mhurhangee/patent-ind-claim-en huggingface dataset:
A 2D/3D switchable display panel, comprising: an OLED display panel which is self-luminescent, and a LCD panel which is provided with no color filter layer and disposed on a display side of the OLED display panel , wherein the OLED display panel is configured to display an image when the 2D/3D switchable display panel operates in a 3D display mode, and to act as a backlight source module when the 2D/3D switchable display panel operates in a 2D display mode; and wherein the LCD panel is configured to display an image when the 2D/3D switchable display panel operates in the 2D display mode, characterized in that the LCD panel is configured to act as a grating when the 2D/3D switchable display panel operates in the 3D mode. an OLED display panel which is self-luminescent, and a LCD panel which is provided with no color filter layer and disposed on a display side of the OLED display panel , wherein the OLED display panel is configured to display an image when the 2D/3D switchable display panel operates in a 3D display mode, and to act as a backlight source module when the 2D/3D switchable display panel operates in a 2D display mode; and wherein the LCD panel is configured to display an image when the 2D/3D switchable display panel operates in the 2D display mode, characterized in that the LCD panel is configured to act as a grating when the 2D/3D switchable display panel operates in the 3D mode.
Coating system for coating components with a coating agent, in particular for painting motor vehicle body components with a paint, having a) a print head for applying the coating agent to the component, wherein the print head comprises a plurality of coating agent nozzles for dispensing the coating agent, wherein a control valve is assigned to each of the coating agent nozzles for controlling the flow of coating agent through the respective coating agent nozzle, and b) a coating agent supply for supplying the print head with the coating agent to be applied, wherein the coating agent flows from the coating agent supply to the print head at a specific coating agent pressure (p) and a specific flow rate (Q), characterized by c) a buffer tank receiving the coating agent and buffering pressure fluctuations of the coating agent, wherein the buffer tank is arranged in the printhead . a) a print head for applying the coating agent to the component, wherein the print head comprises a plurality of coating agent nozzles for dispensing the coating agent, wherein a control valve is assigned to each of the coating agent nozzles for controlling the flow of coating agent through the respective coating agent nozzle, and b) a coating agent supply for supplying the print head with the coating agent to be applied, wherein the coating agent flows from the coating agent supply to the print head at a specific coating agent pressure (p) and a specific flow rate (Q), characterized by c) a buffer tank receiving the coating agent and buffering pressure fluctuations of the coating agent, wherein the buffer tank is arranged in the printhead .
A method of making a sterilized package containing an oxygen-sensitive material, the method comprising: providing a package, the package including a laminate film including an ethylene vinyl alcohol polymer layer and an oxygen scavenging layer, the oxygen scavenging layer including a blend of a first polyamide including a crystallizable polyamide homopolymer, a crystallizable polyamide copolymer, or a blend thereof; and a second polyamide including an m-xylylene diamine moiety, an isophthalic acid moiety, and a polyamide monomeric diacid precursor moiety; and a metal salt catalyst; sealing the oxygen-sensitive material in the package; exposing the sealed package to a heat treatment to sterilize the package and the oxygen-sensitive material in the package; and cooling the sterilized package. providing a package, the package including a laminate film including an ethylene vinyl alcohol polymer layer and an oxygen scavenging layer, the oxygen scavenging layer including a blend of a first polyamide including a crystallizable polyamide homopolymer, a crystallizable polyamide copolymer, or a blend thereof; and a second polyamide including an m-xylylene diamine moiety, an isophthalic acid moiety, and a polyamide monomeric diacid precursor moiety; and a metal salt catalyst; sealing the oxygen-sensitive material in the package; exposing the sealed package to a heat treatment to sterilize the package and the oxygen-sensitive material in the package; and cooling the sterilized package.
A communication method in a wireless local area network, comprising: generating (S101), by a reporting access point, AP, a Reduced Neighbor Report, RNR, element; transmitting (S102), by the reporting AP, the RNR element on a 2. 4 GHz or 5 GHz band; wherein the RNR element comprising a neighbor AP information field, the neighbor AP information field comprises a target beacon transmission time, TBTT, information set field which comprises one or more TBTT information fields, wherein one of the TBTT information field comprises a BSSID of a reported 6 GHz AP; wherein the one of TBTT information field in the RNR element further comprises a BSS Parameters subfield, wherein the BSS Parameters subfield includes a Multiple BSSID subfield and a Transmitted BSSID subfield, wherein the Multiple BSSID subfield indicates whether the reported 6 GHz AP is a member of the multiple BSSID set or not, and the Transmitted BSSID subfield indicates whether the reported 6 GHz AP has a transmitted BSSID or not; wherein the transmitted BSSID in a multiple BSSID set is corresponding to the only AP shall transmit a beacon frame or a probe response. generating (S101), by a reporting access point, AP, a Reduced Neighbor Report, RNR, element; transmitting (S102), by the reporting AP, the RNR element on a 2. 4 GHz or 5 GHz band; wherein the RNR element comprising a neighbor AP information field, the neighbor AP information field comprises a target beacon transmission time, TBTT, information set field which comprises one or more TBTT information fields, wherein one of the TBTT information field comprises a BSSID of a reported 6 GHz AP; wherein the one of TBTT information field in the RNR element further comprises a BSS Parameters subfield, wherein the BSS Parameters subfield includes a Multiple BSSID subfield and a Transmitted BSSID subfield, wherein the Multiple BSSID subfield indicates whether the reported 6 GHz AP is a member of the multiple BSSID set or not, and the Transmitted BSSID subfield indicates whether the reported 6 GHz AP has a transmitted BSSID or not; wherein the transmitted BSSID in a multiple BSSID set is corresponding to the only AP shall transmit a beacon frame or a probe response.
A method comprising: identifying, by a device, a policy comprising an adjustment interval and an overflow threshold value and/or an underflow threshold value; implementing, by the device, the policy based on identifying the policy; determining, by the device and based on implementing the policy, a quantity of premature expirations of the adjustment interval based on the overflow threshold value or the underflow threshold value, a bandwidth reservation of a label-switched path being adjusted at an expiration of the adjustment interval; and determining, by the device and based on determining the quantity of premature expirations of the adjustment interval, an updated policy that reduces the quantity of premature expirations of the adjustment interval. identifying, by a device, a policy comprising an adjustment interval and an overflow threshold value and/or an underflow threshold value; implementing, by the device, the policy based on identifying the policy; determining, by the device and based on implementing the policy, a quantity of premature expirations of the adjustment interval based on the overflow threshold value or the underflow threshold value, a bandwidth reservation of a label-switched path being adjusted at an expiration of the adjustment interval; and determining, by the device and based on determining the quantity of premature expirations of the adjustment interval, an updated policy that reduces the quantity of premature expirations of the adjustment interval.
A system configured for treating cerebrospinal fluid (CSF) of a human or animal subject, the system comprising: means configured for withdrawing a volume of fluid comprising CSF from a CSF-containing space of the subject at a first flow rate; means for treating the volume of fluid, wherein the means for treating the volume of fluid are configured for filtering the volume of fluid into permeate and retentate using a tangential flow filter; means configured for measuring a characteristic of the volume of fluid using a sensor ; means configured for returning at least a portion of the treated volume of fluid to the CSF-containing space of the subject at a second flow rate; means configured for updating a parameter of a set of operation parameters based on the measured characteristic responsive to determining that the measured characteristic passes a predetermined threshold; and wherein the system is further configured for increasing a rate at which the volume of fluid passes through the tangential flow filter by diverting a portion of the permeate back through the tangential flow filter. means configured for withdrawing a volume of fluid comprising CSF from a CSF-containing space of the subject at a first flow rate; means for treating the volume of fluid, wherein the means for treating the volume of fluid are configured for filtering the volume of fluid into permeate and retentate using a tangential flow filter; means configured for measuring a characteristic of the volume of fluid using a sensor ; means configured for returning at least a portion of the treated volume of fluid to the CSF-containing space of the subject at a second flow rate; means configured for updating a parameter of a set of operation parameters based on the measured characteristic responsive to determining that the measured characteristic passes a predetermined threshold; and wherein the system is further configured for increasing a rate at which the volume of fluid passes through the tangential flow filter by diverting a portion of the permeate back through the tangential flow filter.
A road machine comprising: a left rear wheel brake and a right rear wheel brake configured to brake the road machine ; a hydrostatic transmission including a traveling hydraulic pump , a left rear wheel traveling motor , and a right rear wheel traveling motor ; and a controller configured to control releasing of the left rear wheel brake and the right rear wheel brake and a discharge quantity of the traveling hydraulic pump , wherein the controller is configured to increase an intake-side pressure of hydraulic oil of the left rear wheel traveling motor and the right rear wheel traveling motor to be a predetermined pressure before the left rear wheel brake and the right rear wheel brake are released. a left rear wheel brake and a right rear wheel brake configured to brake the road machine ; a hydrostatic transmission including a traveling hydraulic pump , a left rear wheel traveling motor , and a right rear wheel traveling motor ; and a controller configured to control releasing of the left rear wheel brake and the right rear wheel brake and a discharge quantity of the traveling hydraulic pump , wherein the controller is configured to increase an intake-side pressure of hydraulic oil of the left rear wheel traveling motor and the right rear wheel traveling motor to be a predetermined pressure before the left rear wheel brake and the right rear wheel brake are released.
Electronic unintended movement governor which comprises an input for position data of an elevator car , means for determining the speed of the elevator car, a plurality of limit values for permitted movement of the elevator car, including a limit value of a maximum permitted speed of the elevator car, and which unintended movement governor also comprises overspeed monitoring for controlling at least one stopping appliance of the elevator car when the speed of the elevator car exceeds the limit value of the maximum permitted speed, wherein the limit values for the permitted movement of the elevator car comprise a limit value for the distance traveled by the elevator car as well as a time delay and limit values for the extreme limits of movement of the elevator car in the elevator shaft during construction-time use, wherein further the electronic unintended movement governor comprises means for determining the distance traveled by the elevator car, a timer as well as at least two separate controls for controlling a stopping appliance of the elevator car, namely: - a first control comprising a first input for a first activation signal for immediately controlling at least one stopping appliance of the elevator car, and - a second control comprising a second input for a second activation signal for controlling at least one stopping appliance of the elevator car when the distance traveled by the elevator car exceeds a predefined limit value and/or the time delay is exceeded, and wherein the first and the second controls of the stopping appliance of the elevator car comprise a control of the machinery brake as well as the disconnection of the power input circuit of the motor. - a first control comprising a first input for a first activation signal for immediately controlling at least one stopping appliance of the elevator car, and - a second control comprising a second input for a second activation signal for controlling at least one stopping appliance of the elevator car when the distance traveled by the elevator car exceeds a predefined limit value and/or the time delay is exceeded,
An optical fibre unit for air-blown installations comprising: a number of optical fibres , an inner layer substantially completely embedding said optical fibres , and an outer layer radially external to the inner layer , wherein said inner layer has a tensile strength of from 0.1 MPa to 1 MPa, and an elongation at break of from 20% to 35%; wherein said outer layer has a tensile strength of from 10 MPa to 60 MPa; and a 2.5% secant modulus of from 500 MPa to 1000 MPa. a number of optical fibres , an inner layer substantially completely embedding said optical fibres , and an outer layer radially external to the inner layer , wherein said inner layer has a tensile strength of from 0.1 MPa to 1 MPa, and an elongation at break of from 20% to 35%; a tensile strength of from 0.1 MPa to 1 MPa, and an elongation at break of from 20% to 35%; wherein said outer layer has a tensile strength of from 10 MPa to 60 MPa; and a 2.5% secant modulus of from 500 MPa to 1000 MPa. a tensile strength of from 10 MPa to 60 MPa; and a 2.5% secant modulus of from 500 MPa to 1000 MPa.
A chemically cross-linked gel composition comprising a hydrophobic material, wherein the gel is a chemically cross-linked castor oil; wherein said castor oil is cross-linked using a cross-linking agent selected from the group consisting of 1,6 hexamethylene diisocyanate (HMDI), L-Lysine ethyl ester diisocyanate (LDI), Poly (pentamethylene diisocyanate), Poly(hexamethylene diisocyanate) (PDI), 1,3,5-tris(5-isocyanatopentyl)-1,3,5-triazine-2,4,6 -trione, and mixtures thereof, wherein the gel is formed using a molar ratio of castor oil to cross-linking agent of from 1:0.75 to 1:2.
A method comprising: (a) forming a first mandrel ; (b) forming a first wound bundle onto the first mandrel to form a first coil wound mandrel by winding tubing around the first mandrel ; (c) providing a first portion of a first heat exchanger shell , the first portion having a first open face and a first shell longitudinal axis (L) that extends parallel to a largest dimension of the first heat exchanger shell; (d) attaching the first portion of the first heat exchanger shell to a first module frame (360a-b, 460) with at least two connecting members (336a-d, 436a-d, 441a-b) that are rigidly attached to the first heat exchanger shell to form a first heat exchange module (366a-b, 466a-b), the first module frame comprising a plurality of columns connected by cross-members; (e) after performing step (d), telescoping the first coil wound mandrel into the first portion of the first heat exchanger shell through the first open face while the first shell longitudinal axis (L) is in a substantially horizontal orientation; (f) after performing step (e), closing the first open face of the first heat exchanger shell ; (g) after performing step (f), transporting the first heat exchange module (366a-b, 466a-b) to a plant site; and (h) after performing step (g), mounting the first heat exchange module (366a-b, 466a-b) at the plant site with the first shell longitudinal axis (L) in a substantially vertical orientation, wherein the first heat exchange module is suspended in a fixed position within the first module frame (360a-b, 460) by the at least two connecting members (336a-d, 436a-d, 441a-b). (a) forming a first mandrel ; (b) forming a first wound bundle onto the first mandrel to form a first coil wound mandrel by winding tubing around the first mandrel ; (c) providing a first portion of a first heat exchanger shell , the first portion having a first open face and a first shell longitudinal axis (L) that extends parallel to a largest dimension of the first heat exchanger shell; (d) attaching the first portion of the first heat exchanger shell to a first module frame (360a-b, 460) with at least two connecting members (336a-d, 436a-d, 441a-b) that are rigidly attached to the first heat exchanger shell to form a first heat exchange module (366a-b, 466a-b), the first module frame comprising a plurality of columns connected by cross-members; (e) after performing step (d), telescoping the first coil wound mandrel into the first portion of the first heat exchanger shell through the first open face while the first shell longitudinal axis (L) is in a substantially horizontal orientation; (f) after performing step (e), closing the first open face of the first heat exchanger shell ; (g) after performing step (f), transporting the first heat exchange module (366a-b, 466a-b) to a plant site; and (h) after performing step (g), mounting the first heat exchange module (366a-b, 466a-b) at the plant site with the first shell longitudinal axis (L) in a substantially vertical orientation, wherein the first heat exchange module is suspended in a fixed position within the first module frame (360a-b, 460) by the at least two connecting members (336a-d, 436a-d, 441a-b).
An optical sensor for use in a safety system, comprising a housing ; an optical receiver mounted within the housing, wherein the optical receiver includes an array of photosensitive elements , each generating a signal corresponding to the intensity of light incident on the photosensitive element; an optical source mounted within the housing and configured to emit radiation at an intensity sufficient to saturate the optical receiver; and a logic circuit configured to: receive at least one signal from the optical receiver corresponding to the intensity of the radiation received by the optical receiver, compare the intensity of the radiation received by the optical receiver to a predetermined threshold, and generate an indicator signal responsive to the intensity of the radiation received by the optical receiver, wherein: a threshold or maximum number of photosensitive devices is selected that may be identified as underperforming or failed; if the number of photosensitive devices identified as underperforming or failed is within an acceptable range, setting the indicator signal to indicate that the optical receiver is operating normally, and if the number of photosensitive devices identified as underperforming or failed is outside of an acceptable range, resetting the indicator signal to indicate that the optical receiver is no longer operating normally. receive at least one signal from the optical receiver corresponding to the intensity of the radiation received by the optical receiver, compare the intensity of the radiation received by the optical receiver to a predetermined threshold, and generate an indicator signal responsive to the intensity of the radiation received by the optical receiver, a threshold or maximum number of photosensitive devices is selected that may be identified as underperforming or failed; if the number of photosensitive devices identified as underperforming or failed is within an acceptable range, setting the indicator signal to indicate that the optical receiver is operating normally, and if the number of photosensitive devices identified as underperforming or failed is outside of an acceptable range, resetting the indicator signal to indicate that the optical receiver is no longer operating normally.
A welded metal component, comprising: a first component made of copper; a second component made of aluminium, that is stacked on the first component and that is made of a material different from the first component ; and at least one welded part that passes through the second component to reach the first component , the at least one welded part being obtained by a laser beam or an electron beam, characterized in that a proportion of an intermetallic compound present in the at least one welded part is from 15% to 60%, and the intermetallic compound includes a metal element that constitutes the first component , and a metal element that constitutes the second component , wherein the proportion is a proportion of an area of a compositional region, including the intermetallic compound, to an area of the at least one welded part and in that the intermetallic compound is scattered over the at least one welded part. a first component made of copper; a second component made of aluminium, that is stacked on the first component and that is made of a material different from the first component ; and at least one welded part that passes through the second component to reach the first component , the at least one welded part being obtained by a laser beam or an electron beam, characterized in that a proportion of an intermetallic compound present in the at least one welded part is from 15% to 60%, and the intermetallic compound includes a metal element that constitutes the first component , and a metal element that constitutes the second component , wherein the proportion is a proportion of an area of a compositional region, including the intermetallic compound, to an area of the at least one welded part and in that the intermetallic compound is scattered over the at least one welded part.