mhurhangee/patent-ind-claim-en huggingface dataset:
A value document having an optical security feature, comprising: - a substrate layer for creating a document body, - an information field is introduced superficially into the substrate layer, which is created by means of a laser by a lens arrangement, which is located on the substrate layer, such that a graphical reproduction of a supplied information item varies depending on the viewing angle, characterized in that the information field is created over the full area except for the supplied information. - a substrate layer for creating a document body, - an information field is introduced superficially into the substrate layer, which is created by means of a laser by a lens arrangement, which is located on the substrate layer, such that a graphical reproduction of a supplied information item varies depending on the viewing angle, characterized in that the information field is created over the full area except for the supplied information.
A method of washing an aspiration probe of an in-vitro diagnostic system , the aspiration probe comprising an outer surface and an inner surface forming an inner space for receiving a fluid, wherein the in-vitro diagnostic system further comprises - a first probe wash station comprising a first wash chamber holding a first wash fluid and an ultrasonic cleaner comprising an ultrasonic vibrator configured to propagate an ultrasonic vibration to the outer surface of the aspiration probe via the first wash fluid, - a second probe wash station comprising a second wash chamber for rinsing the aspiration probe with a second wash fluid , the method comprising - dipping the aspiration probe into the first wash fluid so that the outer surface is immersed at least in part into the first wash fluid, - aspirating an amount of the first wash fluid into the inner space of the aspiration probe, - propagating an ultrasonic vibration to the outer surface of the aspiration probe via the first wash fluid, and - rinsing the outer surface and the inner surface of the aspiration probe with the second wash fluid, wherein the aspiration probe surfaces are cleaned in the first wash fluid in the presence of ultrasonic radiation in order to remove internal and external contamination, wherein the application of ultrasonic vibration in the presence of the first wash fluid causes cavitation and cleaning of the outside surface of the aspiration probe, characterized in that aspiration of the first wash fluid into the aspiration probe, while propagating the ultrasonic vibration, is effective at cleaning the inside surface of the aspiration probe as well, wherein the aspiration probe is then washed before aspirating a next sample. - a first probe wash station comprising a first wash chamber holding a first wash fluid and an ultrasonic cleaner comprising an ultrasonic vibrator configured to propagate an ultrasonic vibration to the outer surface of the aspiration probe via the first wash fluid, - a second probe wash station comprising a second wash chamber for rinsing the aspiration probe with a second wash fluid , the method comprising - dipping the aspiration probe into the first wash fluid so that the outer surface is immersed at least in part into the first wash fluid, - aspirating an amount of the first wash fluid into the inner space of the aspiration probe, - propagating an ultrasonic vibration to the outer surface of the aspiration probe via the first wash fluid, and - rinsing the outer surface and the inner surface of the aspiration probe with the second wash fluid,
Ultrasonic actuator in the form of a plate having a base , a cover surface geometrically similar to the base, and a side surface interconnecting the base and the cover surface, wherein the plate includes an electromechanical material and electrodes are arranged on its base and on its cover surface opposite the base for exciting periodic deformations of the plate, and the base includes at least two sides that are arranged parallel to one another and form contact portions of the side surface , and the two sides of the base that are arranged parallel to one another, together with connecting lines that mutually connect the respective end points of the sides arranged parallel to one another, form a parallelogram inscribed in the base, characterized in that , in the inscribed parallelogram an angle other than 90° is defined between abutting sides, wherein the base is octagonal and a trapezoid adjoins each side of the inscribed parallelogram , and the base of each trapezoid coincides with the respective longer side of the inscribed parallelogram ..
A pressure relief mechanism comprising: a case in which an installation hole is formed; a pressure relief valve comprising an insertion portion inserted into the installation hole and comprising a vent path formed in an axial portion of the insertion portion and a slit formed in a peripheral wall portion of the insertion portion so as to communicate with the vent path , a pedestal portion provided at an outer end of the insertion portion arranged outside the case, a locking portion provided at an inner end of the insertion portion inserted into the case and locked on an inner edge of the installation hole , and a ring-like seal member interposed between a wall portion of the case around the installation hole and the pedestal portion so as to surround a periphery of the installation hole , the seal member comprising an elastic member, characterized in that the case comprises a ring-like protruding portion provided at an outer end of the installation hole so as to protrude outward and comprising a tapered surface such that an outer diameter of the protruding portion gradually decreases toward a tip portion of the protruding portion , and the seal member is installed on the tapered surface of the protruding portion . a case in which an installation hole is formed; a pressure relief valve comprising an insertion portion inserted into the installation hole and comprising a vent path formed in an axial portion of the insertion portion and a slit formed in a peripheral wall portion of the insertion portion so as to communicate with the vent path , a pedestal portion provided at an outer end of the insertion portion arranged outside the case, a locking portion provided at an inner end of the insertion portion inserted into the case and locked on an inner edge of the installation hole , and a ring-like seal member interposed between a wall portion of the case around the installation hole and the pedestal portion so as to surround a periphery of the installation hole , the seal member comprising an elastic member, characterized in that the case comprises a ring-like protruding portion provided at an outer end of the installation hole so as to protrude outward and comprising a tapered surface such that an outer diameter of the protruding portion gradually decreases toward a tip portion of the protruding portion , and the seal member is installed on the tapered surface of the protruding portion .
A method of managing power consumption in one or more radios in a wireless client device , the method comprising: determining a physical location of the wireless client device using a radio means for determining physical locations of the wireless client device; transmitting, from the wireless client device to a signal quality server , the physical location of the wireless client device; receiving, by the wireless client device from the signal quality server , indicia of network quality for at least one location within a first geographic area , the first geographic area including the physical location of the wireless client device; calculating, by the wireless client device , a physical boundary region for a second geographic area based on the received indicia of network quality, the second geographic area located within the first geographic area and including the physical location of the wireless client device, wherein the received indicia of network quality for locations within the second geographic area indicate that network quality is lower than a set threshold value; and reducing, by the wireless client device , power to a radio means for communicating over a data network in the wireless client device when the wireless client device is within the second geographic area for a determined period of time, the radio means for communicating over the data network associated with the received indicia of network quality. determining a physical location of the wireless client device using a radio means for determining physical locations of the wireless client device; transmitting, from the wireless client device to a signal quality server , the physical location of the wireless client device; receiving, by the wireless client device from the signal quality server , indicia of network quality for at least one location within a first geographic area , the first geographic area including the physical location of the wireless client device; calculating, by the wireless client device , a physical boundary region for a second geographic area based on the received indicia of network quality, the second geographic area located within the first geographic area and including the physical location of the wireless client device, wherein the received indicia of network quality for locations within the second geographic area indicate that network quality is lower than a set threshold value; and reducing, by the wireless client device , power to a radio means for communicating over a data network in the wireless client device when the wireless client device is within the second geographic area for a determined period of time, the radio means for communicating over the data network associated with the received indicia of network quality.
An optical measurement method for determining the spatial position of at least one light nanoemitter of a sample, the method comprising: projecting a compact light distribution or a combination of compact light distributions such that an intensity zero exists at the centre of the compact light distribution or the centre of the combination of compact distributions; moving a compact light distribution or a combination of compact light distributions, to track the light nanoemitter and to position the nanoemitter at the centre of the compact light distribution or the centre of the combination of compact distributions as a function of time; The evaluation of the position of the light emitter, when it is at the centre of the compact light distribution or at the centre of the combination of compact light distributions, without fluorescent light. projecting a compact light distribution or a combination of compact light distributions such that an intensity zero exists at the centre of the compact light distribution or the centre of the combination of compact distributions; moving a compact light distribution or a combination of compact light distributions, to track the light nanoemitter and to position the nanoemitter at the centre of the compact light distribution or the centre of the combination of compact distributions as a function of time; The evaluation of the position of the light emitter, when it is at the centre of the compact light distribution or at the centre of the combination of compact light distributions, without fluorescent light.
Device for compensating a weight (F G ) of at least one vertically movable component of a coordinate measuring device , having a spring, wherein a first end region of the spring can be connected to a vertically fixed component of the coordinate measuring device , a first traction means, which is connected to a second end region of the spring, opposite the first end region, a first drum on which the first traction means can be wound and from which it can be unwound, a second drum which is coupled in a rotational fashion to the first drum, and a second traction means which can be wound onto the second drum and unwound therefrom and which is connected to the at least one vertically movable component in order to take up at least part of the weight (F G ) thereof, wherein the first drum is approximately conical, such that the first traction means engages on the first drum with a lever arm which decreases as the wound-on length of the first traction means increases, and/or the second drum is approximately conical, such that the second traction means engages the second drum with a lever arm which decreases as the wound-on length of the second traction means increases.
A composition for use in treating a subject with symptoms of a stroke or acute myocardial infarction (AMI) at a maximum rate of clot lysis and with minimal associated hemorrhagic side effects, the composition comprising: a first composition comprising less than 5 mg of tissue plasminogen activator (tPA), wherein the first composition is or is prepared to be administered to a subject in a dosage regime of a bolus comprising 2 to 4.5 mg of tPA; and a second composition comprising a pro-urokinase mutant (mproUK) comprising a substitution of histidine for lysine at amino acid position 300 (Lys300→His) of prourokinase, wherein the second composition is or is prepared to be administered to a subject by an intravenous infusion in a dosage regime of 60 to 120 mg/hour for 60 to 90 minutes following the administration of the first composition; wherein the subject is identified as potentially having had a stroke or AMI by observing one or more symptoms of a stroke or AMI without determining the cause of the stroke prior to administering the first composition; and wherein a maximum clot lysis rate is achieved with minimal associated hemorrhagic side effects. a first composition comprising less than 5 mg of tissue plasminogen activator (tPA), wherein the first composition is or is prepared to be administered to a subject in a dosage regime of a bolus comprising 2 to 4.5 mg of tPA; and a second composition comprising a pro-urokinase mutant (mproUK) comprising a substitution of histidine for lysine at amino acid position 300 (Lys300→His) of prourokinase, wherein the second composition is or is prepared to be administered to a subject by an intravenous infusion in a dosage regime of 60 to 120 mg/hour for 60 to 90 minutes following the administration of the first composition; wherein the subject is identified as potentially having had a stroke or AMI by observing one or more symptoms of a stroke or AMI without determining the cause of the stroke prior to administering the first composition; and wherein a maximum clot lysis rate is achieved with minimal associated hemorrhagic side effects.
A display device, comprising: a foldable display unit adapted to display an image in an un-folded state and a partially folded state and comprising a plurality of display units and a jointing unit connecting the plurality of display units; a bend-measuring unit comprising a sensor adapted to measure bending angles of the display units with respect to the vertical in the partially folded state; a viewpoint-monitoring unit comprising a sensor adapted to measure a viewing position of a viewer, wherein the viewpoint-monitoring unit outputs position information based on the measured viewing position of the viewer; a control unit adapted to calculate viewing angles between the viewing position of the user and a line normal to each display unit based on the position information and the bending angles, and wherein the control unit is adapted to compensate image data to be displayed on each of the display surfaces, based on the viewing angles; and a driving unit adapted to drive the display unit using the compensated image data. a foldable display unit adapted to display an image in an un-folded state and a partially folded state and comprising a plurality of display units and a jointing unit connecting the plurality of display units; a bend-measuring unit comprising a sensor adapted to measure bending angles of the display units with respect to the vertical in the partially folded state; a viewpoint-monitoring unit comprising a sensor adapted to measure a viewing position of a viewer, wherein the viewpoint-monitoring unit outputs position information based on the measured viewing position of the viewer; a control unit adapted to calculate viewing angles between the viewing position of the user and a line normal to each display unit based on the position information and the bending angles, and wherein the control unit is adapted to compensate image data to be displayed on each of the display surfaces, based on the viewing angles; and a driving unit adapted to drive the display unit using the compensated image data.
Press section of a machine for producing a fibrous web , in particular a paper, board or tissue web, having two press nips located one after another in the web running direction and each formed by two press elements, at least one separate, endlessly circulating press belt being respectively guided around each press element over multiple guide rolls , the fibrous web after the press nips respectively running over a guide section together with two opposite press belts and, after the guide section respectively following a press nip, one press belt being led away from the fibrous web, while the opposite press belt runs along on a suction element together with the fibrous web , the suction element after the first press nip being formed by a rotating evacuated guide roll, characterized in that the suction element after the second press nip is formed by a stationary suction box , and a guide roll around which the corresponding press belt wraps after a suction element has its own drive.
System for the disengageable simulation of installations or machines within a programmable logic controller (PLC), comprising - a simulation part (ST) and a productive part (PT) separate therefrom, wherein a respective simulation sequence (S1..S3) in the simulation part (ST) is provided between two respective program sequences (P1..P3) in the productive part (PT), - wherein the productive part (PT) reads (PL) input information from the memory (SP), processes (PV) at least one portion of said input information and then writes (PS) it to the memory as output information, and - wherein the simulation part (ST) reads (SL) output information from the memory (SP), processes (SV) at least one portion of said output information and then writes (SS) it to the memory as input information, characterized by - a programmable logic controller (PLC) having a productive code (PC), running in the productive part (PT), of a user program (AP) and having a simulation code (SC) running in the simulation part (ST) and produced by a simulation program (S), and - a virtual clock (VC) that is configured for normal operation (TON) in the productive part (PT) and for stoppage (TOFF) in the simulation part (ST). - a simulation part (ST) and a productive part (PT) separate therefrom, wherein a respective simulation sequence (S1..S3) in the simulation part (ST) is provided between two respective program sequences (P1..P3) in the productive part (PT), - wherein the productive part (PT) reads (PL) input information from the memory (SP), processes (PV) at least one portion of said input information and then writes (PS) it to the memory as output information, and - wherein the simulation part (ST) reads (SL) output information from the memory (SP), processes (SV) at least one portion of said output information and then writes (SS) it to the memory as input information, characterized by - a programmable logic controller (PLC) having a productive code (PC), running in the productive part (PT), of a user program (AP) and having a simulation code (SC) running in the simulation part (ST) and produced by a simulation program (S), and - a virtual clock (VC) that is configured for normal operation (TON) in the productive part (PT) and for stoppage (TOFF) in the simulation part (ST).
A component having the function of draining water from speakers in a waterproof electronic device, comprising a synthetic technical fabric having areas with different degrees of wettability; said component being characterized in that it comprises areas having a hydrophilic nature and areas having a prevalently hydrophobic nature ; said component being a die-cut part having two or more openings coinciding with sound ports of said speakers of said electronic device; said openings being separated from one another by continuous areas of biadhesive tape and provided with a protective fabric , with different surface treatment; said die-cut part being made up of five layers set on top of one another, three layers of adhesive, between which two layers of said technical fabric are set; one of said technical fabric being a synthetic monofilament based technical fabric of hydrophilic nature and the other technical fabric being a synthetic monofilament based technical fabric of hydrophobic nature ; in each of said openings, one or other of said fabrics being previously removed by dinking so as to leave just one function, either hydrophilic or hydrophobic, for each sound port.
A method, comprising: transmitting, by a wireless communication device in a random access, RA, procedure, a RA preamble and a corresponding uplink channel payload to a wireless communication node; receiving, by the wireless communication device from the wireless communication node, a fallback RA response, RAR, including an uplink grant, wherein the RA procedure comprises a contention free RA, CFRA, procedure; receiving, by the wireless communication device from the wireless communication node, a downlink channel addressed to a cell radio network temporary identifier, C-RNTI, wherein the C-RNTI includes a current new data indicator, NDI, value; comparing, by the wireless communication device, the current NDI value with a previous NDI value; establishing, by the wireless communication device, a medium access control, MAC, protocol data unit, PDU, based on a MsgA buffer, wherein the corresponding uplink channel payload is based on the MsgA buffer; and retransmitting, by the wireless communication device to the wireless communication node, the corresponding uplink channel payload using the MAC PDU through the uplink grant according to whether the current NDI value is different from the previous NDI value. transmitting, by a wireless communication device in a random access, RA, procedure, a RA preamble and a corresponding uplink channel payload to a wireless communication node; receiving, by the wireless communication device from the wireless communication node, a fallback RA response, RAR, including an uplink grant, wherein the RA procedure comprises a contention free RA, CFRA, procedure; receiving, by the wireless communication device from the wireless communication node, a downlink channel addressed to a cell radio network temporary identifier, C-RNTI, wherein the C-RNTI includes a current new data indicator, NDI, value; comparing, by the wireless communication device, the current NDI value with a previous NDI value; establishing, by the wireless communication device, a medium access control, MAC, protocol data unit, PDU, based on a MsgA buffer, wherein the corresponding uplink channel payload is based on the MsgA buffer; and retransmitting, by the wireless communication device to the wireless communication node, the corresponding uplink channel payload using the MAC PDU through the uplink grant according to whether the current NDI value is different from the previous NDI value. comparing, by the wireless communication device, the current NDI value with a previous NDI value; establishing, by the wireless communication device, a medium access control, MAC, protocol data unit, PDU, based on a MsgA buffer, wherein the corresponding uplink channel payload is based on the MsgA buffer; and retransmitting, by the wireless communication device to the wireless communication node, the corresponding uplink channel payload using the MAC PDU through the uplink grant according to whether the current NDI value is different from the previous NDI value.