mhurhangee/ep-ind-claims huggingface dataset:
Process for producing a membrane ring or test strip ring for a diagnostic test device in particular for examining body fluids in which a) an elongate strip preferably provided by cutting a flat or tape-shaped starting material is divided into segments by cuts running transversely to the longitudinal direction of the strip, b) wherein the cuts are made only as far as a residual width of the strip so that a material bridge remains intact between the segments adjacent to the cuts; c) the strip is closed by bringing its ends together to form a ring, characterized in that d) the cut edges of each of the cuts running towards the material bridges enclose an acute angle (α); e) the ring is inserted into a support structure as a membrane ring or test strip ring for the test device, wherein the ring is inserted into a disc-shaped housing forming a support structure so that each of the segments is allocated to one chamber of the housing. a) an elongate strip preferably provided by cutting a flat or tape-shaped starting material is divided into segments by cuts running transversely to the longitudinal direction of the strip, b) wherein the cuts are made only as far as a residual width of the strip so that a material bridge remains intact between the segments adjacent to the cuts; c) the strip is closed by bringing its ends together to form a ring, d) the cut edges of each of the cuts running towards the material bridges enclose an acute angle (α); e) the ring is inserted into a support structure as a membrane ring or test strip ring for the test device, wherein the ring is inserted into a disc-shaped housing forming a support structure so that each of the segments is allocated to one chamber of the housing.
Floor conveyor comprising a sensor device and a control unit, wherein the control unit is operable to control the travel function of the floor conveyor, wherein the sensor device is arranged to be able to provide the control unit with sensor data, wherein the sensor device is arranged such that it can detect objects in a plane, wherein the plane is extending along a first side of the floor conveyor, characterized in that the plane comprises a follow section and a steer away section, wherein the follow section is preferably positioned outside the steer away section in relation to the floor conveyor, wherein the floor conveyor when in travel is arranged to, when a predetermined object is detected in the follow section to follow this object, preferably by being arranged to essentially move in a straight line, and being arranged to steer away from the object if detected in the steer away section, and preferably steer towards the predetermined object if not detected the steer away section and the follow section, wherein the floor conveyor thereby is arranged to be operable to follow an object on one side (13b, 13c) of the floor conveyor by means control of the travel function from the control unit, wherein the floor conveyor is arranged to be able to independently by means of a search mode make a choice of which predetermined object to follow, wherein the choice of object is made by providing a search mode by extending the plane outside the follow section with a search section (32x, 32a-e), and thereby determine if an object is positioned outside the follow section and when an object is detected the floor conveyor is arranged to follow the object when in travel.
An electronic device, comprising a display screen assembly and a rear cover, the display screen assembly comprising: a bracket having a bottom wall and a side wall bending from the bottom wall; a display screen having a top surface and a bottom surface, the bottom surface of the display screen being provided on the bottom wall of the bracket, and the display screen and the side wall of the bracket being arranged at two opposite sides of the bottom wall of the bracket respectively; a cover plate having a bottom surface joined with the top surface of the display screen; and a decoration enclosure comprising a first joining part and a second joining part coupled to each other, a part of the first joining part being attached to the cover plate, the second joining part having a first side and a second side opposite to the first side; characterized in that the second joining part is joined to the side wall of the bracket at the first side and provided with a protrusion at the second side, the rear cover has a groove, and the protrusion is snapped into the groove to couple the rear cover with the decoration enclosure. a bracket having a bottom wall and a side wall bending from the bottom wall; a display screen having a top surface and a bottom surface, the bottom surface of the display screen being provided on the bottom wall of the bracket, and the display screen and the side wall of the bracket being arranged at two opposite sides of the bottom wall of the bracket respectively; a cover plate having a bottom surface joined with the top surface of the display screen; and a decoration enclosure comprising a first joining part and a second joining part coupled to each other, a part of the first joining part being attached to the cover plate, the second joining part having a first side and a second side opposite to the first side; characterized in that the second joining part is joined to the side wall of the bracket at the first side and provided with a protrusion at the second side, the rear cover has a groove, and the protrusion is snapped into the groove to couple the rear cover with the decoration enclosure.
A detection method using immunochromatography, comprising steps to: supplying a sample possibly containing an analyte and a substance similar to the analyte to a sample-supplying portion of the following test strip; the test strip comprising a membrane consisting of a porous body equipped with at least the sample-supplying portion, a spreading portion, and a detecting portion, wherein a conjugate containing a first antibody labeled with a labeling substance is retained in a part of the spreading portion in a dissoluble manner, and the detecting portion in which a second antibody is immobilized is provided in a part of the spreading portion on the downstream side relative to the conjugate-retaining part, wherein any one of the first antibody and the second antibody is an anti-analyte antibody and the other is an antibody binding to the analyte, and wherein the antibody binding to the analyte may be any antibody binding to the analyte and any antibody binding to an antigen similar to the analyte; bringing the analyte in the sample into contact with the conjugate in the presence of a buffer solution of pH 5.0 to pH 6.7; and detecting a complex of the analyte in the sample and the conjugate in the detecting portion; wherein the analyte is oncofetal fibronectin, and the substance similar to the analyte is plasma fibronectin. supplying a sample possibly containing an analyte and a substance similar to the analyte to a sample-supplying portion of the following test strip; the test strip comprising a membrane consisting of a porous body equipped with at least the sample-supplying portion, a spreading portion, and a detecting portion, wherein a conjugate containing a first antibody labeled with a labeling substance is retained in a part of the spreading portion in a dissoluble manner, and the detecting portion in which a second antibody is immobilized is provided in a part of the spreading portion on the downstream side relative to the conjugate-retaining part, wherein any one of the first antibody and the second antibody is an anti-analyte antibody and the other is an antibody binding to the analyte, and wherein the antibody binding to the analyte may be any antibody binding to the analyte and any antibody binding to an antigen similar to the analyte; bringing the analyte in the sample into contact with the conjugate in the presence of a buffer solution of pH 5.0 to pH 6.7; and detecting a complex of the analyte in the sample and the conjugate in the detecting portion; wherein the analyte is oncofetal fibronectin, and the substance similar to the analyte is plasma fibronectin.
An electric drill, comprising: a housing provided with an air inlet and an air outlet; a motor received in the housing, wherein the motor at least comprises a motor shaft; a fan supported by the motor shaft; a transmission assembly configured to connect the motor shaft to an output shaft; and a gearbox configured to accommodate the transmission assembly, wherein the gearbox includes a box body and a gearbox rear cover, and the gearbox rear cover is provided opposite to the fan along the extending direction of the motor shaft; characterized in that the gearbox is formed with a passage provided in the gearbox rear cover and provided for an airflow to flow, and at least a part of a flow path of the airflow that enters the housing from the air inlet and flows out of the housing from the air outlet is provided on the passage. a housing provided with an air inlet and an air outlet; a motor received in the housing, wherein the motor at least comprises a motor shaft; a fan supported by the motor shaft; a transmission assembly configured to connect the motor shaft to an output shaft; and a gearbox configured to accommodate the transmission assembly, wherein the gearbox includes a box body and a gearbox rear cover, and the gearbox rear cover is provided opposite to the fan along the extending direction of the motor shaft; characterized in that the gearbox is formed with a passage provided in the gearbox rear cover and provided for an airflow to flow, and at least a part of a flow path of the airflow that enters the housing from the air inlet and flows out of the housing from the air outlet is provided on the passage.
A computed tomography device for optimizing values of scan parameters for a scan of an object, the computed tomography device comprising: - an exposure time determination unit configured for determining an object specific exposure time based on a maximal required value of a z-dependent tube current by exposure time product profile along a z-axis of the object and a maximal available tube current value of a tube used for the scan of the object, and - a scan parameter determination unit configured for determining the values of the scan parameters for the scan of the object based on the object specific exposure time, wherein the maximal available tube current value depends on a tube voltage and maximal electric power of the tube at given focal spot area, and wherein the z-dependent tube current by exposure time product profile is based on a dose index value or a pixel noise index value for the scan of the object, the tube voltage, and a z-dependent object size along the z-axis, wherein the scan parameter determination unit is configured for determining the values of the scan parameters based on maximizing a Figure of Merit that is defined as Figure of Merit = table speed a exposure time b ⋅ dose length product c, with a, b and c being constant. - an exposure time determination unit configured for determining an object specific exposure time based on a maximal required value of a z-dependent tube current by exposure time product profile along a z-axis of the object and a maximal available tube current value of a tube used for the scan of the object, and - a scan parameter determination unit configured for determining the values of the scan parameters for the scan of the object based on the object specific exposure time, wherein the maximal available tube current value depends on a tube voltage and maximal electric power of the tube at given focal spot area, and
Method for preparing a material based on oxide(s) of metal element(s) on a substrate, said substrate being composed of non-sintered powder(s) of metal element(s) oxides(s), this method consisting of the following successive steps: a) depositing, by liquid means, on one face of this substrate, one layer of a sol-gel precursor solution of the constituent metal element(s) oxide(s) of said material, said sol-gel solution being not a composite solution; b) depositing, by liquid means, on said layer deposited in a), one layer of a dispersion comprising a powder of metal element(s) oxide(s) and a sol-gel solution identical to or different from that used in step a), said solution being a precursor of the constituent metal element(s) oxide(s) of said material and the powder consisting of constituent metal element(s) oxide(s) of said material; c) heat treating said layers deposited in a) and b) in order to transform them into said material. a) depositing, by liquid means, on one face of this substrate, one layer of a sol-gel precursor solution of the constituent metal element(s) oxide(s) of said material, said sol-gel solution being not a composite solution; b) depositing, by liquid means, on said layer deposited in a), one layer of a dispersion comprising a powder of metal element(s) oxide(s) and a sol-gel solution identical to or different from that used in step a), said solution being a precursor of the constituent metal element(s) oxide(s) of said material and the powder consisting of constituent metal element(s) oxide(s) of said material; c) heat treating said layers deposited in a) and b) in order to transform them into said material.
A gasoline direct injection rail comprising an inlet (2, 21) connected to a first end of a rail body (1, 20), wherein a flat-plate orifice (12, 31) is provided inside the rail body (1, 20), the inlet (2, 21) has a fuel flow passage (4, 23), and a hollow part (8, 27) is provided between the fuel flow passage (4, 23) and the flat-plate orifice (12, 31), wherein the inlet (2, 21) is a component separate from the rail body (1, 20), has an insertion part (7, 26) inserted into the rail body (1, 20) on a proximal end (6, 25) side opposite to a distal end (3, 22) side provided with the fuel flow passage (4, 23), and has the hollow part (8, 27) in the insertion part (7, 26), wherein the flat-plate orifice (12, 31) has a plate shape and is integrally provided in the insertion part (7, 26) of the inlet (2, 21), wherein the flat-plate orifice (12, 31) is securely placed on the distal end surface of the insertion part (7, 26) by brazing, and a small-diameter orifice hole is formed to penetrate the center of the orifice (12, 31), and wherein the outer circumferential flange of the inlet (2, 21) is in contact with an end surface of the rail body (1, 20), the inlet (2, 21) is securely placed in the rail body (1, 20) by brazing.
An Ethernet controller semiconductor chip comprising a plurality of external pins (215, 225, 235, 245, 255), the semiconductor chip comprising: a system control unit; a media access control layer coupled with the system control unit; a physical layer coupled with the media access control layer, wherein the physical layer comprises a receiving port and a transmitting port; and a switch control unit for providing a control signal for auto media device interface switching; wherein a first set of pins (225, 235, 245, 255) of the external pins are coupled with the receiving and transmitting port of the physical layer and one pin of the external pins is coupled with the switch control unit for providing external access to the control signal for auto media device interface switching, characterized in that the switch control unit comprises a sample timer controlling a shift register and a timer having a high variability, and in that the timer having a high variability comprises a first counter clocked by a low variability clock signal and a second counter clocked by a high variability clock signal and a first comparator coupled with the first counter and a first register and a second comparator coupled with the second counter and a second register, wherein the output of the first or second comparator triggers the second or first counter, respectively and the output of the second or first comparator, respectively generates the timer output signal with high variability. a system control unit; a media access control layer coupled with the system control unit; a physical layer coupled with the media access control layer, wherein the physical layer comprises a receiving port and a transmitting port; and a switch control unit for providing a control signal for auto media device interface switching; wherein a first set of pins (225, 235, 245, 255) of the external pins are coupled with the receiving and transmitting port of the physical layer and one pin of the external pins is coupled with the switch control unit for providing external access to the control signal for auto media device interface switching,
Prosthesis, particularly for the at least partial replacement of a long bone, comprising a plug-in connection for connecting a shaft to another part of the prosthesis, wherein the plug-in connection comprises an axial projection and a socket, wherein a radial transverse channel is provided on one part of the plug-in connection, said radial transverse channel engaging behind the plug-in connection and having a centre axis that is offset (d) relative to the axis of a transverse bore arranged on the other part of the plug-in connection, and wherein the prosthesis has a clamping element which is to be inserted into the transverse channel and whose point, in the inserted state, engages in the transverse bore, characterized in that the transverse channel is arranged in an axially parallel projecting anti-rotation stub of the plug-in connection.
A method for supporting release of a selected IP traffic offload, SIPTO, bearer by a first base station in a wireless communication system with a dual connectivity, wherein a network entity, collocated to the first base station, supports operations of the SIPTO at a local network, the method comprising: receiving, from a second base station, a first message for releasing a context of a terminal; releasing, at the local network, radio and control plane related resources associated with the context of the terminal as a response to receiving the first message; identifying whether the first message includes deactivation information, wherein the deactivation information indicates that a deactivation of a packet data network, PDN, connection for the SIPTO is needed; and sending, to the network entity by an internal signaling, a second message to request the network entity to release the PDN connection for the SIPTO at the local network, in case that the first message includes the deactivation information. receiving, from a second base station, a first message for releasing a context of a terminal; releasing, at the local network, radio and control plane related resources associated with the context of the terminal as a response to receiving the first message; identifying whether the first message includes deactivation information, wherein the deactivation information indicates that a deactivation of a packet data network, PDN, connection for the SIPTO is needed; and sending, to the network entity by an internal signaling, a second message to request the network entity to release the PDN connection for the SIPTO at the local network, in case that the first message includes the deactivation information.
A peptide analogue of glucagon-like peptide-1 for use in the treatment and prophylaxis of neurological disorders caused by dysfunction of long-term potentiation of synaptic transmission; the amino acid sequence of the peptide analogue comprising at least the first 10 amino acids from the N-terminal end of the sequence identified in SEQ ID NO: 1, and one or more amino acid substitutions or modifications selected from an amino acid substitution or modification at position 26, and an amino acid substitution or modification at position 34; characterised in that the amino acid substitution or modification at position 26 is independently selected from the group consisting of addition of L- or D-Glu, and/or addition of a fatty acid; and the amino acid substitution at position 34 is L- or D-Arg.
A method of inspecting a length of pipe having a pipe wall and a nominal inner diameter, the method comprising - providing an inspection pig configured for passing along the length of pipe, wherein the inspection pig is provided with a substantially circumferential inside-out capacitance tomography sensor arrangement having a diameter smaller than the nominal inner diameter; - passing the inspection pig along the length of pipe thereby defining an annular space between the sensor arrangement and the pipe wall; - conducting measurements using the sensor; - arrangement at a plurality of locations along the length of pipe, and - deriving, for each of the plurality of locations, information about an interface surrounding the inspection pig from the measurements. - providing an inspection pig configured for passing along the length of pipe, wherein the inspection pig is provided with a substantially circumferential inside-out capacitance tomography sensor arrangement having a diameter smaller than the nominal inner diameter; - passing the inspection pig along the length of pipe thereby defining an annular space between the sensor arrangement and the pipe wall; - conducting measurements using the sensor; - arrangement at a plurality of locations along the length of pipe, and - deriving, for each of the plurality of locations, information about an interface surrounding the inspection pig from the measurements.
A compound selected from the compounds of formula: as represented in the following table: examples R1 R2 R3 R5 1 H 2 H 3 4 5 6 7 H 8 or a pharmaceutically acceptable salt thereof, respectively.
Cutting device in an apparatus for producing products of the tobacco processing industry comprising a rotatable knife carrier on which two cutting knifes (2, 3) are mounted, and a grinding device including a grinding wheel driven by an electric motor, characterized in that the cutting knifes (2, 3) are made of a stainless martensitic steel, and during operation the cutting knifes (2, 3) are ground at a grinding speed of 30-60 m/s resulting from the rotational speeds of the knife carrier and the grinding wheel.
An explosion protection system, for an engine having an exhaust output at which high temperature gases are discharged, comprising: a turbocharger and an exhaust coupled to each other and to the exhaust output of the engine; a first coat of thermal insulation material applied to the outer surfaces of said turbocharger and said exhaust manifold; and a second coat of surface protecting material applied over the first coat to protect the first coat from being scratched or damaged; characterized in that a tubing for enabling water-cooling is wound around said turbocharger and said exhaust manifold; and wherein a protective jacket is fitted onto each one of said exhaust manifold and turbocharger. a turbocharger and an exhaust coupled to each other and to the exhaust output of the engine; a first coat of thermal insulation material applied to the outer surfaces of said turbocharger and said exhaust manifold; and a second coat of surface protecting material applied over the first coat to protect the first coat from being scratched or damaged; characterized in that a tubing for enabling water-cooling is wound around said turbocharger and said exhaust manifold; and wherein a protective jacket is fitted onto each one of said exhaust manifold and turbocharger.
Press shell for a press device for the treatment of a fibrous web, comprising at least one polymer layer, where the polymer layer comprises, or has been produced from, a polyurethane, where the polyurethane is composed of a prepolymer and of a crosslinking agent, and the prepolymer is a reaction product of phenylene 1,4-diisocyanate (PPDI) and of a polyol, where the crosslinking agent comprises the following components: a first component comprising 1,4-butanediol or 1,4-hydroquinone bis(2-hydroxyethyl) ether (HQEE), a second component comprising at least one aliphatic diamine, a third component comprising at least one alkanolamine. a first component comprising 1,4-butanediol or 1,4-hydroquinone bis(2-hydroxyethyl) ether (HQEE), a second component comprising at least one aliphatic diamine, a third component comprising at least one alkanolamine.