mhurhangee/ep-ind-claims huggingface dataset:
Device for removing a small amount of blood contained in the closed tube of a blood transfusion pouch in particular for preforming a Final Pre-transfusion Check, comprising a pipette (7, 8) connected to said closed tube; this pipette being able to be separated manually from the closed tube by twisting the pipette (7, 8) relative to the closed tube; a reflux or self-healing valve membrane integrated in the wall of the closed tube at the point where it is connected to the pipette (7, 8); characterised in that it comprises a protective envelope, surrounding the pipette (7, 8) and sealingly moulded or welded to the closed tube around the pipette and its small conduit; and in that this protective envelope comprises two sheets which are welded or are made from one workpiece at one of their ends with the closed tube and comprising nesting formations allowing a flexible and sealed housing to be formed around the pipette (7, 8) when they are brought together.
A method, comprising: detecting, by a first security agent executing on a first client computer, that a first process is attempting to send, via a network, a message to an external storage provider, wherein the first process is executing on the first client computer, and wherein the message is addressed to the external storage provider, and wherein the message identifies a file; based on the detecting, intercepting, by the first security agent; responding to the intercepting by at least encrypting, by the first security agent, the file using a first encryption key, resulting in an encrypted file, encrypting, by the first security agent, the first encryption key with a shared key, resulting in an encrypted first encryption key, and providing the encrypted file and the encrypted first encryption key to a location accessible to the first process. detecting, by a first security agent executing on a first client computer, that a first process is attempting to send, via a network, a message to an external storage provider, wherein the first process is executing on the first client computer, and wherein the message is addressed to the external storage provider, and wherein the message identifies a file; based on the detecting, intercepting, by the first security agent; responding to the intercepting by at least encrypting, by the first security agent, the file using a first encryption key, resulting in an encrypted file,
An RFID transponder assembly, comprising: - a substrate layer; - a void structure which is applied to the substrate layer and comprises spaced-apart adhesion force adjustment means (21a, 21b, 21c) which reduce an adhesion force; - an RFID transponder which is applied above the substrate layer and comprises at least one semiconductor chip and a dipole antenna; - wherein the RFID transponder comprises an inlay including the at least one semiconductor chip and a loop antenna to which the semiconductor chip is contacted, the loop antenna and a portion of the dipole antenna being superimposed. - a substrate layer; - a void structure which is applied to the substrate layer and comprises spaced-apart adhesion force adjustment means (21a, 21b, 21c) which reduce an adhesion force; - an RFID transponder which is applied above the substrate layer and comprises at least one semiconductor chip and a dipole antenna; - wherein the RFID transponder comprises an inlay including the at least one semiconductor chip and a loop antenna to which the semiconductor chip is contacted, the loop antenna and a portion of the dipole antenna being superimposed.
A cutting equipment (31, 32) for continuous paper strips with images arranged in sequence along multiple rows (36, 37, 38) and dimensions identified by image codes comprising a longitudinal cutting mechanism for separating the rows from said strips, a transversal cutting mechanism actuatable for separating image sheets with the respective images from the rows, and extracting members for extracting the images from the transversal cutting mechanism; individual feeding mechanisms (53, 54, 56) for feeding, in an independent way, the rows (36, 37, 38) with respect to the transversal cutting mechanism after the separation of the image sheets; a buffer device, upstream of the individual feeding mechanisms (53, 54, 56), of compensation for the different feeds of the rows (36, 37, 38), and an electronic control unit for actuating the feeding mechanisms (53, 54, 56) and the transversal cutting mechanism as function of the image codes of the images to be separated so as to present the image sheets of the rows (36, 37, 38) with aligned trailing edges for a possible simultaneous cutting by the transversal cutting mechanism and for extracting one or more images from the transversal cutting mechanism, after its actuation, as preparation of gathering such that said equipment (31, 32) is employable with paper strips in which the image sheets have different longitudinal dimensions and possibility of random variations between row and row.
A system for component surface physical property enhancement, the system comprising: a component configured to receive a coating; a mirror component configured to be removable, wherein the mirror component has at least one coated surface which substantially mirrors at least one surface on the component; and the coating for enhancing a surface physical property of at least one surface of the component, wherein the coating is transferred by hot isostatic pressing from the mirror component to the component, characterized in that the component is a substantially H-shaped block configured to secure a transition piece of a gas turbine combustor to a support piece and wherein the at least one surface of the substantially H-shaped block includes a first surface substantially perpendicular to a second surface which is substantially perpendicular to a third surface, the third surface being substantially parallel to and having a substantially same surface area as the first surface; wherein the coating is an anti-wear coating; and wherein the anti-wear coating is a tungsten carbide coating. a component configured to receive a coating; a mirror component configured to be removable, wherein the mirror component has at least one coated surface which substantially mirrors at least one surface on the component; and the coating for enhancing a surface physical property of at least one surface of the component, wherein the coating is transferred by hot isostatic pressing from the mirror component to the component, characterized in that the component is a substantially H-shaped block configured to secure a transition piece of a gas turbine combustor to a support piece and wherein the at least one surface of the substantially H-shaped block includes a first surface substantially perpendicular to a second surface which is substantially perpendicular to a third surface, the third surface being substantially parallel to and having a substantially same surface area as the first surface; wherein the coating is an anti-wear coating; and wherein the anti-wear coating is a tungsten carbide coating.
A device for detecting directional differential pressure between two spaces (10, 20), comprising: a first conduit arranged to extend through a portion of a wall, the wall separating a first space from a second space, the first conduit having openings that permit fluid flow through the first conduit between the first space and the second space; a second conduit in fluid communication with the first conduit, the second conduit having openings that permit fluid flow through the second conduit between the first space and the second space, the second conduit arranged to be adjustably inclined with respect to a horizontal reference plane (h) such that a first region of the second conduit associated with the first space is vertically lower than a second, vertically higher region of the second conduit associated with the second space, wherein the first conduit is rotatably coupled to the second conduit, the second conduit being arranged to rotate along a vertical plane; at least one movable element disposed within the second conduit adapted to be moved from the first, vertically lower region of the second conduit to the second, vertically higher region, in response to a differential pressure between the first and second spaces. a first conduit arranged to extend through a portion of a wall, the wall separating a first space from a second space, the first conduit having openings that permit fluid flow through the first conduit between the first space and the second space; a second conduit in fluid communication with the first conduit, the second conduit having openings that permit fluid flow through the second conduit between the first space and the second space, the second conduit arranged to be adjustably inclined with respect to a horizontal reference plane (h) such that a first region of the second conduit associated with the first space is vertically lower than a second, vertically higher region of the second conduit associated with the second space, wherein the first conduit is rotatably coupled to the second conduit, the second conduit being arranged to rotate along a vertical plane; at least one movable element disposed within the second conduit adapted to be moved from the first, vertically lower region of the second conduit to the second, vertically higher region, in response to a differential pressure between the first and second spaces.
A process for the production of methacrylic acid by the base catalysed decarboxylation of at least one dicarboxylic acid selected from itaconic, citraconic or mesaconic acid or mixtures thereof, wherein the decarboxylation is carried out at greater than 240 and up to 275°C).
A method for performing, by an eNodeB, eNB, a wireless local area network, WLAN, termination, WT, addition procedure in a wireless communication system, the method comprising: transmitting, by the eNB, a WT Addition Request message to a WT via a Xw interface; and receiving, by the eNB, a WT Addition Request Acknowledge message from the WT via the Xw interface, as a response to the WT Addition Request message, wherein the WT is a logical node that terminates the Xw interface, wherein the WT Addition Request message includes 1) an eNB Xw application protocol, AP, identifier, ID, used for the eNB to identify a user equipment, UE, 2) information on an evolved-UMTS terrestrial radio access network, E-UTRAN, radio access bearer, E-RAB, to be added in the WT, and 3) a selected WLAN identifier, wherein the information on the E-RAB to be added in the WT includes 1) an E-RAB ID, 2) information on E-RAB quality of service, QoS, and 3) information on an eNB GPRS tunneling protocol, GTP, tunnel endpoint, of the E-RAB to be added in the WT, wherein the selected WLAN identifier includes at least one of a service set ID, SSID, a basic service set ID, BSSID, or a homogeneous extended service set ID, HESSID, wherein the WT Addition Request Acknowledge message includes 1) the eNB Xw AP ID, 2) a WLAN Xw AP ID used for the WT to identify the UE, and 3) information on an E-RAB admitted by the WT to be added, and wherein the information on the E-RAB admitted by the WT to be added includes 1) an E-RAB ID, and 2) information on a WLAN GTP tunnel endpoint, of the E-RAB admitted by the WT to be added. transmitting, by the eNB, a WT Addition Request message to a WT via a Xw interface; and receiving, by the eNB, a WT Addition Request Acknowledge message from the WT via the Xw interface, as a response to the WT Addition Request message, wherein the WT is a logical node that terminates the Xw interface, wherein the WT Addition Request message includes 1) an eNB Xw application protocol, AP, identifier, ID, used for the eNB to identify a user equipment, UE, 2) information on an evolved-UMTS terrestrial radio access network, E-UTRAN, radio access bearer, E-RAB, to be added in the WT, and 3) a selected WLAN identifier, wherein the information on the E-RAB to be added in the WT includes 1) an E-RAB ID, 2) information on E-RAB quality of service, QoS, and 3) information on an eNB GPRS tunneling protocol, GTP, tunnel endpoint, of the E-RAB to be added in the WT, wherein the selected WLAN identifier includes at least one of a service set ID, SSID, a basic service set ID, BSSID, or a homogeneous extended service set ID, HESSID, wherein the WT Addition Request Acknowledge message includes 1) the eNB Xw AP ID, 2) a WLAN Xw AP ID used for the WT to identify the UE, and 3) information on an E-RAB admitted by the WT to be added, and wherein the information on the E-RAB admitted by the WT to be added includes 1) an E-RAB ID, and 2) information on a WLAN GTP tunnel endpoint, of the E-RAB admitted by the WT to be added.
An ultrasonic instrument comprising: (a) a body; (b) an actuation assembly, wherein the actuation assembly comprises a rotatable activation member; (c) a shaft assembly extending distally from the body, wherein the shaft assembly comprises an acoustic waveguide; and (d) an end effector comprising an ultrasonic blade, wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide; wherein the rotatable activation member is configured to move relative to the body, wherein the rotatable activation member is pivotally coupled with a potentiometer or encoder assembly via a pin, and wherein the end effector is configured to be activated in response to movement of the rotatable activation member relative to the body at a power level that is selected based on the position of the rotatable activation member relative to the body such that the rotatable activation member is operable to activate the end effector at a first power level when the rotatable activation member is at a first position relative to the body and such that the rotatable activation member is operable to activate the end effector at a second power level when the rotatable activation member is at a second position relative to the body. (a) a body; (b) an actuation assembly, wherein the actuation assembly comprises a rotatable activation member; (c) a shaft assembly extending distally from the body, wherein the shaft assembly comprises an acoustic waveguide; and (d) an end effector comprising an ultrasonic blade, wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide;
A light multiplexer (10, 20, 30, 40) including a planar diffraction grating for reflecting or transmitting a light beam emitted from an optical waveguide array device with a plurality of straight gratings formed in parallel to each other so as to diffract it, the diffraction grating being disposed on a substrate, the light multiplexer (10, 20, 30, 40) comprising: a holder (15, 19, 21) for holding the side of the diffraction grating; and a supporter for securely supporting the holder (15, 19, 21) on the substrate in the state in which the diffraction grating held by the holder (15, 19, 21) is not brought into contact with the substrate, so that a gap is defined between the diffraction grating and the upper surface of the substrate, whereby the diffraction grating is secured to the supporter via the holder (15, 19, 21) at only one side surface thereof. a holder (15, 19, 21) for holding the side of the diffraction grating; and a supporter for securely supporting the holder (15, 19, 21) on the substrate in the state in which the diffraction grating held by the holder (15, 19, 21) is not brought into contact with the substrate, so that a gap is defined between the diffraction grating and the upper surface of the substrate, whereby the diffraction grating is secured to the supporter via the holder (15, 19, 21) at only one side surface thereof.
A method of determining whether a block heater has been used prior to starting an internal combustion engine comprising; a) monitoring the temperature with time of the intake air T subsequent to the start of the engine; b) determining whether there is a subsequent drop in said temperature after starting; c) if a temperature drop is determined in step b), determining a parameter of the temperature drop with time; d) determining if said parameter becomes larger than a predetermined threshold (thr1/thr2). e) if step d) is fulfilled, indicating a block heater has been used; characterised in: including the step of integrating the temperature difference (Tref2-T) between a reference temperature Tref2 and the measured temperature T, between first and second time points (ts, te), to provide an integral value, said integral value being the parameter determined in step c). a) monitoring the temperature with time of the intake air T subsequent to the start of the engine; b) determining whether there is a subsequent drop in said temperature after starting; c) if a temperature drop is determined in step b), determining a parameter of the temperature drop with time; d) determining if said parameter becomes larger than a predetermined threshold (thr1/thr2). e) if step d) is fulfilled, indicating a block heater has been used; characterised in: including the step of integrating the temperature difference (Tref2-T) between a reference temperature Tref2 and the measured temperature T, between first and second time points (ts, te), to provide an integral value, said integral value being the parameter determined in step c).
A method comprising: providing a first pressurized vessel having an interior surface; contacting the interior surface of the first pressurized vessel with a first fouling fluid wherein the first fouling fluid comprises lignin and cellulose; wherein: the first pressurized vessel has a first pressure at a first position inside the first pressurized vessel; and the first fouling fluid has a first velocity at the first position; depositing a first fouling substance originating from the first fouling fluid on at least a portion of the interior surface of the first pressurized vessel, thereby forming a fouled first pressurized vessel having a second pressure at the first position, wherein the first fouling fluid has a second velocity at the first position; optionally, displacing at least a portion of the first fouling fluid contained in the fouled first pressurized vessel with a first fluid that is different from the first fouling fluid; and rapidly changing the second pressure to a third pressure, thereby causing the first fouling fluid, the first fluid if present, or a mixture thereof within the fouled first pressurized vessel to achieve a third velocity at the first position, wherein the third velocity is greater than the second velocity; wherein the method removes a portion of the first fouling substance deposited on the interior surface of the fouled first pressurized vessel. providing a first pressurized vessel having an interior surface; contacting the interior surface of the first pressurized vessel with a first fouling fluid wherein the first fouling fluid comprises lignin and cellulose; wherein: the first pressurized vessel has a first pressure at a first position inside the first pressurized vessel; and the first fouling fluid has a first velocity at the first position; the first pressurized vessel has a first pressure at a first position inside the first pressurized vessel; and the first fouling fluid has a first velocity at the first position; depositing a first fouling substance originating from the first fouling fluid on at least a portion of the interior surface of the first pressurized vessel, thereby forming a fouled first pressurized vessel having a second pressure at the first position, wherein the first fouling fluid has a second velocity at the first position; optionally, displacing at least a portion of the first fouling fluid contained in the fouled first pressurized vessel with a first fluid that is different from the first fouling fluid; and rapidly changing the second pressure to a third pressure, thereby causing the first fouling fluid, the first fluid if present, or a mixture thereof within the fouled first pressurized vessel to achieve a third velocity at the first position, wherein the third velocity is greater than the second velocity; wherein the method removes a portion of the first fouling substance deposited on the interior surface of the fouled first pressurized vessel.
A joint biopsy needle for taking tissue samples, comprising a trocar tip, a substantially rigid guide sleeve which adjoins a base surface of the trocar tip and which has a lateral opening in a region adjacent to the trocar tip, a plunger which can be displaced in the guide sleeve in the longitudinal direction thereof and has a cutting blade on a side that faces the trocar tip, wherein the tissue which is to be taken in the region of the lateral opening of the guide sleeve and can enter the guide sleeve through the lateral opening can be severed by the cutting blade, and a handle in which the guide sleeve is immobilized, characterized in that the guide sleeve is curved at least in one location between the trocar tip and the handle, the plunger can be displaced by means of a flexible force transmitting element that is guided in the guide sleeve, a force may be transmitted to the flexible force transmitting element via an actuating device and a force transmitting piston which is guided in the handle, a first reception is located at an end of the plunger facing the force transmitting piston, and a second reception for the force transmitting element is located at an end of the force transmitting piston facing the plunger, a distal shaft of the force transmitting piston and an associated guide hole in the handle are realized so as to be secured against rotation, and the distal shaft of the force transmitting piston and the associated guide hole in the handle are each realized to be eccentric and complementary relative to each other.
A rotary machine with a deformable rhomb comprising a) a rotor which is a deformable rhomb in contact, with or without clearance, with the internal surface of a housing forming a stator and/or with the external surface of a central crown, the said deformable rhomb comprising four pistons connected one following the other by a pivotal hinge with an axis parallel to the longitudinal axis of the housing and thus forming a closed chain; and also b) a transmission mechanism of the movement between the pistons and a rotation shaft coaxial to the central axis of the machine, the said machine being characterized in that the said transmission mechanism comprises: - a first rolling body mounted fixedly on at least one piston, preferably on each piston, the axis of the said first rolling body passing in the centre of the piston and connected to - a second rolling body, the centre of which passes through the central axis of the machine and is integral with the said rotation shaft, - the first rolling body being connected to the second rolling body directly or by an intermediate transmission member - and that the demultiplication ratio between the first and the second rolling body is equal to 2 and is positive. a) a rotor which is a deformable rhomb in contact, with or without clearance, with the internal surface of a housing forming a stator and/or with the external surface of a central crown, the said deformable rhomb comprising four pistons connected one following the other by a pivotal hinge with an axis parallel to the longitudinal axis of the housing and thus forming a closed chain; and also b) a transmission mechanism of the movement between the pistons and a rotation shaft coaxial to the central axis of the machine, - a first rolling body mounted fixedly on at least one piston, preferably on each piston, the axis of the said first rolling body passing in the centre of the piston and connected to - a second rolling body, the centre of which passes through the central axis of the machine and is integral with the said rotation shaft, - the first rolling body being connected to the second rolling body directly or by an intermediate transmission member - and that the demultiplication ratio between the first and the second rolling body is equal to 2 and is positive.