mhurhangee/ep-ind-claims huggingface dataset:
A hanging display unit arrangement, which arrangement comprises at least a number of display units and a control unit for transmitting information to the display units wherein the display units are connected to the control unit and equipped with a display, characterized in that the arrangement includes at least one or more rail, equipped with feed wires and display units' mounting devices for attaching the display units to the rail, wherein the rail, display units' mounting devices and feed wires are arranged such that power and/or data can be transmitted through feed wires to display units when the display units' mounting device is attached to the rail, at the top of the rail is a lengthwise mounting slot, essentially running along the whole length of the rail, with which slot the rail can be attached to a structure, and the rail is arranged to support a display units' mounting devices wherein the rail and display units' mounting devices are arranged such that display units' mounting devices can be attached to the rail from below.
An isolated mutant human islet amyloid polypeptide (hIAPP) selected from the group consisting of SEQ ID NO: 4, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 9, SEQ ID NO: 10 and SEQ ID NO: 11.
A method of producing meso-biliverdin, the method comprising: reacting phycocyanobilin with an amphoteric compound to yield meso-biliverdin, wherein the amphoteric compound is selected from the group consisting of sodium bicarbonate, potassium carbonate, and sodium carbonate. reacting phycocyanobilin with an amphoteric compound to yield meso-biliverdin, wherein the amphoteric compound is selected from the group consisting of sodium bicarbonate, potassium carbonate, and sodium carbonate.
A net or near net shape component, produced by a hot isostatic pressing process or hot uniaxial pressing process, the component having a solid homogenous metal form and a modified surface in which the surface of the component incorporates a controlled amount of carbon that has diffused into the surface from a graphite former during pressing, characterized in that the component is made from a nickel alloy.
A haptic optic management system, comprising: a housing comprising a bore and a cavity disposed in a first surface of the housing, wherein the cavity comprises a first end portion, a second end portion, and a central portion, and wherein the cavity provides access to the bore through the first surface of the housing; arms coupled to the housing; edge rollers coupled to the housing; and characterized in that the arms comprise a pair of arms, wherein one of the pair of the arms is disposed in the first end portion, and another of the pair of the arms is disposed in the second end portion, wherein the arms each comprise a first portion, a second portion joined to the first portion at a bend, a pin extending from the first portion, and a tab extending from the second portion. a housing comprising a bore and a cavity disposed in a first surface of the housing, wherein the cavity comprises a first end portion, a second end portion, and a central portion, and wherein the cavity provides access to the bore through the first surface of the housing; arms coupled to the housing; edge rollers coupled to the housing; and characterized in that the arms comprise a pair of arms, wherein one of the pair of the arms is disposed in the first end portion, and another of the pair of the arms is disposed in the second end portion, wherein the arms each comprise a first portion, a second portion joined to the first portion at a bend, a pin extending from the first portion, and a tab extending from the second portion.
A construction machine comprising a plurality of variable displacement type hydraulic pumps (11 and 12), a plurality of members (32, 214, 215, 216, and 218) to be operated by each of said plural hydraulic pumps, a heat exchanger for cooling a working fluid as an operating medium discharged from said plural hydraulic pumps, a plurality of control valves (22-24, 26-28) for controlling respective flows of the working fluid delivered from said plural hydraulic pumps to control the operation of the corresponding members to be operated, a plurality of operation means (50, 51, 52) provided for said plural control valves, respectively, and a working fluid cooling control system, the capacities of said plural hydraulic pumps being increased depending on the increase in the operative amount of said plural operation means while the capacities of said plural hydraulic pumps being reduced to a preset minimum capacity when said plural members to be operated enter an unoperated state, wherein the working fluid cooling control system comprises: first detection means (101, 102, and 103a) for detecting an operation pattern corresponding to a rise in temperature of said working fluid from among operation patterns associated with said plural members to be operated, characterized by pump flow rate increasing means (13, 14, 100, 105, 106, 109, and 110) which increase the minimum capacities of said plural hydraulic pumps to increase an average flow rate of the working fluid passing through said heat exchanger when said first detection means detects the operation pattern corresponding to a rise in temperature of said working fluid, wherein said operation pattern corresponds to certain operational conditions during downhill travelling of said construction machine. first detection means (101, 102, and 103a) for detecting an operation pattern corresponding to a rise in temperature of said working fluid from among operation patterns associated with said plural members to be operated, characterized by pump flow rate increasing means (13, 14, 100, 105, 106, 109, and 110) which increase the minimum capacities of said plural hydraulic pumps to increase an average flow rate of the working fluid passing through said heat exchanger when said first detection means detects the operation pattern corresponding to a rise in temperature of said working fluid, wherein said operation pattern corresponds to certain operational conditions during downhill travelling of said construction machine.
An ablation apparatus comprising: a probe having a hollow shaft with an extrusion extending therethrough, a longitudinal axis and a distally disposed balloon assembly, the balloon assembly comprising: a spring mechanism comprising a spring having a resting axially elongated configuration and a torsed, axially shortened configuration, the spring mechanism overlying the extrusion; an inflatable balloon mechanically linked to the spring and enclosing the spring, the balloon having a wall; a flexible sheath disposed about the spring within the balloon, the sheath and the wall of the balloon defining a chamber to contain a fluid flowing therein and thereout for inflation and deflation of the balloon, wherein inflation urges the spring into the torsed, axially shortened configuration and deflation is aided by the spring returning to the resting axially elongated configuration; and proximal and distal couplers (52; 54) attaching to the balloon and the sheath, and attaching the spring mechanism to the shaft, wherein the proximal and distal couplers have a lumen for slidably receiving the extrusion therethrough, the proximal and distal couplers being rotatable about the extrusion, wherein the spring is rigidly bonded to the proximal and distal ends of the balloon or to the proximal and distal couplers. a spring mechanism comprising a spring having a resting axially elongated configuration and a torsed, axially shortened configuration, the spring mechanism overlying the extrusion; an inflatable balloon mechanically linked to the spring and enclosing the spring, the balloon having a wall; a flexible sheath disposed about the spring within the balloon, the sheath and the wall of the balloon defining a chamber to contain a fluid flowing therein and thereout for inflation and deflation of the balloon, wherein inflation urges the spring into the torsed, axially shortened configuration and deflation is aided by the spring returning to the resting axially elongated configuration; and proximal and distal couplers (52; 54) attaching to the balloon and the sheath, and attaching the spring mechanism to the shaft, wherein the proximal and distal couplers have a lumen for slidably receiving the extrusion therethrough, the proximal and distal couplers being rotatable about the extrusion, wherein the spring is rigidly bonded to the proximal and distal ends of the balloon or to the proximal and distal couplers.
A sensor substrate having a rectangular shape that extends in a first direction and a second direction, the sensor substrate comprising: a plurality of first loop coils having an oblong shape, wherein respective long sides of the first loop coils span the sensor substrate in the first direction, and the first loop coils are arranged in an overlapping manner and in parallel with each other along a side of the sensor substrate extending in the second direction; a plurality of second loop coils having an oblong shape, wherein respective long sides of the second loop coils span the sensor substrate in the second direction, and the second loop coils are arranged in an overlapping manner and in parallel with each other along a side of the sensor substrate extending in the first direction; and characterized by a plurality of auxiliary loop coils provided at the four corners of the sensor substrate. a plurality of first loop coils having an oblong shape, wherein respective long sides of the first loop coils span the sensor substrate in the first direction, and the first loop coils are arranged in an overlapping manner and in parallel with each other along a side of the sensor substrate extending in the second direction; a plurality of second loop coils having an oblong shape, wherein respective long sides of the second loop coils span the sensor substrate in the second direction, and the second loop coils are arranged in an overlapping manner and in parallel with each other along a side of the sensor substrate extending in the first direction; and
A photopolymerizable composition for forming a cosmetic coating for natural and artificial nails of humans and animals comprising a photoinitiator and a (meth)acrylate monomer or oligomer prepared by reacting a core polyol derived or functionalized from a renewable resource with a (meth)acrylate monomer, wherein the core polyol is selected from the group consisting of sucrose and resorcinol, the composition further including one or more additives selected from the group consisting of pigments, colorants, dyes, UV absorbing or reflecting materials, micas, glitters, flavors, and fragrances.
A device for locking a closure construction, such as a door or gate, where a movable component is movable with respect to a frame between an opening and a closing position, having: a lock bar member movably supported on the movable component or the frame; an engagement member (16, 18), which at least in a locking position is stationarily attached to the frame or the movable component, and which the lock bar member in its locking position engages in such a way that the movement of the moveable part in its opening direction is impeded; the lock bar member being biased in its direction of movement towards the frame or the movable component; the engagement member (16, 18) providing a stop for the lock bar member against its bias, the engagement member (16, 18) having a deviation surface which, during a movement of the movable component in the direction of its closing position, forces the lock bar member against its bias out of its location, and having an engagement surface which the lock bar member engages when the movable component reaches its closing position, the lock bar member being rotatably supported and biased in its direction of movement by means of a spring element, characterized in that the spring element is configured as a pressure spring. a lock bar member movably supported on the movable component or the frame; an engagement member (16, 18), which at least in a locking position is stationarily attached to the frame or the movable component, and which the lock bar member in its locking position engages in such a way that the movement of the moveable part in its opening direction is impeded; the lock bar member being biased in its direction of movement towards the frame or the movable component; the engagement member (16, 18) providing a stop for the lock bar member against its bias, the engagement member (16, 18) having a deviation surface which, during a movement of the movable component in the direction of its closing position, forces the lock bar member against its bias out of its location, and having an engagement surface which the lock bar member engages when the movable component reaches its closing position, the lock bar member being rotatably supported and biased in its direction of movement by means of a spring element, characterized in that the spring element is configured as a pressure spring.
Fuel filling device comprising a filling line, a flow guiding apparatus arranged in the filling line, wherein the flow guiding apparatus is designed such that, during a fuelling process, the delivery tube of a fuelling nozzle is guided, and received in a supported manner, therein, and an attachment for the flow guiding apparatus, wherein the attachment has a first end, which is arranged radially at the outside on the flow guiding apparatus, wherein the attachment has a second end, wherein the attachment narrows from the first end to the second end via a narrowing portion, characterized in that at least one gap is formed between the first end of the attachment and the flow guiding apparatus, with the result that, during a fuelling process, the fuel vapour introduced into the fuel filling device during the fuelling process can flow through the at least one gap into the filling line in the direction of a fuel tank connected to the filling line.
A sheet for optical fingerprint recognition or optical fingerprint input comprising a lower base layer; a light control layer positioned on the lower base layer and having a first light control part and a second light control part; and a transparent base layer sequentially, wherein the first light control part is provided so as to emit light incident on the lower surface of the first light control part at a first angle (θ 0) through the lower base layer as light with a second angle (θ A) different from the first angle (θ 0) toward the transparent base layer, and wherein the second light control part is provided so as to emit light incident on the upper surface of the second light control part at the second angle (θ A) through the transparent base layer as light with the second angle (θ A) and the light with a third angle (θ B) different from the second angle (θ A) toward the transparent base layer, wherein the transparent base layer has a refractive index larger than the refractive index of the light control layer, and wherein a difference between the refractive index of the transparent base layer and the refractive index of the light control layer is 0.05 or less.
Method for performing a self-diagnosis of a nitrogen oxide probe or a lambda probe with a pumped reference cell, wherein - a first point in time is determined at which a pulse width modulated pump current applied to the reference cell is turned on and the reference cell is in a pumped operating state, wherein - depending on the first point in time at least one first voltage characteristic value (Vref1) that is representative of a voltage applied to the reference cell is determined within a predetermined first time window, wherein the first voltage characteristic value (Vref1) is determined during a switched-off time of the pulse width modulated current, - the pulse width modulated pump current applied to the reference cell is turned off at a second point in time, - a third point in time is determined at which a pulse width modulated pump current applied to the reference cell is turned off and the reference cell is in an unpumped operating state, wherein - the third point in time is after the second point in time, - depending on the third point in time at least one second voltage characteristic value (Vref2) that is representative of the voltage applied to the reference cell is determined within a predetermined second time window, and - depending on a difference (ΔVref) between the at least one first voltage characteristic value (Vref1) and the at least one second voltage characteristic value (Vref2), a diagnostic characteristic value is determined that is representative of an error in the determination of the oxides of nitrogen concentration. - a first point in time is determined at which a pulse width modulated pump current applied to the reference cell is turned on and the reference cell is in a pumped operating state, wherein - depending on the first point in time at least one first voltage characteristic value (Vref1) that is representative of a voltage applied to the reference cell is determined within a predetermined first time window, wherein the first voltage characteristic value (Vref1) is determined during a switched-off time of the pulse width modulated current, - the pulse width modulated pump current applied to the reference cell is turned off at a second point in time, - a third point in time is determined at which a pulse width modulated pump current applied to the reference cell is turned off and the reference cell is in an unpumped operating state, wherein - the third point in time is after the second point in time, - depending on the third point in time at least one second voltage characteristic value (Vref2) that is representative of the voltage applied to the reference cell is determined within a predetermined second time window, and - depending on a difference (ΔVref) between the at least one first voltage characteristic value (Vref1) and the at least one second voltage characteristic value (Vref2), a diagnostic characteristic value is determined that is representative of an error in the determination of the oxides of nitrogen concentration.
A method of identification of functional RECQL4/RECQL4 variant -p53 complex and of mitochondrial DNA mutations in Rothmund-Thomson Syndrome, wherein the said method comprises the steps of: a) interaction of p53 and RECQL4/RECQL4 variant b) import of RECQL4/RECQL4 variant and p53 complex through mitochondrial Tom 40 receptor complex. c) import of RECQL4/RECQL4 variant and p53 complex into mitochondria through Tom 40 receptor complex via the mitochondrial localization signal of RECQL4. d) the localization of the p53-RECQL4/RECQL4 variant complex in the mitochondrial nucleoids and; measurement of reactive oxygen species, and identification of mitochondrial DNA mutations in Rothmund-Thomson Syndrome. a) interaction of p53 and RECQL4/RECQL4 variant b) import of RECQL4/RECQL4 variant and p53 complex through mitochondrial Tom 40 receptor complex. c) import of RECQL4/RECQL4 variant and p53 complex into mitochondria through Tom 40 receptor complex via the mitochondrial localization signal of RECQL4. d) the localization of the p53-RECQL4/RECQL4 variant complex in the mitochondrial nucleoids and;
Door leaf, comprising: - a leaf frame formed from hollow profiled struts (61, 62, 63, 64); - a substantially circumferential reinforcing profile received in a reinforcing chamber of the leaf frame, and - a filler element received in the leaf frame; wherein at least one profile strut of the leaf frame comprises a further reinforcing chamber, in which a reinforcing profile is received, the profile strut of the hollow profiles of the leaf frame comprising between the reinforcing chamber and the further reinforcing chamber at least one receiving chamber for receiving functional elements, characterized in that at least one functional element, which is configured as a lock box, is received in the receiving chamber, and the lock box rests on the webs (151, 171), adjoining the receiving chamber, of the reinforcing chamber and the further reinforcing chamber. - a leaf frame formed from hollow profiled struts (61, 62, 63, 64); - a substantially circumferential reinforcing profile received in a reinforcing chamber of the leaf frame, and - a filler element received in the leaf frame; wherein at least one profile strut of the leaf frame comprises a further reinforcing chamber, in which a reinforcing profile is received, the profile strut of the hollow profiles of the leaf frame comprising between the reinforcing chamber and the further reinforcing chamber at least one receiving chamber for receiving functional elements, characterized in that at least one functional element, which is configured as a lock box, is received in the receiving chamber, and the lock box rests on the webs (151, 171), adjoining the receiving chamber, of the reinforcing chamber and the further reinforcing chamber.
A method for installing a differential pressure type liquid level meter in an installation for production of an easily polymerizable compound at a place where a liquid containing the easily polymerizable compound is stored, characterized in that a high pressure side detection line of the differential pressure type liquid level meter is connected to a discharge line for the liquid stored, and in that the dimensional ratio D 2 /D 1 is from 1 to 20 where D 1 is the pipe diameter of the high pressure side detection line and D 2 is the pipe diameter of the liquid discharge line.
Multi-layer film for stretch hood applications comprising at least three layers, with two outer layers and at least one core layer, wherein the core layer comprises between 25 wt. % and < 50 wt. % of a first ethylene copolymer having a density between 0.850 and < 0.910 g/cm 3 based on the total weight of the core layer, between 25 wt. % and <50 wt. % of a second ethylene copolymer having a density between > 0.910 g/cm 3 and 0.918 g/cm 3 based on the total weight of the core layer and between > 0 wt. % and 50 wt.% of polyethylene based on the total weight of the core layer, wherein the density is determined in accordance with ISO 1872-2.
A method for separating viral and/or prokaryotic nucleic acids from eukaryotic nucleic acids from a biological sample, in particular eukaryotic cell suspension, comprising the following steps in the order of a) resuspending the cells of a cell suspension or the cells after centrifugation of the cells in the presence of a chelating agent, in particular EDTA or EDTA in combination with a saccharide, b) lysing the cells by chemical lysis, such as alkaline lysis, enzymatic lysis and/or boiling lysis and/or mechanical lysis, wherein the lysis is performed in the presence of a detergent, in particular SDS, and a base, c) neutralising the cell lysate in the presence of at least one salt or substance that reduces the solubility of proteins, in particular of a kosmotropic salt, in particular potassium acetate or sodium acetate or ammonium sulphate, where the protein precipitates, and d) separating the precipitated eukaryotic nucleic acids and recovering the viral and/or prokaryotic nucleic acids remaining in solution.