mhurhangee/patent-ind-claim-en huggingface dataset:
A logic circuitry package for a replaceable print apparatus component comprising an interface to communicate with a print apparatus logic circuit, and at least one logic circuit configured to: transmit, via the interface, a sensor ID parameter and a limit parameter , the sensor ID parameter indicating a first sensor ID ; receive, via the interface, a first request corresponding to the first sensor ID with the component connected to the apparatus and the apparatus not pneumatically actuating the component ; transmit, via the interface, a first digital value in response to the first request ; receive, via the interface, a second request corresponding to the first sensor ID with the component connected to the apparatus and the apparatus pneumatically actuating the component ; and transmit, via the interface, a second digital value in response to the second request , wherein a difference between the first digital value and the second digital value is greater than the limit parameter . transmit, via the interface, a sensor ID parameter and a limit parameter , the sensor ID parameter indicating a first sensor ID ; receive, via the interface, a first request corresponding to the first sensor ID with the component connected to the apparatus and the apparatus not pneumatically actuating the component ; transmit, via the interface, a first digital value in response to the first request ; receive, via the interface, a second request corresponding to the first sensor ID with the component connected to the apparatus and the apparatus pneumatically actuating the component ; and transmit, via the interface, a second digital value in response to the second request , wherein a difference between the first digital value and the second digital value is greater than the limit parameter .
Method for detecting and locating faults by reflectometry in a wired electrical network comprising an acquisition phase comprising the following steps: - inject a test signal into a cable of said network, - retrieve a reflected signal on said cable, - sample said reflected signal at a frequency Fe=1/Te, Te being a sampling period, so as to retrieve n samples for each reflected signal, n being an integer number, - repeat N times the previous steps of the acquisition phase, N being an integer number, the successive injections of test signals being desynchronised from the beginning of said acquisition phase by a duration incremented by a value δ1 very short compared with Te, - reconstitute a reflected signal from said samples, - analyse the M=n*N retrieved samples for detecting and locating a fault in the wired electrical network from the analysis of the signal thus reconstituted, method characterized in that the first sample of the reflected signal is retrieved in a desynchronised manner with regard to the beginning of said acquisition phase by a duration incremented by a value δ2 and the following samples of said reflected signal being retrieved with a constant delay, that is a multiple of the sampling period Te, relative to said first sample. - inject a test signal into a cable of said network, - retrieve a reflected signal on said cable, - sample said reflected signal at a frequency Fe=1/Te, Te being a sampling period, so as to retrieve n samples for each reflected signal, n being an integer number, - repeat N times the previous steps of the acquisition phase, N being an integer number, - reconstitute a reflected signal from said samples, - analyse the M=n*N retrieved samples for detecting and locating a fault in the wired electrical network from the analysis of the signal thus reconstituted,
A modified conjugated diene-based polymer comprising a first polymer chain and a second polymer chain, comprising a repeating unit derived from a conjugated diene-based monomer and a derived unit from a nitrogen-containing modification initiator in each, wherein the first polymer chain comprises a derived unit from an aminoalkoxysilane-based modifier in at least one terminal, the second polymer chain comprises a derived unit from an aminoepoxy-based modifier in at least one terminal, and the aminoalkoxysilane-based modifier comprises 6 or more alkoxy groups in a molecule. wherein the first polymer chain comprises a derived unit from an aminoalkoxysilane-based modifier in at least one terminal, the second polymer chain comprises a derived unit from an aminoepoxy-based modifier in at least one terminal, and the aminoalkoxysilane-based modifier comprises 6 or more alkoxy groups in a molecule.
A bed assembly for the prevention and the treatment of decubitus ulcers or bedsores on immobile patients, the bed assembly comprising a rectangular bed frame defined by a pair of side frame members and a pair of end frame members , corner footings provided at the bottom of the bed frame proximate the corners thereof, a drive motor with a gear box , a drive shaft , a chain link assembly , a plurality of spaced pusher assemblies arranged transversely within said bed frame , and a mattress provided on top of said plurality of pusher assemblies , each pusher assembly being defined by a square shaft , a plurality of pusher members fixed along the length of said square shaft in a spaced manner, and a pair of pillow blocks supporting the ends of said square shaft , the spaced pusher assemblies adapted to be simultaneously rotated by the drive motor through the gear box , the drive shaft and the chain link assembly , the spaced pusher assemblies arranged in alternating manner, such that, every area of the mattress is moved in alternating pattern for every simultaneous rotation of the pusher assemblies through the drive motor , characterized in that , a programmable controller controls the activation of said drive motor through different parameters, the bed assembly further comprising weight detectors , a temperature sensor and a moisture detector arranged within the bed frame and proximate the mattress , wherein the weight detectors , temperature sensor , and moisture detector are all in electrical communication with the controller and serve to provide input parameters for the activation of the drive motor .
A vehicle wash system, comprising: a vehicle treatment component configured to be disposed adjacent a vehicle treatment area for treating a vehicle exterior; at least one fluid delivery orifice associated with the vehicle treatment component and in communication with a source of fluid, a controller in communication with the at least one fluid delivery orifice and configured to operate the at least one fluid delivery orifice a first state of operation with a first flow rate and a second state of operation with a second flow rate, which is different than the first flow rate; characterized in that the controller is configured to selectively vary fluid flow through the at least one fluid delivery orifice between the first and second states of operation while a vehicle is disposed in the vehicle treatment area adjacent the vehicle treatment component during a single wash process of the vehicle; and in that the at least one delivery orifice is able to vary the rate of fluid between a predetermined maximum flow rate and a selectable second flow rate less than the predetermined maximum flow rate during a single wash process and wherein the controller is configured to selectively implement the first state of operation of the at least one fluid delivery orifice for a first duration of time and a second state of operation of the at least one fluid delivery orifice for a second duration of time a plurality of times during a single wash process of a vehicle. a vehicle treatment component configured to be disposed adjacent a vehicle treatment area for treating a vehicle exterior; at least one fluid delivery orifice associated with the vehicle treatment component and in communication with a source of fluid, a controller in communication with the at least one fluid delivery orifice and configured to operate the at least one fluid delivery orifice a first state of operation with a first flow rate and a second state of operation with a second flow rate, which is different than the first flow rate; characterized in that the controller is configured to selectively vary fluid flow through the at least one fluid delivery orifice between the first and second states of operation while a vehicle is disposed in the vehicle treatment area adjacent the vehicle treatment component during a single wash process of the vehicle; and in that the at least one delivery orifice is able to vary the rate of fluid between a predetermined maximum flow rate and a selectable second flow rate less than the predetermined maximum flow rate during a single wash process and wherein the controller is configured to selectively implement the first state of operation of the at least one fluid delivery orifice for a first duration of time and a second state of operation of the at least one fluid delivery orifice for a second duration of time a plurality of times during a single wash process of a vehicle.
An anvil assembly for use with a surgical stapling apparatus, the anvil assembly comprising: an anvil center rod ; a head assembly pivotally secured to the anvil center rod, the head assembly including a housing and a latch member mounted within the housing, the latch member being movable between a first position and a second position; and a first suture (S 2 ) received about the latch member , wherein in the first position of the latch member, the latch member is positioned to prevent separation of the first suture from the head assembly and in the second position of the latch member, the latch member is positioned to allow separation of the first suture from the head assembly. an anvil center rod ; a head assembly pivotally secured to the anvil center rod, the head assembly including a housing and a latch member mounted within the housing, the latch member being movable between a first position and a second position; and a first suture (S 2 ) received about the latch member , wherein in the first position of the latch member, the latch member is positioned to prevent separation of the first suture from the head assembly and in the second position of the latch member, the latch member is positioned to allow separation of the first suture from the head assembly.
A media supply apparatus for supplying a medical treatment device with a medium, characterised by an air conditioning device for air conditioning a separate medical treatment device that is connected to the media supply apparatus , wherein the air conditioning device comprises an exhaust air duct (2; 2A, 2B) for discharging air from the surroundings of the medical treatment device , wherein a first ventilator (3; 3A, 3B) for discharging air from the surroundings of the medical treatment device into the exhaust air duct (2; 2A, 2B) is provided.
Circuit carrier assembly with at least one electronic component , wherein the circuit carrier assembly has at least two circuit carriers , wherein the circuit carriers extend in each case parallel to one another, at least in certain portions, and at least partially enclose the component between them, wherein the component is electrically conductively connected in a material-bonding manner to at least one circuit carrier, wherein the circuit carrier assembly has at least one electrically insulating spacer , wherein the spacer is connected to a circuit carrier , wherein an end portion of the spacer is held in an opening in the circuit carrier and the spacer extends transversely in relation to the circuit carrier up to the other circuit carrier , characterized in that , after being acted on by a pressing tool, the circuit carrier in the region of the opening is pressed radially inwards into the opening , so that the spacer is held in a force-fitting manner in the opening .
A dispenser comprising: a body comprising a proximal end and a dispensing end and opposed sides and an opposed top and bottom defining an interior space , the body including an asymmetric shape wherein a distance between the sides is smaller than a distance between the top and bottom of the body; a row of teeth extending longitudinally along the bottom of the body from the proximal end to the dispensing end ; a grip slidingly engaged with a bottom of the body ; a squeeze pusher disposed within the interior space of the body , the squeeze pusher coupled to the grip and slidable within the interior space ; an actuator arm movably attached to the grip and biased to a home position away from the grip and movable from the home position towards the grip ; a driver pawl movably attached to the actuator arm and engageable with the row of teeth ; and a retainer pawl movably attached to the grip and also engageable with the row of teeth ; wherein when the actuator arm is moved from the home position towards the grip , the retainer pawl disengages from the row of teeth while the driver pawl remains engaged with the row of teeth , the movement of the actuator arm causes a corresponding movement of the driver pawl which causes the grip and squeeze pusher to move relative to the body in a direction from the proximal end to the dispensing end . a body comprising a proximal end and a dispensing end and opposed sides and an opposed top and bottom defining an interior space , the body including an asymmetric shape wherein a distance between the sides is smaller than a distance between the top and bottom of the body; a row of teeth extending longitudinally along the bottom of the body from the proximal end to the dispensing end ; a grip slidingly engaged with a bottom of the body ; a squeeze pusher disposed within the interior space of the body , the squeeze pusher coupled to the grip and slidable within the interior space ; an actuator arm movably attached to the grip and biased to a home position away from the grip and movable from the home position towards the grip ; a driver pawl movably attached to the actuator arm and engageable with the row of teeth ; and a retainer pawl movably attached to the grip and also engageable with the row of teeth ; wherein when the actuator arm is moved from the home position towards the grip , the retainer pawl disengages from the row of teeth while the driver pawl remains engaged with the row of teeth , the movement of the actuator arm causes a corresponding movement of the driver pawl which causes the grip and squeeze pusher to move relative to the body in a direction from the proximal end to the dispensing end .
A pivot fitting (PF) for a seat , in particular vehicle seat, for adjusting an inclination of the seat between at least a use position (P1) and at least a non-use position (P2), the pivot fitting (PF) comprising: - two fitting members (PF1, PF2) configured to interact with each other, wherein one of the fitting members (PF2) is fixed and the other fitting member (PF1) is moveable with respect to the fixed one, and - at least one detection unit which is configured to determine if the seat is in at least one of the use position (P1), an intermediate inclined position (P3) or the non-use position (P2), wherein the detection unit comprises a number of switches (S1, S2), wherein at least one switch (S1) is arranged in an upper section of the fixed fitting member (PF2) to interact with the movable fitting member (PF1). - two fitting members (PF1, PF2) configured to interact with each other, wherein one of the fitting members (PF2) is fixed and the other fitting member (PF1) is moveable with respect to the fixed one, and - at least one detection unit which is configured to determine if the seat is in at least one of the use position (P1), an intermediate inclined position (P3) or the non-use position (P2), wherein the detection unit comprises a number of switches (S1, S2), wherein at least one switch (S1) is arranged in an upper section of the fixed fitting member (PF2) to interact with the movable fitting member (PF1).
An aerosol-generation apparatus comprising a heater and a fluid-transfer article , the fluid-transfer article having a first region for holding an aerosol precursor and for transferring said aerosol precursor to an activation surface of a second region of said article , said activation surface configured for thermal interaction with a heating surface of said heater ; characterised in that said heating surface includes at least one discontinuity therein forming a corresponding at least one channel , the or each said channel being configured for providing a fluid-flow pathway across said activation surface, said heating surface being configured such that, when the fluid transfer article is arranged with respect to said heating surface for thermal interaction therebetween, the or each said channel opposes said activation surface and opens towards said activation surface .
A dispenser for flowable product which is thick liquid, paste, cream, ointment or the like, comprising: a container for the flowable product, and a pump module mounted on the container at an opening thereof, the pump module comprising a pump body , which defines a pump chamber and a pump chamber inlet for product to flow from the container interior into the pump chamber , the pump body comprising a fixed body portion which is fixed to the container around an opening edge thereof, and a pump actuator operable in a pumping stroke relative to the pump body to vary the volume of the pump chamber and dispense the product through a pump chamber outlet and a discharge channel of the pump module, characterised in that the pump body also comprises a movable portion comprising a displacement body having a product-engaging face directed onto an interior product space of the container upstream of the pump chamber inlet , the movable portion being operable in a displacement stroke to move it into the container relative to the fixed body portion and thereby displace product in the interior product space towards and/or into the pump chamber inlet . a container for the flowable product, and a pump module mounted on the container at an opening thereof, the pump module comprising a pump body , which defines a pump chamber and a pump chamber inlet for product to flow from the container interior into the pump chamber , the pump body comprising a fixed body portion which is fixed to the container around an opening edge thereof, and a pump actuator operable in a pumping stroke relative to the pump body to vary the volume of the pump chamber and dispense the product through a pump chamber outlet and a discharge channel of the pump module, characterised in that a pump body , which defines a pump chamber and a pump chamber inlet for product to flow from the container interior into the pump chamber , the pump body comprising a fixed body portion which is fixed to the container around an opening edge thereof, and a pump actuator operable in a pumping stroke relative to the pump body to vary the volume of the pump chamber and dispense the product through a pump chamber outlet and a discharge channel of the pump module, characterised in that
A method for circumferentially aligning samples within a magazine to optimize a reflected light signal of the samples, said magazine including a carousel base assembly, said method comprising applying light to a sample, providing a member to measure the light reflectance from the sample, and rotating the carousel base assembly back and forth along an arc that approximates a 9° offset for each sample until the light reflectance signal is maximized, wherein the method includes providing a light source for applying the light to the sample and providing the receiver for receiving the reflected light and measuring the light reflectance from the sample characterised in that both the light source and the receiver are located above the sample, emitting light at a first wavelength to the sample at the fine-tuned position, and measuring reflected fluorescence light emitted from the sample at a second wavelength.
An austenitic nickel-based alloy comprising the following alloying elements in weight%: C ≤ 0.03; Si ≤ 1.0; Mn ≤ 1.5; S ≤ 0.03; P ≤ 0.03; Cr 25.0 to 29.0; Ni 42.0 to 52.0; Mo 6.0 to 9.0; N 0.07 - 0.11; Cu ≤ 0.4; Optionally one or more of the following elements Al, Mg, Ca, Ce, and B in a total content of these elements is ≤ 1.0 balance Fe and unavoidable impurities; having a total crack length which is less than 2.5 mm at a strain, ε, of 2.9 % as measured by Varestraint testing ISO/TR 17641-3.
A method for producing a medical bag comprising a bag main body constituted by a flexible sheet material having an interior portion partitioned via a partition part into a first space and a second space being smaller than the first space , a first liquid housed in the first space , and a second liquid housed in the second space , said medical bag has been obtained by sterilizing at 118 to 125°C for 20 to 45 minutes, wherein when the volume of the first space is set as V1 and the volume of the second space is set as V2, V1/V2 is 2.0 to 6.0, characterized in that the partition part has a breaking strength of 5 to 25 kPa, wherein the partition part is obtained by sandwiching and melt-bonding the sheet material between an upper mold disposed on a higher side in the vertical direction than the sheet material and having a surface temperature of 130 to 145°C, and a lower mold disposed on a lower side in the vertical direction than the sheet material and having a surface temperature being 20 to 30°C lower than the surface temperature of the upper mold .
A method comprising: encrypting a video data stream that is encoded; collecting macroblock size information for each frame of the video data stream; storing the macroblock size information for each frame of the video data stream in a data string associated with the video data stream; parsing the data string to obtain size information for each macroblock in each frame of the video data stream without decrypting the video data stream; computing a ratio of the size information in a selected macroblock of a current frame to the size information in an immediate past macroblock in an immediate past i-frame to the selected macroblock and to an immediate future macroblock in an immediate future i-frame to the selected macroblock; if at least one of the computed ratios is greater than a predetermined ratio threshold ; determining that the selected macroblock of the current frame contains motion when the size information for the selected macroblock of the current frame is greater than a predetermined bit threshold , wherein the predetermined bit threshold comprises an average macroblock size in the current frame of the video data stream. encrypting a video data stream that is encoded; collecting macroblock size information for each frame of the video data stream; storing the macroblock size information for each frame of the video data stream in a data string associated with the video data stream; parsing the data string to obtain size information for each macroblock in each frame of the video data stream without decrypting the video data stream; computing a ratio of the size information in a selected macroblock of a current frame to the size information in an immediate past macroblock in an immediate past i-frame to the selected macroblock and to an immediate future macroblock in an immediate future i-frame to the selected macroblock; if at least one of the computed ratios is greater than a predetermined ratio threshold ; determining that the selected macroblock of the current frame contains motion when the size information for the selected macroblock of the current frame is greater than a predetermined bit threshold , wherein the predetermined bit threshold comprises an average macroblock size in the current frame of the video data stream.