mhurhangee/ep-ind-claims huggingface dataset:
An occluding catheter for preventing stroke by occluding blood flow through a carotid artery (26R, 26L) of a patient, comprising: a shaft that has a proximal end and a distal end; and proximal and distal occluding balloons (38, 42) carried by the shaft and configured in an inflated state to occlude blood flow through, respectively, a right carotid artery and a left carotid artery (26R, 26L); wherein the shaft has a segment that is located between the proximal occluding balloon and the distal occluding balloon and is configured to be located in an aortic arch and to allow blood to flow past the exterior thereof such that the segment does not completely block the aortic arch; wherein the proximal occluding balloon is configured to be located in an innominate artery and to occlude blood flow through the innominate artery, and wherein the distal occluding balloon is configured to be located in the left carotid artery and to occlude blood flow through the left carotid artery; and wherein the segment is between 3 and 8 centimeters in length and/or is from 2-6 centimeters longer than the distance between the innominate artery and the left carotid artery such that placement of the distal occluding balloon within the left carotid artery results in placement of the proximal occluding balloon within the innominate artery. a shaft that has a proximal end and a distal end; and proximal and distal occluding balloons (38, 42) carried by the shaft and configured in an inflated state to occlude blood flow through, respectively, a right carotid artery and a left carotid artery (26R, 26L); wherein the shaft has a segment that is located between the proximal occluding balloon and the distal occluding balloon and is configured to be located in an aortic arch and to allow blood to flow past the exterior thereof such that the segment does not completely block the aortic arch; wherein the proximal occluding balloon is configured to be located in an innominate artery and to occlude blood flow through the innominate artery, and wherein the distal occluding balloon is configured to be located in the left carotid artery and to occlude blood flow through the left carotid artery; and wherein the segment is between 3 and 8 centimeters in length and/or is from 2-6 centimeters longer than the distance between the innominate artery and the left carotid artery such that placement of the distal occluding balloon within the left carotid artery results in placement of the proximal occluding balloon within the innominate artery.
Method for producing a plastics profile, comprising at least one rib-like projection, in particular of a window or door hollow section, by means of an extrusion method, - wherein in the context of the extrusion method, for profile shaping plastics melt is guided through an extrusion die, - wherein, during the extrusion method, in at least one temperature-control section of the extrusion die the wall thickness of the plastics extrusion profile is influenced locally, in a targeted manner, by means of temperature control, - wherein the temperature-control section is associated with a single rig-like projection of the plastics extrusion profile, - wherein, for locally influencing the wall thickness at least one temperature-control device is provided, in the extrusion die, per temperature-control section, by means of which temperature-control device the inner wall of the extrusion die can be purposely heated and/or cooled, in the temperature-control section, and - wherein the temperature-control device is designed as a channel through which a heating or cooling medium can flow, which channel, when viewed in profile cross section, has a curvature, and is thereby adjusted to the end contour of the rib-like projection, characterised in that the channel is integrated into an insert of the temperature-control section which can be pushed into the extrusion tool, which transports the heat of the heating medium or the cold of the cooling medium towards the inner wall of the extrusion die. - wherein in the context of the extrusion method, for profile shaping plastics melt is guided through an extrusion die, - wherein, during the extrusion method, in at least one temperature-control section of the extrusion die the wall thickness of the plastics extrusion profile is influenced locally, in a targeted manner, by means of temperature control, - wherein the temperature-control section is associated with a single rig-like projection of the plastics extrusion profile, - wherein, for locally influencing the wall thickness at least one temperature-control device is provided, in the extrusion die, per temperature-control section, by means of which temperature-control device the inner wall of the extrusion die can be purposely heated and/or cooled, in the temperature-control section, and - wherein the temperature-control device is designed as a channel through which a heating or cooling medium can flow, which channel, when viewed in profile cross section, has a curvature, and is thereby adjusted to the end contour of the rib-like projection,
A portable circular saw, comprising: a motor having an output shaft; a rotary shaft driven by the motor and adapted to secure a saw blade; a fan attached to the output shaft; a motor housing that houses the motor; a grip housing connected to the motor housing; battery holding part connected to the grip housing; a trigger provided on the grip housing; a resistive element adapted to brake the rotation of the motor provided inside the grip housing; and an airflow path (8c, 8d, 31, 42, 43) defined in an interior thereof, the airflow path communicating an airflow generated by the fan to cool the resistive element. a motor having an output shaft; a rotary shaft driven by the motor and adapted to secure a saw blade; a fan attached to the output shaft; a motor housing that houses the motor; a grip housing connected to the motor housing; battery holding part connected to the grip housing; a trigger provided on the grip housing; a resistive element adapted to brake the rotation of the motor provided inside the grip housing; and an airflow path (8c, 8d, 31, 42, 43) defined in an interior thereof, the airflow path communicating an airflow generated by the fan to cool the resistive element.
An isolated vertebrate cell suitable for recombinant expression of a polypeptide of interest, wherein the vertebrate cell is altered to impair the effect of matriptase, wherein the effect of matriptase is impaired because functional expression of the matriptase gene is reduced or eliminated in said cell, and wherein the vertebrate cell comprises at least one heterologous polynucleotide encoding a polypeptide of interest, wherein the vertebrate cell secretes the polypeptide of interest.
A speaker assembly (102, 802) comprising: a cabinet with laterally spaced apart side surfaces; a frame (114, 814) mounted to one of the side surfaces with a plurality of apertures formed through the frame (114, 814); a lever arm (116, 816) with a proximal end to connect to an upper support, a distal end to connect to the upper support, and an intermediate portion pivotally connected to the frame (114, 814) with a plurality of arcuate slots formed through that each align with at least one of the plurality of apertures, each arcuate slot formed with an end stop that corresponds to a splay angle of the cabinet relative to the upper support; and a removable pin attached to the frame (114, 814) and sized to extend through one of the plurality of apertures and the corresponding arcuate slot for a selected splay angle, whereby suspending the speaker assembly (102, 802) from the upper support pivots the lever arm (116, 816) in a first direction until the removable pin engages the end stop to adjust the splay angle to the selected splay angle. a cabinet with laterally spaced apart side surfaces; a frame (114, 814) mounted to one of the side surfaces with a plurality of apertures formed through the frame (114, 814); a lever arm (116, 816) with a proximal end to connect to an upper support, a distal end to connect to the upper support, and an intermediate portion pivotally connected to the frame (114, 814) with a plurality of arcuate slots formed through that each align with at least one of the plurality of apertures, each arcuate slot formed with an end stop that corresponds to a splay angle of the cabinet relative to the upper support; and a removable pin attached to the frame (114, 814) and sized to extend through one of the plurality of apertures and the corresponding arcuate slot for a selected splay angle, whereby suspending the speaker assembly (102, 802) from the upper support pivots the lever arm (116, 816) in a first direction until the removable pin engages the end stop to adjust the splay angle to the selected splay angle.
A method for analysing a sample of a fluid, in particular a sample of a body fluid, in which, after loading a test system with a sample of a fluid, the sample of the fluid passes into a measurement zone of the test system and spreads out in the measurement zone, and in which a filling extent which characterises the spread of the sample of the fluid in the measurement zone is determined using a time-resolved photometric filling measurement of the sample of the fluid in the measurement zone, wherein the photometric filling measurement is carried out by means of measurement light which is irradiated onto the sample of the fluid in the measurement zone, said measurement light being at a measurement light wavelength for which, when at least one fluid parameter is varied, the fluid has a constant optical behaviour which is determined by at least one spectroscopic measurement parameter selected from a group of spectroscopic measurement parameters, namely absorption, transmission, remission and fluorescence, and wherein the at least one fluid parameter characterises at least one of the following properties: chemical composition, concentration and activity of one or more compounds contained in the fluid.
Anti-theft lock for bicycles and other vehicles driven by humans, which is adapted to switch from a locked state to a move state, comprising: (a) means for tamper-proof attachment of the anti-theft lock at the vehicle; (b) a control unit for switching the anti-theft lock from a locking state to a move state and vice versa, wherein the control unit switches the anti-theft lock to the locking state if the distance exceeds a threshold and simultaneously the vehicle does not move, and to a move state, if the distance decreases below a threshold; and (c) the control unit is provided with a receiver for wireless transmitted signals from a corresponding mobile sender, wherein (d) the control unit has means for determining the distance to the portable sender; characterized in that (e) the anti-theft lock comprises a lock adapted to be fixed to the vehicle which is provided with a blocking device for blocking the rotation of a wheel, wherein the blocking device is a curved locking bracket, adapted to be moved into the range between the spokes of a wheel for locking; and (f) a motor is provided controlled by the control unit for driving the blocking device. (a) means for tamper-proof attachment of the anti-theft lock at the vehicle; (b) a control unit for switching the anti-theft lock from a locking state to a move state and vice versa, wherein the control unit switches the anti-theft lock to the locking state if the distance exceeds a threshold and simultaneously the vehicle does not move, and to a move state, if the distance decreases below a threshold; and (c) the control unit is provided with a receiver for wireless transmitted signals from a corresponding mobile sender, wherein (d) the control unit has means for determining the distance to the portable sender; characterized in that (e) the anti-theft lock comprises a lock adapted to be fixed to the vehicle which is provided with a blocking device for blocking the rotation of a wheel, wherein the blocking device is a curved locking bracket, adapted to be moved into the range between the spokes of a wheel for locking; and (f) a motor is provided controlled by the control unit for driving the blocking device.
A method for driving an In-cell touch screen, wherein the In-cell touch screen comprises an array substrate and a color film substrate disposed opposite to each other, the color film substrate comprises a plurality of drive lines and a plurality of sensing lines intersecting with the plurality of drive lines in an insulating way, the array substrate comprises a plurality of gate lines and a plurality of data lines intersecting with the plurality of gate lines in an insulating way, each of the sensing lines is parallel to the gate lines and covers multiple gate lines, and the method comprises: concurrently providing a plurality of gate drive signals to the plurality of gate lines line by line and a plurality of touch drive signals to the plurality of drive lines line by line; collecting original touch signals from the plurality of sensing lines line by line; characterised in that: when collecting is performed on a sensing line and any of the gate lines covered by the sensing line is supplied with a gate drive signal, defining the original touch signals collected from the sensing line as interference signals; and removing the interference signals from the original touch signals to obtain a valid touch signal. concurrently providing a plurality of gate drive signals to the plurality of gate lines line by line and a plurality of touch drive signals to the plurality of drive lines line by line; collecting original touch signals from the plurality of sensing lines line by line; when collecting is performed on a sensing line and any of the gate lines covered by the sensing line is supplied with a gate drive signal, defining the original touch signals collected from the sensing line as interference signals; and removing the interference signals from the original touch signals to obtain a valid touch signal.
Guide unit for a movable furniture element with guide rails (10, 11, 12), comprising bearing means acting between the guide rails (10, 11, 12), which reduce friction and transmit forces, comprising engagement rails (4, 5) which are provided to move in an installed state on a movement of the furniture element in opposite directions, with a rotary element which engages in at least one engagement rail (4, 5), wherein the engagement rail (4, 5) and the guide rail (10, 12), which are located on the same side relative to the rotary element, are associated with one another, characterised in that a head line on an engagement side of at least one of the engagement rails (4, 5) has a distance from a running surface (10c, 12c), which is formed on the assigned guide rail (10, 12) for the bearing means, which increases relative to an inserted starting position depending on a displacement of the moveable furniture element.
A system to treat diseases based on biological activities, comprising: a) at least one biological activity sensing means which senses biological activity information issued by biological activities, and outputs a plurality of biosignals; b) a calculating means which receives the biosignals, calculates a plurality of signals for stimulation of an organism using a convolution integral between at least one impulse response previously obtained from normal biological activities and the biosignals, and outputs the signals for stimulation of the organism; and c) an organism stimulating means which receives the signals for stimulation of the organism, and stimulates the organism based on those signals; characterised in that the impulse response is calculated from the inverse Fourier transform of the transfer function which is obtained from the Fourier transform of the biosignals; wherein the calculating means includes a discriminating means which determines whether the biosignals are caused by normal biological activities or by abnormal biological activities; and wherein the calculating means does not output the signals for stimulation of the organism when the biosignals are determined to be caused by normal biological activities, and outputs the signals for stimulation of the organism when the biosignals are determined to be caused by abnormal biological activities. a) at least one biological activity sensing means which senses biological activity information issued by biological activities, and outputs a plurality of biosignals; b) a calculating means which receives the biosignals, calculates a plurality of signals for stimulation of an organism using a convolution integral between at least one impulse response previously obtained from normal biological activities and the biosignals, and outputs the signals for stimulation of the organism; and c) an organism stimulating means which receives the signals for stimulation of the organism, and stimulates the organism based on those signals;
A control unit system comprising: a control unit comprising: a control unit charging interface; at least one first magnet; at least one actuator capable of changing their geometry and volume; a detachable manifold configured to detach from the control unit, comprising at least one second magnet, fluidly coupled to the at least one actuator; a pump connected to the at least one actuator for causing actuation thereof; and a control system for controlling the pump, wherein the control system controls the pump to actuate the at least one actuator at least in response to a signal received by the control system; and characterized by: a recharging device configured to receive the control unit, the recharging device comprising: a reed switch, wherein when the first magnet in the control unit is located proximate to the reed switch, the switch is activated and wherein the at least one magnet is located proximate to the control unit charging interface. a control unit charging interface; at least one first magnet; at least one actuator capable of changing their geometry and volume; a detachable manifold configured to detach from the control unit, comprising at least one second magnet, fluidly coupled to the at least one actuator; a pump connected to the at least one actuator for causing actuation thereof; and a control system for controlling the pump, wherein the control system controls the pump to actuate the at least one actuator at least in response to a signal received by the control system; and
A cutting tool system comprising: a tool holder comprising a plurality of common insert pockets positioned in a helical orientation about a longitudinal axis of the tool holder; and a plurality of common cutting inserts removably attachable to the plurality of common insert pockets in the tool holder to form at least one cutting flute on the tool holder, the at least one cutting flute comprising a helical grouping of common cutting inserts positioned in the insert pockets; wherein the common cutting inserts each comprise at least one sinusoidal and helical cutting edge; wherein the at least one cutting flute comprises a sinusoidal and helical cutting edge positioned about the longitudinal axis of the tool holder and formed by alignment of the individual sinusoidal and helical cutting edges of the common cutting inserts that comprise the at least one cutting flute; characterised in that at least one sinusoidal and helical cutting edge of each of the common cutting inserts has a geometric shape comprising a sinusoidal curve component and a helical curve component; wherein the at least one sinusoidal and helical cutting edge of each of the common cutting inserts comprises a shape of a one-wavelength sinusoidal curve defined about a mean line and extends solely for one wavelength. a tool holder comprising a plurality of common insert pockets positioned in a helical orientation about a longitudinal axis of the tool holder; and a plurality of common cutting inserts removably attachable to the plurality of common insert pockets in the tool holder to form at least one cutting flute on the tool holder, the at least one cutting flute comprising a helical grouping of common cutting inserts positioned in the insert pockets; wherein the common cutting inserts each comprise at least one sinusoidal and helical cutting edge; wherein the at least one cutting flute comprises a sinusoidal and helical cutting edge positioned about the longitudinal axis of the tool holder and formed by alignment of the individual sinusoidal and helical cutting edges of the common cutting inserts that comprise the at least one cutting flute; characterised in that at least one sinusoidal and helical cutting edge of each of the common cutting inserts has a geometric shape comprising a sinusoidal curve component and a helical curve component; wherein the at least one sinusoidal and helical cutting edge of each of the common cutting inserts comprises a shape of a one-wavelength sinusoidal curve defined about a mean line and extends solely for one wavelength.
Motor vehicle transmission comprising a synchronization sleeve sliding axially on a shaft in order to engage on each side a pinion (12a, 12b) rotating on this shaft to achieve two speed ratios, an axially sliding control fork to move the sleeve, and a chute disposed above the synchronization sleeve, having orifices (24a, 24b) for distributing a lubricating fluid), characterized in that it comprises a drawer sliding with the sleeve, which in its movement opens and closes the orifices (24a, 24b) of this chute.
An electron beam irradiating apparatus with monitoring device, comprising: an electron beam irradiation means irradiating materials in an irradiation chamber with an electron beam, the electron beam being generated by accelerating thermal electrons, the thermal electrons being emitted from a plurality of filaments; a photographing means capturing light emitted by the irradiated materials; a storage means storing states of electron beam irradiation in advance; and a calculating means processing the image captured by the photographing means to decide the state of electron beam irradiation stored in the storage means, wherein, in operation, the storage means stores luminance of the images that correspond to the state of electron beam irradiation, and stores at least three states of electron beam irradiation selected from a group consisting of normal, axis deviation, broken filament, and vacuum window deterioration, and the calculating means loads the image captured by the photographing means to compare the loaded image with the luminance of the image stored in the storage means, reads the states of electron beam irradiation related to the luminance of images stored in the storage means, and thereby decides the state of electron beam irradiation. an electron beam irradiation means irradiating materials in an irradiation chamber with an electron beam, the electron beam being generated by accelerating thermal electrons, the thermal electrons being emitted from a plurality of filaments; a photographing means capturing light emitted by the irradiated materials; a storage means storing states of electron beam irradiation in advance; and a calculating means processing the image captured by the photographing means to decide the state of electron beam irradiation stored in the storage means, wherein, in operation, the storage means stores luminance of the images that correspond to the state of electron beam irradiation, and stores at least three states of electron beam irradiation selected from a group consisting of normal, axis deviation, broken filament, and vacuum window deterioration, and the calculating means loads the image captured by the photographing means to compare the loaded image with the luminance of the image stored in the storage means, reads the states of electron beam irradiation related to the luminance of images stored in the storage means, and thereby decides the state of electron beam irradiation.