mhurhangee/patent-ind-claim-en huggingface dataset:
Tracer ammunition comprising a cartridge having a firing cap, propellant charge powder, and a projectile body inserted into the cartridge, having a rear-side bore and a combustible mixture laid into it, having a rear-side, combustible gas seal that ignites when the projectile is fired, wherein the combustible mixture comprises light metal or a light-metal alloy in the form of powder and/or chips, foam or films, and at least one carbon-containing substrate, and that at least one tear-off edge is provided in the projectile or on the projectile , which edge supplies the combustible mixture with air oxygen, wherein at least two transverse bores that lie opposite to one another are present, which bores end in a turbulence bore and introduce a partial dynamic pressure (p) into the latter.
A DPP-4 inhibitor, which is linagliptin, for preventing, slowing the progression of, delaying or treating type 1 diabetes mellitus or non alcoholic fatty liver disease (NAFLD) by subcutaneous administration.
Extinguishing system for explosion suppression with an extinguishing agent container , a closure member and at least one locking element , wherein the extinguishing agent container can be closed in a pressure-tight manner via the closure member and the closure member can be locked in a closed position via the at least one locking element , wherein the extinguishing system comprises a triggering device , which acts on the locking element , wherein the triggering device comprises a sliding pin , which has a catch , wherein the extinguishing system can be triggered by moving the sliding pin from a blocking position to a release position, and wherein the triggering device comprises a pawl body with a pawl flank , which is designed to interact with the catch of the sliding pin in the blocking position to keep the sliding pin in the blocking position against a preload force, which acts in a release direction , wherein a system pressure prevailing in the extinguishing agent container , which acts on the closure member and thereby exerts onto a locking surface of the closure member , causes the preload force, characterized in that an electromagnet is provided, which acts directly on the pawl body , whereby the pawl body can be move to release the engagement of the catch and the pawl flank and to release the sliding pin .
A patient interface for delivering breathable gas to a patient, the patient interface comprising: a foam interfacing portion adapted to provide a nasal interface to contact under and around the patient's nose in use and to deliver breathable gas to the patient's nose in use, and the foam interfacing portion including an orifice adapted to surround both the patient's nares in use; and a positioning and stabilizing structure to support the foam interfacing portion in an operative position on the patient's face, wherein said positioning and stabilizing structure includes a frame and a flexible decoupling element attached to the foam interfacing portion , and the positioning and stabilizing structure being structured to provide rotational, axial, and/or lateral movement to the foam interfacing portion while maintaining a sufficient interface and resisting the application of tube drag and/or headgear tension to the foam interfacing portion, wherein the frame includes an aperture configured to be connected to an air delivery tube, and wherein the orifice in the foam interfacing portion is aligned with the aperture in the frame, such that, in use, pressurized breathable gas is received by the patient interface from the air delivery tube connected to the aperture in the frame and delivered to the patient via an aperture in the decoupling element and the orifice in the foam interfacing portion. a foam interfacing portion adapted to provide a nasal interface to contact under and around the patient's nose in use and to deliver breathable gas to the patient's nose in use, and the foam interfacing portion including an orifice adapted to surround both the patient's nares in use; and a positioning and stabilizing structure to support the foam interfacing portion in an operative position on the patient's face, wherein said positioning and stabilizing structure includes a frame and a flexible decoupling element attached to the foam interfacing portion , and the positioning and stabilizing structure being structured to provide rotational, axial, and/or lateral movement to the foam interfacing portion while maintaining a sufficient interface and resisting the application of tube drag and/or headgear tension to the foam interfacing portion, wherein the frame includes an aperture configured to be connected to an air delivery tube, and wherein the orifice in the foam interfacing portion is aligned with the aperture in the frame,
A mobile communication system in which a base station apparatus and a mobile station apparatus communicate with each other on a plurality of downlink component carriers, wherein the base station apparatus is configured to transmit on a physical downlink control channel, to the mobile station apparatus, data identifying a downlink control information format which is to be used for scheduling of a physical uplink shared channel on an uplink component carrier, the downlink control information format including control information for requesting a transmission of channel state information and carrier information indicating a downlink component carrier among the plurality of downlink component carriers; and the mobile station apparatus is configured to transmit, to the base station apparatus, the channel state information for the downlink component carrier among the plurality of downlink component carriers in a case that the control information is received, wherein the downlink component carrier is linked to the uplink component carrier by the base station apparatus , and the channel state information is transmitted on the uplink component carrier. the base station apparatus is configured to transmit on a physical downlink control channel, to the mobile station apparatus, data identifying a downlink control information format which is to be used for scheduling of a physical uplink shared channel on an uplink component carrier, the downlink control information format including control information for requesting a transmission of channel state information and carrier information indicating a downlink component carrier among the plurality of downlink component carriers; and the mobile station apparatus is configured to transmit, to the base station apparatus, the channel state information for the downlink component carrier among the plurality of downlink component carriers in a case that the control information is received, wherein the downlink component carrier is linked to the uplink component carrier by the base station apparatus , and the channel state information is transmitted on the uplink component carrier.
A ceramic heater comprising: a heater body that is made of ceramic, has a tubular shape, and extends in an axial direction; and a flange that is made of a metal, has an annular shape, and is fitted onto the heater body , wherein a ground wire is connected to the flange , the flange has a recess-shaped portion which includes a side portion that has a cylindrical shape and extends in the axial direction, and a bottom portion that is continuous with the side portion and is curved so as to have a radius which reduces in a radial direction, the recess-shaped portion is filled with an insulating material , and is joined to the heater body via the insulating material , and is characterized in that the flange further has an extension portion that is continuous with the bottom portion , and extends toward an end side in the axial direction, wherein the extension portion may be directly exposed to water, wherein the extension portion protrudes beyond the insulating material toward the end side in the axial direction and a heater pattern is disposed on the end side of the ceramic heater . a heater body that is made of ceramic, has a tubular shape, and extends in an axial direction; and a flange that is made of a metal, has an annular shape, and is fitted onto the heater body , wherein a ground wire is connected to the flange , the flange has a recess-shaped portion which includes a side portion that has a cylindrical shape and extends in the axial direction, and a bottom portion that is continuous with the side portion and is curved so as to have a radius which reduces in a radial direction, the recess-shaped portion is filled with an insulating material , and is joined to the heater body via the insulating material , and is characterized in that the flange further has an extension portion that is continuous with the bottom portion , and extends toward an end side in the axial direction, wherein the extension portion may be directly exposed to water, wherein the extension portion protrudes beyond the insulating material toward the end side in the axial direction and a heater pattern is disposed on the end side of the ceramic heater .
A control method of an ultrasound imaging apparatus, the control method comprising: obtaining a first ultrasound image of a subject; obtaining a result of an analysis of the first ultrasound image; displaying a user interface, which allows selection of an operating mode of the ultrasound imaging apparatus, on a display , based on the result of the analysis; receiving a user input for selecting the operating mode of the ultrasound imaging apparatus via the user interface; operating the ultrasound imaging apparatus in the operating mode based on the user input; obtaining a second ultrasound image while the ultrasound imaging apparatus is operating in selected operating mode; characterised in that the control method further comprises: transmitting information related to the result of the analysis of the first ultrasound image to at least one external electronic apparatus, wherein said information is information on a necessity for an additional ultrasound examination; receiving a response message indicating that the additional ultrasound examination is either permitted or not permitted, from the external electronic apparatus; and displaying, on the display , the received response message. obtaining a first ultrasound image of a subject; obtaining a result of an analysis of the first ultrasound image; displaying a user interface, which allows selection of an operating mode of the ultrasound imaging apparatus, on a display , based on the result of the analysis; receiving a user input for selecting the operating mode of the ultrasound imaging apparatus via the user interface; operating the ultrasound imaging apparatus in the operating mode based on the user input; obtaining a second ultrasound image while the ultrasound imaging apparatus is operating in selected operating mode; characterised in that the control method further comprises: transmitting information related to the result of the analysis of the first ultrasound image to at least one external electronic apparatus, wherein said information is information on a necessity for an additional ultrasound examination; receiving a response message indicating that the additional ultrasound examination is either permitted or not permitted, from the external electronic apparatus; and transmitting information related to the result of the analysis of the first ultrasound image to at least one external electronic apparatus, wherein said information is information on a necessity for an additional ultrasound examination; receiving a response message indicating that the additional ultrasound examination is either permitted or not permitted, from the external electronic apparatus; and displaying, on the display , the received response message.
A method for detecting a transient error in a body fluid sample taken from a patient, the method comprising: in a clinical analyzer for determining a concentration of an analyte in the body fluid sample, receiving a measurement signal generated by a sensor, the measurement signal representing a measurement by the sensor of the analyte in the body fluid sample; generating an equation defining a response curve based on the measurement signal, the equation including a first coefficient based on a curvature of the response curve and a second coefficient based on a slope of the response curve; comparing the first coefficient to a first range of coefficients to generate a first comparison, the first range of coefficients including first coefficients of response curves corresponding to known concentrations of the analyte; comparing the second coefficient to a second range of coefficients to generate a second comparison, the second range of coefficients including second coefficients of response curves corresponding to known concentrations of the analyte; combining the result of the first comparison and the result of the second comparison to generate a combined comparison; detecting a transient error in the body fluid sample based on the combined comparison; and wherein the first comparison, the second comparison, the combined comparison and the detection are performed by a processing transient error detector executing computer readable instructions embodied in a non-transitory computer-readable medium. in a clinical analyzer for determining a concentration of an analyte in the body fluid sample, receiving a measurement signal generated by a sensor, the measurement signal representing a measurement by the sensor of the analyte in the body fluid sample; generating an equation defining a response curve based on the measurement signal, the equation including a first coefficient based on a curvature of the response curve and a second coefficient based on a slope of the response curve; comparing the first coefficient to a first range of coefficients to generate a first comparison, the first range of coefficients including first coefficients of response curves corresponding to known concentrations of the analyte; comparing the second coefficient to a second range of coefficients to generate a second comparison, the second range of coefficients including second coefficients of response curves corresponding to known concentrations of the analyte; combining the result of the first comparison and the result of the second comparison to generate a combined comparison; detecting a transient error in the body fluid sample based on the combined comparison; and wherein the first comparison, the second comparison, the combined comparison and the detection are performed by a processing transient error detector executing computer readable instructions embodied in a non-transitory computer-readable medium.
A pallet block characterized in that it comprises a core of wood particleboard and an outer layer of wood fibreboard, the outer layer at least partially coating the core , and the assembly formed by the core plus the outer layer being obtained by subjecting it to pressure.
Sexual toy characterized in that it comprises a composite material formed by joining at least two components, where a first component is an elastomer, and a second component is a granulated element corresponding to a mixture of particles of an aggregate and of an expanded or foamed polymer.
An unmanned aerial vehicle (UAV) system, comprising: a line capture body having a line slot , the line slot having an open end and a closed end; a retainer having a first lobe , a second lobe , and a third lobe , and being positioned proximate the line slot, the retainer being pivotable relative to the line capture body among three positions: a first position in which the first and third lobes (1052a; 1052c) are positioned on opposite sides of the line slot and the second lobe is positioned over the line slot ; a second position in which the first lobe is positioned over the line slot and the second and third lobes (1052b; 1052c) are clear of the line slot; and a third position in which the first and second lobes (1052a; 1052b) are positioned over the line slot and the third lobe is positioned clear of the line slot; and a biasing device coupled between the line capture body and the retainer to bias the retainer toward the first position. a line capture body having a line slot , the line slot having an open end and a closed end; a retainer having a first lobe , a second lobe , and a third lobe , and being positioned proximate the line slot, the retainer being pivotable relative to the line capture body among three positions: a first position in which the first and third lobes (1052a; 1052c) are positioned on opposite sides of the line slot and the second lobe is positioned over the line slot ; a second position in which the first lobe is positioned over the line slot and the second and third lobes (1052b; 1052c) are clear of the line slot; and a third position in which the first and second lobes (1052a; 1052b) are positioned over the line slot and the third lobe is positioned clear of the line slot; and a biasing device coupled between the line capture body and the retainer to bias the retainer toward the first position. a first position in which the first and third lobes (1052a; 1052c) are positioned on opposite sides of the line slot and the second lobe is positioned over the line slot ; a second position in which the first lobe is positioned over the line slot and the second and third lobes (1052b; 1052c) are clear of the line slot; and a third position in which the first and second lobes (1052a; 1052b) are positioned over the line slot and the third lobe is positioned clear of the line slot; and a biasing device coupled between the line capture body and the retainer to bias the retainer toward the first position.
Garden implement handle device (12a; 12b), having a rod-type main body that has a direction of main extent that is substantially greater than an extent of the main body perpendicular to the direction of main extent, in particular extension rod, wherein the garden implement handle device (12a; 12b) can be disposed, in particular in a removable manner, on a garden care machine (14a; 14b), comprising at least one operating unit (16a; 16b), which has at least one operating element (18a; 18b) that can be actuated by an operator and at least one further operating element (20a; 20b) that can be actuated by an operator, and having at least one electronics unit (22a; 22b), which is designed, at least, to switch at least one energy supply of a drive unit at least in dependence on an actuation of the operating element (18a; 18b) and of the further operating element (20a; 20b), wherein the further operating element (20a; 20b) is realized as an electronic operating element, characterized in that the further operating element is realized so as to be touch-sensitive and extends substantially fully along a circumferential extent of the rod-type main body of the garden implement handle device (12a; 12b).
A method for producing oxidized lignins comprising bringing into contact - a component (i) comprising one or more lignins; - a component (ii) comprising ammonia; - a component (iii) comprising one or more oxidation agents in form of hydrogen peroxide; - a component (iv) in form of one or more plasticizers, wherein component (iv) comprises polyethylene glycol; wherein the mass ratios of lignin, ammonia, hydrogen peroxide and polyethylene glycol are such that the amount of ammonia is 0.01 to 0.5 weight parts, such as 0.1 to 0.3, such as 0.15 to 0.25 weight parts ammonia (25 weight% solution in water), based on the dry weight of lignin, and wherein the amount of hydrogen peroxide (30 weight% solution in water) is 0.025 to 1.0 weight parts, such as 0.07 to 0.50 weight parts, such as 0.15 to 0.30 weight parts hydrogen peroxide, based on the dry weight of lignin, and wherein the amount of polyethylene glycol is 0.03 to 0.60 weight parts, such as 0.07 to 0.50 weight parts, such as 0.10 to 0.40 weight parts polyethylene glycol, based on the dry weight of lignin. - a component (i) comprising one or more lignins; - a component (ii) comprising ammonia; - a component (iii) comprising one or more oxidation agents in form of hydrogen peroxide; - a component (iv) in form of one or more plasticizers, wherein component (iv) comprises polyethylene glycol;
Device for generating a liquid film of a liquid medium in a film bag , with - two accumulating surfaces spaced apart by an accumulating distance (A), between which the film bag can be arranged and transported along a transport direction, - a braking element arranged downstream of the accumulating surfaces in the transport direction, which braking element is arranged to brake the film bag , and with - a running surface which is convexly curved in the transport direction and is set up and arranged in such a way that the film bag braked by the braking element can be spanned on the running surface behind the braking element , wherein - at least a first accumulating surface of the two accumulating surfaces is formed at least in regions by a driven first conveyor belt which is set up to convey the film bag in the transport direction, wherein - the device has, downstream of the braking element in the transport direction, a controllable tensioning element which is set up to span the film bag on the running surface between the braking element and the tensioning element , and wherein - the first conveyor belt or a belt drive for the first conveyor belt can be controlled independently of the controllable tensioning element . - two accumulating surfaces spaced apart by an accumulating distance (A), between which the film bag can be arranged and transported along a transport direction, - a braking element arranged downstream of the accumulating surfaces in the transport direction, which braking element is arranged to brake the film bag , and with - a running surface which is convexly curved in the transport direction and is set up and arranged in such a way that the film bag braked by the braking element can be spanned on the running surface behind the braking element , wherein - at least a first accumulating surface of the two accumulating surfaces is formed at least in regions by a driven first conveyor belt which is set up to convey the film bag in the transport direction, wherein - the device has, downstream of the braking element in the transport direction, a controllable tensioning element which is set up to span the film bag on the running surface between the braking element and the tensioning element , and wherein - the first conveyor belt or a belt drive for the first conveyor belt can be controlled independently of the controllable tensioning element .