mhurhangee/ep-ind-claims huggingface dataset:
A fixing device (6, 6') of a radiator of a motor vehicle on a cross member of the vehicle, comprising a slider in form of rod with a head and a foot, and a support forming a base intended to be fixed to said cross member, said support having an annular bore wherein said slider in form of rod can be axially depressed in front of a mounting point for said foot of said rod which is provided in said radiator, characterized in that said rod has along its length at least one area of striations which form notches and at least one non-striated area comprising a flexible finger so as to face at least a corrugated longitudinal strip forming notches on an inner face of said bore of said support, said inner face of said bore of said support further comprising at least one smooth longitudinal strip which extends axially and adjacent to at least said corrugated longitudinal strip, such that in a first angular position of said support relative to said rod, said rod can be axially depressed with notch into said bore of said support when said finger passes successively from one striation to another of said corrugated longitudinal strip to move said foot of said rod up to said mounting point in said radiator where said foot is locked axially and rotationally, and in that said support comprises flexible lugs and a attachment system of the bayonet type comprising radial fins inclined so as to be fixed in a hole in ears formed in said cross member, such that by an axial rotation of said support from said first angular position to a second angular position, said flexible lugs are in an advanced position in said hole in ears, and said inclined radial fins are in contact with the lower face of said cross member so as to lock respectively in rotation and in axial translation said support relative to said cross member and in that said inclined fins simultaneously cause during said locking in rotation and in translation, an axial raising of said rod in said support so that in said second angular position said rod extends in a self-adjusted manner in said support between said cross member and said mounting point of said radiator.
A staircase kit comprising stringers (10, 12) and treads in separate pieces, and an assembly template, the template comprising: • a operative surface for supporting the staircase, configured to, in a lying position of the template resting on a first surface adjacent to the operative surface, hold the stringers and steps in a configuration corresponding to that of the finished staircase; characterised in that the assembly template has a generally prismatic shape with a triangular base and comprises: • a second surface adjacent to the operating surface, forming with the first adjacent surface an edge which is located substantially plumb with the centre of gravity of the finished staircase in the lying position, whereby the template supporting the finished staircase can be tilted to a raised position resting on the second adjacent surface with a small force relative to the weight of the staircase. • a operative surface for supporting the staircase, configured to, in a lying position of the template resting on a first surface adjacent to the operative surface, hold the stringers and steps in a configuration corresponding to that of the finished staircase; characterised in that the assembly template has a generally prismatic shape with a triangular base and comprises: • a second surface adjacent to the operating surface, forming with the first adjacent surface an edge which is located substantially plumb with the centre of gravity of the finished staircase in the lying position, whereby the template supporting the finished staircase can be tilted to a raised position resting on the second adjacent surface with a small force relative to the weight of the staircase. • a second surface adjacent to the operating surface, forming with the first adjacent surface an edge which is located substantially plumb with the centre of gravity of the finished staircase in the lying position, whereby the template supporting the finished staircase can be tilted to a raised position resting on the second adjacent surface with a small force relative to the weight of the staircase.
A method for estimating a blood pressure of a person, the method comprising a processor implemented steps of: capturing an electrocardiogram signal of the person using an ECG sensor; capturing a photoplethysmogram signal of the person using a PPG sensor, wherein the PPG signal is synchronized with the ECG signal; preprocessing the ECG signal and PPG signal to remove a plurality of noises; estimating a pulse transit time using the ECG signal and PPG signal; extracting a plurality of features of the PPG signal; providing the PTT and the plurality of features to a feature selection module; applying a feature selection algorithm for selecting a set of features, wherein the set of features are selected to maximize the accuracy in classifying a low/normal BP class from a high BP class; classifying the data corresponding to ECG signal, PPG signal and PTT in to the high BP class and the low/normal BP class based on the selected set of features using a classification module; and performing a regression analysis on the ECG signal, the PPG signal and the PTT corresponding to the low/normal BP class to estimate the blood pressure of the person. capturing an electrocardiogram signal of the person using an ECG sensor; capturing a photoplethysmogram signal of the person using a PPG sensor, wherein the PPG signal is synchronized with the ECG signal; preprocessing the ECG signal and PPG signal to remove a plurality of noises; estimating a pulse transit time using the ECG signal and PPG signal; extracting a plurality of features of the PPG signal; providing the PTT and the plurality of features to a feature selection module; applying a feature selection algorithm for selecting a set of features, wherein the set of features are selected to maximize the accuracy in classifying a low/normal BP class from a high BP class; classifying the data corresponding to ECG signal, PPG signal and PTT in to the high BP class and the low/normal BP class based on the selected set of features using a classification module; and performing a regression analysis on the ECG signal, the PPG signal and the PTT corresponding to the low/normal BP class to estimate the blood pressure of the person.
A method for controlling a transport refrigeration system for a transport unit, comprising: identifying an operational mode change request for a heat exchanger unit (111, 180) of the transport refrigeration system; preparing the transport refrigeration system for the operational mode change of the heat exchanger unit, wherein preparing the transport refrigeration system for the operational mode change of the heat exchanger unit includes performing a load control action, the load control action preventing a power source of the transport refrigeration system from at least one of operating outside of a predefined revolutions per minute bandwidth and exceeding a predefined power limit of the power source; changing the operational mode of the heat exchanger unit; and removing the load control action, wherein preparing the transport refrigeration system for the operational mode change of the heat exchanger unit includes: obtaining parameter data of the transport refrigeration system; determining a load control action based on a future load of the power source, wherein the future load of the power source is a predicted load on the power source during the operational mode change of the heat exchanger unit when no load control action is performed; and performing the load control action. identifying an operational mode change request for a heat exchanger unit (111, 180) of the transport refrigeration system; preparing the transport refrigeration system for the operational mode change of the heat exchanger unit, wherein preparing the transport refrigeration system for the operational mode change of the heat exchanger unit includes performing a load control action, the load control action preventing a power source of the transport refrigeration system from at least one of operating outside of a predefined revolutions per minute bandwidth and exceeding a predefined power limit of the power source; changing the operational mode of the heat exchanger unit; and removing the load control action, wherein preparing the transport refrigeration system for the operational mode change of the heat exchanger unit includes: obtaining parameter data of the transport refrigeration system; determining a load control action based on a future load of the power source, wherein the future load of the power source is a predicted load on the power source during the operational mode change of the heat exchanger unit when no load control action is performed; and performing the load control action. obtaining parameter data of the transport refrigeration system; determining a load control action based on a future load of the power source, wherein the future load of the power source is a predicted load on the power source during the operational mode change of the heat exchanger unit when no load control action is performed; and performing the load control action.
A loop-type heat pipe comprising: an evaporator configured to vaporize an operating fluid; a condenser configured to liquefy or condense the operating fluid; a liquid pipe configured to interconnect the evaporator and the condenser; a vapor pipe configured to interconnect the evaporator and the condenser and to form a loop together with the liquid pipe; a porous body provided in the liquid pipe and configured to retain therein the liquid operating fluid; and a solid columnar support provided in the liquid pipe and configured to guide the operating fluid liquefied or condensed by the condenser to the porous body, characterised in that at least one first groove (193u, 195u, 193t, 195t) is formed at a side surface of the columnar support. an evaporator configured to vaporize an operating fluid; a condenser configured to liquefy or condense the operating fluid; a liquid pipe configured to interconnect the evaporator and the condenser; a vapor pipe configured to interconnect the evaporator and the condenser and to form a loop together with the liquid pipe; a porous body provided in the liquid pipe and configured to retain therein the liquid operating fluid; and a solid columnar support provided in the liquid pipe and configured to guide the operating fluid liquefied or condensed by the condenser to the porous body, characterised in that at least one first groove (193u, 195u, 193t, 195t) is formed at a side surface of the columnar support.
An oil tank for a turbine engine, comprising: - a closed enclosure having the shape of an arc of circle adapted to receive oil, with the enclosure having a lower portion and an upper portion at a distance from each other, and - an oil level control device in the enclosure, characterized in that the control device comprises a first sensor positioned in the lower portion of the enclosure so as to control the oil level, and a second sensor separate from the first sensor and positioned in the upper portion of the enclosure so as to control the oil level. - a closed enclosure having the shape of an arc of circle adapted to receive oil, with the enclosure having a lower portion and an upper portion at a distance from each other, and - an oil level control device in the enclosure,
A computer-implemented method comprising: obtaining, by a computing device, a file, wherein the file includes a plurality of portions, each portion of the plurality of portions including a different functional file feature of the file, wherein the functional file features comprise one or more of (i) a first set of functions used by the file, (ii) a second set of functions provided by the file, (iii) relationships with at least one of the first and second set of functions, (iv) file header information of the file, and (v) the file content layout of the file; generating a first hash of a first portion of the plurality of portions; combining the first portion with a second portion of the plurality of portions; generating a second hash of the first portion with the second portion of the plurality of portions, wherein the first hash is indicative of a first level of functional similarity between a function of the file and a function of a second file, wherein the second hash is indicative of a second level of functional similarity with the function of the file and the function of the second file, wherein each level of functional similarity comprises a minimum set of functional file features that when hashed together produce a deterministic result that the first file and the second file share; and grouping the first file and the second file based upon, at least in part, the first level of functional similarity and the second level of functional similarity. obtaining, by a computing device, a file, wherein the file includes a plurality of portions, each portion of the plurality of portions including a different functional file feature of the file, wherein the functional file features comprise one or more of (i) a first set of functions used by the file, (ii) a second set of functions provided by the file, (iii) relationships with at least one of the first and second set of functions, (iv) file header information of the file, and (v) the file content layout of the file; generating a first hash of a first portion of the plurality of portions; combining the first portion with a second portion of the plurality of portions; generating a second hash of the first portion with the second portion of the plurality of portions, wherein the first hash is indicative of a first level of functional similarity between a function of the file and a function of a second file, wherein the second hash is indicative of a second level of functional similarity with the function of the file and the function of the second file, wherein each level of functional similarity comprises a minimum set of functional file features that when hashed together produce a deterministic result that the first file and the second file share; and grouping the first file and the second file based upon, at least in part, the first level of functional similarity and the second level of functional similarity.
A receptacle for tobacco and tobacco related articles and/or smoking articles, the receptacle comprising a body having a bottom wall and an outer side wall coupled to the bottom wall, the outer side wall encompassing the inner space of the receptacle except for an access opening in the body, the receptacle further comprising a cover for opening and closing the access opening of the receptacle, wherein the inner space of the body is divided into a plurality of compartments, comprising a first compartment and a plurality of additional compartments (8, 9, 10, 11, 12, 13), by the outer side wall, an inner side wall which follows the cross-sectional shape of the outer side wall, and a plurality of intermediate walls (22, 23, 24, 25, 26, 27), wherein the compartments (7, 8, 9, 10, 11, 12, 13) are configured to manually retrieve a content from the compartments, wherein the first compartment is defined by the inner side wall and is arranged in the center of the body, characterized in that the plurality of additional compartments (8, 9, 10, 11, 12, 13) is arranged around the first compartment, wherein said additional compartments (8, 9, 10, 11, 12, 13) are formed between the outer side wall, the inner side wall and the intermediate walls (22, 23, 24, 25, 26, 27) which extend between the inner side wall and the outer side wall, so that the additional compartments (8, 9, 10, 11, 12, 13) are arranged between the outer side wall and the first compartment.
A method of forming a power module device, said method comprising: providing a base including a cavity formed of a planar bottom and sidewalls extending orthogonally away from the planar bottom, the base including a contact ledge extending orthogonally away from at least one sidewall; positioning a component board adjacent the planar bottom, the component board including a plurality of semiconductor devices formed of a wide band-gap material positioned in a plurality of groups, each group including a portion of the plurality of semiconductor devices, each portion forming a semiconductor switch; positioning a first electrical bus of a first polarity adjacent the component board, the first electrical bus extending outside the cavity onto the contact ledge; positioning a second electrical bus of a second polarity adjacent and at least partially overlapping the electrical bus of the first polarity, the second electrical bus extending outside the cavity onto the contact ledge such that the overlap between the second electrical bus and the first electrical bus is maintained on the contact ledge; and extending a layer of insulation between the first electrical bus and the second electrical bus along an entire length of overlap of the first electrical bus and the second electrical bus, the layer of insulation extending outside the cavity at least partially covering a surface of a terminal of the first electrical bus and the second electrical bus. providing a base including a cavity formed of a planar bottom and sidewalls extending orthogonally away from the planar bottom, the base including a contact ledge extending orthogonally away from at least one sidewall; positioning a component board adjacent the planar bottom, the component board including a plurality of semiconductor devices formed of a wide band-gap material positioned in a plurality of groups, each group including a portion of the plurality of semiconductor devices, each portion forming a semiconductor switch; positioning a first electrical bus of a first polarity adjacent the component board, the first electrical bus extending outside the cavity onto the contact ledge; positioning a second electrical bus of a second polarity adjacent and at least partially overlapping the electrical bus of the first polarity, the second electrical bus extending outside the cavity onto the contact ledge such that the overlap between the second electrical bus and the first electrical bus is maintained on the contact ledge; and extending a layer of insulation between the first electrical bus and the second electrical bus along an entire length of overlap of the first electrical bus and the second electrical bus, the layer of insulation extending outside the cavity at least partially covering a surface of a terminal of the first electrical bus and the second electrical bus.
Internal combustion engine with a combustion engine and a cooling system, which comprises a coolant pump, a radiator, a heating heat exchanger, a bypass bypassing the heating heat exchanger, coolant channels (24, 26) in the combustion engine and a regulating device with an actuator for the regulated distribution of a coolant as a function of at least one local coolant temperature, wherein the regulating device upon an activation of the actuator in a direction - permits in a first position a coolant flow through the combustion engine and the heating heat exchanger and prevents a coolant flow through the bypass and the radiator; - in a second position additionally permits a coolant flow through the bypass; and - in a third position additionally permits a coolant flow through the radiator, characterized in that the regulating device in a zero position located before the first position, prevents a coolant flow through the combustion engine and permits a coolant flow through the heating heat exchanger. - permits in a first position a coolant flow through the combustion engine and the heating heat exchanger and prevents a coolant flow through the bypass and the radiator; - in a second position additionally permits a coolant flow through the bypass; and - in a third position additionally permits a coolant flow through the radiator,
Aluminum alloy sheet for battery lid use for forming an integrated circular explosion-proof valve having a component composition containing Fe: 1.05 to 1.50 mass%, Mn: 0.30 to 0.70 mass%, Ti: 0.002 to 0.08 mass%, and B: less than 0.04 mass%, having a balance of Al and impurities, having an Fe/Mn ratio restricted to 1.8 to 3.5, restricting, as impurities, Si to less than 0.20 mass%, Cu to less than 0.03 mass%, Mg to less than 0.05 mass%, and V to less than 0.03 mass%, having a conductivity of 53.0% IACS or more, having a 0.2% yield strength of 40 MPa or more, having a value of elongation of 40% or more, having a recrystallized structure, and having both a value of elongation after cold rolling by a rolling reduction of 80% and a value of elongation after cold rolling by a rolling reduction of 90% of 5.0% or more.
A side edge of a semitrailer with a frame section as a longitudinal part of a body construction in which holes allowing to install elements for cargo locking are made, wherein said frame section has two longitudinal furrows, characterized in that an elevation between these furrows constitutes a pull-back strip in which through holes are made, wherein in cross-section, the pull-back strip resembles a misshapen "Ω" letter whose arms run upwards from the base and merge at the top, wherein the arms of the pullback strip are parallel and adjoin each other.
An axial fan for delivering cooling air, in particular for an internal combustion engine of a motor vehicle, comprising fan blades (13, 14, 15) which are fastened to a hub and which have a pressure side and a suction side and a trailing edge (16, 17, 18) and a blade depth (t), on the respective pressure side of which fan blades is arranged a hub ramp (13a, 14a, 15a) which rises counter to the direction of rotation of the axial fan, wherein the trailing edge (16, 17, 18) has an outer region (16a, 17a, 18a) situated radially outside the hub ramp (13a, 14a, 15a) and has an inner region (16b, 17b, 18b) situated radially within the hub ramp (13a, 14a, 15a), characterised in that the trailing edge has, in the outer region radially outside the hub ramp, a profile which continues in substantially unchanging fashion radially inward across the radial position of the hub ramp into the inner region, and which, in the radially innermost region, runs toward the hub, wherein the radially innermost region is the radially inner component of the radius of the radially inner region, wherein the component is approximately one third, approximately one quarter or preferably less than approximately one fifth of the radius of the inner region of the trailing edge.