mhurhangee/ep-ind-claims huggingface dataset:
Fire fighting system, in particular for a railway vehicle, with - a supply line for supplying at least one extinguishing nozzle (6.1, 6.2, 6.3) with extinguishing fluid, - wherein at least one section valve (8.1, 8.2) is arranged between the extinguishing nozzle (6.1, 6.2, 6.3) and the supply line, characterised in that - the section valve (8.1, 8.2) comprises a signal processing means (10.1, 10.2) for controlling an adjustment means of the section valve (8.1, 8.2), wherein the signal processing means (10.1, 10.2) is electrically connectable via a data communication network to a central control unit and wherein the signal processing means (10.1, 10.2) includes a processor. - a supply line for supplying at least one extinguishing nozzle (6.1, 6.2, 6.3) with extinguishing fluid, - wherein at least one section valve (8.1, 8.2) is arranged between the extinguishing nozzle (6.1, 6.2, 6.3) and the supply line, - the section valve (8.1, 8.2) comprises a signal processing means (10.1, 10.2) for controlling an adjustment means of the section valve (8.1, 8.2), wherein the signal processing means (10.1, 10.2) is electrically connectable via a data communication network to a central control unit and wherein the signal processing means (10.1, 10.2) includes a processor.
A method, the method comprising: receiving (801, 813) an image a layout corresponding to a real-world area in which a person moves about, the image being in a vector graphics format and including an image reference object (524, 528, 532); generating a rasterized image using the image of the layout; color filtering the rasterized image to highlight the image reference object (524, 528, 532); outlining the highlighted image reference object (524, 528, 532) to generate a boundary around the image reference object (524, 528, 532) in the rasterized image to form a reference region representative of the image reference object (524, 528, 532); and linking a grid to the reference region to generate (809, 821) an open area map configured to enable routing to or from the image reference object (524, 528, 532) using the reference region. receiving (801, 813) an image a layout corresponding to a real-world area in which a person moves about, the image being in a vector graphics format and including an image reference object (524, 528, 532); generating a rasterized image using the image of the layout; color filtering the rasterized image to highlight the image reference object (524, 528, 532); outlining the highlighted image reference object (524, 528, 532) to generate a boundary around the image reference object (524, 528, 532) in the rasterized image to form a reference region representative of the image reference object (524, 528, 532); and linking a grid to the reference region to generate (809, 821) an open area map configured to enable routing to or from the image reference object (524, 528, 532) using the reference region.
A method for manufacturing an eyeless needle by forming a hole for inserting and fixing one end of a suture thread by caulking in the end surface of the eyeless suture needle made of stainless steel, wherein the hole is formed by irradiating the end surface of a needle material having a needle diameter (D 0) less than 150 micrometers with a laser beam, characterized in that the laser beam is extracted from a stable middle portion (Xm) of one shot of the laser beam emitted from a laser oscillator and is formed of a plurality of minute width pulses having a total pulse width equal to or less than 35 microseconds.
A housing configured to be secured to a front side of a panel, wherein the panel defines a back side opposite the front side, and an opening through the panel, wherein the opening defines a first edge and a second edge opposite the first edge, said housing comprising: a base configured to define a hook that cooperates with the back side and the first edge to secure the housing to the front side; and a retainer slideably coupled to the base and operable to an un-engaged position and an engaged position, wherein the retainer is configured to define a blocker portion that cooperates with the second edge to keep the hook adjacent to the first edge when the retainer is in the engaged position characterised in that the housing further comprises a cover that attaches to the base, wherein the cover is configured to define a stop that cooperates with a back surface of the blocker portion to keep an upper surface of the blocker portion engaged with the second edge. a base configured to define a hook that cooperates with the back side and the first edge to secure the housing to the front side; and a retainer slideably coupled to the base and operable to an un-engaged position and an engaged position, wherein the retainer is configured to define a blocker portion that cooperates with the second edge to keep the hook adjacent to the first edge when the retainer is in the engaged position characterised in that the housing further comprises a cover that attaches to the base, wherein the cover is configured to define a stop that cooperates with a back surface of the blocker portion to keep an upper surface of the blocker portion engaged with the second edge.
Error correction and error detection method for an at least double-error detection with at least single error correction possibility for reading out (3 - 5) stored information data (D(8:1)) from a memory, in which in addition to the information data (D(1:8)) code data (C(4:1)) are read out of the memory and syndrome data (S(4:1)) are formed from the information data (D(8:1)) and the code data (C(4:1)) for determining errors and error positions in the read-out data, wherein a memory with asymmetrical error behaviour is used, characterised in that for multiple error recognition it is checked whether in the case of determined error positions the information data (D(8:1)) or code data (C(4:1)) associated with the memory positions thereof are either all equal to 0 or all equal to 1.
A lower convergent part (A, 1) of a front bumper assembly of a motor vehicle, characterized in that it comprises an insert with an openwork structure and an expanded polymer material forming a solid part of said convergent part, said insert being at least partially integrated into said expanded polymer material, and in that said insert comprises a front transverse edge and a rear transverse edge offset in the vertical direction of said convergent part so as to define a solid part formed by a first solid part and a second solid part in the longitudinal direction of the convergent part which are offset in the vertical direction, the junction between said first and second solid parts forming a support wall in the event of impact.
A field-flow fractionation device for the continuous separation of sample components comprising: a. A channel comprising a sample inlet and a plurality of sample outlets, the channel being suitable for being coupled to a flow generator for translocating the sample components along the channel in a first direction from the sample inlet to the plurality of sample outlets, b. An actuator, distinct from the flow generator, coupled to the channel, for translocating the sample components in a second direction, at a first angle with the first direction, c. An array of electrodes, distinct from the flow generator, and which is distinct from the actuator, being - arranged in a plurality of rows, and - comprising electrical connections for electrically connecting the array to an AC power source in such a way that adjacent rows can be set at different AC potentials and every other row can be set at the same AC potential; characterized in that - the array of electrodes is in a path taken by the sample components in the channel, and - the electrodes have a height of from 80 to 100% of the channel height. a. A channel comprising a sample inlet and a plurality of sample outlets, the channel being suitable for being coupled to a flow generator for translocating the sample components along the channel in a first direction from the sample inlet to the plurality of sample outlets, b. An actuator, distinct from the flow generator, coupled to the channel, for translocating the sample components in a second direction, at a first angle with the first direction, c. An array of electrodes, distinct from the flow generator, and which is distinct from the actuator, being - arranged in a plurality of rows, and - comprising electrical connections for electrically connecting the array to an AC power source in such a way that adjacent rows can be set at different AC potentials and every other row can be set at the same AC potential; characterized in that - the array of electrodes is in a path taken by the sample components in the channel, and - the electrodes have a height of from 80 to 100% of the channel height. - arranged in a plurality of rows, and - comprising electrical connections for electrically connecting the array to an AC power source in such a way that adjacent rows can be set at different AC potentials and every other row can be set at the same AC potential; - the array of electrodes is in a path taken by the sample components in the channel, and - the electrodes have a height of from 80 to 100% of the channel height.
A slat adjusting apparatus of a window blind, comprising: a rotary drum having a coupling portion; and a ladder tape having a first warp string, a second warp string, a third warp string, a fourth warp string, and at least two first weft strings (15, 16) repeatedly passing through the warp strings; characterized in that the first weft strings (15, 16) respectively have a winding section (15d, 16d) wound around the first warp string and the third warp string only to form a first opening between the first warp string and the second warp string, and a second opening between the third warp string and the fourth warp string; wherein the coupling portion of the rotary drum engages the first opening and the second opening to connect the ladder tape to the rotary drum. a rotary drum having a coupling portion; and a ladder tape having a first warp string, a second warp string, a third warp string, a fourth warp string, and at least two first weft strings (15, 16) repeatedly passing through the warp strings;
A cut-off apparatus for a surge arrester, the switching movement of which is carried out by a switching guide which is oriented via a permanently active spring force in the direction opposite to the holdings force established by a protective solder, characterized in that the permanent pretensioning force acting indirectly on the switching guide or its solder point for producing a desoldering or switching force via a disconnection block is supported by at least one further pretensioning force which acts independently thereof and a supplementary switching force with an identical direction of action, wherein their distribution of forces occurs in such a way that in the idle state a low resulting force acts on the solder point and the highest possible resulting force carries out the switching movement during the desoldering process in that the pretensioning force in the desoldering phase is provided by the formation of a switching guide made of a memory or bimetallic strip or a switching guide made of a spring material having a configuration with an overbent web, and the supplementary switching force, after termination of the desoldering process, is formed by displacement of a force transmission point of the lever force resulting from the pretensioning caused on the switching guide.
Autonomous painting robot (10; 110) configured to paint indoor vertical walls of rooms, especially house rooms or office rooms, the robot (10; 110) comprises; a main body (12; 112), a transversal direction T, a support polygon (40; 140) defined by the wheels (16; 116) of the robot (10; 110), a paint sprayer (22; 122) configured to spray paint in the transversal direction T, said sprayer (22; 122) being arranged in the transverse extension of the support polygon (40; 140); a vertical slide (26; 126) connecting the sprayer (22; 122) to the body (12; 112) in a sliding manner; a vertical space (28; 128) transversely separating the slide (26; 126) from the body (12; 112); a junction transversely connecting the slide (26; 126) to the body (12; 112), characterised in that the junction forms a solid extension of the body (12; 122) and extends exclusively outside the support polygon (40; 140).
A fluid mover comprising: a chamber having one or more outlet openings; a first fluidic diaphragm having a portion movable in the chamber to cause fluid to move at the outlet opening; and a coil assembly in the chamber that is positioned adjacent the first fluidic diaphragm and magnetically coupled to the fluidic diaphragm to move the movable portion of the fluidic diaphragm in the chamber in response to a current in a coil, the coil assembly including the coil with an opening, a plug in the opening, and a support around a periphery of the coil arranged to support the coil in the chamber, wherein the plug and the support each includes a material with a relative magnetic permeability greater than one and is arranged such that magnetic field lines created by a current in the coil to cause movement of the fluidic diaphragm pass through the plug and the support. a chamber having one or more outlet openings; a first fluidic diaphragm having a portion movable in the chamber to cause fluid to move at the outlet opening; and a coil assembly in the chamber that is positioned adjacent the first fluidic diaphragm and magnetically coupled to the fluidic diaphragm to move the movable portion of the fluidic diaphragm in the chamber in response to a current in a coil, the coil assembly including the coil with an opening, a plug in the opening, and a support around a periphery of the coil arranged to support the coil in the chamber, wherein the plug and the support each includes a material with a relative magnetic permeability greater than one and is arranged such that magnetic field lines created by a current in the coil to cause movement of the fluidic diaphragm pass through the plug and the support.
A drill bit suitable for use in drilling into masonry or rock, comprising a drilling head at a forward end of the drill bit, a clamping shank at a rearward end of the drill bit suitable for fitment within a tool, and a helical conveying portion extending between the drilling head and the clamping shank, wherein the helical conveying portion comprises at least four helically extending flutes separated by at least four corresponding helically extending webs; wherein the helical conveying portion comprises a changeover, a pre-changeover portion between the drilling head and the changeover, and a post-changeover portion between the changeover and the clamping shank; wherein in the pre-changeover portion the flutes have a pre-changeover pitch, at least the first and third webs have a first pre-changeover web width α and at least the second and fourth webs have a second pre-changeover web width α', and in the post-changeover portion the flutes have a post-changeover pitch, at least the first and third webs have a first post-changeover web width β and at least the second and fourth webs have a second post-changeover web width β'; and wherein the second post-changeover web width β' is greater than the second pre-changeover web width α'; characterised in that the post-changeover pitch is greater than the pre-changeover pitch and the first post-changeover web width β is less than the first pre-changeover web width α.
Cell culture cassette comprising: - a housing at least partially rigid and internally defining an interior space in which is arranged and fixed a cell culture bag defining an interior volume, - conduits (36, 38) each connected at one end to the inner volume of the bag and each having a second end located outside the housing, - valves (128, 130) for opening/closing the fluid flow through the conduits (36, 38), that are mounted on the housing. - a housing at least partially rigid and internally defining an interior space in which is arranged and fixed a cell culture bag defining an interior volume, - conduits (36, 38) each connected at one end to the inner volume of the bag and each having a second end located outside the housing, - valves (128, 130) for opening/closing the fluid flow through the conduits (36, 38), that are mounted on the housing.
A clothes dryer apparatus comprising: an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch, an electrically conductive anode, coupled to each anode, a source of RF power operable at a single fixed frequency; a ground connection adapted to ground electrically conductive surfaces of the drum. an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch, an electrically conductive anode, coupled to each anode, a source of RF power operable at a single fixed frequency; a ground connection adapted to ground electrically conductive surfaces of the drum.
A method for measuring a sensing range of a vehicle, comprising: determining (S110, S210) a target road side unit to be measured according to a road side unit identifier; in response to detecting that the vehicle receives a road-side message from the target road side unit, determining (S120, S220) vehicle positioning information of the vehicle when the road-side message is received; determining a target lane where the vehicle travels, a first receiving position and a last receiving position of the vehicle for receiving the road-side message sent from the target road side unit when the vehicle travels in the target lane according to the vehicle positioning information; dividing the target lane into a first sub-road section where the first receiving position is located and a second sub-road section where the last receiving position is located by taking the target road side unit as a cutoff point; determining a first sensing distance to the target road side unit of the vehicle in the first sub-road section according to the first receiving position and position information of the target road side unit; determining a second sensing distance to the target road side unit of the vehicle in the second sub-road section according to the last receiving position and the position information of the target road side unit; and determining a sensing range of the vehicle to the target road side unit in the target lane based on the first sensing distance and the second sensing distance. determining (S110, S210) a target road side unit to be measured according to a road side unit identifier; in response to detecting that the vehicle receives a road-side message from the target road side unit, determining (S120, S220) vehicle positioning information of the vehicle when the road-side message is received; determining a target lane where the vehicle travels, a first receiving position and a last receiving position of the vehicle for receiving the road-side message sent from the target road side unit when the vehicle travels in the target lane according to the vehicle positioning information; dividing the target lane into a first sub-road section where the first receiving position is located and a second sub-road section where the last receiving position is located by taking the target road side unit as a cutoff point; determining a first sensing distance to the target road side unit of the vehicle in the first sub-road section according to the first receiving position and position information of the target road side unit; determining a second sensing distance to the target road side unit of the vehicle in the second sub-road section according to the last receiving position and the position information of the target road side unit; and determining a sensing range of the vehicle to the target road side unit in the target lane based on the first sensing distance and the second sensing distance.
A method for detection or monitoring status of traumatic brain injury in a surviving subject, the method comprising: (a) contacting a specimen of bodily fluid obtained from the subject with reagents for assaying for a marker of TBI selected from aldolase C (ALDOC), or a trauma-specific break down product of ALDOC, wherein the BDP of ALDOC is selected from the group consisting of a 38 kDa fragment, a 35 kDa fragment, a 30 kDa fragment, and a 23 kDa fragment; (b) measuring the amount of marker present in the specimen as compared to a control sample; and (c) determining the presence of TBI when an elevated amount of marker is present in the specimen compared to the control sample. (a) contacting a specimen of bodily fluid obtained from the subject with reagents for assaying for a marker of TBI selected from aldolase C (ALDOC), or a trauma-specific break down product of ALDOC, wherein the BDP of ALDOC is selected from the group consisting of a 38 kDa fragment, a 35 kDa fragment, a 30 kDa fragment, and a 23 kDa fragment; (b) measuring the amount of marker present in the specimen as compared to a control sample; and (c) determining the presence of TBI when an elevated amount of marker is present in the specimen compared to the control sample.
A method comprising: identifying multiple statistics for a first wireless connection and multiple statistics for a second wireless connection, the wireless connections forming a communication path between two wireless nodes (108a-108c, 110a-110b, 112a-112e) in a wireless network, the two wireless nodes communicating with each other via the first and second wireless connections forming the communication path, wherein the first and second wireless connections transport data in opposite directions between the two wireless nodes; for each statistic, identifying one of multiple ranges in which the statistic lies; identifying an overall quality associated with the communication path between the two wireless nodes using the identified ranges in which the statistics lie; and generating a graphical display that includes a map graphically representing at least some of the wireless nodes in the wireless network and communication paths between the at least some of the wireless nodes, the graphical display also including controls for defining the multiple ranges for the statistics, the graphical display further including the overall quality of the communication path between the two wireless nodes. identifying multiple statistics for a first wireless connection and multiple statistics for a second wireless connection, the wireless connections forming a communication path between two wireless nodes (108a-108c, 110a-110b, 112a-112e) in a wireless network, the two wireless nodes communicating with each other via the first and second wireless connections forming the communication path, wherein the first and second wireless connections transport data in opposite directions between the two wireless nodes; for each statistic, identifying one of multiple ranges in which the statistic lies; identifying an overall quality associated with the communication path between the two wireless nodes using the identified ranges in which the statistics lie; and generating a graphical display that includes a map graphically representing at least some of the wireless nodes in the wireless network and communication paths between the at least some of the wireless nodes, the graphical display also including controls for defining the multiple ranges for the statistics, the graphical display further including the overall quality of the communication path between the two wireless nodes.