing beads are designed in such a way that the first glazing beads can be snapped onto the first attachment aids in a direction parallel to the plane of the respective panel.
Tool for fine-machining of surfaces, comprising a pad made of a resilient plastics foam, on the underside of which pad a working-material surface is formed which is fitted with a layer of abrasive material or with abrasive blades or is in the form of an adhesive layer for working-material discs which can be detachably attached, and on the upper side of which pad a drive receptacle (4, 5) for working forces is formed, characterised in that the resilient plastics foam consists in closed-cell, expanded and welded-together particles of a thermoplastic elastomer.
Pot-shaped composite brake drum for motor vehicles, which combines at least one securing component as a hub interface with at least one friction ring component as a friction partner for at least one friction lining, when assembled as a multipiece composite brake drum, wherein the components (2, 4) have a heat-conductive joint interface and are joined together coaxially and rotationally fixedly in the axial direction Ax, such that the securing component serves as a heat sink for the friction ring component, wherein at least one fixing means is provided separately between the components (2, 4), and this fixing means substantially exclusively performs a fixing function in the axial direction Ax by mutual form fit between the components (2, 4) by means of a radially directed engagement behind at least one undercut, and wherein a press-fit connection is provided separately for torque transmission between the securing component and the friction ring component.
A method for an autonomous vehicle override control system to provide override commands to a target unmanned autonomous vehicle, UAV (130, 140), characterized in that the method comprises: identifying, via a processor of the autonomous vehicle override control system, a certification for a remote pilot for a first UAV type based on login credentials from the remote pilot; obtaining, via the processor, a first control model for the first UAV type based on the certification; obtaining, via the processor, a second control model for the target UAV of a second UAV type; receiving, via the processor, an input command from a control input device corresponding to the first UAV type; calculating, via the processor, a first physical movement of a virtual UAV of the first UAV type using the first control model and the input command; estimating, via the processor, a second physical movement of the target UAV that is similar to the first physical movement; and generating, via the processor, an override command for the target UAV using the second control model and the second physical movement. identifying, via a processor of the autonomous vehicle override control system, a certification for a remote pilot for a first UAV type based on login credentials from the remote pilot; obtaining, via the processor, a first control model for the first UAV type based on the certification; obtaining, via the processor, a second control model for the target UAV of a second UAV type; receiving, via the processor, an input command from a control input device corresponding to the first UAV type; calculating, via the processor, a first physical movement of a virtual UAV of the first UAV type using the first control model and the input command; estimating, via the processor, a second physical movement of the target UAV that is similar to the first physical movement; and generating, via the processor, an override command for the target UAV using the second control model and the second physical movement.
A heat exchanging element (100; 60) comprising a first passage forming member and a second passage forming member stacked alternately, the heat exchanging element including a counterflow part (3; 63) that includes a first passage through which air passes and a second passage through which air flows in a direction opposite a direction in which the air passes through the first passage, wherein the first passage forming member and the second passage forming member each include: a rib portion, which constitutes the counterflow part (3; 63), including a first wall portion constituting an end in a first direction of the first passage, a second wall portion constituting an end in the first direction of the second passage, and a third wall portion (32, 33, 34) separating the first passage and the second passage adjacent to each other in a second direction from each other, the first direction being a direction in which the first passage forming member and the second passage forming member are stacked, the second direction being perpendicular to the first direction; the heat exchanging element (100; 60) being characterized by a board being in contact with an end in a third direction of the rib portion, and separating a first connection passage communicating with the first passage and a second connection passage communicating with the second passage from each other, the third direction being perpendicular to the first direction and to the second direction; a first blocking portion installed at the end of the rib portion, to block between the first passage and the second connection passage; and a second blocking portion installed at the end of the rib portion, to block between the second passage and the first connection passage. a rib portion, which constitutes the counterflow part (3; 63), including a first wall portion constituting an end in a first direction of the first passage, a second wall portion constituting an end in the first direction of the second passage, and a third wall portion (32, 33, 34) separating the first passage and the second passage adjacent to each other in a second direction from each other, the first direction being a direction in which the first passage forming member and the second passage forming member are stacked, the second direction being perpendicular to the first direction; the heat exchanging element (100; 60) being characterized by a board being in contact with an end in a third direction of the rib portion, and separating a first connection passage communicating with the first passage and a second connection passage communicating with the second passage from each other, the third direction being perpendicular to the first direction and to the second direction; a first blocking portion installed at the end of the rib portion, to block between the first passage and the second connection passage; and a second blocking portion installed at the end of the rib portion, to block between the second passage and the first connection passage.
A circuit arrangement comprising a power semiconductor switch having a control terminal, a reference potential terminal and a controlled terminal, a freewheeling diode, a storage choke having a winding between a first choke terminal and a second choke terminal and a core, wherein the storage choke is configured for conducting a current flowing across the power semiconductor switch, and a driver circuit that is configured for driving the power semiconductor switch via the control terminal thereof, wherein: - the controlled terminal of the power semiconductor switch is connected to a first terminal point, - the reference potential terminal of the power semiconductor switch is connected to a connection point, - the connection point is connected via the freewheeling diode to a second terminal point in a manner such that the freewheeling diode is reverse-biased from the connection point to the second terminal point, - the connection point is furthermore connected to the first choke terminal, and - the second choke terminal is connected to a third terminal point, wherein a reference potential terminal of the driver circuit is connected to the third terminal point directly or via an impedance, and wherein at least one further winding is coupled inductively to the winding of the storage choke via the core, wherein the at least one further winding is configured for conducting a signal of the driver circuit. - the controlled terminal of the power semiconductor switch is connected to a first terminal point, - the reference potential terminal of the power semiconductor switch is connected to a connection point, - the connection point is connected via the freewheeling diode to a second terminal point in a manner such that the freewheeling diode is reverse-biased from the connection point to the second terminal point, - the connection point is furthermore connected to the first choke terminal, and - the second choke terminal is connected to a third terminal point,
A stable hair bleach composition comprising about 5-60% (by weight of the composition) of an oil gel and about 25-90% (by weight of the composition) of a persulfate salt, wherein the oil gel contains mineral oil, ethylene/propylene/styrene copolymer, and butylene/ethylene/styrene copolymer.
A robotic work tool for use with at least one guiding wire (250; 260) adapted to conduct electric current to generate a magnetic field around the guiding wire, the robotic work tool comprising: a sensing system adapted to detect a strength of the magnetic field; a steering system; and a controller configured to control said steering system in response to output from said sensing system by means of a feedback control loop so as to cause movement of said robotic work tool along said guiding wire, wherein the controller is configured to: determine a measure indicative of a distance between the robotic work tool and the guiding wire, wherein the distance measure is determined as a particular distance range, in a set of distance ranges (R1, R2, R1-2, R3, R4, R3-4), in which an estimated distance between the robotic work tool and the guiding wire (250; 260) falls; and adjust at least one parameter of the feedback control loop in response to the determined distance measure. a sensing system adapted to detect a strength of the magnetic field; a steering system; and a controller configured to control said steering system in response to output from said sensing system by means of a feedback control loop so as to cause movement of said robotic work tool along said guiding wire, wherein the controller is configured to: determine a measure indicative of a distance between the robotic work tool and the guiding wire, wherein the distance measure is determined as a particular distance range, in a set of distance ranges (R1, R2, R1-2, R3, R4, R3-4), in which an estimated distance between the robotic work tool and the guiding wire (250; 260) falls; and adjust at least one parameter of the feedback control loop in response to the determined distance measure. determine a measure indicative of a distance between the robotic work tool and the guiding wire, wherein the distance measure is determined as a particular distance range, in a set of distance ranges (R1, R2, R1-2, R3, R4, R3-4), in which an estimated distance between the robotic work tool and the guiding wire (250; 260) falls; and adjust at least one parameter of the feedback control loop in response to the determined distance measure.
A device for selective application of stimulus light to an optic nerve head of one of a left eye and a right eye of a user, the device comprising: at least one light emitting source configured to position emitted stimulus light to impinge onto the optic nerve head based on a determined location of the optic nerve head with respect to the user's gaze; at least one screen configured to fixate the user's gaze on a target area of the screen by engaging the user with content displayed on the at least one screen; a processor for selecting the stimulus light; wherein the emitted stimulus light is configured to stimulate melanopsin and is blue light; wherein the at least one screen is the light emitting source; wherein the processor comprises and executes software configured for positioning the blue stimulus light on the screen and for providing content displayed on the at least one screen, wherein the content is a game, and the game is displayed in the target area of the screen. at least one light emitting source configured to position emitted stimulus light to impinge onto the optic nerve head based on a determined location of the optic nerve head with respect to the user's gaze; at least one screen configured to fixate the user's gaze on a target area of the screen by engaging the user with content displayed on the at least one screen; a processor for selecting the stimulus light; wherein the emitted stimulus light is configured to stimulate melanopsin and is blue light; wherein the at least one screen is the light emitting source; wherein the processor comprises and executes software configured for positioning the blue stimulus light on the screen and for providing content displayed on the at least one screen, wherein the content is a game, and the game is displayed in the target area of the screen.
A multi-layer biaxially oriented film comprising a first layer comprising an aromatic polyester (a) and a second layer comprising a polyolefin (b) having a melting point of from 230 to 290°C wherein said polyolefin is a styrene polymer, and an adhesive interlayer between a layer and a layer, wherein said adhesive interlayer comprises a tie-layer material (c) selected from anhydride-modified ethylene copolymers in which the proportion of anhydride present in the copolymer is no more than 3.0 % by weight of the polymer, and in which the ethylene copolymer comprises one or more additional comonomers other than styrene.
Multilayer laminate for the production of membranes for electroacoustic transducers, comprising - a first outer layer made of a polyetheretherketone foil ("PEEK foil"), - a second outer layer made of a thermoplastic foil, and - an adhesive layer arranged between the first and second outer layer, characterized in that - the first outer layer has a heat of crystallization of at least 15 J/g, determined in the first heating curve in differential scanning calorimetry, - the second outer layer has a heat of crystallization of at most 5 J/g, determined in the first heating curve in differential scanning calorimetry. - a first outer layer made of a polyetheretherketone foil ("PEEK foil"), - a second outer layer made of a thermoplastic foil, and - an adhesive layer arranged between the first and second outer layer, characterized in that - the first outer layer has a heat of crystallization of at least 15 J/g, determined in the first heating curve in differential scanning calorimetry, - the second outer layer has a heat of crystallization of at most 5 J/g, determined in the first heating curve in differential scanning calorimetry.
A storage container (100, 100', 600) made of plastic, wherein the plastic has a first density in a first region and a second density in a second region which is lower than the first density, and wherein the first region forms a base and walls rising up from the base and the second region is formed on a collar (130, 610) resting at least in some sections on the walls for reinforcing the collar (130, 610).