mhurhangee/ep-ind-claims huggingface dataset:
A single-use needle cover, comprising: a housing configured to couple to a syringe and at least partly contain a needle, wherein the housing includes a guide member, a first locking member, and a second locking member, the first and second locking members presenting a physical stop to a sleeve to inhibit movement of the cover to prevent reuse; the sleeve configured to move between an extended position and a retracted position with respect to the housing, wherein the extended position covers a distal tip of the needle and the retracted position exposes the distal tip of the needle, and wherein the sleeve is biased toward the extended position; characterized in that the sleeve comprises an outwardly extending portion of a flange and a plurality of tracks, the tracks configured to slidingly receive the guide member, one of the tracks being at an angle relative to a longitudinal axis of the sleeve such that movement of the sleeve from the extended position to the retracted position rotates the sleeve with respect to the housing, transfers the guide member from a first track to a second track included in the sleeve, and engages the outwardly extending portion with the first locking member; wherein the second locking member comprises a radially inwardly disposed end such that movement of the sleeve from the retracted position to the extended position engages the outwardly extending portion of the flange of the sleeve with the second locking member.. a housing configured to couple to a syringe and at least partly contain a needle, wherein the housing includes a guide member, a first locking member, and a second locking member, the first and second locking members presenting a physical stop to a sleeve to inhibit movement of the cover to prevent reuse; the sleeve configured to move between an extended position and a retracted position with respect to the housing, wherein the extended position covers a distal tip of the needle and the retracted position exposes the distal tip of the needle, and wherein the sleeve is biased toward the extended position; characterized in that the sleeve comprises an outwardly extending portion of a flange and a plurality of tracks, the tracks configured to slidingly receive the guide member, one of the tracks being at an angle relative to a longitudinal axis of the sleeve such that movement of the sleeve from the extended position to the retracted position rotates the sleeve with respect to the housing, transfers the guide member from a first track to a second track included in the sleeve, and engages the outwardly extending portion with the first locking member; wherein the second locking member comprises a radially inwardly disposed end such that movement of the sleeve from the retracted position to the extended position engages the outwardly extending portion of the flange of the sleeve with the second locking member..
Conveying System for conveying carriers (70, 80, 90) in a machine, comprising at least one carrier (70, 80, 90) for carrying a load, at least one driving device (10, 20, 30, 40, 50, 60) for driving the carriers (70, 80, 90) with magnetic force, the at least one driving device (10, 20, 30, 40, 50, 60) provided with a magnetic sensor, with which the position of the carriers (70, 80, 90) can be detected, and a carrier tracing device (4, 306) to uniquely identify a carrier (70, 80, 90) conveyed by the conveying system, a control device for controlling the conveying system and for controlling the at least one driving device (10, 20, 30, 40, 50, 60), wherein the carrier tracing device (4, 306) comprises a transmitting unit (41, 42, 43) for transmitting carrier specific data to the control device, the control device comprising an assigning unit and a determining unit, the assigning unit for assigning a carrier specific correction table (501, 502) determined by the determining unit to a specific carrier (70, 80, 90) of said carriers (70, 80, 90), the determining unit being for determining the carrier specific correction table (501, 502) for the specific carrier (70, 80, 90), a storing device in which a plurality of the carrier specific correction tables (501, 502) are stored, the carrier specific correction tables (501, 502) storing positioning correction values valid for an individual carrier of the carriers (70, 80, 90), the determining unit being configured to access the storing device, and an evaluation unit and/or a tracing unit and/or a routing unit of the control device being configured to use a position data produced by the magnetic sensor, the position data being corrected with data stored in the carrier specific correction table (501, 502).
Apparatus for collecting energy within a powered lighting system, said apparatus comprising:- a light source; a heat exchanger; characterised in that the apparatus further comprises a thermoelectric element disposed between the light source and the heat exchanger, and being at or adjacent to the light source for recovering heat energy produced by the light source to generate electricity; and air flow channels provided between the light source and the thermoelectric element for guiding air flow around the light source for recovering heat energy produced by the light source. a light source; a heat exchanger;
An apparatus comprising: a transport refrigeration unit comprising a compressor receiving refrigerant from a refrigeration equipment via a plurality of valves (18; 20), which are arranged as a plurality of stages; an engine for driving the compressor (14; 54); and at least one controller (32, 34), characterized in that the at least one controller (32, 34) is configured for storing data indicative of a percentage of maximum engine load; and for measuring a parameter associated with the engine load, wherein the at least one controller (32, 34) is further configured to compare the measured parameter to stored data and to begin to close or completely shut one or more of the valves (18; 20) when the measured parameter exceeds the stored data so as to maximize a power provided by the engine to the transport refrigeration unit without exceeding a capacity of the engine. a transport refrigeration unit comprising a compressor receiving refrigerant from a refrigeration equipment via a plurality of valves (18; 20), which are arranged as a plurality of stages; an engine for driving the compressor (14; 54); and at least one controller (32, 34),
Method for producing a pane having an electrically conductive coating and a metallic strip soldered thereon, at least comprising: (a) Providing a substrate having an electrically conductive coating, (b) Providing a metallic strip having at least one through-hole, (c) Positioning the metallic strip on the electrically conductive coating, wherein the hole is arranged on the electrically conductive coating, and characterized by: (d) Soldering the metallic strip to the electrically conductive coating via a soldering compound using an ultrasonic soldering tip, wherein the ultrasonic soldering tip is brought into contact with the top of the metallic strip and is moved over the metallic strip in the region of the hole, and wherein the soldering compound is melted by heating during the soldering. (a) Providing a substrate having an electrically conductive coating, (b) Providing a metallic strip having at least one through-hole, (c) Positioning the metallic strip on the electrically conductive coating, wherein the hole is arranged on the electrically conductive coating, and
A base station (420; 520) comprising: a wireless transmission unit (4213; 523) configured to transmit an operation signal for remotely operating a device; and a wireless communication channel control unit (4206; 521) that is coupled to the wireless transmission unit (4213; 523), wherein the wireless communication channel control unit (4206; 521) is configured to: set, with regard to transmission of the operation signal for remotely operating the device, a service class; and control, according to the service class, the operation signal to be transmitted via the wireless transmission unit (4213; 523), characterized in that the service class has a packet delay budget of 5ms, and in that the wireless transmission unit (4213; 523) is configured to transmit the operation signal according to the service class that is set for the operation signal and according to information that is associated with the operation signal, wherein the information relates to a first attribute value that is different from a value of at least one attribute associated with the service class. a wireless transmission unit (4213; 523) configured to transmit an operation signal for remotely operating a device; and a wireless communication channel control unit (4206; 521) that is coupled to the wireless transmission unit (4213; 523), wherein the wireless communication channel control unit (4206; 521) is configured to: set, with regard to transmission of the operation signal for remotely operating the device, a service class; and control, according to the service class, the operation signal to be transmitted via the wireless transmission unit (4213; 523), set, with regard to transmission of the operation signal for remotely operating the device, a service class; and control, according to the service class, the operation signal to be transmitted via the wireless transmission unit (4213; 523), characterized in that the service class has a packet delay budget of 5ms, and in that the wireless transmission unit (4213; 523) is configured to transmit the operation signal according to the service class that is set for the operation signal and according to information that is associated with the operation signal, wherein the information relates to a first attribute value that is different from a value of at least one attribute associated with the service class.
A system comprising a supplemental device and an injection device, the injection device comprising a drive screw that moves during medicament delivery to cause medicament to be expelled, and the supplemental device comprising: a housing with a mating unit configured to attach the supplemental device to the injection device; a processor arrangement; and a quantity determiner (25, 24) for determining a quantity of medicament that has been delivered, wherein the quantity determiner comprises a photosensor arranged to detect linear advancement of the drive screw during medicament delivery, wherein the quantity determiner comprises a light source, wherein the photosensor is configured to detect one or more helical or circumferential markings on a surface of the drive screw, wherein a housing or a cartridge holder of the injection device includes an optically transparent window to allow the drive screw to be viewed by the supplemental device, and wherein the processor arrangement is configured to interpret signals provided by the photosensor and corresponding to the one or more helical or circumferential markings on the surface of the drive screw to determine the quantity of medicament that has been delivered. a housing with a mating unit configured to attach the supplemental device to the injection device; a processor arrangement; and a quantity determiner (25, 24) for determining a quantity of medicament that has been delivered, wherein the quantity determiner comprises a photosensor arranged to detect linear advancement of the drive screw during medicament delivery, wherein the quantity determiner comprises a light source, wherein the photosensor is configured to detect one or more helical or circumferential markings on a surface of the drive screw, wherein a housing or a cartridge holder of the injection device includes an optically transparent window to allow the drive screw to be viewed by the supplemental device, and wherein the processor arrangement is configured to interpret signals provided by the photosensor and corresponding to the one or more helical or circumferential markings on the surface of the drive screw to determine the quantity of medicament that has been delivered.
A method of maintaining production of hydrocarbon fluids subsea, the method comprising: directing a flow of hot production fluid from a subsea well into at least one production flowline pipe that extends toward a processing or storage location; in a first mode of operation, transporting a flow of service fluid from a source of the service fluid along at least one service fluid pipe that extends along and adjacent to the production flowline pipe and, at least intermittently, injecting the service fluid from the service fluid pipe into the well or into the flow of production fluid upstream of the flowline pipe; and in a second mode of operation, diverting at least some of the flow of the production fluid into the service fluid pipe to apply heat from the production fluid to the service fluid pipe, and transferring the heat from the service fluid pipe to the flowline pipe. directing a flow of hot production fluid from a subsea well into at least one production flowline pipe that extends toward a processing or storage location; in a first mode of operation, transporting a flow of service fluid from a source of the service fluid along at least one service fluid pipe that extends along and adjacent to the production flowline pipe and, at least intermittently, injecting the service fluid from the service fluid pipe into the well or into the flow of production fluid upstream of the flowline pipe; and in a second mode of operation, diverting at least some of the flow of the production fluid into the service fluid pipe to apply heat from the production fluid to the service fluid pipe, and transferring the heat from the service fluid pipe to the flowline pipe.
Process for the preparation of a chiral 2-(4-aminophenyl) morpholine of the formula wherein R 1 is hydrogen or stands for an amino protecting group PG comprising the steps a) an enzymatic reduction of a ketone of the formula wherein X is a halogen atom with an oxidoreductase to form the chiral alcohol of the formula b) the formation of the N-protected ethanolamine compound of the formula wherein PG is an amino protecting group; c) the cyclization of the N-protected ethanolamine compound of formula IVa to form the 2-(4-nitrophenyl) morpholine of formula wherein PG is as defined above; by reacting the N-protected ethanolamine compound of formula IVa with a sulfonylhalogenide of the formula wherein R 3 is C 1-4 alkyl or phenyl optionally substituted with a C 1-4 alkyl group, a nitro group or with a halogen atom and X is as defined above to form an intermediary sulfonate of the formula wherein PG and R 3 are as above and by subsequent direct cyclization with a non nucleophilic base; and d) the reduction of the nitro group to form the chiral 2-(4-aminophenyl) morpholine of the formula I and e) optionally the removal of the amino protecting group PG. a) an enzymatic reduction of a ketone of the formula wherein X is a halogen atom with an oxidoreductase to form the chiral alcohol of the formula b) the formation of the N-protected ethanolamine compound of the formula wherein PG is an amino protecting group; c) the cyclization of the N-protected ethanolamine compound of formula IVa to form the 2-(4-nitrophenyl) morpholine of formula wherein PG is as defined above; by reacting the N-protected ethanolamine compound of formula IVa with a sulfonylhalogenide of the formula wherein R 3 is C 1-4 alkyl or phenyl optionally substituted with a C 1-4 alkyl group, a nitro group or with a halogen atom and X is as defined above to form an intermediary sulfonate of the formula wherein PG and R 3 are as above and by subsequent direct cyclization with a non nucleophilic base; and d) the reduction of the nitro group to form the chiral 2-(4-aminophenyl) morpholine of the formula I and e) optionally the removal of the amino protecting group PG.
Covering apparatus, which comprises: - a support structure provided with a framework, which comprises at least two lateral beams that are parallel to and side-by-side each other, each of which is longitudinally extended, along a corresponding first extension direction, between a head portion and a bottom portion (21"); - a series of covering blades placed one after the other according to said first extension direction, each of which said covering blades is extended, according to a longitudinal axis thereof substantially orthogonal to said first extension direction, between two opposite ends supported by the respective said lateral beams; - first movement means mechanically connected to said covering blades and arranged for rotating each of said covering blades around a corresponding rotation axis, parallel to said longitudinal axis, between a closed position and at least one open position; - cam actuation means provided with at least one rotation profile mechanically engaged, by means of at least one rotation cam follower, with said first movement means; - motor means, which are mechanically connected to said cam actuation means; said covering apparatus being characterized in that said motor means are arranged for moving said rotation profile parallel to a movement plane substantially perpendicular to the rotation axes of said covering blades, in order to drive said first movement means to rotate said covering blades between said closed position and said open position. - a support structure provided with a framework, which comprises at least two lateral beams that are parallel to and side-by-side each other, each of which is longitudinally extended, along a corresponding first extension direction, between a head portion and a bottom portion (21"); - a series of covering blades placed one after the other according to said first extension direction, each of which said covering blades is extended, according to a longitudinal axis thereof substantially orthogonal to said first extension direction, between two opposite ends supported by the respective said lateral beams; - first movement means mechanically connected to said covering blades and arranged for rotating each of said covering blades around a corresponding rotation axis, parallel to said longitudinal axis, between a closed position and at least one open position; - cam actuation means provided with at least one rotation profile mechanically engaged, by means of at least one rotation cam follower, with said first movement means; - motor means, which are mechanically connected to said cam actuation means; said covering apparatus being characterized in that said motor means are arranged for moving said rotation profile parallel to a movement plane substantially perpendicular to the rotation axes of said covering blades, in order to drive said first movement means to rotate said covering blades between said closed position and said open position.
An intake system (420, 620, 720, 820) for a fan module (206, 406, 806) within a computer system, the intake system (420, 620, 720, 820) comprising: at least one remote intake (210, 410, 610, 710-1,710-2, 810) having: a remote inlet (212, 412, 712-1, 712-2, 812)configured to intake air from around an element (202, 402, 802) that is within the computer system and outside of an intake path (207, 407) of the fan module (206, 406, 806); a remote outlet (214, 414, 614, 714-1, 714-2, 814) configured to discharge the air from the remote inlet (212, 412, 712-1, 712-2, 812) into the intake path (207, 407) of the fan module (206, 406, 806); and a remote conduit (216, 416, 616, 716-1, 716-2, 816) configured to transport the air from the remote inlet (212, 412, 712-1, 712-2, 812) to the remote outlet (214, 414, 614, 714-1, 714-2, 814), characterized by further comprising: a cowling (422, 622, 722, 822) positioned in line with the intake path (207, 407) of the fan module (206, 406, 806), wherein the cowling (422, 622, 722, 822) is configured to direct air into the fan module (206, 406, 806). a remote inlet (212, 412, 712-1, 712-2, 812)configured to intake air from around an element (202, 402, 802) that is within the computer system and outside of an intake path (207, 407) of the fan module (206, 406, 806); a remote outlet (214, 414, 614, 714-1, 714-2, 814) configured to discharge the air from the remote inlet (212, 412, 712-1, 712-2, 812) into the intake path (207, 407) of the fan module (206, 406, 806); and a remote conduit (216, 416, 616, 716-1, 716-2, 816) configured to transport the air from the remote inlet (212, 412, 712-1, 712-2, 812) to the remote outlet (214, 414, 614, 714-1, 714-2, 814), characterized by further comprising: a cowling (422, 622, 722, 822) positioned in line with the intake path (207, 407) of the fan module (206, 406, 806), wherein the cowling (422, 622, 722, 822) is configured to direct air into the fan module (206, 406, 806).
Placental stem cells for use in a method of treating neuropathic pain caused by diabetic neuropathy in an individual, wherein the placental stem cells are CD10 +, CD34 -, CD105 +, CD200 + placental stem cells.
A battery Degree of Degradation, DOD, diagnosing apparatus, comprising: a measuring unit configured to measure a voltage of each of a plurality of battery cells (B1, B2, B3, B4) in each of a plurality of cycles in which charging and discharging are performed, and output a plurality of voltage information for the plurality of measured voltages; and a control unit configured to receive the plurality of voltage information, calculate a voltage deviation of each cycle for each battery cell based on a reference voltage measured in an initial cycle of each of the plurality of battery cells, calculate a voltage sum value for each of the plurality of battery cells by summing the voltage deviation calculated for each of the plurality of battery cells in each cycle from the initial cycle, and diagnose a relative DOD of the plurality of battery cells based on the voltage sum value calculated for each of the plurality of battery cells. a measuring unit configured to measure a voltage of each of a plurality of battery cells (B1, B2, B3, B4) in each of a plurality of cycles in which charging and discharging are performed, and output a plurality of voltage information for the plurality of measured voltages; and a control unit configured to receive the plurality of voltage information, calculate a voltage deviation of each cycle for each battery cell based on a reference voltage measured in an initial cycle of each of the plurality of battery cells, calculate a voltage sum value for each of the plurality of battery cells by summing the voltage deviation calculated for each of the plurality of battery cells in each cycle from the initial cycle, and diagnose a relative DOD of the plurality of battery cells based on the voltage sum value calculated for each of the plurality of battery cells.
A mask cover assembly comprising: a mask main body having a semi-spherical cap form, wherein the mask main body has a center aperture and is provided throughout the rim of an inner surface thereof with a face contact cushion member formed by pressing cotton or gauze to obtain a constant thickness; and a mask cover body configured to enclose the mask main body, characterized in that the mask cover body is integrally formed at opposite lateral positions thereof with band hanger portions; and an exhaust valve body coupled to an exhaust valve mount of the mask cover body, wherein an exhaust valve cap, an outer filter and a thin rubber plate are axially inserted into the exhaust valve body, wherein a coupling member is secured to the mask main body with an inner filter interposed therebetween. a mask main body having a semi-spherical cap form, wherein the mask main body has a center aperture and is provided throughout the rim of an inner surface thereof with a face contact cushion member formed by pressing cotton or gauze to obtain a constant thickness; and a mask cover body configured to enclose the mask main body, characterized in that the mask cover body is integrally formed at opposite lateral positions thereof with band hanger portions; and an exhaust valve body coupled to an exhaust valve mount of the mask cover body, wherein an exhaust valve cap, an outer filter and a thin rubber plate are axially inserted into the exhaust valve body, wherein a coupling member is secured to the mask main body with an inner filter interposed therebetween.