mhurhangee/ep-ind-claims huggingface dataset:
Manufacting process of a seal to be inserted between two bearing surfaces, comprising the following steps: - preparation of a solid continuous ceramics core, comprising two opposite faces; - deposition of glass or vitroceramic cords (12, 13) at a pasty state on said core faces; - heating of the core and of the cords for producing an evaporation of binders present in the cords, and solidificating said cords; - the cords remaining at a physically free state during the deposition and the heating. - preparation of a solid continuous ceramics core, comprising two opposite faces; - deposition of glass or vitroceramic cords (12, 13) at a pasty state on said core faces; - heating of the core and of the cords for producing an evaporation of binders present in the cords, and solidificating said cords; - the cords remaining at a physically free state during the deposition and the heating.
A method for diagnosing multiple myeloma in an individual comprising: measuring the expression of a sense non-coding mitochondrial RNA (SncmtRNA) and an antisense non-coding mitochondrial RNA (ASncmtRNA) in plasmocytes isolated from the bone marrow of the individual; wherein said ASncmtRNA comprises a human mitochondrial chimeric RNA molecule comprising an antisense 16S mitochondrial ribosomal RNA covalently linked at its 5' end to the 3' end of a polynucleotide with an inverted repeat sequence; and said SncmtRNA comprises a human mitochondrial chimeric RNA molecule comprising a sense 16S mitochondrial ribosomal RNA covalently linked at its 5' end and 3' end of a polynucleotide with an inverted repeat sequence; and wherein the expression of both a SncmtRNA and an ASncmtRNA indicates that the individual does not have multiple myeloma and wherein the expression of a SncmtRNA and the lack of expression of an ASncmtRNA indicates that the individual has multiple myeloma.
A kit for detecting at least different five target antibodies present in a biological sample from a subject, said kit comprising, in at least one single compartment, a mixture of at least five solid supports comprising AGT-Antigen fusion proteins covalently coupled to an AGT substrate, said substrate being covalently coupled to said solid supports, wherein one of said AGT-fusion proteins comprises the EDIII protein of the Zika virus having the sequence SEQ ID NO:10.
A multi-range on-site full-automatic pressure and electric signal calibration instrument, comprising: a housing; operation and control components including a power switch and a plurality of interfaces incorporated in the housing and a gas pressure generation unit incorporated in the housing, a gas pressure control unit incorporated in the housing, a power supply unit incorporated in the housing, and a pressure detection unit incorporated in the housing, a pressure output port of the pressure control unit being communicated in parallel with two pressure connectors (26, 27), one for installation of a gauge to be calibrated in the pressure detection unit and the other for installation of a pressure standard device in the pressure detection unit, the pressure control unit being in signal connection with the pressure standard device in the pressure detection unit, and the power supply unit being in electrical connection with the pressure detection unit, characterized in that the instrument further includes an electric signal detection unit; the control components include a display and a keyboard; the gas pressure generation unit is a gas pressurizing pump communicated with atmosphere, a pressure output pipe of the gas pressure generation unit being in communication with the gas pressure control unit; the pressure standard device is a manually replaceable standard gauge of a different range or a plurality of switchable pressure modules of different ranges; the electric signal detection unit is in signal connection with the pressure control unit and the gauge to be calibrated in the pressure detection unit; and the power supply unit is also in electrical connection with the gas pressure generation unit, the pressure control unit and the electric signal detection unit, respectively.
Holder, in particular lamp holder, with a ball joint which has a joint socket and a joint head which in some areas have corresponding spherical joint surfaces (4, 4'), in which in the assembled state the joint socket encompasses the joint head beyond its equator, characterised in that the joint socket and the joint head are releasable connected to one another by a plug-and-turn movement, for which purpose a) the joint socket has a longitudinal groove which interrupts the spherical joint surfaces and extends from the equator of the joint socket to the open end and into which the joint head is pluggable, and b) the joint head has two spaced parallel guide surfaces which are connected to one another by the spherical joint surfaces of the joint head, so that a subsequent rotational movement of the joint head relative to the joint socket results in a form-fitted mounting of the joint head within the joint socket. a) the joint socket has a longitudinal groove which interrupts the spherical joint surfaces and extends from the equator of the joint socket to the open end and into which the joint head is pluggable, and b) the joint head has two spaced parallel guide surfaces which are connected to one another by the spherical joint surfaces of the joint head,
Kelly bar arrangement for a drilling apparatus, in particular an earth drilling apparatus, with a tubular outer Kelly bar, which is designed for bearing on a drill drive and for receiving a drilling torque of the drill drive, and with an inner Kelly bar, which is displaceably supported inside the outer Kelly bar and has a rope suspension, wherein the drilling torque can be transmitted between the outer Kelly bar and the inner Kelly bar, characterized in that on the inner Kelly bar at least one line is arranged, in that in a lower or upper end region of the inner Kelly bar a rotary feedthrough with a first attachment section and a second attachment section is arranged, wherein the first attachment section is connected in a torque-proof manner to the rotationally drivable inner Kelly bar and forms a line connection to the at least one line of the inner Kelly bar and the second attachment section is connected to a supply line which is stationary relative to the rotationally drivable inner Kelly bar, and in that on the rotary feedthrough a rotary means is arranged for actively rotating the two attachment sections (72,74) relative to each other. with an inner Kelly bar, which is displaceably supported inside the outer Kelly bar and has a rope suspension, wherein the drilling torque can be transmitted between the outer Kelly bar and the inner Kelly bar, characterized in that on the inner Kelly bar at least one line is arranged, in that in a lower or upper end region of the inner Kelly bar a rotary feedthrough with a first attachment section and a second attachment section is arranged, wherein the first attachment section is connected in a torque-proof manner to the rotationally drivable inner Kelly bar and forms a line connection to the at least one line of the inner Kelly bar and the second attachment section is connected to a supply line which is stationary relative to the rotationally drivable inner Kelly bar, and in that on the rotary feedthrough a rotary means is arranged for actively rotating the two attachment sections (72,74) relative to each other.
A method for operating at least one data processing unit according to at least one program for producing individual shelving unit images for a plurality of different sales outlets of a commercial enterprise, wherein • the program accesses range data that define an individual range of different articles with associated attributes for each sales outlet, • the program offers a user the opportunity to interactively define different blocks by means of input and output devices, said blocks each comprising articles with an attribute that is specific to the relevant block, • after the definition of the blocks is completed by the user, the program accesses the blocks in a data memory, • the program accesses shelving unit data with the individual data of at least one shelving unit of each sales outlet in a data memory, • the program offers the user the opportunity to interactively produce a sequential series of positioning rules that relate to the positioning of different blocks in shelving units and specify the rules according to which the different blocks are to be positioned in the shelving units, • after the input is completed, the program accesses the sequential series of positioning rules in a data memory, and • for each sales outlet, the program successively applies the stored positioning rules according to the order thereof to the stored blocks with the articles from the range of the sales outlet and, taking the shelving unit data into account, determines the placing positions of the different articles in the shelving unit of the sales outlet, and • the program displays the placing positions of the different articles in a shelving unit image. • the program accesses range data that define an individual range of different articles with associated attributes for each sales outlet, • the program offers a user the opportunity to interactively define different blocks by means of input and output devices, said blocks each comprising articles with an attribute that is specific to the relevant block, • after the definition of the blocks is completed by the user, the program accesses the blocks in a data memory, • the program accesses shelving unit data with the individual data of at least one shelving unit of each sales outlet in a data memory, • the program offers the user the opportunity to interactively produce a sequential series of positioning rules that relate to the positioning of different blocks in shelving units and specify the rules according to which the different blocks are to be positioned in the shelving units, • after the input is completed, the program accesses the sequential series of positioning rules in a data memory, and • for each sales outlet, the program successively applies the stored positioning rules according to the order thereof to the stored blocks with the articles from the range of the sales outlet and, taking the shelving unit data into account, determines the placing positions of the different articles in the shelving unit of the sales outlet, and • the program displays the placing positions of the different articles in a shelving unit image.
A sugar reduced wafer composition comprising, 60 - 80 wt. % of flour, 10 - 23 wt. % of sucrose, 0.5 - 8.0 wt. %, preferably 0.5 - 5 wt. % of oil or fat and 5 - 20 wt. % of non-digestible fibers, the non-digestible fibers are a composition containing at least 60% (in dry mass) of non-digestible oligosaccharide, soluble or insoluble, that escapes digestion in the small intestine of healthy persons and do not raise blood glucose levels, wherein the total amount of mono and disaccharides is 10 - 25 wt. %; all wt. % being in weight percentage of the composition dry mass, and wherein the wafer composition does not contain any high intensity sweeteners or polyols, and wherein the non-digestible fibers is selected from the group consisting of resistant dextrin or inulin, or a combination thereof. 60 - 80 wt. % of flour, 10 - 23 wt. % of sucrose, 0.5 - 8.0 wt. %, preferably 0.5 - 5 wt. % of oil or fat and 5 - 20 wt. % of non-digestible fibers, the non-digestible fibers are a composition containing at least 60% (in dry mass) of non-digestible oligosaccharide, soluble or insoluble, that escapes digestion in the small intestine of healthy persons and do not raise blood glucose levels,
An apparatus for handling daughter boats on a mother vessel comprising one davit assembly positioned atop a stationary cradle, each of which is located near a side edge (11a, 11b) of a deck of the vessel for launching and retrieving the boats from and onto the stationary cradle characterised in that the apparatus has a plurality of longitudinally movable cradles on the deck of the vessel for securedly holding plurality of boats thereon and in that the longitudinally movable cradles can move back and forth longitudinally and lift up vertically to transfer a boat onto or to receive a boat from, one transversely movable cradle which can transversely move back and forth for placing a boat onto or for receiving a boat from, the longitudinal cradles and any one stationary cradle.
A method for controlling a laundry dryer including a fan motor for driving a drying air stream fan with a variable speed (vf) and a drum motor for driving a laundry drum, said method being characterised by comprising the steps of: - setting a predetermined course for the speed (vd) of the drum motor, - maintaining the speed (vd) of the drum motor according to the predetermined course for the speed (vd) of said drum motor, - detecting a power (Pd) or a current absorbed by the drum motor, and - controlling the speed (vf) of the fan motor on the basis of the detected absorbed power (Pd) or current of the drum motor, wherein - the speed (vf) of the fan motor increases with a decreasing absorbed power (Pd) or current of the drum motor and/or - the speed (vf) of the fan motor decreases with an increasing absorbed power (Pd) or current of the drum motor. - setting a predetermined course for the speed (vd) of the drum motor, - maintaining the speed (vd) of the drum motor according to the predetermined course for the speed (vd) of said drum motor, - detecting a power (Pd) or a current absorbed by the drum motor, and - controlling the speed (vf) of the fan motor on the basis of the detected absorbed power (Pd) or current of the drum motor, wherein - the speed (vf) of the fan motor increases with a decreasing absorbed power (Pd) or current of the drum motor and/or - the speed (vf) of the fan motor decreases with an increasing absorbed power (Pd) or current of the drum motor.
An apparatus comprising: a resistive element and a diode arranged in series; current control circuitry (12, 14, 16) configured to switch a current supplied to the resistive element and the diode between a first current I 1, a second current I 2 and a third current I 3, where I 1 > I 2 > I 3; and measuring circuitry configured to determine a resistance R of the resistive element in dependence on a first voltage V 1 across the resistive element and the diode when the first current I 1 is supplied, a second voltage V 2 across the resistive element and the diode when the second current I 2 is supplied, and a third voltage V 3 across the resistive element and the diode when the third current I 3 is supplied; wherein the measuring circuitry is configured to combine the first voltage V 1, the second voltage V 2 and the third voltage V 3 to at least partially eliminate an error in the determined resistance R of the resistive element caused by a voltage drop across the diode; characterized in that the measuring circuitry is configured to measure temperature based on said determined resistance R of the resistive element with the error caused by the voltage drop across the diode at least partially eliminated. a resistive element and a diode arranged in series; current control circuitry (12, 14, 16) configured to switch a current supplied to the resistive element and the diode between a first current I 1, a second current I 2 and a third current I 3, where I 1 > I 2 > I 3; and measuring circuitry configured to determine a resistance R of the resistive element in dependence on a first voltage V 1 across the resistive element and the diode when the first current I 1 is supplied, a second voltage V 2 across the resistive element and the diode when the second current I 2 is supplied, and a third voltage V 3 across the resistive element and the diode when the third current I 3 is supplied; wherein the measuring circuitry is configured to combine the first voltage V 1, the second voltage V 2 and the third voltage V 3 to at least partially eliminate an error in the determined resistance R of the resistive element caused by a voltage drop across the diode;
A restraining system for restraining an occupant of a vehicle in the event of a collision, the system comprising: - an occupant supporting device (102;202) for supporting the occupant while travelling in the vehicle, the occupant supporting device has a longitudinal direction along which an occupant is intended to be positioned when in use; - a blanket (106;204) comprising at least one restraint belt (302,304), each restraint belt comprising a first end and a second end attachable to attachment members (402,404,406,408) arranged on either side of the occupant supporting device such that each restraint belt extend in a transverse direction across the occupant supporting device, wherein the attachment members are movable such that the position of each restraint belt is adjustable in the longitudinal direction, - an activation control unit configured to receive a signal indicative of a vehicle collision, and in response to the received signal control a pre-tension device to increase the tension in the at least one restraint belt. - an occupant supporting device (102;202) for supporting the occupant while travelling in the vehicle, the occupant supporting device has a longitudinal direction along which an occupant is intended to be positioned when in use; - a blanket (106;204) comprising at least one restraint belt (302,304), each restraint belt comprising a first end and a second end attachable to attachment members (402,404,406,408) arranged on either side of the occupant supporting device such that each restraint belt extend in a transverse direction across the occupant supporting device, - an activation control unit configured to receive a signal indicative of a vehicle collision, and in response to the received signal control a pre-tension device to increase the tension in the at least one restraint belt.
An inhibitor of a mammalian target of rapamycin (mTOR) for use in halting or slowing the malignant conversion of precancerous lesions or tumors thereby preventing development of head and neck squamous cell carcinoma (HNSCC), or promoting the regression of an advanced carcinogen-induced HNSCC, in a mammal at risk for developing such carcinoma.
Measuring shunt, comprising - a resistance element having a first main contact, a second main contact and a middle section extending between the main contacts (7, 9) for conducting an electric current (11,12) between the two main contacts (7,9) through the middle section, - a magnetic core which extends in an annular manner around the middle section of the resistance element and - a first auxiliary contact and a second auxiliary contact for tapping a measurement voltage (U1, U2) which drops between a first measurement point and a second measurement point of the resistance element, wherein - the measurement points (29, 31) are located on different sides of the magnetic core, - the middle section is embodied as U-shaped with two limbs (17, 19) and a central section extending between the limbs (17, 19), - the second auxiliary contact extends from the second measurement point located on a side of the magnetic core facing the second main contact, through the magnetic core to the side of the magnetic core facing the first main contact, and - the auxiliary contacts (13,15) are generated by two slots (33, 35) in the resistance element which each extend through a subsection of the central section and a first limb of the middle section to the end of the resistance element in the region of the first main contact. - a resistance element having a first main contact, a second main contact and a middle section extending between the main contacts (7, 9) for conducting an electric current (11,12) between the two main contacts (7,9) through the middle section, - a magnetic core which extends in an annular manner around the middle section of the resistance element and - a first auxiliary contact and a second auxiliary contact for tapping a measurement voltage (U1, U2) which drops between a first measurement point and a second measurement point of the resistance element, wherein - the measurement points (29, 31) are located on different sides of the magnetic core, - the middle section is embodied as U-shaped with two limbs (17, 19) and a central section extending between the limbs (17, 19), - the second auxiliary contact extends from the second measurement point located on a side of the magnetic core facing the second main contact, through the magnetic core to the side of the magnetic core facing the first main contact, and - the auxiliary contacts (13,15) are generated by two slots (33, 35) in the resistance element which each extend through a subsection of the central section and a first limb of the middle section to the end of the resistance element in the region of the first main contact.
A method for the unloading of a workpiece part in parallel with processing time by means of an unloading element, especially a vacuum sucker, wherein the workpiece part is cut from an especially plate-shaped workpiece by means of a laser beam, the desired movement of which on the workpiece at least along a first movement axis is divided into a movement of the workpiece and a movement of the laser beam, and wherein before executing a final cut, which separates the workpiece part from the workpiece, the workpiece is decelerated until standstill and the final cut is then executed only by moving the laser beam, characterized in that (a) the unloading element is lowered in the direction toward the workpiece part at the latest at the end of the executed final cut, without clamping on said workpiece part in the process, and the workpiece together with the cut free workpiece part therein and the unloading element, which is located above the cut free workpiece part, are laterally displaced together into a withdrawal position in which the unloading element is fixed on the cut free workpiece part, or (b) the unloading element is decelerated synchronously with the workpiece until standstill at least along the first movement axis without movement relative to the workpiece and is fixed on the not yet cut free workpiece part at the latest at the standstill of the workpiece. (a) the unloading element is lowered in the direction toward the workpiece part at the latest at the end of the executed final cut, without clamping on said workpiece part in the process, and the workpiece together with the cut free workpiece part therein and the unloading element, which is located above the cut free workpiece part, are laterally displaced together into a withdrawal position in which the unloading element is fixed on the cut free workpiece part, or (b) the unloading element is decelerated synchronously with the workpiece until standstill at least along the first movement axis without movement relative to the workpiece and is fixed on the not yet cut free workpiece part at the latest at the standstill of the workpiece.
Household appliance having a door leaf on which a plurality of retaining plates are fixed and, placed onto the door leaf, a front panel on which are fixed bridging elements in which the retaining plates fastened to the door leaf engage in order to secure the front panel, characterised in that several of the bridging elements are integrated in a strip formed as a single piece and fixed to the front panel.