mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor for the detection of soot particles , comprising a substrate and at least two electrode layers (12; 13), wherein a first electrode layer and at least one second electrode layer , arranged between the substrate and the first electrode layer , are arranged, wherein between the first electrode layer and the at least one second electrode layer there is at least one isolation layer and in the first electrode layer and in the at least one isolation layer there is in each case at least one opening (15; 16), wherein the opening of the first electrode layer and the opening of the isolation layer are at least in sections arranged on top of each other in such a way that at least one through passage (17, 17', 17") to the second electrode is formed, characterised in that the at least one through passage is in the form of an elongated recess (17', 17") and extends in a meander-like manner, wherein the length of the recess is greater than the width of the recess.
A method for analyzing a blood sample, the method comprising: - arranging (S102) a cuvette comprising a sampling cavity and a sample analysis cavity on a rotatable member, wherein the sampling cavity comprises a blood sample to be analyzed; - prior to the first rotation cycle, rotating (S104) the rotatable member at an initial speed in an initial rotation cycle, wherein the initial speed is insufficient for transfer of the blood sample from the sampling cavity to the sample analysis cavity, - obtaining (S106), using a photometer, during the initial rotation cycle, initial absorbance data indicative of an absorbance in or through the sample analysis cavity of the cuvette, - determining (S108), based on the initial absorbance data, a cuvette parameter associated with the cuvette, - providing (S109) an output indicative of the cuvette parameter, - rotating (S110) the rotatable member at a first speed in a first rotation cycle for transfer of the blood sample from the sampling cavity to the sample analysis cavity; - rotating (S116) the rotatable member at a second speed in a second rotation cycle after the first rotation cycle for separating blood parts from plasma in the blood sample; - obtaining (S118), using the photometer, during the second rotation cycle, second absorbance data indicative of absorbance in the plasma; - determining (S119), based on the second absorbance data, a second blood parameter being a plasma free hemoglobin level of the blood sample; and - providing (S120) an output indicative of the second blood parameter. - arranging (S102) a cuvette comprising a sampling cavity and a sample analysis cavity on a rotatable member, wherein the sampling cavity comprises a blood sample to be analyzed; - prior to the first rotation cycle, rotating (S104) the rotatable member at an initial speed in an initial rotation cycle, wherein the initial speed is insufficient for transfer of the blood sample from the sampling cavity to the sample analysis cavity, - obtaining (S106), using a photometer, during the initial rotation cycle, initial absorbance data indicative of an absorbance in or through the sample analysis cavity of the cuvette, - determining (S108), based on the initial absorbance data, a cuvette parameter associated with the cuvette, - providing (S109) an output indicative of the cuvette parameter, - rotating (S110) the rotatable member at a first speed in a first rotation cycle for transfer of the blood sample from the sampling cavity to the sample analysis cavity; - rotating (S116) the rotatable member at a second speed in a second rotation cycle after the first rotation cycle for separating blood parts from plasma in the blood sample; - obtaining (S118), using the photometer, during the second rotation cycle, second absorbance data indicative of absorbance in the plasma; - determining (S119), based on the second absorbance data, a second blood parameter being a plasma free hemoglobin level of the blood sample; and - providing (S120) an output indicative of the second blood parameter.
A multi-part suspension device for a kitchen appliance to be fixed to a wall , comprising a mounting rail and at least one suspension profile , wherein the at least one suspension profile is horizontally attachable to the kitchen appliance , wherein the at least one suspension profile comprises at least one engaging means for engaging the at least one suspension profile with the mounting rail such that in an engaged position a main plane of the suspension profile is arrangeable parallel to a main plane of the mounting rail and to the wall , wherein the dimensions of the mounting rail and the suspension profile are chosen such that the at least one suspension profile is movable along at least a part of a first longitudinal edge of the mounting rail , characterized in that the mounting rail comprises a first leg of the mounting rail projecting from a first short edge of the mounting rail and a second leg of the mounting rail projecting from a second short edge of the mounting rail , wherein in a position of the mounting rail being fixable to the wall the first leg and the second leg project from a main plane of the mounting rail towards the wall , and wherein each of the first leg and the second leg is angled at its free edge such that a contact area of the first leg and the second leg with the wall is enlarged, wherein the first leg and the second leg comprise each at least one through hole , at which said mounting rail is horizontally fixable to the wall , and wherein the at least one through hole is arranged in the enlarged contact area of the first leg and second leg with the wall .
A data processing method, comprising: receiving (101; 201; 301; 401), by a terminal, mapping relationship information sent from a base station, wherein the mapping relationship information is used to indicate a mapping relationship between hybrid automatic repeat request, HARQ, entities of the terminal and frequency resources configured by the base station for the terminal, wherein a quantity of the frequency resources configured by the base station for the terminal is greater than a quantity of the HARQ entities of the terminal, the frequency resources being carriers; determining (102; 203; 303; 403), by the terminal, multiple carriers; determining (103; 204; 304; 404), by the terminal according to the mapping relationship information, a HARQ entity corresponding to the multiple carriers; performing, by the terminal, by using the HARQ entity, first processing on a HARQ data block that needs to be transmitted on the multiple carriers, wherein the first processing comprises: generating the HARQ data block; and sending, by the terminal, the HARQ data block to the base station; if the base station fails to correctly receive the HARQ data block and if the terminal receives no scheduling grant signaling used for retransmitting the HARQ data block, determining, by the terminal, a configured retransmission carrier corresponding to the HARQ entity, and retransmitting the HARQ data block to the base station by using the configured retransmission carrier. receiving (101; 201; 301; 401), by a terminal, mapping relationship information sent from a base station, wherein the mapping relationship information is used to indicate a mapping relationship between hybrid automatic repeat request, HARQ, entities of the terminal and frequency resources configured by the base station for the terminal, wherein a quantity of the frequency resources configured by the base station for the terminal is greater than a quantity of the HARQ entities of the terminal, the frequency resources being carriers; determining (102; 203; 303; 403), by the terminal, multiple carriers; determining (103; 204; 304; 404), by the terminal according to the mapping relationship information, a HARQ entity corresponding to the multiple carriers; performing, by the terminal, by using the HARQ entity, first processing on a HARQ data block that needs to be transmitted on the multiple carriers, wherein the first processing comprises: generating the HARQ data block; and sending, by the terminal, the HARQ data block to the base station; if the base station fails to correctly receive the HARQ data block and if the terminal receives no scheduling grant signaling used for retransmitting the HARQ data block, determining, by the terminal, a configured retransmission carrier corresponding to the HARQ entity, and retransmitting the HARQ data block to the base station by using the configured retransmission carrier.
A mobile and foldable deck for boats , wherein said deck is to be fixed to the hull of a boat and has a load-bearing frame delimited by sides , an upper fixed platform and a lower platform , said lower platform being covered by a supporting base , said supporting base being divided into longitudinal portions, each of which is mechanically connected to a step flange , in such a way that said step flanges are designed to move angularly and simultaneously said longitudinal portions following a predetermined command, said lower platform being also activated upwards or downwards, by means of two or more cylinders of the hydraulic, electrical or mechanical type by means of a mechanical pantograph system made by means of a series of rods, in such a way as to obtain a configuration of the supporting base in the form of steps and allow a user to reach an embarkation/disembarkation position and a position for entering the water; wherein said deck comprises one or more foldable handrails and/or stanchions , characterized in that said one or more handrails and/or stanchions being tilted on said supporting base , thanks to a system of slots which allow each handrail and/or stanchion to be raised and rotated (F) to tilt it to a horizontal position and lock it in position, by inserting suitable locking pins, said one or more handrails and/or stanchions can be raised in a vertical position and, thanks to said system of slots , rotated and lowered.
An image forming apparatus comprising: an image bearing member ; a toner image forming unit for forming a toner image on said image bearing member ; an endless transfer belt for feeding a recording material (P); a transfer roller , urged from an inner peripheral surface of said transfer belt toward said image bearing member via said transfer belt , for forming a transfer portion (T2) for transferring the toner image from said image bearing member onto the recording material (P); a feeding surface forming roller for stretching said transfer belt to form a recording material feeding surface, wherein said feeding surface forming roller is provided downstream of said transfer roller with respect to a traveling direction (B) of said transfer belt ; and a stretching roller for stretching said transfer belt , wherein said stretching roller is provided downstream of said feeding surface forming roller with respect to the traveling direction (B) of said transfer belt and has such a shape that a diameter (R2max) at each of end portions is larger than a diameter (R2min) at a central portion with respect to the rotational axis direction; characterized in that a contour of said feeding surface forming roller along a rotational axis guiding the transfer belt has such a shape that a diameter (R1min) at each of end portions is smaller than a diameter (R1max) at a central portion with respect to a rotational axis direction. an image bearing member ; a toner image forming unit for forming a toner image on said image bearing member ; an endless transfer belt for feeding a recording material (P); a transfer roller , urged from an inner peripheral surface of said transfer belt toward said image bearing member via said transfer belt , for forming a transfer portion (T2) for transferring the toner image from said image bearing member onto the recording material (P); a feeding surface forming roller for stretching said transfer belt to form a recording material feeding surface, wherein said feeding surface forming roller is provided downstream of said transfer roller with respect to a traveling direction (B) of said transfer belt ; and a stretching roller for stretching said transfer belt , wherein said stretching roller is provided downstream of said feeding surface forming roller with respect to the traveling direction (B) of said transfer belt and has such a shape that a diameter (R2max) at each of end portions is larger than a diameter (R2min) at a central portion with respect to the rotational axis direction; characterized in that a contour of said feeding surface forming roller along a rotational axis guiding the transfer belt has such a shape that a diameter (R1min) at each of end portions is smaller than a diameter (R1max) at a central portion with respect to a rotational axis direction.
A single use laryngoscope handle comprising: a longitudinal handle axis ; an elongated tubular hand grip having a leading hand grip end , and a trailing hand grip end , the leading hand grip end configured for dual snap fit engagement to a laryngoscope blade ; a power source assembly compartment between the leading hand grip end and the trailing hand grip end , the power source assembly compartment configured to store a power source assembly ; an end cap including a transverse end plate , an upright end wall for sliding mounting on a lowermost end of the trailing hand grip end , and a support member for supporting the power source assembly in the power source assembly compartment at the leading hand grip end in a pre-actuated position; and characterized by at least one plastic frangible member extending from the end plate and facing radial outward from the support member for snap fit insertion into a respective aperture in the lowermost end of the trailing hand grip end such that the end cap engages the trailing hand grip end in the pre-actuated position; where manual actuation of the end cap involves rotation of the end cap to break the at least one frangible member such that the end cap disengages the trailing hand grip end in an actuated position, and a subsequent longitudinally directed force to detach the end cap from the trailing hand grip end causing the power source assembly to slide downwardly and outwardly from the trailing hand grip end under gravitational force in an upright handle orientation to preclude re-use of the laryngoscope handle . a longitudinal handle axis ; an elongated tubular hand grip having a leading hand grip end , and a trailing hand grip end , the leading hand grip end configured for dual snap fit engagement to a laryngoscope blade ; a power source assembly compartment between the leading hand grip end and the trailing hand grip end , the power source assembly compartment configured to store a power source assembly ; an end cap including a transverse end plate , an upright end wall for sliding mounting on a lowermost end of the trailing hand grip end , and a support member for supporting the power source assembly in the power source assembly compartment at the leading hand grip end in a pre-actuated position; and characterized by at least one plastic frangible member extending from the end plate and facing radial outward from the support member for snap fit insertion into a respective aperture in the lowermost end of the trailing hand grip end such that the end cap engages the trailing hand grip end in the pre-actuated position; where manual actuation of the end cap involves rotation of the end cap to break the at least one frangible member such that the end cap disengages the trailing hand grip end in an actuated position, and a subsequent longitudinally directed force to detach the end cap from the trailing hand grip end causing the power source assembly to slide downwardly and outwardly from the trailing hand grip end under gravitational force in an upright handle orientation to preclude re-use of the laryngoscope handle .
A food probe for determining the temperature or the temperatures in the interior of food stuff, wherein - the food probe comprises an elongated rod , - a front portion of the rod is provided for penetrating the food stuff, - the rod includes a cone end arranged at its front end, - the food probe comprises at least three temperature sensors , - the food probe comprises a connector provided for an electric connection to a control unit, and - the connector comprises at least three connector elements connected to the temperature sensors , wherein the rod is subdivided into at least three pipe sections arranged serially, wherein at most one of the temperature sensors is arranged inside one pipe section and/or inside the cone end , and wherein the pipe sections and/or the cone end are separated by thermal insulating elements , characterized in that the temperature sensor includes the three connector elements wherein a first temperature sensor is connected in parallel to a series including a second temperature sensor and a third temperature sensor , wherein the first temperature sensor and said series are interconnected between a first connector element and a third connector element , while the crosspoint of the second temperature sensor and the third temperature sensor is connected to a second connector element , wherein a diode is connected upstream the second temperature sensor . - the food probe comprises an elongated rod , - a front portion of the rod is provided for penetrating the food stuff, - the rod includes a cone end arranged at its front end, - the food probe comprises at least three temperature sensors , - the food probe comprises a connector provided for an electric connection to a control unit, and - the connector comprises at least three connector elements connected to the temperature sensors , wherein the rod is subdivided into at least three pipe sections arranged serially, wherein at most one of the temperature sensors is arranged inside one pipe section and/or inside the cone end , and wherein the pipe sections and/or the cone end are separated by thermal insulating elements , characterized in that the temperature sensor includes the three connector elements wherein a first temperature sensor is connected in parallel to a series including a second temperature sensor and a third temperature sensor , wherein the first temperature sensor and said series are interconnected between a first connector element and a third connector element , while the crosspoint of the second temperature sensor and the third temperature sensor is connected to a second connector element , wherein a diode is connected upstream the second temperature sensor .
Fan (140, 145 ; 240, 600) for a rotary electrical machine of a motor vehicle, comprising a succession of fins (601-611) distributed around an axis of rotation (X), each of said fins (601-611) being arranged angularly around said axis (X), with respect to a position which would be its own if all the fins were arranged equidistantly, with a respective angular offset, the angular offset being taken, for the successive fins (601-611), following a pseudo-random binary sequence, among two predefined values (α ; β) for the ventilator , characterized in that the pseudo-random binary sequence is generated from an initial binary sequence and a logical combination using an "OR exclusive" operator Packet of two successive binary elements of said sequence, the difference between the two angular offset values (α ; β) being at least 4° and the fins (601-611) being 11 in number.
Compacting device comprising a poker compactor received on a carrier device for compacting bulk material in an open package , wherein the poker compactor comprises an outer wall that is at least partially gas-permeable and is connected with a suction duct , and wherein the poker compactor is suitable to be inserted into an open package to cause the poker compactor to come into contact with the bulk material and to degas and compact the bulk material in the open package , and wherein the poker compactor shows a longitudinal axis , characterized in that the poker compactor is pivotally received around the longitudinal axis .
A method for producing a coating agent selected from paints and plasters having a 5-chloro-2-methyl-4-isothiazolone content in the range from 0 to 1 ppm, using components which would introduce in total more than 1.5 ppm of 5-chloro-2-methyl-4-isothiazolone into the coating agent, comprising the steps: a) decomposing the 5-chloro-2-methyl-4-isothiazolone present in the components of the coating agent with the help of at least one 5-chloro-2-methyl-4-isothiazolone-decomposing compound, such that the content of 5-chloro-2-methyl-4-isothiazolone is in a range from 0 to 1 ppm over the course of a period of less than 24 hours, b) mixing the individual constituents of the coating agent, not definitively selected from the group comprising water, binder, pigment, wetting agent, thickener, thixotropic agent, pH regulating compounds, fillers and dispersants, and c) adding at least one preservative selected from the group consisting of 2-methylisothiazolin-3 -one (MIT), 1,2-benzisothiazolin-3 -one (BIT), N-methyl-1,2-benzisothiazolin-3 -one (M-BIT) and 2-n-octylisothiazolin-3 -one (OIT). a) decomposing the 5-chloro-2-methyl-4-isothiazolone present in the components of the coating agent with the help of at least one 5-chloro-2-methyl-4-isothiazolone-decomposing compound, such that the content of 5-chloro-2-methyl-4-isothiazolone is in a range from 0 to 1 ppm over the course of a period of less than 24 hours, b) mixing the individual constituents of the coating agent, not definitively selected from the group comprising water, binder, pigment, wetting agent, thickener, thixotropic agent, pH regulating compounds, fillers and dispersants, and c) adding at least one preservative selected from the group consisting of 2-methylisothiazolin-3 -one (MIT), 1,2-benzisothiazolin-3 -one (BIT), N-methyl-1,2-benzisothiazolin-3 -one (M-BIT) and 2-n-octylisothiazolin-3 -one (OIT).
A sealing assembly for sealing a piston rod of a piston compressor, which piston rod extends in an axial direction (A) and can be moved back and forth in the axial direction (A), said sealing assembly comprising at least one packing chamber wherein the packing chamber is bounded in the axial direction (A) by a first and a second side wall , wherein at least one packing ring , configured as a sealing ring or as a scraping ring , as well as a spring device are arranged in the packing chamber , and wherein a spring device and at least one packing ring are arranged one after the other in the axial direction (A) proceeding from the first side wall , wherein the packing ring lies against the second side wall , characterized in that the spring device is configured as a magnetic spring and consists of two assemblies spaced apart in the axial direction (A), a first assembly and a second assembly (b), wherein each assembly comprises at least one magnet , and wherein the magnets are arranged in the two assemblies in a mutually matched manner in such a way that the two assemblies repel each other and wherein the two assemblies are not only mutually displaceable in the axial direction (A), but also mutually moveable in the radial direction.
A test or isolation plug, comprising a gripper comprising a plurality of gripper segments , each gripper segment having a pipe or tube confronting surface with two or more separate circumferentially-extending rows of gripper teeth longitudinally-spaced apart on said surface , each of the separate rows of gripper teeth comprising an alternating array of individual tips and gaps such that each row is serrated along its length, and each of said individual tips having a truncated oblique pyramidal shape; a plug body extending along a longitudinal axis; and at least one elastic seal carried on said plug body ; the plurality of the gripper segments being aligned in an assembly on said plug body such that an open slot is located between each adjacent pair of gripper segments.
A conductive liquid metal microparticle comprising: a core comprising a liquid metal; and a shell surrounding the core and comprising a hydrogen-doped liquid metal oxide. a core comprising a liquid metal; and a shell surrounding the core and comprising a hydrogen-doped liquid metal oxide.