mhurhangee/ep-ind-claims huggingface dataset:
A system for inflating a film having two sides that form a common channel and inflatable channels, wherein the inflatable channels are in fluid communication with the common channel, the system comprising: a roller assembly configured to move the film in a longitudinal direction; and a nozzle located upstream of the roller assembly in the longitudinal direction and configured to inflate the inflatable channels, the nozzle comprising: a proximal end configured to separate the two sides of the film to open the common channel as the film moves in the longitudinal direction; a distal end configured to permit the two sides of the film to converge as the film moves in the longitudinal direction; and a slot configured to direct gas transversely into the common channel to inflate the inflatable channels as the film moves in the longitudinal direction; characterized in that the roller assembly includes a slotted roller; the slotted roller is configured to accommodate a drag sealer; and the drag sealer is configured to form a seal in the film as the film is moved in the longitudinal direction. a roller assembly configured to move the film in a longitudinal direction; and a nozzle located upstream of the roller assembly in the longitudinal direction and configured to inflate the inflatable channels, the nozzle comprising: a proximal end configured to separate the two sides of the film to open the common channel as the film moves in the longitudinal direction; a distal end configured to permit the two sides of the film to converge as the film moves in the longitudinal direction; and a slot configured to direct gas transversely into the common channel to inflate the inflatable channels as the film moves in the longitudinal direction; characterized in that a proximal end configured to separate the two sides of the film to open the common channel as the film moves in the longitudinal direction; a distal end configured to permit the two sides of the film to converge as the film moves in the longitudinal direction; and a slot configured to direct gas transversely into the common channel to inflate the inflatable channels as the film moves in the longitudinal direction; characterized in that the roller assembly includes a slotted roller; the slotted roller is configured to accommodate a drag sealer; and the drag sealer is configured to form a seal in the film as the film is moved in the longitudinal direction.
Device for the removal of at least one biological and/or chemical entity from an extracorporeal blood volume comprising: - a hollow capture chamber with a cylindrical shape having an inlet for the entry of the extracorporeal blood and an outlet for the outflow of the extracorporeal blood and - at least one capture element (20; 20'; 20"; 20′′′) comprised inside the capture chamber, extending longitudinally within the capture chamber, and movable relative to the capture chamber, the capture element (20; 20'; 20"; 20′′′) having a reactant surface (22; 22'; 22"; 22′′′) placed in contact with the extracorporeal blood and comprising a plurality of binding agents for the biological and/or chemical entity to be removed such that at the outlet of the capture chamber the biological and/or chemical entity is removed from the extracorporeal blood, the biological and/or chemical entity being bonded to the reactant surface (22; 22'; 22"; 22′′′),wherein the total volume of extracorporeal blood flowing inside the capture chamber is comprised between 3 to 5 litres of blood up to 30 litres of blood, characterized in that the capture element (20; 20'; 20"; 20′′′) is rotatable about a longitudinal axis (a) of the capture chamber, and in that the device further comprises a coupling and uncoupling system configured such that the capture element (20; 20'; 20"; 20′′′) can be removed from the capture chamber to allow analysis of entities captured by the reactant surface (22; 22'; 22"; 22′′′). - a hollow capture chamber with a cylindrical shape having an inlet for the entry of the extracorporeal blood and an outlet for the outflow of the extracorporeal blood and - at least one capture element (20; 20'; 20"; 20′′′) comprised inside the capture chamber, extending longitudinally within the capture chamber, and movable relative to the capture chamber, the capture element (20; 20'; 20"; 20′′′) having a reactant surface (22; 22'; 22"; 22′′′) placed in contact with the extracorporeal blood and comprising a plurality of binding agents for the biological and/or chemical entity to be removed such that at the outlet of the capture chamber the biological and/or chemical entity is removed from the extracorporeal blood, the biological and/or chemical entity being bonded to the reactant surface (22; 22'; 22"; 22′′′),wherein the total volume of extracorporeal blood flowing inside the capture chamber is comprised between 3 to 5 litres of blood up to 30 litres of blood, characterized in that the capture element (20; 20'; 20"; 20′′′) is rotatable about a longitudinal axis (a) of the capture chamber, and in that the device further comprises a coupling and uncoupling system configured such that the capture element (20; 20'; 20"; 20′′′) can be removed from the capture chamber to allow analysis of entities captured by the reactant surface (22; 22'; 22"; 22′′′).
A heating device, comprising a heater that heats a heating object; a temperature detection unit that detects a temperature of the heating object; and a temperature regulator that controls the heater based on a detection value of the temperature detection unit and a target temperature such that the temperature of the heating object reaches the target temperature, wherein the temperature detection unit is constituted of a plurality of temperature sensors (21, 22), and characterized in that the heating device comprises an identification unit that identifies a plurality of transfer functions including heat transfer functions between the heater and the plurality of temperature sensors (21, 22) and a heat transfer function between the plurality of temperature sensors (21, 22) from temperature data detected by the plurality of temperature sensors (21, 22) and electric power applied to the heater or manipulation quantity data corresponding to the applied electric power, and a determination unit that detects a change from initial values of coefficients of the plurality of transfer functions and determines an abnormal part in the heater or the plurality of temperature sensors (21, 22) from the change. a heater that heats a heating object; a temperature detection unit that detects a temperature of the heating object; and a temperature regulator that controls the heater based on a detection value of the temperature detection unit and a target temperature such that the temperature of the heating object reaches the target temperature, wherein the temperature detection unit is constituted of a plurality of temperature sensors (21, 22), and characterized in that the heating device comprises an identification unit that identifies a plurality of transfer functions including heat transfer functions between the heater and the plurality of temperature sensors (21, 22) and a heat transfer function between the plurality of temperature sensors (21, 22) from temperature data detected by the plurality of temperature sensors (21, 22) and electric power applied to the heater or manipulation quantity data corresponding to the applied electric power, and a determination unit that detects a change from initial values of coefficients of the plurality of transfer functions and determines an abnormal part in the heater or the plurality of temperature sensors (21, 22) from the change. characterized in that the heating device comprises an identification unit that identifies a plurality of transfer functions including heat transfer functions between the heater and the plurality of temperature sensors (21, 22) and a heat transfer function between the plurality of temperature sensors (21, 22) from temperature data detected by the plurality of temperature sensors (21, 22) and electric power applied to the heater or manipulation quantity data corresponding to the applied electric power, and a determination unit that detects a change from initial values of coefficients of the plurality of transfer functions and determines an abnormal part in the heater or the plurality of temperature sensors (21, 22) from the change.
Method for frequency synchronisation in a cellular radio communication system with at least one base station and a mobile unit, which is accommodated in a means of transport, in particular airplane, which moves at high speed, wherein for a connection between the base station and the mobile unit, signals are transmitted at a frequency defined by the base station and wherein the mobile unit has an internal natural frequency, characterised in that a signal runtime (TA1, TA2) between the base station and the mobile unit is determined and sent to the mobile unit during the connection from the base station at defined points in time (Z1, Z2), that a distance from the base station is derived by the mobile unit from the respective signal runtime (TA1, TA2) for a respective point in time (Z1, Z2), that a change (de) in the distance from the base station is determined by the mobile unit for consecutive points in time (Z1, Z2), that a correction value for the natural frequency of the mobile unit is determined from the change (de) in the distance from the base station by taking a time difference between the consecutive points in time (Z1, Z2) and a speed of the means of transport into account.
An information processing apparatus comprising: a connection means for connecting to a network; a web browser configured to receive screen data from a web server on the network and display a screen based on the screen data; a storage means for storing a script used to acquire user information stored in an external apparatus on the network; characterised by: a determination means including a URL management table for determining whether the screen to be displayed by the web browser is an information input screen for receiving an input of information from a user to be used for user authentication, wherein the determination means is configured to instruct the web browser to load a script on condition that screen data received from the web server uses a URL that matches a URL included in the URL management table; and an execution means for executing the script stored in the storage means in response to a determination by the determination means that the screen to be displayed by the web browser is the information input screen wherein the script stored in the storage means is configured to acquire a second script stored in the external apparatus, the second script being configured to request the user information from the external apparatus for an autocomplete process and to set the user information to an element included in the screen data displayed by the web browser. a connection means for connecting to a network; a web browser configured to receive screen data from a web server on the network and display a screen based on the screen data; a storage means for storing a script used to acquire user information stored in an external apparatus on the network; a determination means including a URL management table for determining whether the screen to be displayed by the web browser is an information input screen for receiving an input of information from a user to be used for user authentication, wherein the determination means is configured to instruct the web browser to load a script on condition that screen data received from the web server uses a URL that matches a URL included in the URL management table; and an execution means for executing the script stored in the storage means in response to a determination by the determination means that the screen to be displayed by the web browser is the information input screen wherein the script stored in the storage means is configured to acquire a second script stored in the external apparatus, the second script being configured to request the user information from the external apparatus for an autocomplete process and to set the user information to an element included in the screen data displayed by the web browser.
Coating apparatus for thermal coating, having a coating device and having a material feed device, wherein the coating device has a spray gun and a spray-gun holder, wherein the spray gun is connected to the spray-gun holder, wherein the spray gun is rotatable about an axis in a functionally active manner by means of at least one drive means (10, 11) during coating and/or is displaceable in the axial direction, wherein a coating material is able to be applied to an inner face of a hollow workpiece (5a, 5b) using the spray gun, characterized in that the spray-gun holder is adjustable, wherein the spray-gun holder has a pivotable arm, wherein the spray gun is arranged on the arm, wherein the radial positioning of the spray gun with respect to the axis is settable by pivoting the arm, wherein the spray-gun holder has a base frame and a carriage, wherein the base frame is arrangeable in a fixed position relative to the workpiece (5a, 5b), wherein the base frame has a guide rail, wherein the carriage is arranged in a displaceable manner on the guide rail.
An inverter control device comprising: - voltage detection means for detecting an actual direct-current voltage to be input to an inverter that is configured to convert a direct-current power input from a direct-current power supply into an alternating-current power supplied to a motor; - target value calculation means for calculating a target value of an alternating-current output from the inverter based on a detection voltage detected by the voltage detection means; - inverter control means (2, 3, 4) for generating a control signal for a switching element of the inverter based on the detection voltage and the target value to control the inverter; - abnormality detection means for detecting an occurrence of an abnormality or failure in the voltage detection means so that a voltage greater than the actual voltage is detected by the voltage detection means based on the detected direct-current voltage, and - voltage clamp means for clamping the detection voltage, wherein, when an abnormality or failure is detected by the abnormality detection means, the target value calculation means is configured to calculate the target value based on a first assured voltage (V dc_1) clamped by the voltage clamp means representative of a lower limit area of an assured voltage range that is configured to assure an operation of the inverter, characterized in that the inverter control means (2, 3, 4) is configured to generate the control signal representative of a second assured voltage (V dc_h) that is higher than the first assured voltage (V dc_1). - voltage detection means for detecting an actual direct-current voltage to be input to an inverter that is configured to convert a direct-current power input from a direct-current power supply into an alternating-current power supplied to a motor; - target value calculation means for calculating a target value of an alternating-current output from the inverter based on a detection voltage detected by the voltage detection means; - inverter control means (2, 3, 4) for generating a control signal for a switching element of the inverter based on the detection voltage and the target value to control the inverter; - abnormality detection means for detecting an occurrence of an abnormality or failure in the voltage detection means so that a voltage greater than the actual voltage is detected by the voltage detection means based on the detected direct-current voltage, and - voltage clamp means for clamping the detection voltage,
Vehicle seat, in particular motor vehicle seat, with a seat assembly and a frame fastened to a vehicle bodywork, wherein the seat assembly is movable relative to the frame from a first position into a second position by means of an adjustment movement, wherein the vehicle seat has two damping members (3, 4) for at least partially damping the adjustment movement, which are arranged between the seat assembly and the frame, wherein the respective first ends of the damping members (3, 4) are fastened along a direction transverse to the direction of travel in a central area of the seat assembly and wherein the second ends of the damping members (3, 4) are fastened at a distance from one another on opposite sides of the frame along the transverse direction, characterised in that the two damping members (3, 4) are arranged so that in the first position the central longitudinal axes of the two damping members (3, 4) enclose a first angle of essentially 90 degrees between them and/or that in the second position the central longitudinal axes of the two damping members (3, 4) enclose a first angle of between 150 und 170 degrees between them and that the two damping members (3, 4) are arranged so that the force acting during the adjustment movement on the respective damping members (3, 4) encloses a defined second angle with the respective centre longitudinal axis and the second angle is adjustable.
Backrest structure for a vehicle seat, comprising a planar base sheet and an additional structural component (20, 40), the additional structural component being a backrest frame, which are connected to each other by means of laser welding using at least one weld seam, characterized in that in the region of the at least one weld seam at least one tongue (28, 36, 38) of the base sheet is bent through 180° and placed on the remaining base sheet, and in that the at least one weld seam connects the bent tongue (28, 36, 38), the remaining base sheet and the additional structural component (20, 40) to each other.
A complex comprising calcium phosphate particles having an average primary particle size of 5 μm or less adhered to the surface of a fiber, wherein 15% or more of the surface of the fiber is covered by the calcium phosphate.
Keypad shield for a keypad of an electronic payment terminal, characterized in that said keypad shield comprises at least one key, called an externalized key, enabling the mechanical activation of at least one corresponding key of said keypad, said mechanical activation being implemented, when a pressure is applied on said externalized key, by the contact between said externalized key and said corresponding key of said keyboard.
Cover pane unit comprising a cover pane having a planar or curved surface and an optical element formed onto the pane in one piece, wherein the cover pane forms a cover for a portion of a vehicle cockpit, characterized in that the optical element is designed such that some of the light rays radiated into the optical element by at least one light source are reflected at an interface within the optical element by total-internal reflection and then emerge from the optical element in a preferred direction in an exit plane, and the cross section (22, 24, 26) of the optical element in the exit plane has two axes of symmetry or fewer.
An intravascular blood pump, comprising: a pump portion that includes a collapsible blood conduit and one or more collapsible impellers at least partially disposed within the collapsible blood conduit; a pressure sensor carrier secured to the pump portion, the pressure sensor carrier including a carrier body that includes a recessed region in a first side of the carrier body; a pressure sensor secured at least partially within the recessed region such that a pressure sensitive face is facing outward relative to the carrier body; one or more sensor connections that are coupled to, in communication with, and extending proximally from the pressure sensor, the one or more sensor connection secured within the recessed region, an encapsulating material disposed at least partially in the recessed region and about the pressure sensor and the one or more connection to help stabilize the pressure sensor and the one or more sensor connections relative to the carrier body. a pump portion that includes a collapsible blood conduit and one or more collapsible impellers at least partially disposed within the collapsible blood conduit; a pressure sensor carrier secured to the pump portion, the pressure sensor carrier including a carrier body that includes a recessed region in a first side of the carrier body; a pressure sensor secured at least partially within the recessed region such that a pressure sensitive face is facing outward relative to the carrier body; one or more sensor connections that are coupled to, in communication with, and extending proximally from the pressure sensor, the one or more sensor connection secured within the recessed region, an encapsulating material disposed at least partially in the recessed region and about the pressure sensor and the one or more connection to help stabilize the pressure sensor and the one or more sensor connections relative to the carrier body.
An assembly (20, 30) of two cords and a tubular fabric in the form of a chinese finger for connecting said cords, said tubular fabric positioned so that it at least partially overlaps with the two non-overlapping cords, characterized in that said cords are steel cords and in that only the two ends of said tubular fabric are connected to the exterior filaments of the steel cords by means of a solder.
A support structure for a shift lever comprising; a rotation shaft coupled to the shift lever; and a base plate including a support (12a, 12b) that pivotally supports two end portions of the rotation shaft to tiltably support the shift lever; the support structure being characterized by further comprising: a restriction member coupled to the base plate in contact with the rotation shaft; and a fixing portion that fixes the restriction member to the base plate, wherein the base plate includes a guide that guides the coupling of the restriction member to the base plate, the rotation shaft includes a main protrusion (Pm), which protrudes in an axial direction (b) of the rotation shaft from an end surface (Sa) at one of the two end portions of the rotation shaft, and an auxiliary protrusion (Ps), which protrudes in the axial direction (b) of the rotation shaft from the end surface (Sa) by a smaller protrusion amount than the main protrusion (Pm), and the restriction member is fixed in contact with the main protrusion (Pm) of the rotation shaft thereby restricting movement of the rotation shaft in the axial direction (b) in cooperation with the restriction member and the support (12a, 12b). a restriction member coupled to the base plate in contact with the rotation shaft; and a fixing portion that fixes the restriction member to the base plate, wherein the base plate includes a guide that guides the coupling of the restriction member to the base plate, the rotation shaft includes a main protrusion (Pm), which protrudes in an axial direction (b) of the rotation shaft from an end surface (Sa) at one of the two end portions of the rotation shaft, and an auxiliary protrusion (Ps), which protrudes in the axial direction (b) of the rotation shaft from the end surface (Sa) by a smaller protrusion amount than the main protrusion (Pm), and the restriction member is fixed in contact with the main protrusion (Pm) of the rotation shaft thereby restricting movement of the rotation shaft in the axial direction (b) in cooperation with the restriction member and the support (12a, 12b).
An antibody that binds TGF-alpha and Epiregulin, comprising a light chain and a heavy chain, wherein the light chain comprises a light chain variable region (LCVR) and the heavy chain comprises a heavy chain variable region (HCVR), wherein the LCVR comprises amino acid sequences LCDR1, LCDR2, and LCDR3, and the HCVR comprises amino acid sequences HCDR1, HCDR2, and HCDR3, wherein LCDR1 is SEQ ID NO:4, LCDR2 is SEQ ID NO: 5, LCDR3 is SEQ ID NO: 6, HCDR1 is SEQ ID NO: 1, HCDR2 is SEQ ID NO: 2, and HCDR3 is SEQ ID NO: 3.