mhurhangee/patent-ind-claim-en huggingface dataset:
A device for tempering the flow of medical irrigation liquids, including a heat exchange body with at least one inlet and outlet each having a tube port, wherein the heat exchange body forms a closed cavity through its heat exchange body walls, wherein at least one heat exchange body wall has a heat transfer coefficient greater than 1W / (cm 2 K), wherein the heat exchange body has two current paths, wherein the two current paths are formed on the inside of the heat exchange body through shaping of the heat exchange body base, wherein one current path has no thermal contact with the tempering element, wherein the heat exchange body walls are reversibly shaped at least in places so that the current paths are controllable depending on the shape, wherein the device includes a temperature sensor for controlling the outlet temperature of the irrigation liquid, wherein, via the current path that has no thermal contact with the tempering element, untempered irrigation liquid can be added in a targeted manner in order to maintain a constant temperature at the heat exchange body outlet, the device further including at least one surface tempering element which matches the heat exchange body, wherein the surface tempering element is integrated into a housing with an opening, wherein the heat exchange body wall with a heat transfer coefficient greater than 1W / (cm 2 K) is in contact with the surface tempering element in the operating position. including a heat exchange body with at least one inlet and outlet each having a tube port, wherein the heat exchange body forms a closed cavity through its heat exchange body walls, wherein at least one heat exchange body wall has a heat transfer coefficient greater than 1W / (cm 2 K), wherein the heat exchange body has two current paths, wherein the two current paths are formed on the inside of the heat exchange body through shaping of the heat exchange body base, wherein one current path has no thermal contact with the tempering element, wherein the heat exchange body walls are reversibly shaped at least in places so that the current paths are controllable depending on the shape, wherein the device includes a temperature sensor for controlling the outlet temperature of the irrigation liquid, wherein, via the current path that has no thermal contact with the tempering element, untempered irrigation liquid can be added in a targeted manner in order to maintain a constant temperature at the heat exchange body outlet, the device further including at least one surface tempering element which matches the heat exchange body, wherein the surface tempering element is integrated into a housing with an opening, wherein the heat exchange body wall with a heat transfer coefficient greater than 1W / (cm 2 K) is in contact with the surface tempering element in the operating position.
Stove having: - a combustion chamber and upper and lower chambers arranged on either side of the combustion chamber ; - a frame; - a burner designed to produce a flame in the combustion chamber ; - supply means, arranged in the lower chamber , for supplying the burner with fuel, preferably wood pellets; - first, second and third upper compartments arranged in the upper chamber and intended to receive combustion air, combustion fumes and convection air, respectively; - feed means designed to feed combustion air; - evacuation means designed to evacuate the combustion fumes from the upper chamber ; characterized in that : - the frame comprises a first pair of uprights (M1) and a second pair of uprights (M2) extending around the combustion chamber and around the upper and lower chambers ; in that - the feed means are designed to feed the combustion air to the burner directly from the outside; in that - a first cavity (C1) is formed inside each upright (M1) of the first pair of uprights; the first cavity (C1) having a first end (C10) communicating with the first upper compartment , and a second end (C11) communicating with the burner ; and in that - a second cavity (C2) is formed inside each upright (M2) of the second pair of uprights; the second cavity (C2) having a first end (C20) communicating with the lower chamber , and a second end (C21) communicating with the second upper compartment or with the third upper compartment . - a combustion chamber and upper and lower chambers arranged on either side of the combustion chamber ; - a frame; - a burner designed to produce a flame in the combustion chamber ; - supply means, arranged in the lower chamber , for supplying the burner with fuel, preferably wood pellets; - first, second and third upper compartments arranged in the upper chamber and intended to receive combustion air, combustion fumes and convection air, respectively; - feed means designed to feed combustion air; - evacuation means designed to evacuate the combustion fumes from the upper chamber ; - the frame comprises a first pair of uprights (M1) and a second pair of uprights (M2) extending around the combustion chamber and around the upper and lower chambers ; in that - the feed means are designed to feed the combustion air to the burner directly from the outside; in that - a first cavity (C1) is formed inside each upright (M1) of the first pair of uprights; the first cavity (C1) having a first end (C10) communicating with the first upper compartment , and a second end (C11) communicating with the burner ; and in that - a second cavity (C2) is formed inside each upright (M2) of the second pair of uprights; the second cavity (C2) having a first end (C20) communicating with the lower chamber , and a second end (C21) communicating with the second upper compartment or with the third upper compartment .
A refrigerator comprising: a cabinet formed with an upper storage compartment , an intermediate storage compartment , and a lower storage compartment , which are partitioned from one another by insulated partition walls ; a first evaporator to supply cold air to the upper storage compartment ; a second evaporator to supply cold air to the lower storage compartment ; a cold air supplier arranged beneath a rear wall of the upper storage compartment to supply cold air to the intermediate storage compartment ; a cold air supply duct to supply cold air generated at the second evaporator to the intermediate storage compartment ; and a curved section formed at a top of the intermediate storage compartment to uniformly distribute the cold air supplied via the cold air supply duct in the intermediate storage compartment , so that the curved section functions as a cold air diffuser to diffuse cold air, characterized in that the intermediate storage compartment includes a cold air inlet configured to remove air from the intermediate storage compartment and an air introduction preventing cap provided over the cold air inlet configured to force the cold air introduced into the intermediate storage compartment from a fan to circulate in the intermediate storage compartment before exiting the intermediate storage compartment through the cold air inlet . a cabinet formed with an upper storage compartment , an intermediate storage compartment , and a lower storage compartment , which are partitioned from one another by insulated partition walls ; a first evaporator to supply cold air to the upper storage compartment ; a second evaporator to supply cold air to the lower storage compartment ; a cold air supplier arranged beneath a rear wall of the upper storage compartment to supply cold air to the intermediate storage compartment ; a cold air supply duct to supply cold air generated at the second evaporator to the intermediate storage compartment ; and a curved section formed at a top of the intermediate storage compartment to uniformly distribute the cold air supplied via the cold air supply duct in the intermediate storage compartment , so that the curved section functions as a cold air diffuser to diffuse cold air, characterized in that the intermediate storage compartment includes a cold air inlet configured to remove air from the intermediate storage compartment and an air introduction preventing cap provided over the cold air inlet configured to force the cold air introduced into the intermediate storage compartment from a fan to circulate in the intermediate storage compartment before exiting the intermediate storage compartment through the cold air inlet .
Heat exchanger plate comprising a heat exchange area in a heat transfer plate and a support bar guiding area at an edge of the heat transfer plate , a recess in the edge , and an insert mounted in the recess , wherein the largest width of the recess in a direction parallel to the edge is located at the edge and a support bar guiding section is provided in the insert , characterized in that the insert is made of a plastic material.
A downhole control system for actuating hydraulically controlled devices positioned in a well, the system comprising: a first set of N hydraulically controlled devices positioned in the well; a second set of at least one hydraulically controlled device positioned in the well; a common control line ported to a first side of each of the hydraulically controlled devices in the first set; and N control lines each ported to a second side of one of the hydraulically controlled devices in the first set, wherein, a first control line of the N control lines is ported to a first side of a first hydraulically controlled device of the second set; wherein, a second control line of the N control lines is ported to a second side of the first hydraulically controlled device of the second set; wherein hydraulic pressure in the common control line prevents actuation of the hydraulically controlled devices in the first set while hydraulic pressure in the first and second control lines actuates the first hydraulically controlled device of the second set, such that N+1 control lines are operable to actuate N+1 hydraulically controlled devices; and wherein a control valve is positioned between the first and second control lines and the first hydraulically controlled device of the second set, the control valve operable to allow and prevent actuation of the first hydraulically controlled device of the second set responsive to hydraulic pressure in the first and second control lines. a first set of N hydraulically controlled devices positioned in the well; a second set of at least one hydraulically controlled device positioned in the well; a common control line ported to a first side of each of the hydraulically controlled devices in the first set; and N control lines each ported to a second side of one of the hydraulically controlled devices in the first set, wherein, a first control line of the N control lines is ported to a first side of a first hydraulically controlled device of the second set; wherein, a second control line of the N control lines is ported to a second side of the first hydraulically controlled device of the second set; wherein hydraulic pressure in the common control line prevents actuation of the hydraulically controlled devices in the first set while hydraulic pressure in the first and second control lines actuates the first hydraulically controlled device of the second set, such that N+1 control lines are operable to actuate N+1 hydraulically controlled devices; and wherein a control valve is positioned between the first and second control lines and the first hydraulically controlled device of the second set, the control valve operable to allow and prevent actuation of the first hydraulically controlled device of the second set responsive to hydraulic pressure in the first and second control lines.
Door system for installation in a door opening of a wall , having a door frame which forms a doorcase and in which a door element is rotatably mounted, wherein the door frame has a hinge-side frame profile , an upper frame profile and a handle-side frame profile , which can each be fastened to the reveal surfaces of the door opening by means of adapter profiles of the door system , wherein the door frame has an adjusting threshold which can be fastened to the bottom of the door opening, with two end regions which define the respective bottom-side end of the stop-side and the handle-side frame profile , and with a free threshold region in the door opening which connects the two end regions to one another, characterised in that the two end regions of the adjusting threshold each have U-shaped recesses which are directed towards the reveal surfaces of the door opening and which serve to adjust the position of the adapter profiles before they are fastened to the reveal surfaces .
Process for the preparation of Na-based solid alloys or of Na-based crystalline phases selected from the group consisting of Na-based crystalline P'2-phases, Na-based solid crystalline phases of formula Na (3+y) V 2 (PO 4 ) 3 with 0<y≤3 and Na-based solid crystalline phases of formula Na (3+z) V 2 (PO 4 ) 2 F 3 with 0<z≤3, said process comprising at least one step of ball-milling metallic sodium with a stoichiometric amount of a powder of at least one alloying solid element (X), or of at least one solid Na-based crystalline phase selected from the group consisting of solid Na-based crystalline P2-phases, Na 3 V 2 (PO 4 ) 3 and Na 3 V 2 (PO 4 ) 2 F 3 . respectively, said step of ball-milling being carried out in a dry atmosphere containing less than 20 ppm of water and without heating, wherein Na-based solid crystalline P'2-phases are selected from the group consisting of P2 type layered crystalline Na-phases comprising Na and at least one oxide of at least one element selected from the group consisting of Fe, Mn, Co, Ni, P, S, Mn, V, Ti, and in which the amount of sodium per formula after the ball-milling process has been increased with regard to the amount of sodium initially present in the P2-phase.
A composition, comprising: a triptycene-based ladder polymer having the following structure: wherein n is 1 to 10,000, wherein Ar is a substituted or un-substituted aromatic moiety, wherein each of R1 and R2 is independently selected from the group consisting of a propyl group and an isopropyl group.
Extruder device for multi-lumen tubular products with multi-coronal arrangement, including: - a main body defining a passage cavity and an average outflow direction , said main body being positionable at the end of an extrusion line, said passage cavity being penetrable by an extrusion material; - an entry surface formed on a first face of the main body and defining a plurality of entry areas afferent to said passage cavity ; and - an exit surface formed on a second face of the main body, opposite to said first face, and defining a plurality of exit areas efferent from said passage cavity , characterised in that : it further comprises an expansion portion operatively associated with the exit surface and adapted to mutually orient spontaneous expansive flows of said extrusion material due to die swell, through the exit surface in reciprocal directions of mutual intersection; and - said expansion portion defines an arrangement of passage openings arranged along at least two concentric coronal circumferences having respective differentiated radii, said at least two concentric coronal circumferences defining two respective average diameters which are lower than a maximum diameter of a product obtainable through the device . - a main body defining a passage cavity and an average outflow direction , said main body being positionable at the end of an extrusion line, said passage cavity being penetrable by an extrusion material; - an entry surface formed on a first face of the main body and defining a plurality of entry areas afferent to said passage cavity ; and - an exit surface formed on a second face of the main body, opposite to said first face, and defining a plurality of exit areas efferent from said passage cavity , characterised in that : it further comprises an expansion portion operatively associated with the exit surface and adapted to mutually orient spontaneous expansive flows of said extrusion material due to die swell, through the exit surface in reciprocal directions of mutual intersection; and - said expansion portion defines an arrangement of passage openings arranged along at least two concentric coronal circumferences having respective differentiated radii, said at least two concentric coronal circumferences defining two respective average diameters which are lower than a maximum diameter of a product obtainable through the device .
A system for interception of malicious files, the system comprising: an agent component planted in a mail server; a protection server configured to communicate with the agent component, the protection server comprising a hardware processor configured to execute code instructions for: fetching by the agent component a file received at the mail server; generating a file execution record of at least a list of tuple addresses used by the fetched file; verifying validity of the tuple address types; and indicating that a file is suspicious in case a tuple address is not valid, wherein the verifying further includes verifying that a tuple address and/or a function pointed to matches a tuple address and/or a function name stored in a database, the database comprising a process count database, a modules database, and a tuples database, wherein the file execution record includes a process count value, and wherein the processor is configured to execute code instructions for comparing the process count value to values stored in the process count database, and wherein a tuple address is comprised of: TO-address and FROM-address. an agent component planted in a mail server; a protection server configured to communicate with the agent component, the protection server comprising a hardware processor configured to execute code instructions for: fetching by the agent component a file received at the mail server; generating a file execution record of at least a list of tuple addresses used by the fetched file; verifying validity of the tuple address types; and indicating that a file is suspicious in case a tuple address is not valid, wherein the verifying further includes verifying that a tuple address and/or a function pointed to matches a tuple address and/or a function name stored in a database, the database comprising a process count database, a modules database, and a tuples database, wherein the file execution record includes a process count value, and wherein the processor is configured to execute code instructions for comparing the process count value to values stored in the process count database, and wherein a tuple address is comprised of: TO-address and FROM-address. fetching by the agent component a file received at the mail server; generating a file execution record of at least a list of tuple addresses used by the fetched file; verifying validity of the tuple address types; and indicating that a file is suspicious in case a tuple address is not valid, wherein the verifying further includes verifying that a tuple address and/or a function pointed to matches a tuple address and/or a function name stored in a database, the database comprising a process count database, a modules database, and a tuples database, wherein the file execution record includes a process count value, and wherein the processor is configured to execute code instructions for comparing the process count value to values stored in the process count database, and wherein a tuple address is comprised of: TO-address and FROM-address.
A printing apparatus for printing on a recording medium , the printing apparatus comprising: a carriage which reciprocates in a predetermined direction with respect to the recording medium and comprises a recording head ejecting ink to the recording medium ; an ink tank which is arranged outside the carriage and is configured to contain ink; an ink tube which connects the ink tank and the recording head to each other to supply the ink contained in the ink tank to the recording head , wherein the ink tube undergoes follow-up deformation along with reciprocating movement of the carriage ; and a first tube holder which is rotatably supported with respect to the carriage and holds the ink tube , wherein the printing apparatus is characterized in that : the first tube holder is rotatable with respect to the carriage on a rotation axis parallel to an ejection direction of the ink from the recording head . a carriage which reciprocates in a predetermined direction with respect to the recording medium and comprises a recording head ejecting ink to the recording medium ; an ink tank which is arranged outside the carriage and is configured to contain ink; an ink tube which connects the ink tank and the recording head to each other to supply the ink contained in the ink tank to the recording head , wherein the ink tube undergoes follow-up deformation along with reciprocating movement of the carriage ; and a first tube holder which is rotatably supported with respect to the carriage and holds the ink tube , wherein the printing apparatus is characterized in that : the first tube holder is rotatable with respect to the carriage on a rotation axis parallel to an ejection direction of the ink from the recording head .
A mounting device for tension clamps for fastening a rail , particularly a rail base , on a railroad tie or another track superstructure, comprising at least one gripping mechanism for synchronously gripping at least two tension clamps and for synchronously moving at least two tension clamps from their pre-mounting position into the mounting position, as well as a device for applying a clamping force upon the tension clamps , wherein the device for applying a clamping force comprises a tensioning mechanism, as well as a mechanism that releases the tensioning mechanism or counteracts its clamping force.
A knife comprising: a housing ; a blade movably attached to the housing , wherein the blade is configured to move relative to the housing between a closed position in which a cutting edge of the blade is positioned entirely within the housing and an open position in which the cutting edge is positioned at least partially outside of the housing ; an actuator movably attached to the housing and configured to move the blade from the closed position toward the open position, wherein the actuator is configured to move relative to the housing between an extended position in which the actuator is positioned at least partially outside of the housing and a retracted position in which the actuator is positioned entirely within the housing ; characterized in that a button is configured to releasably engage a coupler when the blade is in the closed position and thereby prevent pivotal movement of the blade relative to the housing ; and in that the blade inhibits the actuator from moving from the retracted position toward the extended position when the blade is in the open position. a housing ; a blade movably attached to the housing , wherein the blade is configured to move relative to the housing between a closed position in which a cutting edge of the blade is positioned entirely within the housing and an open position in which the cutting edge is positioned at least partially outside of the housing ; an actuator movably attached to the housing and configured to move the blade from the closed position toward the open position, wherein the actuator is configured to move relative to the housing between an extended position in which the actuator is positioned at least partially outside of the housing and a retracted position in which the actuator is positioned entirely within the housing ; characterized in that a button is configured to releasably engage a coupler when the blade is in the closed position and thereby prevent pivotal movement of the blade relative to the housing ; and in that the blade inhibits the actuator from moving from the retracted position toward the extended position when the blade is in the open position.