mhurhangee/patent-ind-claim-en huggingface dataset:
A lockable actuator comprising: - a body ; - a screw mounted on the body to pivot relative to the body about a longitudinal axis (Oy); - a nut provided with connection means for connection to an element to be moved and engaged on the screw so as to move along the screw between an over-retracted first position and a deployed second position on opposite sides of a retracted third position; characterized in that it comprises: - a sleeve constrained to rotate with the screw and slidably mounted thereon in order to be moved by the nut ; and - an obstacle secured to the sleeve and a pawl that is mounted to move on the body and that is connected to a declutching actuator in order to control the pawl to take up an active state and an inactive state, the pawl having a blocking portion for co-operating with the obstacle in order to block turning of the screw in a first direction of rotation (I) when the pawl is in its active state; the pawl and the obstacle being arranged in such a manner that the pawl in its active state can co-operate with the obstacle only after the nut has been moved through a predetermined distance (j lock ) from its third position towards its second position. - a body ; - a screw mounted on the body to pivot relative to the body about a longitudinal axis (Oy); - a nut provided with connection means for connection to an element to be moved and engaged on the screw so as to move along the screw between an over-retracted first position and a deployed second position on opposite sides of a retracted third position; characterized in that it comprises: - a sleeve constrained to rotate with the screw and slidably mounted thereon in order to be moved by the nut ; and - an obstacle secured to the sleeve and a pawl that is mounted to move on the body and that is connected to a declutching actuator in order to control the pawl to take up an active state and an inactive state, the pawl having a blocking portion for co-operating with the obstacle in order to block turning of the screw in a first direction of rotation (I) when the pawl is in its active state;
A pharmaceutical composition comprising an antibody for use in a method of treating a cancer disease characterized by cancer cells expressing CLDN18.2, said antibody having the ability of specifically binding to CLDN18.2 on the cell surface and mediating killing of cells expressing CLDN18.2 by ADCC and/or CDC, wherein the method is a combination therapy with an agent selected from the group consisting of (i) oxaliplatin, and 5-fluorouracil or its prodrug capecitabine, (ii) epirubicin, oxaliplatin, and 5-fluorouracil or its prodrug capecitabine; (iii) 5-fluorouracil or its prodrug capecitabine, folinic acid and oxaliplatin, (iv) Irinotecan, (v) 5-fluorouracil or its prodrug capecitabine, and (vi) oxaliplatin.
A method for the production of a monolithic form body , in particular a dental restoration such as a crown, bridge, coping, inlay, onlay or veneer, of lithium silicate glass ceramic comprising the steps of: - providing a blank - producing the form body by pressing and/or machining the blank - softening of the form body exclusively in the surface region by irradiating the form body with infrared radiation over a time t, wherein main radiation components of the infrared radiation lie in the wavelength range between 2.7 μm and 4.7 μm, and the time t is 10 seconds ≤ t ≤ 150 seconds. - providing a blank - producing the form body by pressing and/or machining the blank - softening of the form body exclusively in the surface region by irradiating the form body with infrared radiation over a time t, wherein main radiation components of the infrared radiation lie in the wavelength range between 2.7 μm and 4.7 μm, and the time t is 10 seconds ≤ t ≤ 150 seconds.
A radio-controlled agricultural or road maintenance vehicle comprising a supporting structure (S), an engine unit (M), a kinetic unit (C) and a remote control for operating the vehicle remotely; the radio-controlled vehicle being characterized in that it comprises a cab , which is configured to house, in use, a person; wherein the cab and the supporting structure (S) are mutually movable, so as to be able to selectively arrange the cab in a desired position with respect to the supporting structure (S); wherein the cab is movable selectively and with respect to the supporting structure (S) in a lower first position (P1), in an upper second position (P2) or in an intermediate position (P3) between said lower position (P1) and said upper position (P2); the radio-controlled agricultural or road maintenance vehicle comprising an actuating unit interposed between the cab and the supporting structure (S); the actuating unit is configured to move the cab from the first position (P1) to the two or more alternative positions (P2, P3); wherein said actuating unit can be activated by said remote control .
Cosmetic or dermocosmetic agent, consisting of galactomannans obtained from Caesalpinia spinosa having molar masses of between 1 and 150 kDa and having an average molar mass of between 5 and 30 kDa, crosslinked sulfated galactans obtained from Kappaphycus alvarezii having molar masses of between 1 and 150 kDa and having an average molar mass of between 5 and 25 kDa, and water.
A method performed by a wireless device configured for use in a non-terrestrial wireless communication system , the method comprising: configuring a number of parallel hybrid automatic repeat request, HARQ, processes as being available for use; discontinuously monitoring a downlink control channel , including monitoring the downlink control channel during an active time that is based on how many of the configured number of parallel HARQ processes are used, and responsive to a last available one of the configured number of parallel HARQ processes being put into use, starting a HARQ stall timer; and monitoring the downlink control channel responsive to expiration of the HARQ stall timer. configuring a number of parallel hybrid automatic repeat request, HARQ, processes as being available for use; discontinuously monitoring a downlink control channel , including monitoring the downlink control channel during an active time that is based on how many of the configured number of parallel HARQ processes are used, and responsive to a last available one of the configured number of parallel HARQ processes being put into use, starting a HARQ stall timer; and monitoring the downlink control channel responsive to expiration of the HARQ stall timer.
A method of controlling Chenopodium album at a locus by treating the locus or its vicinity with a combination comprising metamitron and chlorpropham, wherein chlorpropham and metamitron are the only herbicides used.
An inspecting apparatus for reading print images printed by dispensing ink droplets on a transparent printing medium (WF) and inspecting printing states, the apparatus comprising: a first transport roller for transporting the transparent printing medium (WF); a second transport roller spaced from the first transport roller , and disposed downstream in a transport direction (X), for transporting the transparent printing medium (WF); a photographing device disposed between the first transport roller and the second transport roller , and opposed to one surface of the transparent printing medium (WF), for photographing the print images located in an inspection area (IA) set between the first transport roller and the second transport roller ; and a light emitting device for emitting light for the photographing device to photograph the print images located in the inspection area (IA), the light emitting device including at least a transmitted light source disposed opposed to the photographing device with the transparent printing medium (WF) interposed between the transmitted light source and the photographing device ; wherein the first transport roller and the second transport roller have outer circumferential surfaces thereof each with a light absorbing member for absorbing the light from the light emitting device. a first transport roller for transporting the transparent printing medium (WF); a second transport roller spaced from the first transport roller , and disposed downstream in a transport direction (X), for transporting the transparent printing medium (WF); a photographing device disposed between the first transport roller and the second transport roller , and opposed to one surface of the transparent printing medium (WF), for photographing the print images located in an inspection area (IA) set between the first transport roller and the second transport roller ; and a light emitting device for emitting light for the photographing device to photograph the print images located in the inspection area (IA), the light emitting device including at least a transmitted light source disposed opposed to the photographing device with the transparent printing medium (WF) interposed between the transmitted light source and the photographing device ; wherein the first transport roller and the second transport roller have outer circumferential surfaces thereof each with a light absorbing member for absorbing the light from the light emitting device.
Method for checking a valuable document , wherein the valuable document is illuminated line by line in such a way that a first group of lines of the valuable document is illuminated with light of a first wavelength and that at least one second group of lines of the valuable document is illuminated with light of a second wavelength, wherein lines of the first group and lines of the second group alternate at least in part, reflection light that is reflected by the lines and/or transmission light that passes through the lines is captured in a manner assigned to the lines of the first group and the lines of the second group, wherein first data are representative of the reflection light and/or transmission light assigned to the lines of the first group and second data are representative of the reflection light and/or transmission light assigned to the lines of the second group, the first data are processed in such a way that a first image generated from the first data has a first point density resolution and the second data are processed in such a way that a further image generated from the second data has a second point density resolution, which differs from the first point density resolution, the first image is compared with a first reference image and the further image is compared with a further reference image.
A radio frequency filter circuit for rejecting one or more spurious components of an input signal, the filter circuit comprising: a first resonator circuit (38a; 44a) including a first capacitor (C1) and a first coupled inductor pair of a first inductor (L1) and a second inductor (L2); a second resonator circuit (38b; 44b) including a second capacitor (C2) and a second coupled inductor pair of a third inductor (L3) and a fourth inductor (L4); a first resonator coupling capacitor (C3) connected directly to a first node of the first capacitor of the first resonator circuit and connected directly to a first node of the second capacitor of the second resonator circuit; a second resonator coupling capacitor (C4) connected directly to a second node of the first capacitor of the first resonator circuit and connected directly to a second node of the second capacitor of the second resonator circuit; a first port connected to at least one of the first resonator circuit and the second resonator circuit; and a second port connected to at least one of the first resonator circuit and the second resonator circuit; the input signal being transmitted to one of the first port and the second port, and a filtered signal of the input signal passed through both the first resonator circuit and the second resonator circuit being output from another one of the first port and the second port. a first resonator circuit (38a; 44a) including a first capacitor (C1) and a first coupled inductor pair of a first inductor (L1) and a second inductor (L2); a second resonator circuit (38b; 44b) including a second capacitor (C2) and a second coupled inductor pair of a third inductor (L3) and a fourth inductor (L4); a first resonator coupling capacitor (C3) connected directly to a first node of the first capacitor of the first resonator circuit and connected directly to a first node of the second capacitor of the second resonator circuit; a second resonator coupling capacitor (C4) connected directly to a second node of the first capacitor of the first resonator circuit and connected directly to a second node of the second capacitor of the second resonator circuit; a first port connected to at least one of the first resonator circuit and the second resonator circuit; and a second port connected to at least one of the first resonator circuit and the second resonator circuit; the input signal being transmitted to one of the first port and the second port, and a filtered signal of the input signal passed through both the first resonator circuit and the second resonator circuit being output from another one of the first port and the second port.
Nozzle protection cap for an arc plasma torch , wherein the nozzle protection cap is arranged on the outside at the tip of the arc plasma torch at which a plasma jet emerges from the arc plasma torch through nozzle-shaped openings and can be fastened there; characterised in that the nozzle protection cap is made of a ferrous alloy in which sulfur is contained with a proportion of cobalt of at least 0.05% and less than 0.1%.
A Fourier-transform interferometer comprising: a phase change plate comprising: a reflective layer configured to reflect a first light that is incident; and a meta surface configured to locally and differently change a phase of the first light that is reflected; a photodetector configured to detect a second light; and a transflective mirror and a mirror configured to: transmit a first part of a third light that is incident, to the phase change plate ; transmit a remaining part of the third light, to the photodetector ; and transmit the first light of which the phase is locally and differently changed, to the photodetector , wherein the photodetector is further configured to detect an interference pattern between the remaining part of the third light and the first light of which the phase is locally and differently changed. a phase change plate comprising: a reflective layer configured to reflect a first light that is incident; and a meta surface configured to locally and differently change a phase of the first light that is reflected; a reflective layer configured to reflect a first light that is incident; and a meta surface configured to locally and differently change a phase of the first light that is reflected; a photodetector configured to detect a second light; and a transflective mirror and a mirror configured to: transmit a first part of a third light that is incident, to the phase change plate ; transmit a remaining part of the third light, to the photodetector ; and transmit the first light of which the phase is locally and differently changed, to the photodetector , transmit a first part of a third light that is incident, to the phase change plate ; transmit a remaining part of the third light, to the photodetector ; and transmit the first light of which the phase is locally and differently changed, to the photodetector , wherein the photodetector is further configured to detect an interference pattern between the remaining part of the third light and the first light of which the phase is locally and differently changed.
Arrangement of a fastening element for releasably connecting two components , the fastening element comprising a basic body which has at least one latching element for connecting to a first component , wherein the latching element can be introduced in a first installation direction (Y) into a corresponding opening in the first component , wherein the basic body has, on its side opposite the latching element , a receptacle for at least one portion of a second component , wherein the receptacle and the portion have corresponding shaped features which take on guiding of the second component in the first installation direction (Y), in a second installation direction (X) and a third installation direction (Z), and the receptacle and the second component have corresponding latching means which serve for releasably fixing the second component in the second installation direction (X), wherein the receptacle forms an insertion region for the portion of the second component in the installation direction (X), characterized in that • a supporting surface is formed on that side of the basic body which faces the insertion region , the supporting surface merging via a ramp into a front end edge of the basic body , wherein the ramp and the supporting surface are arranged in the region of a gap which is formed by rear walls and upper end walls of the fastening element for receiving a guide region of the portion of the second component , • wherein a step of a protrusion of the second component in interaction with the portion of the second component having the receptacle of the fastening element latches behind the step of the supporting surface of the basic body , and a stop surface of a locking region of the portion strikes against stop surfaces of the receptacle . • a supporting surface is formed on that side of the basic body which faces the insertion region , the supporting surface merging via a ramp into a front end edge of the basic body , wherein the ramp and the supporting surface are arranged in the region of a gap which is formed by rear walls and upper end walls of the fastening element for receiving a guide region of the portion of the second component , • wherein a step of a protrusion of the second component in interaction with the portion of the second component having the receptacle of the fastening element latches behind the step of the supporting surface of the basic body , and a stop surface of a locking region of the portion strikes against stop surfaces of the receptacle .
A method for producing purified chloroprene-based-polymer latex, comprising: at least the following steps (I) to (III): Step (I): a step of introducing chloroprene-based-polymer latex into a container as a liquid phase part beforehand, Step (II): a step of removing a residual volatile organic substance in chloroprene-based-polymer latex which satisfies the following requirements to : Requirement : chloroprene-based-polymer latex is formed into liquid drops and introduced into a gas phase part in the container, Requirement : pressure in the container is less than atmospheric pressure, Requirement : the liquid drops are introduced so as to cover the whole liquid surface of the latex in the liquid phase part introduced into the container before the liquid drops, and Requirement : liquid temperature of the latex in the liquid phase part is less than a boiling point of water at the pressure in the container, and Step (III): a step of collecting the latex from the container after performing the step (II) at least once, to thereby obtain purified chloroprene-based-polymer latex. Step (I): a step of introducing chloroprene-based-polymer latex into a container as a liquid phase part beforehand, Step (II): a step of removing a residual volatile organic substance in chloroprene-based-polymer latex which satisfies the following requirements to : Requirement : chloroprene-based-polymer latex is formed into liquid drops and introduced into a gas phase part in the container, Requirement : pressure in the container is less than atmospheric pressure, Requirement : the liquid drops are introduced so as to cover the whole liquid surface of the latex in the liquid phase part introduced into the container before the liquid drops, and Requirement : liquid temperature of the latex in the liquid phase part is less than a boiling point of water at the pressure in the container, and Requirement : chloroprene-based-polymer latex is formed into liquid drops and introduced into a gas phase part in the container, Requirement : pressure in the container is less than atmospheric pressure, Requirement : the liquid drops are introduced so as to cover the whole liquid surface of the latex in the liquid phase part introduced into the container before the liquid drops, and Requirement : liquid temperature of the latex in the liquid phase part is less than a boiling point of water at the pressure in the container, and Step (III): a step of collecting the latex from the container after performing the step (II) at least once, to thereby obtain purified chloroprene-based-polymer latex.
Overhead monitor casing for accommodating at least one overhead monitor and a control module required for operating same, wherein a main body of the casing has a continuous, multiply angled bent sheet metal part, wherein a free construction space for accommodating the control module is provided on an inner side of the bent sheet metal part, characterized in that the main body for accommodating the monitor has a cross-sectionally generally U-shaped pocket , the outwardly facing side of which is provided with a viewing window and into which the monitor can be inserted.
A device for monitoring fishing vessel activity, comprising: a blast sensor mountable to a vessel for providing a signal responsive to pressure waves in a liquid; a position measurement device for measuring a position of the vessel a controller operable to detect a blast event based on a characteristic of said signal from said blast sensor; and a transmitter to wirelessly transmit status information including a unique identifier of the device and indicative of the position of the device and to send a wireless alarm signal in response to a detected blast event; characterized in that the blast sensor is mountable to an inside surface of the vessel, wherein the blast sensor comprises an accelerometer , and wherein said controller is configured to measure maximum values of peaks in said signal, a slope of said signal, a duration of time said signal is above a first threshold value, a time elapsed between peaks in said signal, and a number of peaks in said signal above a second threshold value within a specified time. a blast sensor mountable to a vessel for providing a signal responsive to pressure waves in a liquid; a position measurement device for measuring a position of the vessel a controller operable to detect a blast event based on a characteristic of said signal from said blast sensor; and a transmitter to wirelessly transmit status information including a unique identifier of the device and indicative of the position of the device and to send a wireless alarm signal in response to a detected blast event; characterized in that the blast sensor is mountable to an inside surface of the vessel, wherein the blast sensor comprises an accelerometer , and wherein said controller is configured to measure maximum values of peaks in said signal, a slope of said signal, a duration of time said signal is above a first threshold value, a time elapsed between peaks in said signal, and a number of peaks in said signal above a second threshold value within a specified time.