mhurhangee/patent-ind-claim-en huggingface dataset:
A smear preparing apparatus that operates under selectable operation modes, comprising: a smearing unit that prepares smeared slides by smearing samples onto slides; a staining unit that is capable of housing the smeared slides and that performs staining processing by accommodating a staining solution used to stain the samples on the housed smeared slides; a fluid circuit that supplies the staining solution to the staining unit ; and a controller that controls the supplying of the staining solution to the staining unit depending on a selected one of the operation modes, characterized in that the operation modes comprise a smearing mode under which the smeared slides are prepared by the smearing unit , the smeared slides are not stained and the staining solution is not supplied to the staining unit . a smearing unit that prepares smeared slides by smearing samples onto slides; a staining unit that is capable of housing the smeared slides and that performs staining processing by accommodating a staining solution used to stain the samples on the housed smeared slides; a fluid circuit that supplies the staining solution to the staining unit ; and a controller that controls the supplying of the staining solution to the staining unit depending on a selected one of the operation modes, characterized in that the operation modes comprise a smearing mode under which the smeared slides are prepared by the smearing unit , the smeared slides are not stained and the staining solution is not supplied to the staining unit .
A hand carriable surface cleaning apparatus having a top and a bottom and comprising: (a) a dirty fluid inlet ; (b) an air treatment member downstream of the dirty fluid inlet and comprising a lower end, an upper end, an air inlet and an air outlet at the upper end; (c) a pre-motor filter positioned in a pre-motor filter housing having an openable upper cover , the pre-motor filter is positioned above the upper end and downstream of the air treatment member and the pre-motor filter overlies at least a portion of the upper end of the air treatment member when the bottom is resting on a horizontal surface; (d) a suction motor positioned within a motor housing , downstream of the pre-motor filter and rearward of the air treatment member; (e) an air flow path extending from the pre-motor filter housing to the suction motor; and, (f) a clean air outlet downstream of the suction motor; characterized in that the cleaning apparatus further comprises (g) a pistol-grip style handle having an upper end that is positioned adjacent the rear side wall of the housing of the pre-motor filter, or that is attached to a bridge portion that extends rearwardly from the pre-motor filter housing ; a lower bottom end that is positioned rearward of the upper end and adjacent the motor housing ; and a grip portion extending between the upper end and the bottom end , and a finger gap to receive the fingers of a user is provided between the grip portion and the pre-motor filter housing . (a) a dirty fluid inlet ; (b) an air treatment member downstream of the dirty fluid inlet and comprising a lower end, an upper end, an air inlet and an air outlet at the upper end; (c) a pre-motor filter positioned in a pre-motor filter housing having an openable upper cover , the pre-motor filter is positioned above the upper end and downstream of the air treatment member and the pre-motor filter overlies at least a portion of the upper end of the air treatment member when the bottom is resting on a horizontal surface; (d) a suction motor positioned within a motor housing , downstream of the pre-motor filter and rearward of the air treatment member; (e) an air flow path extending from the pre-motor filter housing to the suction motor; and, (f) a clean air outlet downstream of the suction motor;
A method for setting a fuel flow schedule for starting a gas turbine engine of an aircraft, the method comprising: obtaining an aircraft speed and an engine rotational speed; estimating a compressor inlet recovered pressure (P 1 ) by combining a first component influenced by the aircraft speed and a second component influenced by the engine rotational speed; and selecting a fuel flow schedule for engine start in accordance with the estimated compressor inlet recovered pressure (P 1 ). obtaining an aircraft speed and an engine rotational speed; estimating a compressor inlet recovered pressure (P 1 ) by combining a first component influenced by the aircraft speed and a second component influenced by the engine rotational speed; and selecting a fuel flow schedule for engine start in accordance with the estimated compressor inlet recovered pressure (P 1 ).
Tyre having at least one carcass reinforcement comprising reinforcers, surmounted radially on the outside by a crown reinforcement comprising two axial ends S, itself radially on the inside of a tread , said crown reinforcement being made up of at least one layer of reinforcement elements, said tread being connected to two beads by way of two sidewalls , said beads being intended to come into contact with a rim flange having a rim flange top C, each bead having at least one circumferential reinforcement element known as a bead wire, said carcass reinforcement comprising an end at each bead , the end of the carcass reinforcement being turned up once in an outward radial direction of the tyre and about said bead wire, so as to form a turnup, then being folded in the radially outward direction so as to form a fold of the carcass ply , said fold forming a radially external end and three adjacent parts along an axial axis made up of a central part , of an axially internal lateral part , and of an axially external lateral part , the fold being executed in an outward axial direction with respect to the centre of the tyre, characterized in that a decoupling elastomer composition having a secant modulus at 10% extension of greater than or equal to 10 MPa and preferably greater than or equal to 30 MPa and less than or equal to 60 MPa is present • between the axially internal lateral part and the central part of said turnup, and • at the radially external end of said turnup , • said elastomer composition being present along a radial length comprised between the radially external end of the turnup and a radially internal point F with respect to the end of said turnup, said point being situated on the sidewall and at a distance from said radially external end by a length greater than 10 mm, and in that • the radially external end of the turnup is disposed between the rim flange top C and a point D, said points C and D being situated at the surface of the sidewall and disposed on either side of a point E situated on the sidewall corresponding to the nominal section width, • said point D being disposed at a maximum radial length equal to 85% of the length present between the axial end S of the crown reinforcement and the rim flange top C. • between the axially internal lateral part and the central part of said turnup, and • at the radially external end of said turnup , • said elastomer composition being present along a radial length comprised between the radially external end of the turnup and a radially internal point F with respect to the end of said turnup, said point being situated on the sidewall and at a distance from said radially external end by a length greater than 10 mm, and in that • the radially external end of the turnup is disposed between the rim flange top C and a point D, said points C and D being situated at the surface of the sidewall and disposed on either side of a point E situated on the sidewall corresponding to the nominal section width, • said point D being disposed at a maximum radial length equal to 85% of the length present between the axial end S of the crown reinforcement and the rim flange top C.
An implantable pulse generator (IPG) configured to provide therapy to a patient, the IPG comprising: first circuitry configured to boost a first voltage (V bat ) to a second voltage (V + ), the first circuitry comprising a magnetic-core inductor having an inductance, and second circuitry configured to detect a change in the second voltage (V + ), the change in the second voltage indicating a change in the inductance when the IPG is in the presence of an external magnetic field. first circuitry configured to boost a first voltage (V bat ) to a second voltage (V + ), the first circuitry comprising a magnetic-core inductor having an inductance, and second circuitry configured to detect a change in the second voltage (V + ), the change in the second voltage indicating a change in the inductance when the IPG is in the presence of an external magnetic field.
A method comprising: fetching a vector memory instruction using a processor core including a pipeline configured to execute instructions, including constant-stride vector memory instructions; partitioning a vector that is identified by the vector memory instruction into a subvector of a maximum length, greater than one, and one or more additional subvectors with lengths less than or equal to the maximum length; checking , using a memory protection circuit , whether accessing elements of the subvector will cause a memory protection violation; and accessing the elements of the subvector before checking, using the memory protection circuit, whether accessing elements of one of the one or more additional subvectors will cause a memory protection violation. fetching a vector memory instruction using a processor core including a pipeline configured to execute instructions, including constant-stride vector memory instructions; partitioning a vector that is identified by the vector memory instruction into a subvector of a maximum length, greater than one, and one or more additional subvectors with lengths less than or equal to the maximum length; checking , using a memory protection circuit , whether accessing elements of the subvector will cause a memory protection violation; and accessing the elements of the subvector before checking, using the memory protection circuit, whether accessing elements of one of the one or more additional subvectors will cause a memory protection violation.
A driving assistance method for a driver of a vehicle , the vehicle following a path in an environment, the vehicle comprising a display device , the method comprising at least the steps of: - acquiring a first parameter relating to a short-term trajectory of the vehicle , the short-term trajectory being the trajectory followed by the vehicle in a time interval having a duration of at most 10 seconds, preferably at most 5 seconds; - measuring a second parameter relating to the traffic density in the vehicle's environment, characterised in that the method further comprises the steps of: - calculating a first coordinate (C1) along a first direction (D1) on the display device as the result of a first function (f1) applied to the first parameter; - determining a second coordinate (C2) along a second direction (D2) on the display device as the result of a second function (f2) applied to the second parameter, the second direction (D2) being perpendicular to the first direction (D1), and - displaying driving assistance information at a display position (PA) on the display device , the display position (PA) having the first coordinate (C1) in the first direction (D1) and the second coordinate (C2) in the second direction (D2) as coordinates. - acquiring a first parameter relating to a short-term trajectory of the vehicle , the short-term trajectory being the trajectory followed by the vehicle in a time interval having a duration of at most 10 seconds, preferably at most 5 seconds; - measuring a second parameter relating to the traffic density in the vehicle's environment, - calculating a first coordinate (C1) along a first direction (D1) on the display device as the result of a first function (f1) applied to the first parameter; - determining a second coordinate (C2) along a second direction (D2) on the display device as the result of a second function (f2) applied to the second parameter, the second direction (D2) being perpendicular to the first direction (D1), and - displaying driving assistance information at a display position (PA) on the display device , the display position (PA) having the first coordinate (C1) in the first direction (D1) and the second coordinate (C2) in the second direction (D2) as coordinates.
A medical device system for insertion into a patient's anatomy, the medical device system comprising: an introducer tube defining a lumen therein, the introducer tube defining an opening at a distal end of the introducer tube ; a medical device disposed within the lumen of the introducer tube in a first position, the medical device being movable within the introducer tube between the first position and a second position, wherein in the second position, the medical device extends at least partially beyond the distal end of the introducer tube , the medical device defining at least one echogenic feature thereon for allowing visualization of the medical device when the medical device is inserted into the patient's anatomy in the second position; characterized in that : the medical device forms a coil once deployed within the patient's anatomy; the medical device is stored in a relative straight configuration within the lumen of the introducer tube in the first position and has a coil portion and a straight portion in the second position, and the coil defines a plurality of helical turns , the at least one echogenic feature comprising a plurality of irregularities formed in the coil. an introducer tube defining a lumen therein, the introducer tube defining an opening at a distal end of the introducer tube ; a medical device disposed within the lumen of the introducer tube in a first position, the medical device being movable within the introducer tube between the first position and a second position, wherein in the second position, the medical device extends at least partially beyond the distal end of the introducer tube , the medical device defining at least one echogenic feature thereon for allowing visualization of the medical device when the medical device is inserted into the patient's anatomy in the second position; characterized in that : the medical device forms a coil once deployed within the patient's anatomy; the medical device is stored in a relative straight configuration within the lumen of the introducer tube in the first position and has a coil portion and a straight portion in the second position, and the coil defines a plurality of helical turns , the at least one echogenic feature comprising a plurality of irregularities formed in the coil. the medical device forms a coil once deployed within the patient's anatomy; the medical device is stored in a relative straight configuration within the lumen of the introducer tube in the first position and has a coil portion and a straight portion in the second position, and the coil defines a plurality of helical turns , the at least one echogenic feature comprising a plurality of irregularities formed in the coil.
A cutter system for profile milling, the cutter system comprising: a cylindrical cutter head provided with a slot transverse its circumference, the slot having opposite side wall surfaces , and an insert knife arranged in the slot and extending in an outward direction as seen in a cross-section of the cutter head , the insert knife comprising a cutting edge which protrudes past a first of the opposite side wall surfaces of the slot as seen in the outward direction , wherein the insert knife further comprises a first surface abutting the first of the opposite side wall surfaces of the slot , characterized in that the first surface has a ridged first portion , comprising a plurality of ridges , and a flat second portion , that the insert knife is oriented with the flat second portion farther out than the ridged first portion , and that the first surface of the insert knife abuts the first of the opposite side wall surfaces of the slot by that at least some of the plurality of ridges are received in complementary grooves in the first of the opposite side wall surfaces and by that the flat second portion abuts a flat portion of the first of the opposite side wall surfaces . a cylindrical cutter head provided with a slot transverse its circumference, the slot having opposite side wall surfaces , and an insert knife arranged in the slot and extending in an outward direction as seen in a cross-section of the cutter head , the insert knife comprising a cutting edge which protrudes past a first of the opposite side wall surfaces of the slot as seen in the outward direction , wherein the insert knife further comprises a first surface abutting the first of the opposite side wall surfaces of the slot , characterized in that the first surface has a ridged first portion , comprising a plurality of ridges , and a flat second portion , that the insert knife is oriented with the flat second portion farther out than the ridged first portion , and that the first surface of the insert knife abuts the first of the opposite side wall surfaces of the slot by that at least some of the plurality of ridges are received in complementary grooves in the first of the opposite side wall surfaces and by that the flat second portion abuts a flat portion of the first of the opposite side wall surfaces .
A method for repairing a leaking cement barrier in an annulus of a well , the method comprises: - providing a device comprising: - a reservoir for containing the polymeric hardening liquid; - an injection tool having an outlet adapted to be aligned with an opening in a casing for introducing the polymeric hardening liquid in through the opening and into the annulus comprising the cement barrier; - a pump unit for pumping the polymeric hardening liquid from the reservoir into annulus ; and - a control unit for controlling the pumping pressure of the pump ; and - inserting the device into the well and positioning the injection tool at a position wherein the outlet is aligned with the opening in the casing for introducing a polymeric hardening liquid into the annulus ; characterized in that method further comprises: - at a start-up phase, activating the pump for introducing the polymeric hardening liquid into the annulus at an initial pressure, and - at a close-down phase, introducing the liquid into the annulus at a final pressure, wherein the final pressure is higher than the initial pressure. - providing a device comprising: - a reservoir for containing the polymeric hardening liquid; - an injection tool having an outlet adapted to be aligned with an opening in a casing for introducing the polymeric hardening liquid in through the opening and into the annulus comprising the cement barrier; - a pump unit for pumping the polymeric hardening liquid from the reservoir into annulus ; and - a control unit for controlling the pumping pressure of the pump ; and - a reservoir for containing the polymeric hardening liquid; - an injection tool having an outlet adapted to be aligned with an opening in a casing for introducing the polymeric hardening liquid in through the opening and into the annulus comprising the cement barrier; - a pump unit for pumping the polymeric hardening liquid from the reservoir into annulus ; and - a control unit for controlling the pumping pressure of the pump ; and - inserting the device into the well and positioning the injection tool at a position wherein the outlet is aligned with the opening in the casing for introducing a polymeric hardening liquid into the annulus ; - at a start-up phase, activating the pump for introducing the polymeric hardening liquid into the annulus at an initial pressure, and - at a close-down phase, introducing the liquid into the annulus at a final pressure, wherein the final pressure is higher than the initial pressure.
An apparatus configured for performing a method, the method comprising: - delivering , from a higher layer to a lower layer , an instruction to transmit a scheduling request ; and - at least partially controlling, by the lower layer , a selection of one or more resources for transmitting the scheduling request characterised in that the lower layer comprises a timer for controlling of the selection of the one or more resources for transmitting the scheduling request . - delivering , from a higher layer to a lower layer , an instruction to transmit a scheduling request ; and - at least partially controlling, by the lower layer , a selection of one or more resources for transmitting the scheduling request
A VCSEL device comprising between three and six mesas provided on one semiconductor chip , wherein the mesas are electrically connected in parallel such that the mesas are adapted to emit laser light at the same time if a defined voltage is provided to the mesas , the laser device further comprising a driver for electrically driving the mesas, wherein the driver is adapted to provide the defined voltage to the mesas ; wherein the semiconductor chip has a side length of less than 250μm; wherein the VCSEL device is adapted to emit laser light of an optical power between 4 mW and 10 mW; and wherein each mesa comprises an active diameter of a circular hole defined by a non-conductive oxide area between 5 μm and 9 μm.
Embossing device for fine embossing of packaging material with a set of embossing rolls with female embossing and male embossing rolls, respectively the structural elements (ML1; ML2; ML3; ML5; ML7; ML9) of the female embossing rolls (M1; M4 ;M5 ; M6; M7; M8; M9; M10; M11; M12) and the structural elements (PL1; PL2; PL3; PL4; PL6; PL8; PL10; PL11; PL12; PL13; PL14; PL15) of the male embossing rolls (P1; P4; P5; P6; P7; P8; P9; P10; P11; P12) being assigned to each other, and the structural elements of one of the rolls having been produced independently of the structural elements of the other rolls to be non-inversely congruent, characterized in that at least one structural element (ML1; ML2; ML3; ML5; ML7; ML9; PL1; PL2; PL3; PL4; PL6; PL8; PL10; PL11; PL12; PL13; PL14; PL15) of at least one roll (M1 ;M4 ;M5 ;M6 ;M7 ;M8 ;M9 ;M10 ;M11 ;M12 ; P1; P4; P5; P6; P7; P8; P9; P10; P11; P12) is provided on its bottom surface (B1; B1A; B2; B5) and/or surface (S1; S2; S4; S5; S6; S7; S8; S9; S10) and/or side surfaces and/or in its immediate surroundings with light-scattering elements (DM1; DM2; DM5; DM7; DM9; N[2, 3, 4, ...]; D1; D2; D4; D6; D8; D10; D11; D12; D13; D14; D15; D16), the height (H) of which is 10 um to 150 um and the foot width is at least 10 um.
A dry immediate release film coating composition comprising: - a polymer which is polyvinyl alcohol, wherein the polyvinyl alcohol is present in the range from 20 % w/w to 50 % w/w by total weight of the composition; - a sugar present in the range from 5% w/w to 40% w/w by total weight of the composition; and - a plasticizer present in the range from 5 % w/w to 20 % w/w by total weight of the composition; wherein the ratio of polyvinyl alcohol to sugar is in the range from 0.5:1 to 3:1. - a polymer which is polyvinyl alcohol, wherein the polyvinyl alcohol is present in the range from 20 % w/w to 50 % w/w by total weight of the composition; - a sugar present in the range from 5% w/w to 40% w/w by total weight of the composition; and - a plasticizer present in the range from 5 % w/w to 20 % w/w by total weight of the composition;