mhurhangee/ep-ind-claims huggingface dataset:
A system for measuring the state of degradation of cooking oil in a deep fryer comprising: at least one fryer pot; a conduit fluidly connected to said at least one fryer pot for carrying cooking oil from said at least one fryer pot through a filtration loop and back to said at least one fryer pot; characterized by a sensor disposed in said filtration loop for measuring a dielectric constant of said cooking oil as the cooking oil is carried between said at least one fryer pot and through said filtration loop; and a controller and measurement electronics in electrical communication with said sensor that computes the dielectric constant of the cooking oil for communication to a display or an alarm. at least one fryer pot; a conduit fluidly connected to said at least one fryer pot for carrying cooking oil from said at least one fryer pot through a filtration loop and back to said at least one fryer pot; characterized by a sensor disposed in said filtration loop for measuring a dielectric constant of said cooking oil as the cooking oil is carried between said at least one fryer pot and through said filtration loop; and a controller and measurement electronics in electrical communication with said sensor that computes the dielectric constant of the cooking oil for communication to a display or an alarm.
A method for producing an acrylic polymer comprising: a step of obtaining a polymer by polymerizing an acrylic monomer mixture (a); and a step of polymerizing an acrylic monomer mixture (b) in a dispersion liquid including the polymer to form a polymer, and obtaining an acrylic polymer including the polymer and the polymer, wherein the content ratio of t-butyl methacrylate is 8 to 32% by mol within 100% by mol of the total of the monomers included in the acrylic monomer mixture (a), the solubility parameter of the polymer, as determined according to the description, is 19.90 (J/cm 3) 1/2 or more and the glass transition temperature of the polymer is 90°C or higher, and the relationship between the solubility parameter of the polymer, as determined according to the description, and the solubility parameter satisfies the following formula 0.05 ≤ SPB − SPA ≤ 0.55 a step of obtaining a polymer by polymerizing an acrylic monomer mixture (a); and a step of polymerizing an acrylic monomer mixture (b) in a dispersion liquid including the polymer to form a polymer, and obtaining an acrylic polymer including the polymer and the polymer, wherein the content ratio of t-butyl methacrylate is 8 to 32% by mol within 100% by mol of the total of the monomers included in the acrylic monomer mixture (a), the solubility parameter of the polymer, as determined according to the description, is 19.90 (J/cm 3) 1/2 or more and the glass transition temperature of the polymer is 90°C or higher, and the relationship between the solubility parameter of the polymer, as determined according to the description, and the solubility parameter satisfies the following formula 0.05 ≤ SPB − SPA ≤ 0.55
An in situ strength testing method, comprising: (a) providing a portable testing device having a punch head; (b) identifying sampling locations; (c) driving the testing device into each sampling location by an operator; and (d) measuring desired parameters at each sampling location, characterised in that the method is used to determine compressive gradient strength of an installed engineered material arresting system, the sampling locations are along the engineered material arresting system and the desired parameters comprise measured resistive load recorded as a function of penetration depth, and the punch head speed. (a) providing a portable testing device having a punch head; (b) identifying sampling locations; (c) driving the testing device into each sampling location by an operator; and (d) measuring desired parameters at each sampling location,
A display device, comprising a display panel including a plurality of photosensitive sensing units, and the display device further comprising: a light-transmitting hole forming layer, a liquid crystal lens layer, and a light guide layer arranged on a display side of the display panel and in sequence in a direction away from the display panel, and a light source arranged on a side of the light guide layer, wherein the light-transmitting hole forming layer is configured to be switchable between a transparent state and a pinhole state, wherein the pinhole state is a state in which the light-transmitting hole forming layer form light-transmitting holes facing each photosensitive sensing unit; the liquid crystal lens layer is configured to be switchable between a non-lens state and a lens state, wherein the lens state is a state in which the liquid crystal lens layer forms convex lenses facing each photosensitive sensing unit. wherein the light-transmitting hole forming layer is configured to be switchable between a transparent state and a pinhole state, wherein the pinhole state is a state in which the light-transmitting hole forming layer form light-transmitting holes facing each photosensitive sensing unit; the liquid crystal lens layer is configured to be switchable between a non-lens state and a lens state, wherein the lens state is a state in which the liquid crystal lens layer forms convex lenses facing each photosensitive sensing unit.
Machine tool comprising at least one workpiece support and a portal which can be moved over the workpiece support and which is or can be equipped with various tools, characterized in that a magazine is provided for various fastening units such as pneumatic nailers, staplers, impulse nailers, screwdrivers, and adhesive or glue application units, the fastening units each being stored in holders (12 - 15) in the magazine which are provided with a coupling device, and at least one receiving station (31, 32) having a coupling device for a holder (12 - 15) of a fastening unit is provided on the portal, and the receiving station (31, 32) can be moved with the aid of the portal over a selected holder (12 - 15) in the magazine and can be lowered in the z direction, as a result of which the coupling devices (18, 33) provided on the holder (12 - 15) for the fastening unit and on the receiving station (31, 32) are connected to one another.
A method of receiving a downlink channel by a user equipment, UE, for a wireless communication system, the method comprising: receiving a physical downlink control channel, PDCCH, scheduling a first physical downlink shared channel, PDSCH, on a serving cell, and the method characterized by comprising: based on i) the first PDSCH overlapping in time with a plurality of semi-persistent scheduling, SPS, PDSCHs required to be received on the serving cell and ii) the PDCCH ending at least 14 symbols before an earliest starting symbol among the plurality of SPS PDSCHs, performing reception of the first PDSCH among the plurality of SPS PDSCHs and the first PDSCH. receiving a physical downlink control channel, PDCCH, scheduling a first physical downlink shared channel, PDSCH, on a serving cell, and the method characterized by comprising: based on i) the first PDSCH overlapping in time with a plurality of semi-persistent scheduling, SPS, PDSCHs required to be received on the serving cell and ii) the PDCCH ending at least 14 symbols before an earliest starting symbol among the plurality of SPS PDSCHs, performing reception of the first PDSCH among the plurality of SPS PDSCHs and the first PDSCH.
A cleaner comprising: a main body including: a suction unit configured to guide suctioned air including dust, a dust separation unit configured to separate the dust from the suctioned air through the suction unit, a dust container configured to store the dust separated from the dust separation unit; a dust container cover configured to open and close the dust container; and a suction motor that is configured to generate suction force to thereby suction air; a handle unit including a handle body defining a handle; and an operating member configured to operate the dust container cover to be rotated, wherein the handle body includes a slot, and wherein the operating member is disposed between the main body and the handle body, and characterized in that: the operating member includes an operating rib that passes through the slot and that extends toward the handle, and an operating plate, wherein the operating rib is protruded from the operating plate. a main body including: a suction unit configured to guide suctioned air including dust, a dust separation unit configured to separate the dust from the suctioned air through the suction unit, a dust container configured to store the dust separated from the dust separation unit; a dust container cover configured to open and close the dust container; and a suction motor that is configured to generate suction force to thereby suction air; a suction unit configured to guide suctioned air including dust, a dust separation unit configured to separate the dust from the suctioned air through the suction unit, a dust container configured to store the dust separated from the dust separation unit; a dust container cover configured to open and close the dust container; and a suction motor that is configured to generate suction force to thereby suction air; a handle unit including a handle body defining a handle; and an operating member configured to operate the dust container cover to be rotated, wherein the handle body includes a slot, and wherein the operating member is disposed between the main body and the handle body, and characterized in that: the operating member includes an operating rib that passes through the slot and that extends toward the handle, and an operating plate, wherein the operating rib is protruded from the operating plate. wherein the handle body includes a slot, and wherein the operating member is disposed between the main body and the handle body, and characterized in that: the operating member includes an operating rib that passes through the slot and that extends toward the handle, and an operating plate, wherein the operating rib is protruded from the operating plate. an operating rib that passes through the slot and that extends toward the handle, and an operating plate, wherein the operating rib is protruded from the operating plate.
A hydraulic bulkhead fitting assembly comprising: a tube; a mounting flange attachable to a bulkhead; a thermal shell joining said mounting flange and said tube, said thermal shell consisting of a thin barrier and forming an air gap between said tube and said mounting flange, and an adapter that extends axially away from the mounting flange and away from the thermal shell, characterized in that: the adapter is arranged to extend through the bulkhead, wherein the fitting is held in place by sandwiching the bulkhead 108 between the mounting flange and a mounting provision, and wherein the mounting provision is attachable to the adapter. a tube; a mounting flange attachable to a bulkhead; a thermal shell joining said mounting flange and said tube, said thermal shell consisting of a thin barrier and forming an air gap between said tube and said mounting flange, and an adapter that extends axially away from the mounting flange and away from the thermal shell, characterized in that: the adapter is arranged to extend through the bulkhead, wherein the fitting is held in place by sandwiching the bulkhead 108 between the mounting flange and a mounting provision, and wherein the mounting provision is attachable to the adapter. the adapter is arranged to extend through the bulkhead, wherein the fitting is held in place by sandwiching the bulkhead 108 between the mounting flange and a mounting provision, and wherein the mounting provision is attachable to the adapter.
A process for preparing a compound of Formula: or a pharmaceutically acceptable salt, hydrate, solvate, or polymorph thereof, which comprises: (a) condensing a chiral auxiliary with an aldehyde having the formula wherein the chiral auxiliary is -(+)-tertiarybutylsulfinamide or -α-methylbenzylamine; (b) adding a nucleophile to the condensed product, wherein the nucleophile is the lithium anion of dimethylsulfone; and (c) deprotecting the addition product, wherein: R 1 is CH 3; and each of R 2, R 3, R 4, R 5, and R 6 is at each occurrence independently hydrogen, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -CF 3, -CN or -NO 2. (a) condensing a chiral auxiliary with an aldehyde having the formula wherein the chiral auxiliary is -(+)-tertiarybutylsulfinamide or -α-methylbenzylamine; (b) adding a nucleophile to the condensed product, wherein the nucleophile is the lithium anion of dimethylsulfone; and (c) deprotecting the addition product, wherein: R 1 is CH 3; and each of R 2, R 3, R 4, R 5, and R 6 is at each occurrence independently hydrogen, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -CF 3, -CN or -NO 2. R 1 is CH 3; and each of R 2, R 3, R 4, R 5, and R 6 is at each occurrence independently hydrogen, halo, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, -CF 3, -CN or -NO 2.
Method for controlling the service life of an energy storage module, wherein a state of health (SoH) of the energy storage module is known at different times (t), wherein a first state of health (SoH 1), in which the energy storage module finds itself at a first time (t 1), is known, and a second state of health (SoH 2), in which the energy storage module finds itself at a second time (t 2), is known, wherein an ageing rate (v SoH) is determined from the first and second states of health (SoH 1, SoH 2) and from the first and second times (t 1, t 2), wherein a time (t END_calc) of a determined end of service life is calculated from the ageing rate (v SoH) and one of the states of health (SoH), wherein depending on the time (t END_calc) of the determined end of service life, a measure for changing the service life of the energy storage module is applied, wherein the energy storage module comprises double-layer capacitors, characterised in that the cooling capacity of the energy storage module is increased if a temperature (T ES) measured in the energy storage module is greater than an averaged or smoothed value of the temperature ( T ES) measured in the energy storage module and/or if a measured ambient temperature (T amb) is greater than an averaged or smoothed value of the measured ambient temperature ( T amb).
A surgical robot system comprising: a robot having a robot base, a robot arm coupled to the robot base, an end-effector coupled to the robot arm, a guide tube coupled to the end-effector, and a surgical instrument coupled to the guide tube, wherein the robot is configured to control movement of the end- effector to perform a given surgical procedure, wherein the surgical instrument is configured to engage a surgical implant while threadably engaged with the guide tube, wherein the surgical instrument is a screw driver and the surgical implant is a screw, characterised in that the guide tube has an internal threading and the surgical instrument has an external threading configured to engage the internal threading, wherein the engagement of the external threading of the surgical instrument with the internal threading of the guide tube is configured to transmit a force exerted by the robot arm to the surgical instrument; and wherein the internal threads and external threads match a pitch of threads on the surgical implant. a robot having a robot base, a robot arm coupled to the robot base, an end-effector coupled to the robot arm, a guide tube coupled to the end-effector, and a surgical instrument coupled to the guide tube, wherein the robot is configured to control movement of the end- effector to perform a given surgical procedure, wherein the surgical instrument is configured to engage a surgical implant while threadably engaged with the guide tube, wherein the surgical instrument is a screw driver and the surgical implant is a screw, characterised in that the guide tube has an internal threading and the surgical instrument has an external threading configured to engage the internal threading, wherein the engagement of the external threading of the surgical instrument with the internal threading of the guide tube is configured to transmit a force exerted by the robot arm to the surgical instrument; and wherein the internal threads and external threads match a pitch of threads on the surgical implant.
A computer system for outputting literary content on a user device, the computer system comprising: at least one user device configured to: receive input from a user to download on the user device literary content data stored on a remote computer system, the literary content data being segmented into multiple segments for download to the user device; receive a portion of the multiple segments of the literary content data in response to the input; store the portion of the multiple segments in memory of the user device; upon occurrence of an event, download at least a portion of remaining segments; remove selected segments of the stored segments from memory; and output a segment from the user device in response to a user selecting the segment for output, wherein the event is a threshold amount of content that has been played on the user device; and wherein, once the threshold amount of content has been played on the user device, a first number of segments is available on the user device, the first number of segments being less than the total number of segments on the remote computer system and comprising a currently playing segment, a second number of segments immediately succeeding the currently playing segment and a third number of segments immediately preceding the currently playing segment. receive input from a user to download on the user device literary content data stored on a remote computer system, the literary content data being segmented into multiple segments for download to the user device; receive a portion of the multiple segments of the literary content data in response to the input; store the portion of the multiple segments in memory of the user device; upon occurrence of an event, download at least a portion of remaining segments; remove selected segments of the stored segments from memory; and output a segment from the user device in response to a user selecting the segment for output, wherein the event is a threshold amount of content that has been played on the user device; and wherein, once the threshold amount of content has been played on the user device, a first number of segments is available on the user device, the first number of segments being less than the total number of segments on the remote computer system and comprising a currently playing segment, a second number of segments immediately succeeding the currently playing segment and a third number of segments immediately preceding the currently playing segment.
Gear pair for a helical gear transmission or a spur gear transmission comprising - a first gear wheel with a first toothed section, and - a second gear wheel with a second toothed section, wherein - the first gear wheel has a first axle and the second gear wheel has a second axle that form an axial angle (χ) of between 0° and 90°, - the first toothed section and the second toothed section are in meshed engagement and form, when engaged, form an involute toothing, - the material of the first and of the second toothed sections (14, 22) are such that, when engaged, a metal-plastic pairing takes place, and - the toothed section (14, 22) made of plastic has a first helix angle (β 1) and the toothed section made of metal has a second helix angle (β 2), wherein - for the difference (Δβ) between the magnitude of the first helix angle (|β 1 |) and the magnitude of the second helix angle (|β 2 |) - in the case of a helical gear transmission with an axial angle (χ) of between 0° and 45°, it holds true that: Δ β = | β 1 | - | β 2 | = 90 ° - χ ± K ≠ 90 ° - χ, and - for a spur gear transmission an axial angle (χ) of 0° it holds true that Δ β = | β 1 l - | β 2 | = 0 ° ± K ≠ 0°, - wherein 0,5° ≤ K ≤ 5° and, in particular 1° ≤ K ≤ 3°. - a first gear wheel with a first toothed section, and - a second gear wheel with a second toothed section, wherein - the first gear wheel has a first axle and the second gear wheel has a second axle that form an axial angle (χ) of between 0° and 90°, - the first toothed section and the second toothed section are in meshed engagement and form, when engaged, form an involute toothing, - the material of the first and of the second toothed sections (14, 22) are such that, when engaged, a metal-plastic pairing takes place, and - the toothed section (14, 22) made of plastic has a first helix angle (β 1) and the toothed section made of metal has a second helix angle (β 2), wherein - for the difference (Δβ) between the magnitude of the first helix angle (|β 1 |) and the magnitude of the second helix angle (|β 2 |) - in the case of a helical gear transmission with an axial angle (χ) of between 0° and 45°, it holds true that: Δ β = | β 1 | - | β 2 | = 90 ° - χ ± K ≠ 90 ° - χ, and - for a spur gear transmission an axial angle (χ) of 0° it holds true that Δ β = | β 1 l - | β 2 | = 0 ° ± K ≠ 0°, - wherein 0,5° ≤ K ≤ 5° and, in particular 1° ≤ K ≤ 3°.