mhurhangee/patent-ind-claim-en huggingface dataset:
A probe for use in a sensor system for measuring concentration of chlorine in a fluid based on electric current flowing between a pair of electrodes , the probe comprising: a probe body having a hollow portion in fluid communication with a first flow passage of the sensor system a first end proximal to the first flow passage, and a second end distal to the first end ; and a plurality of electrodes positioned in the hollow portion proximal to the second end and contacting the fluid in the hollow portion , the electrodes adapted to generate a current in response to the concentration of chlorine present in the fluid; and a nozzle in fluid communication with the hollow portion of the probe body , the nozzle being coaxial with the hollow portion of the probe body thereby defining an annulus between the nozzle and the probe body , the nozzle receiving fluid from the hollow portion , the nozzle being shaped to direct the fluid from the hollow portion toward the second end , a portion of an outer surface of the probe body having a plurality of flutes defined therein, the flutes being shaped and oriented to direct fluid from the second end to flow along the flutes into the annulus between the nozzle and the probe body . a probe body having a hollow portion in fluid communication with a first flow passage of the sensor system a first end proximal to the first flow passage, and a second end distal to the first end ; and a plurality of electrodes positioned in the hollow portion proximal to the second end and contacting the fluid in the hollow portion , the electrodes adapted to generate a current in response to the concentration of chlorine present in the fluid; and a nozzle in fluid communication with the hollow portion of the probe body , the nozzle being coaxial with the hollow portion of the probe body thereby defining an annulus between the nozzle and the probe body , the nozzle receiving fluid from the hollow portion , the nozzle being shaped to direct the fluid from the hollow portion toward the second end , a portion of an outer surface of the probe body having a plurality of flutes defined therein, the flutes being shaped and oriented to direct fluid from the second end to flow along the flutes into the annulus between the nozzle and the probe body .
A method implemented by a communication service implemented at one or more computing devices , the method comprising: receiving, over a network from a communication client implemented at a client device , data corresponding to an emergency call ; obtaining a registered location of the communication client and an updated location of the client device , and a reliability metric indicating a reliability of the updated location of the client device ; comparing the updated location of the client device to the registered location of the communication client to determine that the updated location is different than the registered location ; and determining whether the reliability metric for the updated location is above a reliability threshold, and routing the data of the emergency call along with the updated location to a public-safety answering point when determining that the reliability metric is above the reliability threshold; or determining that the updated location cannot be reliably determined based on determining that the reliability metric is below the reliability threshold. receiving, over a network from a communication client implemented at a client device , data corresponding to an emergency call ; obtaining a registered location of the communication client and an updated location of the client device , and a reliability metric indicating a reliability of the updated location of the client device ; comparing the updated location of the client device to the registered location of the communication client to determine that the updated location is different than the registered location ; and determining whether the reliability metric for the updated location is above a reliability threshold, and routing the data of the emergency call along with the updated location to a public-safety answering point when determining that the reliability metric is above the reliability threshold; or determining that the updated location cannot be reliably determined based on determining that the reliability metric is below the reliability threshold. routing the data of the emergency call along with the updated location to a public-safety answering point when determining that the reliability metric is above the reliability threshold; or determining that the updated location cannot be reliably determined based on determining that the reliability metric is below the reliability threshold.
A paper conveyance mechanism capable of conveying paper drawn out from roll paper (R) formed by long continuous paper wound in a roll shape with a surface (Pi) of the paper on one side inside and another surface (Po) of the paper on the other side outside, comprising: an ironing part (S) for correcting paper curl which is brought into contact with the surface (Po) of the paper on the other side while the paper is conveyed; a pressing part (F1) which presses the surface (Pi) of the paper from the one side to bend the paper at the ironing part (S); and an arm engaged with an outer circumferential surface (R1) of the roll paper (R) to be operated according to a change in a roll diameter of the roll paper (R); wherein the pressing part (F1) is moved from the one side toward the other side in association with an operation of the arm during at least part of a period of the operation of the arm , to reduce an interior angle formed in the paper bent at the ironing part (S) according to a decrease in the roll diameter, characterized in that the pressing part (F1) is stopped to move when the roll diameter is above an upper limit setting value or below a lower limit setting value smaller than the upper limit setting value; and the pressing part (F1) is moved in association with the operation of the arm when the roll diameter is the upper limit setting value or less and the lower limit setting value or more. an ironing part (S) for correcting paper curl which is brought into contact with the surface (Po) of the paper on the other side while the paper is conveyed; a pressing part (F1) which presses the surface (Pi) of the paper from the one side to bend the paper at the ironing part (S); and an arm engaged with an outer circumferential surface (R1) of the roll paper (R) to be operated according to a change in a roll diameter of the roll paper (R); wherein the pressing part (F1) is moved from the one side toward the other side in association with an operation of the arm during at least part of a period of the operation of the arm , to reduce an interior angle formed in the paper bent at the ironing part (S) according to a decrease in the roll diameter, characterized in that the pressing part (F1) is stopped to move when the roll diameter is above an upper limit setting value or below a lower limit setting value smaller than the upper limit setting value; and the pressing part (F1) is moved in association with the operation of the arm when the roll diameter is the upper limit setting value or less and the lower limit setting value or more.
A vacuum forming mold for substrates comprising: a cavity ; and a vacuum suction opening communicating with the cavity , wherein the vacuum suction opening is provided in a sidewall surface of the cavity , so that when a substrate is placed in the cavity air inside the cavity below a substrate can be sucked out through the sidewall surface ; and wherein the expression "sidewall surface" refers to a surface that contacts the side surfaces of a substrate that is placed into the cavity during the forming process. a cavity ; and a vacuum suction opening communicating with the cavity , wherein the vacuum suction opening is provided in a sidewall surface of the cavity , so that when a substrate is placed in the cavity air inside the cavity below a substrate can be sucked out through the sidewall surface ; and wherein the expression "sidewall surface" refers to a surface that contacts the side surfaces of a substrate that is placed into the cavity during the forming process.
An isolated monoclonal antibody or antigen-binding fragment thereof, which binds an epitope of staphylocoagulase peptide that is within SEQ ID. No: 2 and which comprises the following CDRs: CDRL1: QNVDIY (SEQ ID No: 10) CDRL2: SAS (SEQ ID No.: 11) CDRL3: QQYNNYPYT (SEQ ID No: 12) CDRH1: GFTFSDAW (SEQ ID NO: 13) CDRH2: IRTKANNHAT (SEQ ID NO: 14) CDRH3: CTNVYYGNNDVKDY (SEQ ID NO: 15). CDRL1: QNVDIY (SEQ ID No: 10) CDRL2: SAS (SEQ ID No.: 11) CDRL3: QQYNNYPYT (SEQ ID No: 12) CDRH1: GFTFSDAW (SEQ ID NO: 13) CDRH2: IRTKANNHAT (SEQ ID NO: 14) CDRH3: CTNVYYGNNDVKDY (SEQ ID NO: 15).
A mobile agricultural application machine , comprising: a vehicle propulsion system; a source of a substance to be applied to an agricultural field; a spray nozzle ; a control signal generator that generates a valve control signal ; and a piezo-actuated valve that receives the valve control signal and moves based on the valve control signal to apply the substance to be applied to the agricultural field through the spray nozzle , wherein the piezo-actuated valve comprises: a piezo element configured to deform in response to application of the valve control signal ; characterized in that the piezo-actuated valve comprises a flexure , coupled to the piezo element , and configured to amplify deformation of the piezo element to provide a valve driving movement, wherein the piezo element sits in a void of the flexure . a vehicle propulsion system; a source of a substance to be applied to an agricultural field; a spray nozzle ; a control signal generator that generates a valve control signal ; and a piezo-actuated valve that receives the valve control signal and moves based on the valve control signal to apply the substance to be applied to the agricultural field through the spray nozzle , wherein the piezo-actuated valve comprises: a piezo element configured to deform in response to application of the valve control signal ; characterized in that the piezo-actuated valve comprises a flexure , coupled to the piezo element , and configured to amplify deformation of the piezo element to provide a valve driving movement, wherein the piezo element sits in a void of the flexure . a piezo element configured to deform in response to application of the valve control signal ; characterized in that the piezo-actuated valve comprises a flexure , coupled to the piezo element , and configured to amplify deformation of the piezo element to provide a valve driving movement, wherein the piezo element sits in a void of the flexure .
An oil-extended rubber comprising: a vulcanizable rubber component; and a coconut oil with a free fatty acid content in a range of 5 to 18% by mass as measured by the test method according to AOAC 940.28, wherein the content of the coconut oil is ranging from 21.5 to 37.5 part per hundred rubber (phr). a vulcanizable rubber component; and a coconut oil with a free fatty acid content in a range of 5 to 18% by mass as measured by the test method according to AOAC 940.28, wherein the content of the coconut oil is ranging from 21.5 to 37.5 part per hundred rubber (phr).
A fluidic device having incorporated electrodes , comprising: a card comprising a channel disposed within the card , the channel having first and second ends; first and second vias in fluid communication with the channel through an upper surface of the card, and first and second electrodes disposed on the upper surface of the card; wherein the first via and first electrode are positioned adjacent to the first end of the channel, and the second via and second electrode are positioned adjacent to the second end of the channel; a caddy comprising first and second reservoirs ; wherein the caddy is attached to the card such that the first reservoir is positioned over the first via and a portion of the first electrode, the second reservoir is positioned over the second via and a portion of the second electrode, and a portion of each of the first electrode and the second electrode is accessible for dry electrical contact; and characterized in that the card is larger than the caddy such that a portion of each electrode extends beyond the caddy and is accessible at an edge of the card. a card comprising a channel disposed within the card , the channel having first and second ends; first and second vias in fluid communication with the channel through an upper surface of the card, and first and second electrodes disposed on the upper surface of the card; wherein the first via and first electrode are positioned adjacent to the first end of the channel, and the second via and second electrode are positioned adjacent to the second end of the channel; a channel disposed within the card , the channel having first and second ends; first and second vias in fluid communication with the channel through an upper surface of the card, and first and second electrodes disposed on the upper surface of the card; wherein the first via and first electrode are positioned adjacent to the first end of the channel, and the second via and second electrode are positioned adjacent to the second end of the channel; a caddy comprising first and second reservoirs ; wherein the caddy is attached to the card such that the first reservoir is positioned over the first via and a portion of the first electrode, the second reservoir is positioned over the second via and a portion of the second electrode, and a portion of each of the first electrode and the second electrode is accessible for dry electrical contact; and characterized in that the card is larger than the caddy such that a portion of each electrode extends beyond the caddy and is accessible at an edge of the card.
A kit comprising a device for drying items, in particular a laundry drying rack, the device comprising - a base structure , - drying struts stretched by the base construction , and - a standing means arranged on the base structure , wherein the standing means comprises at least one stand for placing the device on a surface, and wherein at least one retaining element is arranged on the stand , the kit further comprising at least one fastening element , characterised - in that the retaining element comprises a magnetic material and the fastening element comprises a ferromagnetic material, or - in that the retaining element comprises a ferromagnetic material and the fastening element comprises a magnetic material, or - in that the retaining element and the fastening element comprise a magnetic material. - a base structure , - drying struts stretched by the base construction , and - a standing means arranged on the base structure , - in that the retaining element comprises a magnetic material and the fastening element comprises a ferromagnetic material, or - in that the retaining element comprises a ferromagnetic material and the fastening element comprises a magnetic material, or - in that the retaining element and the fastening element comprise a magnetic material.
A method to control a road vehicle with an electronically controlled self-locking differential when driving along a curve; the control method comprises the step of determining an actual attitude angle (β) of the road vehicle , in other words the angle (β) comprised between the longitudinal axis (x) of the road vehicle and the direction of the running speed (V) of the road vehicle in the centre of gravity (B); the control method is characterised in that it comprises the further steps of: determining a desired attitude angle (β TGT ); and changing the locking of the self-locking differential based on the difference between the actual attitude angle (β) and the desired attitude angle (β TGT ). determining a desired attitude angle (β TGT ); and changing the locking of the self-locking differential based on the difference between the actual attitude angle (β) and the desired attitude angle (β TGT ).
An electronic memory system with a passive interface and an electronic memory device , the passive interface comprising: a signal connection point , a power connection point and a ground connection point on said electronic memory device ; the signal connection point to be used for transmitting data or both transmitting and receiving data, a first passive component and a second passive component, the first passive component forming an electrical connection between the signal connection point and the second passive component; the second passive component forming an electrical connection between the ground connection point and the first passive component; wherein the power connection point for the electronic memory device is derived at a node formed solely by the electrical connection between the first passive component and the second passive component; wherein the power connection point receives power solely from a conditioned voltage signal, which is a voltage signal generated by current flowing through first passive component, through the electrical connection between the signal connection point and the power connection point . a signal connection point , a power connection point and a ground connection point on said electronic memory device ; the signal connection point to be used for transmitting data or both transmitting and receiving data, a first passive component and a second passive component, the first passive component forming an electrical connection between the signal connection point and the second passive component; the second passive component forming an electrical connection between the ground connection point and the first passive component; wherein the power connection point for the electronic memory device is derived at a node formed solely by the electrical connection between the first passive component and the second passive component; wherein the power connection point receives power solely from a conditioned voltage signal, which is a voltage signal generated by current flowing through first passive component, through the electrical connection between the signal connection point and the power connection point .
An ozone generation device comprising a plurality of discharge tubes in which each discharge tube is constituted by a dielectric tube having a voltage applying electrode inside the dielectric tube and a ground metal electrode which is arranged so as to have a discharge gap between an inner surface of the ground metal electrode and an outer surface of the dielectric tube and having a configuration in which gas containing oxygen is flown in the discharge gap, by applying an AC voltage from an AC power source to between the voltage applying electrode and the ground metal electrode , and the gas containing oxygen is discharged to be an ozonized gas, wherein each of a plurality of the discharge tubes comprises a current blocking element connected between the AC power source and the voltage applying electrode , wherein each current blocking element has a configuration such that at each side of both ends of a fusing element having a configuration such that a fuse conductor which is melted by overcurrent is connected to both sides of an intermediate conductor , individually, a fixed electrode having plate shape is connected, characterized in that a plate surface of each fixed electrode is fixed to an inner surface of the dielectric tube by a fixing material , wherein the fixed electrode is fixed to an inner surface of the dielectric tube where the voltage applying electrode is not arranged. having a configuration in which gas containing oxygen is flown in the discharge gap, by applying an AC voltage from an AC power source to between the voltage applying electrode and the ground metal electrode , and the gas containing oxygen is discharged to be an ozonized gas, wherein each of a plurality of the discharge tubes comprises a current blocking element connected between the AC power source and the voltage applying electrode , wherein each current blocking element has a configuration such that at each side of both ends of a fusing element having a configuration such that a fuse conductor which is melted by overcurrent is connected to both sides of an intermediate conductor , individually, a fixed electrode having plate shape is connected, characterized in that a plate surface of each fixed electrode is fixed to an inner surface of the dielectric tube by a fixing material , wherein the fixed electrode is fixed to an inner surface of the dielectric tube where the voltage applying electrode is not arranged.
A method for activating a subscription on a security element which is inserted in a mobile end device or is part of this mobile end device , being permanently installed therein, wherein the method comprises the following steps: receiving a request from the security element by a mobile radio system to communicate over a mobile radio network of the mobile radio system ; establishing the position of the mobile end device ; and characterized by checking, by the mobile radio system , whether the established position of the mobile end device falls within a predefined range of allowed positions, wherein the subscription on the security element is activated and thereby the security element enabled to communicate over the mobile radio network if the established position of the mobile end device falls within the predefined range of allowed positions. receiving a request from the security element by a mobile radio system to communicate over a mobile radio network of the mobile radio system ; establishing the position of the mobile end device ; and characterized by checking, by the mobile radio system , whether the established position of the mobile end device falls within a predefined range of allowed positions, wherein the subscription on the security element is activated and thereby the security element enabled to communicate over the mobile radio network if the established position of the mobile end device falls within the predefined range of allowed positions.
A computer implemented method for generating a visualization of a stained wood substrate, including: - receiving an image (SI) of the wood substrate to be stained; - dividing the range of colors that is present in the image into a plurality of color bands; - subdividing the image into a plurality of sub-images, each sub-image corresponding to the portion of the image having a color falling in a respective one of the color bands; - for each sub-image, retrieving a reflectance curve representative for the wood substrate for the color corresponding to the sub-image; - retrieving absorption and scattering values for the stain; - for each sub-image, determining the reflectance curve representative for the stained wood based on the absorption and scattering values for the stain and the reflectance curve for the wood substrate for that sub-image; and - for each pixel of each sub-image determining a color based on the reflectance curve representative for the stained wood, resulting in a generated image representative of the wood substrate after applying the stain. - receiving an image (SI) of the wood substrate to be stained; - dividing the range of colors that is present in the image into a plurality of color bands; - subdividing the image into a plurality of sub-images, each sub-image corresponding to the portion of the image having a color falling in a respective one of the color bands; - for each sub-image, retrieving a reflectance curve representative for the wood substrate for the color corresponding to the sub-image; - retrieving absorption and scattering values for the stain; - for each sub-image, determining the reflectance curve representative for the stained wood based on the absorption and scattering values for the stain and the reflectance curve for the wood substrate for that sub-image; and - for each pixel of each sub-image determining a color based on the reflectance curve representative for the stained wood, resulting in a generated image representative of the wood substrate after applying the stain.