mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fabricating a porous nanocellulose material comprising: placing an aqueous suspension comprising nanocellulose fibrils in contact with a first surface of a porous dewatering material; and removing at least a portion of the water in the aqueous suspension via capillary action thereby forming a porous nanocellulose material, wherein the removing step continues for at least 8 hours. placing an aqueous suspension comprising nanocellulose fibrils in contact with a first surface of a porous dewatering material; and removing at least a portion of the water in the aqueous suspension via capillary action thereby forming a porous nanocellulose material, wherein the removing step continues for at least 8 hours.
A device for retrieving the snagged fishing lure, attached to the fishing line via the leader and the connecting element , comprising a body attachable to the fishing line extending to the snagged lure, the device being able to slide down the line to the lure and detach it from the obstacle , characterized in that the device comprises: - a cylindrical, hydrodynamic device body made of a material heavier than water; and that the device body comprises: - a tapered front end proximal to the lure ; - a rear-end distal to the lure ; - an eyelet to which the retrieval cord of the device is attached; - two straight grooves which are as deep as half the height of the cylindrical body of the device; the front groove is cut behind the conical taper section of the device as close as possible to the point where conical taper section transits to the device body full diameter, perpendicular to the longitudinal axis of the device over the entire width of the device body , and the rear groove is cut at as close as possible to the end of the rear end of the device body, perpendicular to the longitudinal axis over the entire width of the device body ; the widths of both grooves separately are equal to the thickness of one attachment to the line ring plus a value equal to two thicknesses of the line ; - a front attachment ring and a rear attachment ring , both rings having one narrow gap each, and are attached with gaps downwards at the bottom of the grooves and so that the gaps of the attachment rings and are located at the middle of the device body ; the front attachment ring and the rear attachment ring is rigidly attached to the bottom of the corresponding groove and by only one end of the cut ring, while the other end of the cut ring is free and has a gap equal to the diameter of the line to the bottom of the groove; the front and the rear attachment rings and are attached at the bottoms of their corresponding grooves and in such a vertical position that the attachment rings and do not touch the edges of the grooves and on either side; - a hooking plate , attached to the device body between the front attachment ring and the rear attachment ring , proximally to the front attachment ring in such a way that it forms an acute angle with respect of the device body longitudinal axis extending from the hooking plate to the rear end of the device; the hooking plate in its upper part has a cut-out funnel- shaped symmetrical notch, tapering evenly from the edges of the upper part of the plate towards the middle of the plate and terminating into a narrow elongate closed passage in the middle of the hooking plate .
Use of a biomarker panel comprising each of the following biomarkers: (A) CD5; Growth-Regulated alpha protein; Matrix Metalloprotease-3; Matrix Metalloprotease-7; Serum Amyloid P-component; and Tumor Necrosis Factor Receptor-Like 2; or (B) CD5; Matrix Metalloprotease-3; Matrix Metalloprotease-7; Serum Amyloid P-component; Tumor Necrosis Factor Receptor-Like 2; CD40 ligand; Apolipoprotein A1; Apolipoprotein A2; Angiotensin-Converting Enzyme; Cystatin C; EN-RAGE; Hepatocyte Growth Factor; Lipoprotein (a); Macrophage Inflammatory Protein-1 beta; Matrix Metalloprotease-9, total; and Receptor for advanced glycosylation end products; for the blood-based diagnosis of bipolar disorder. (A) CD5; Growth-Regulated alpha protein; Matrix Metalloprotease-3; Matrix Metalloprotease-7; Serum Amyloid P-component; and Tumor Necrosis Factor Receptor-Like 2; or (B) CD5; Matrix Metalloprotease-3; Matrix Metalloprotease-7; Serum Amyloid P-component; Tumor Necrosis Factor Receptor-Like 2; CD40 ligand; Apolipoprotein A1; Apolipoprotein A2; Angiotensin-Converting Enzyme; Cystatin C; EN-RAGE; Hepatocyte Growth Factor; Lipoprotein (a); Macrophage Inflammatory Protein-1 beta; Matrix Metalloprotease-9, total; and Receptor for advanced glycosylation end products;
A Near Field Communication, NFC, security apparatus suitable for protecting a signal transmitted between communication devices , wherein the NFC security apparatus comprises: a sensing unit configured to detect the presence of a neighboring device other than the communication devices, based on a change in a near field; and a control unit configured to control an amount of energy transmitted by the communication devices such that the neighboring device is prevented from accurately receiving the signal transmitted between the communication devices, in response to the detection of the presence of the neighboring device ; wherein the near field is formed between a communication device of the communication devices used as a source resonator and another communication device of the communication devices used as a target resonator that resonate with each other; wherein the control unit is further configured to control the amount of energy transmitted by the target resonator to transmit a jamming signal. a sensing unit configured to detect the presence of a neighboring device other than the communication devices, based on a change in a near field; and a control unit configured to control an amount of energy transmitted by the communication devices such that the neighboring device is prevented from accurately receiving the signal transmitted between the communication devices, in response to the detection of the presence of the neighboring device ; wherein the near field is formed between a communication device of the communication devices used as a source resonator and another communication device of the communication devices used as a target resonator that resonate with each other; wherein the control unit is further configured to control the amount of energy transmitted by the target resonator to transmit a jamming signal.
A luminaire, in particular a suspended luminaire, comprising a light guide panel forming a room-side direct light surface; and a functional unit having a strip-shaped arrangement of LEDs associated with at least one longitudinal side of the light guide panel for coupling light into the light guide panel , wherein the frameless light guide panel is provided with a reflection layer over its narrow-side periphery and is centrally provided with a narrow, elongated recess for receiving the functional unit ; characterized in that the functional unit has at least one cooling element which extends substantially over the length of the recess and into the recess and at which the LEDs arranged in a strip-shaped manner are provided laterally and disposed opposite the light guide panel ; in that the cooling element is fastened on a support and reflection section which extends over the length of the light guide panel and holds it, with the width of said support and reflection section being selected such that a respective light chamber, in which the inwardly disposed light coupling regions of the light guide panel associated with the strip-shaped LEDs are received, is formed at both sides of the cooling element together with an oppositely disposed cover and reflection section ; and in that at least the surface of the light guide panel remote from the room is provided with microstructures which are distributed uniformly over the total surface and which reflect, scatter and decouple light or is provided with highly reflective dot patterns.
An electromagnetic relay in which a movable contact plate unit having a plurality of stacked movable contact plates is moved by an actuator plate which moves reciprocatingly by magnetic force generated by an application of electric current to an electromagnetic unit so that first and second movable contacts mounted on respective first and second divided plate portions extending in parallel in their longitudinal directions make and break contacts with respective first and second stationary contacts mounted on a stationary contact terminal , wherein the first stationary contact is an opening/closing stationary contact and the second stationary contact is a conducting stationary contact, and wherein the first movable contact is an opening/closing movable contact and the second movable contact is a conducting movable contact, characterized in that the first and second divided plate portions are bent at different portions to form respective elastically deformable bent portions such that the bent portion supporting the conducting movable contact in the second divided plate portion is shorter than the bent portion supporting the conducting movable contact in the first divided plate portion , which causes that the first movable contact makes a contact with the first stationary contact and then the second movable contact makes a contact with the second stationary contact .
A process for preparing a polymorphic form of zofenopril calcium, comprising the steps of: (a) dissolving a salt of zofenopril in a water miscible organic solvent; (b) mixing the solution obtained in step (a) with an aqueous solution of a calcium salt; and (c) isolating the polymorphic form of zofenopril calcium; wherein the polymorphic form is characterised by an XRPD spectrum comprising at least six of the following 2θ peaks: 4.2, 4.8, 9.6, 17.5, 18.0, 19.3, 19.9, 20.6 and 24.4 ± 0.2 degrees 2θ; with the proviso that the salt of zofenopril in step (a) is not an amine salt and wherein steps (a) and (b) are carried out at a temperature of up to 30°C (a) dissolving a salt of zofenopril in a water miscible organic solvent; (b) mixing the solution obtained in step (a) with an aqueous solution of a calcium salt; and (c) isolating the polymorphic form of zofenopril calcium;
Method for calibrating the orientation of a moving object sensor, comprising the steps of: detecting the movement of the object sensor, repeated detection of at least one static object by the moving object sensor at different positions of the object sensor, calculating the relative positions of the static object with respect to the corresponding positions of the object sensor, calculating expected positions of the static object from the relative positions assuming an orientation error of the object sensor, calculating an error parameter from the expected positions, minimizing the error parameter by adjusting the orientation error of the object sensor. detecting the movement of the object sensor, repeated detection of at least one static object by the moving object sensor at different positions of the object sensor, calculating the relative positions of the static object with respect to the corresponding positions of the object sensor, calculating expected positions of the static object from the relative positions assuming an orientation error of the object sensor, calculating an error parameter from the expected positions, minimizing the error parameter by adjusting the orientation error of the object sensor.
Weapon safety system comprising: - a target ; - a weapon ; - an emitter located in a surrounding region of the target ; and - a receiver attachable to the weapon ; the weapon comprising an automated lock , which is configured to prevent the weapon from being fired; wherein the emitter comprises: - a light emitting diode adapted to transmit the clearance signal with an encoded identifier ; and - a first radiation-blocking element comprising a first aperture which restricts emission of the light emitting diode to a first beam ; the first beam defining a first enablement area (A1) at the receiver in which the clearance signal is received in the receiver ; wherein the receiver comprises: - a photodetector , adapted to receive and to measure an optical power of the clearance signal; the light emitting diode and the photodetector being aligned in an optimal shooting position in which the weapon is aiming at the target ; - receiver control means ; wherein the receiver control means is adapted to release the automated lock and to enable shooting when the following conditions are met: - the clearance signal is received by the receiver , so that the receiver is within the first enablement area (A1); - the measured optical power is above a first predefined threshold; and - the encoded identifier is validated, characterised in that the receiver control means is adapted to release the automated lock : - if the measured optical power exceeds a second threshold, lower than the first threshold, and a preceding measurement of the optical power exceeds the first threshold. - a target ; - a weapon ; - an emitter located in a surrounding region of the target ; and - a receiver attachable to the weapon ; - a light emitting diode adapted to transmit the clearance signal with an encoded identifier ; and - a first radiation-blocking element comprising a first aperture which restricts emission of the light emitting diode to a first beam ; the first beam defining a first enablement area (A1) at the receiver in which the clearance signal is received in the receiver ; - a photodetector , adapted to receive and to measure an optical power of the clearance signal; the light emitting diode and the photodetector being aligned in an optimal shooting position in which the weapon is aiming at the target ; - receiver control means ; - the clearance signal is received by the receiver , so that the receiver is within the first enablement area (A1); - the measured optical power is above a first predefined threshold; and - the encoded identifier is validated, - if the measured optical power exceeds a second threshold, lower than the first threshold, and a preceding measurement of the optical power exceeds the first threshold.
Device for measuring the current flowing in at least two current lines of an electrical installation, characterized in that it comprises: - a first printed circuit assembly including: - a first aperture for passing a first current line , - a second aperture for passing a second current line , and - a first current sensor positioned around the first aperture so as to measure the current flowing in the first current line , said first current sensor including at least one first rectilinear winding portion positioned between the first aperture and the second aperture , - a second printed circuit assembly , positioned parallel to the first printed circuit assembly , said second assembly including: - a third aperture , facing the second aperture , for passing the second current line , - a second current sensor positioned around the third aperture so as to measure the current flowing in the second current line passing through the third aperture , said second sensor including at least one second rectilinear winding portion positioned facing the first rectilinear winding portion of the first current sensor . - a first printed circuit assembly including: - a first aperture for passing a first current line , - a second aperture for passing a second current line , and - a first current sensor positioned around the first aperture so as to measure the current flowing in the first current line , said first current sensor including at least one first rectilinear winding portion positioned between the first aperture and the second aperture , - a first aperture for passing a first current line , - a second aperture for passing a second current line , and - a first current sensor positioned around the first aperture so as to measure the current flowing in the first current line , said first current sensor including at least one first rectilinear winding portion positioned between the first aperture and the second aperture , - a second printed circuit assembly , positioned parallel to the first printed circuit assembly , said second assembly including: - a third aperture , facing the second aperture , for passing the second current line , - a second current sensor positioned around the third aperture so as to measure the current flowing in the second current line passing through the third aperture , said second sensor including at least one second rectilinear winding portion positioned facing the first rectilinear winding portion of the first current sensor . - a third aperture , facing the second aperture , for passing the second current line , - a second current sensor positioned around the third aperture so as to measure the current flowing in the second current line passing through the third aperture , said second sensor including at least one second rectilinear winding portion positioned facing the first rectilinear winding portion of the first current sensor .
Control and drive-along device with a control area and a stationary area with two footsteps (8.1, 8.2) for a single-axle vehicle with a single-axle drive axle, characterized in in that the standing area is connected to the control area via an S-pillar and, together with a base , is pivotably mounted relative to the single-axle drive axle via a swivel bearing , the base being penetrated by a swivel bracket which is pivotably arranged on a suspension in a swivel opening and at the two ends of which the swiveling footsteps (8.1, 8.2) are arranged, which are also pivotable via bearings (10.2, 10.3).
Arrangement for storing thermal energy, - with a heat-storage system which is configured in three dimensions and which comprises a solid natural material for storing heat, namely a heat-storage material (MAT), - where the heat-storage material (MAT) is surrounded by a flexible fluid-impermeable layer (FUS) in a manner that at least provides pressure-tight isolation of the heat-storage material (MAT) from the environment of the heat-storage system, characterized in that - a flexible outer layer is provided, coupled to the flexible fluid-impermeable layer (FUS) in a manner such that the flexible outer layer exerts an areal force on the flexible fluid-impermeable layer (FUS) and the flexible fluid-impermeable layer (FUS) therefore exerts areal pressure on the heat-storage material (MAT), and - the flexible outer layer (i) takes the form of a mesh or (ii) is configured as sheet-metal plates (FDS5) overlapping one another in imbricated manner. - with a heat-storage system which is configured in three dimensions and which comprises a solid natural material for storing heat, namely a heat-storage material (MAT), - where the heat-storage material (MAT) is surrounded by a flexible fluid-impermeable layer (FUS) in a manner that at least provides pressure-tight isolation of the heat-storage material (MAT) from the environment of the heat-storage system, - a flexible outer layer is provided, coupled to the flexible fluid-impermeable layer (FUS) in a manner such that the flexible outer layer exerts an areal force on the flexible fluid-impermeable layer (FUS) and the flexible fluid-impermeable layer (FUS) therefore exerts areal pressure on the heat-storage material (MAT), and - the flexible outer layer (i) takes the form of a mesh or (ii) is configured as sheet-metal plates (FDS5) overlapping one another in imbricated manner.
In vitro method for the diagnosis of coronavirus infection in hospitalized patients which comprises: a) Measuring the level of IP10, PDGFBB and IL4 in a minimally-invasive biological sample obtained from the hospitalized patient, and b) wherein the identification of higher levels of IP10 and PDGFBB coupled with low levels of IL-4, as compared with a pre-established reference level measured in healthy control subjects, is indicative that the hospitalized patient is suffering from coronavirus infection.
A method for efficient location tracking, comprising: receiving a device location from a mobile device associated with a user; identifying a plurality of region definitions associated with the user; selecting a set of region definitions from the plurality of region definitions based on a proximity of a location of each region definition of the plurality of region definitions to the device location; generating a provisional region definition based on a particular location of a particular region definition of the set of region definitions that is farthest from the device location; including the provisional region definition in the set of region definitions; providing the set of region definitions to the mobile device for provisioning; refraining from requesting device locations from the mobile device until receiving a notification from the mobile device that the mobile device has exited a provisional region defined by the provisional region definition; and receiving the notification from the mobile device that the mobile device has exited the provisional region defined by the provisional region definition, upon which: requesting an updated device location from the mobile device; and selecting an updated set of region definitions from the plurality of region definitions based on an updated proximity of the location of each region definition of the plurality of region definitions to the updated device location. receiving a device location from a mobile device associated with a user; identifying a plurality of region definitions associated with the user; selecting a set of region definitions from the plurality of region definitions based on a proximity of a location of each region definition of the plurality of region definitions to the device location; generating a provisional region definition based on a particular location of a particular region definition of the set of region definitions that is farthest from the device location; including the provisional region definition in the set of region definitions; providing the set of region definitions to the mobile device for provisioning; refraining from requesting device locations from the mobile device until receiving a notification from the mobile device that the mobile device has exited a provisional region defined by the provisional region definition; and receiving the notification from the mobile device that the mobile device has exited the provisional region defined by the provisional region definition, upon which: requesting an updated device location from the mobile device; and selecting an updated set of region definitions from the plurality of region definitions based on an updated proximity of the location of each region definition of the plurality of region definitions to the updated device location. requesting an updated device location from the mobile device; and selecting an updated set of region definitions from the plurality of region definitions based on an updated proximity of the location of each region definition of the plurality of region definitions to the updated device location.