mhurhangee/patent-ind-claim-en huggingface dataset:
A baler twine tension measurement assembly comprising a displacement detector and elements defining a first twine path, the first twine path extending between a first location and a second location angularly displaceable with respect to the first location, the displacement detector being operable to generate a signal indicative of the angular displacement of the second location with respect to the first location characterised in that the first location comprises a first pulley located at a first end of an elongate element and the second location comprises a second pulley located on the elongate element , spaced from the first pulley .
A robotic work tool system comprising a charging station , a wire leading to/from the charging station and a robotic work tool arranged to operate in an operational area , the robotic work tool comprising one or more magnetic sensors , a satellite navigation sensor and a controller , wherein the controller is configured to: cause the robotic work tool to exit the charging station and then cause the robotic work tool to follow the wire navigating based on the one or more magnetic sensors ; determine that a release point (RP) has been reached, and in response thereto cause the robotic work tool to navigate in the operational area based on the satellite navigation sensor , wherein the robotic work tool system is characterized in that the controller is further configured to note where satellite reception is reliably received and to determine an updated release point to be a point where satellite reception is reliably received along the wire . cause the robotic work tool to exit the charging station and then cause the robotic work tool to follow the wire navigating based on the one or more magnetic sensors ; determine that a release point (RP) has been reached, and in response thereto cause the robotic work tool to navigate in the operational area based on the satellite navigation sensor , wherein the robotic work tool system is characterized in that the controller is further configured to note where satellite reception is reliably received and to determine an updated release point to be a point where satellite reception is reliably received along the wire .
Method for forming a multi-ply fiber web, in which at least part of the forming is done in a twin-wire forming part formed between a wire for the bottom layer of the multi-ply fiber web and a wire (20; 30) for the top layer of the multi-ply fiber web, in which the layers for the multi-ply fiber web are joined and treated layers combined in the twin-wire part, in which at least part of sizing of the multi-ply fiber web is provided by applying sizing agent by a curtain type application device (C10; C20; C30; C40), characterized in that at least part of sizing of the multi-ply fiber web is provided by applying sizing agent in form of foam by the curtain type application device (C10; C20; C30; C40) in between at least two layers of the multi-ply fiber web in forming section of a multi-ply fiber web production line, and that suction and/or under-pressure is created at the location of the curtain application device (C10; C20; C30; C40) by a suction or an under-pressure device (15; 25; 35) on the opposite side of the multi-ply fiber web and its support wire (10; 20; 30) in relation to the curtain application device.
Composition comprising (a) hydrogenated carboxylated nitrile rubber latex (HXNBR latex), (b) polyfunctional epoxide, and (c) optionally an agent for adjusting the pH, wherein the composition has a pH of 9 to less than 11. (a) hydrogenated carboxylated nitrile rubber latex (HXNBR latex), (b) polyfunctional epoxide, and (c) optionally an agent for adjusting the pH,
A heating apparatus for heating a bearing ring and at least one bearing element, comprising: a rotational support member having a rotational axis about which the rotational support member is configured to rotate; an inductor positioned adjacent to at least a portion of a bearing ring ; wherein the rotational support member is operably coupled to the bearing ring; wherein the rotational support member is configured to rotate relative to the inductor; characterized by a bearing orienting member configured to orient a surface of at least one bearing element disposed in the bearing ring, with the bearing orienting member being configured to rotate in conjunction with the rotational support member. a rotational support member having a rotational axis about which the rotational support member is configured to rotate; an inductor positioned adjacent to at least a portion of a bearing ring ; wherein the rotational support member is operably coupled to the bearing ring; wherein the rotational support member is configured to rotate relative to the inductor; characterized by a bearing orienting member configured to orient a surface of at least one bearing element disposed in the bearing ring, with the bearing orienting member being configured to rotate in conjunction with the rotational support member.
A coated detergent particle having a distorted oblate spheroidal shape with perpendicular dimensions x, y and z, wherein x is from 1 to 2 mm, y is from 2 to 8mm, and z is from 2 to 8 mm, wherein the particle comprises: (a) from 20wt% to 59wt% detersive surfactant selected from anionic detersive surfactant and/or non-ionic detersive surfactant; (b) from 10wt% to 40wt% inorganic salts selected from sodium carbonate, sodium sesquicarbonate, sodium bicarbonate and any mixtures thereof; (c) optionally, from 10wt% to 40wt% citric acid and/or salts thereof; wherein the detersive surfactant comprises from 51wt% to 100wt% alkyl benzene sulphonate, wherein the coating comprises the inorganic salt (b), and wherein the core comprises the detersive surfactant (a), wherein the oblate spheroidal shape is distorted such that the ratio of the surface area (S) to volume (V) of the particle is different to the value of NL, S / V ≠ NL wherein NL is defined as: NL = 3 2 b + 3 b 4 εa 2 ln 1 + ε 1 − ε wherein a = is half of the greater of y or z (long radius of the oblate) b = half of the dimension x (short radius of the oblate) ∈ = the eccentricity, wherein ε = 1 − b 2 a 2 wherein the oblate spheroidal shape of the particle is distorted such that the ratio of the surface area (S) to volume (V) of the particle is greater than NL multiplied by 1.005, S / V > NL × 1.005 , or wherein the oblate spheroidal shape of the particle is distorted such that the ratio of the surface area (S) to volume (V) of the particle is less than NL multiplied by 0.99, S / V < NL × 0.99 . (a) from 20wt% to 59wt% detersive surfactant selected from anionic detersive surfactant and/or non-ionic detersive surfactant; (b) from 10wt% to 40wt% inorganic salts selected from sodium carbonate, sodium sesquicarbonate, sodium bicarbonate and any mixtures thereof; (c) optionally, from 10wt% to 40wt% citric acid and/or salts thereof; wherein NL is defined as: NL = 3 2 b + 3 b 4 εa 2 ln 1 + ε 1 − ε wherein a = is half of the greater of y or z (long radius of the oblate) b = half of the dimension x (short radius of the oblate) ∈ = the eccentricity,
Spacer intended to be sandwiched between first and second glass sheets of a vacuum glazing panel so as to maintain, between these glass sheets, a first space forming a first cavity in which a vacuum of less than 1 mbar reigns, a tightness seal placed at the periphery of the glass sheets enclosing the first cavity, said spacer comprises a work-hardened austenitic stainless steel, characterized in that the work hardening results in an increase of the compressive strength of said steel during the manufacture of the spacer of greater that 50% of its initial compressive strength.
A power converter for an electrical machine drive system that includes a power source and an electrical machine including a shaft , said power converter comprising: a first converter coupled to the power source; a second converter coupled to the electrical machine; and at least one direct current (DC) link coupled to said first converter and coupled to said second converter and extending therebetween, said at least one DC link comprising at least one inductor configured to maintain a magnetic flux during operation of the electrical machine drive system; characterized by at least one auxiliary converter electrically isolated from the power source and the electrical machine , said at least one auxiliary converter comprising: an auxiliary power supply ; and at least one auxiliary inductor coupled to said auxiliary power supply and electromagnetically coupled to said at least one inductor , wherein said at least one auxiliary inductor is configured to alternately energize and de-energize to alternately apply and remove, respectively, a corrective magnetic flux to said at least one inductor to dampen harmonic oscillations of at least one of the shaft and the electrical machine . a first converter coupled to the power source; a second converter coupled to the electrical machine; and at least one direct current (DC) link coupled to said first converter and coupled to said second converter and extending therebetween, said at least one DC link comprising at least one inductor configured to maintain a magnetic flux during operation of the electrical machine drive system; characterized by at least one auxiliary converter electrically isolated from the power source and the electrical machine , said at least one auxiliary converter comprising: an auxiliary power supply ; and at least one auxiliary inductor coupled to said auxiliary power supply and electromagnetically coupled to said at least one inductor , wherein said at least one auxiliary inductor is configured to alternately energize and de-energize to alternately apply and remove, respectively, a corrective magnetic flux to said at least one inductor to dampen harmonic oscillations of at least one of the shaft and the electrical machine . an auxiliary power supply ; and at least one auxiliary inductor coupled to said auxiliary power supply and electromagnetically coupled to said at least one inductor , wherein said at least one auxiliary inductor is configured to alternately energize and de-energize to alternately apply and remove, respectively, a corrective magnetic flux to said at least one inductor to dampen harmonic oscillations of at least one of the shaft and the electrical machine .
A settable unit for installation on or in a vehicle, comprising - a sensor , for detection of a state of a component of the settable unit; - a function holder driven by electric supply current, which is configured to set the settable unit; - an electric current conductor (22a,b) for supplying the supply current to the function holder ; - a switch , in series with the electric current conductor (22a,b) and the function holder ; - a delay circuit configured to make the switch conductive with a delay after rise of an electric voltage on the current conductor (22a.b); - a signaling circuit configured to set an aspect of the current through the current conductor during the delay, depending on a sensor result of the sensor . - a sensor , for detection of a state of a component of the settable unit; - a function holder driven by electric supply current, which is configured to set the settable unit; - an electric current conductor (22a,b) for supplying the supply current to the function holder ; - a switch , in series with the electric current conductor (22a,b) and the function holder ; - a delay circuit configured to make the switch conductive with a delay after rise of an electric voltage on the current conductor (22a.b); - a signaling circuit configured to set an aspect of the current through the current conductor during the delay, depending on a sensor result of the sensor .
A method of manufacturing a velvet fabric in which a support formed by warp yarns and weft yarns is used, such that the weft yarns are inserted and interlaced with warp yarns, comprising: - At least one step of inserting at least one filling thread into the support so as to have said filling thread anchored in the form of loops or bristles in the support, the filling thread comes out of at least one surface of the support thus obtaining the velvet fabric, the warp yarns and / or the weft yarns of the support are at least partially formed of polyester at low melting temperature and the melting temperature of the warp yarns and / or weft yarns of the support is less than 250 ° C, and - At least one step of dyeing the velvet fabric, said dyeing is initiated at an initial temperature Ti and is continued at variable temperatures above the temperature Ti to at least partially soften the polyester yarns at low melting temperature. - At least one step of inserting at least one filling thread into the support so as to have said filling thread anchored in the form of loops or bristles in the support, the filling thread comes out of at least one surface of the support thus obtaining the velvet fabric, the warp yarns and / or the weft yarns of the support are at least partially formed of polyester at low melting temperature and the melting temperature of the warp yarns and / or weft yarns of the support is less than 250 ° C, and - At least one step of dyeing the velvet fabric, said dyeing is initiated at an initial temperature Ti and is continued at variable temperatures above the temperature Ti to at least partially soften the polyester yarns at low melting temperature.
Strip tiller for producing a medium-fine seedbed having at least two spaced-apart tillers for producing tilled rows which alternate with non-cultivated intermediate strips, wherein the at least two spaced-apart tillers are arranged on a shaft and comprise rotating tools , wherein the strip tiller comprises a number of devices for applying fertiliser which corresponds at least to the number of tillers for producing tilled rows, wherein at least one device for applying fertiliser is arranged in the region of each of the at least two spaced-apart tillers , wherein the device for applying fertiliser consists of at least one duct for dispensing the fertiliser , wherein the at least one duct comprises at least one feed opening for fertiliser at its upper end and at least one discharge opening for fertiliser at its lower end, wherein the discharge opening for fertiliser is arranged below the rotating tools of the at least two spaced-apart tillers for producing tilled rows, wherein the strip tiller comprises at least one additional cultivation tool, such as a cultivator tine , a subsoiler, a device for comminuting and/or crushing crop residues of row crops, or the like, characterised in that the discharge opening of the device for applying fertiliser is height-adjustable relative to the additional cultivation tool.
A multiplexing system comprising a support substrate having immobilised thereon a binding molecule for each of the following, Brain-Fatty Acid Binding Protein (B-FABP), Liver-Fatty Acid Binding Protein (L-FABP), Heart-Fatty Acid Binding Protein (H-FABP) and Epidermal-Fatty Acid Binding Protein (E-FABP), wherein the binding molecule for each binds specifically to said Fatty Acid Binding Protein (FABP) at the following regions; B-FABP at the region defined by any of SEQ ID Nos. 1 (LGEEFDETTADDRNCKSV) and 2 (DGKMVMTLTFGDVVAVRHYEKA), L-FABP at the region defined by any of SEQ ID Nos. 7 (AFMKAIGLPEELIQKGKDI) and 8 (TNTMTLGDIVFKRISKRI), H-FABP at any of the region defined by any of SEQ ID Nos. 3 (MVDAFLGTWKLVDSKNFDD) and 4 (VKSIVTLDGGKLVHLQKWD), E-FABP at the region defined by any of SEQ ID Nos. 5 (GFDEYMKELGVGIALRKM) and 6 (MATVQQLEGRWRLVDSKGF), wherein the binding molecules specific to each FABP display a cross-reactivity of less than 5% to the other isoforms.
Printed circuit board , comprising: a gaseous dielectric; an antenna element produced by means of a 3D printing method and comprising a waveguide section having a rectangular hollow cross section, in which the gaseous dielectric is present, and a substantially planar component carrier section shaped integrally with the waveguide section , wherein the antenna element is a horn radiator comprising a beam funnel section adjacent to the waveguide section having a funnel shape; and a microstrip applied on a surface of the component carrier section and extending to a connection transition arranged at a lateral edge of the component carrier section . a gaseous dielectric; an antenna element produced by means of a 3D printing method and comprising a waveguide section having a rectangular hollow cross section, in which the gaseous dielectric is present, and a substantially planar component carrier section shaped integrally with the waveguide section , wherein the antenna element is a horn radiator comprising a beam funnel section adjacent to the waveguide section having a funnel shape; and a microstrip applied on a surface of the component carrier section and extending to a connection transition arranged at a lateral edge of the component carrier section .
Modular breathing gas separator unit (5; 105; 205; 305) for breathing gases, the unit being connectable to a breathing system , characterized in that the unit comprises a first module comprising a gas separation means (25, 125; 224, 225; 350) in the form of a volume reflector body adapted to separate ventilator driving gas and patient inhalation and/or exhalation gases, and a second module comprising a carrier means (27; 127; 227; 327) in the form of a tray or a carrier adapted to support and carry the volume reflector body and connect the gas separator unit to an interface in the breathing system, wherein the first and second modules of the gas separator unit are individually exchangeable.
A spool valve connection arrangement comprising: a connecting rod including a rod retention element adjacent a first end of the connecting rod ; and a valve spool including lands and at least one recess between the lands , the valve spool also defining an internal connecting rod bore positioned adjacent one end of the valve spool , the valve spool further including an axial end face at the end of the valve spool, characterized in that : the axial end face defining a bore access opening including a first region and a second region laterally offset from the first region , the second region of the bore access opening being co-extensive with the connecting rod bore and the first region being at least partially laterally offset from the connecting rod bore , the first region of the bore access opening being sized and shaped to allow the first end of the connecting rod including rod retention element to be inserted therethrough, the second region of the bore access opening being sized and shaped to prevent the first end of the connecting rod including the retention element from being axially withdrawn from the connecting rod bore , wherein the connecting rod is coupled to the end of the spool by inserting the first end of the connecting rod including the rod retention element through the first region of the bore access opening and then moving the connecting rod laterally from the first region of the bore access opening into the second region of the bore access opening . a connecting rod including a rod retention element adjacent a first end of the connecting rod ; and a valve spool including lands and at least one recess between the lands , the valve spool also defining an internal connecting rod bore positioned adjacent one end of the valve spool , the valve spool further including an axial end face at the end of the valve spool, characterized in that : the axial end face defining a bore access opening including a first region and a second region laterally offset from the first region , the second region of the bore access opening being co-extensive with the connecting rod bore and the first region being at least partially laterally offset from the connecting rod bore , the first region of the bore access opening being sized and shaped to allow the first end of the connecting rod including rod retention element to be inserted therethrough, the second region of the bore access opening being sized and shaped to prevent the first end of the connecting rod including the retention element from being axially withdrawn from the connecting rod bore , wherein the connecting rod is coupled to the end of the spool by inserting the first end of the connecting rod including the rod retention element through the first region of the bore access opening and then moving the connecting rod laterally from the first region of the bore access opening into the second region of the bore access opening .
An electrode assembly to perform an impedance measurement in a blood sample, the electrode assembly comprising: an electrode comprising at least two wires ; and a substrate comprising: a top portion that encloses the at least two wires within the substrate, and a bottom portion comprising a brace , the brace having a top part and a bottom part separated by an opening through which the at least two wires extend that exposes a region of the at least two wires on all sides of the at least two wires such that, when the electrode assembly is placed in the blood sample, the exposed region of the at least two wires contacts the blood sample, the brace securing the at least two wires to the substrate on both sides of the opening at the top part of the brace and at the bottom part of the brace , wherein the impedance measurement is carried out between the at least two wires . an electrode comprising at least two wires ; and a substrate comprising: a top portion that encloses the at least two wires within the substrate, and a bottom portion comprising a brace , the brace having a top part and a bottom part separated by an opening through which the at least two wires extend that exposes a region of the at least two wires on all sides of the at least two wires such that, when the electrode assembly is placed in the blood sample, the exposed region of the at least two wires contacts the blood sample, the brace securing the at least two wires to the substrate on both sides of the opening at the top part of the brace and at the bottom part of the brace , wherein the impedance measurement is carried out between the at least two wires . a top portion that encloses the at least two wires within the substrate, and a bottom portion comprising a brace , the brace having a top part and a bottom part separated by an opening through which the at least two wires extend that exposes a region of the at least two wires on all sides of the at least two wires such that, when the electrode assembly is placed in the blood sample, the exposed region of the at least two wires contacts the blood sample, the brace securing the at least two wires to the substrate on both sides of the opening at the top part of the brace and at the bottom part of the brace , wherein the impedance measurement is carried out between the at least two wires .