mhurhangee/ep-ind-claims huggingface dataset:
An auxiliary loading device for loading a stretcher on a loading surface comprising: - a winch which includes: a support frame which rotatably supports a spool; a tow strap wound on the spool and provided with a tow hook that can be attached to the stretcher; and a motor connected to the spool and configured to rotate the spool, in a first rotation direction for winding the tow strap on the spool and in an opposite second rotation direction for unwinding the tow strap from the spool; characterized in the auxiliary loading device further comprising: - a sensor unit connected to the winch and configured to detect a value of a parameter indicative of a tension of a section of the tow strap comprising the tow hook and unwound from the spool; and - an electronic control unit operatively connected to the sensor unit and to the motor of the winch, wherein the electronic control unit is configured to stop the rotation of the spool when operated to rotate in the second direction of rotation if the value of the parameter indicative of the tension detected by the sensor unit is less than or equal to a predetermined reference value thereof. - a winch which includes: a support frame which rotatably supports a spool; a tow strap wound on the spool and provided with a tow hook that can be attached to the stretcher; and a motor connected to the spool and configured to rotate the spool, in a first rotation direction for winding the tow strap on the spool and in an opposite second rotation direction for unwinding the tow strap from the spool; characterized in a support frame which rotatably supports a spool; a tow strap wound on the spool and provided with a tow hook that can be attached to the stretcher; and a motor connected to the spool and configured to rotate the spool, in a first rotation direction for winding the tow strap on the spool and in an opposite second rotation direction for unwinding the tow strap from the spool; characterized in - a sensor unit connected to the winch and configured to detect a value of a parameter indicative of a tension of a section of the tow strap comprising the tow hook and unwound from the spool; and - an electronic control unit operatively connected to the sensor unit and to the motor of the winch, wherein the electronic control unit is configured to stop the rotation of the spool when operated to rotate in the second direction of rotation if the value of the parameter indicative of the tension detected by the sensor unit is less than or equal to a predetermined reference value thereof.
An absorbent article comprising a main body having a liquid-permeable topsheet, a liquid-impermeable backsheet and an absorbent core sandwiched between said topsheet and said backsheet, said main body being arranged along a longitudinal axis and a transversal axis extending in a perpendicular direction in relation to the longitudinal axis, said main body defining a front portion, a back portion and a crotch portion; wherein said article comprises a first wing and a second wing extending outwardly from said crotch portion of the main body in opposite directions in an asymmetric manner with reference to the longitudinal axis, and generally along said transversal axis, said wings (9, 10) being provided with fastening means (11, 12) configured for fastening said wings (9, 10) to a garment when being folded over said main body and towards said longitudinal axis, characterized in that each wing has a first edge section extending generally along a first straight line to an outer edge (14, 15) and a second edge section extending generally along a second straight line to the outer edge (14, 15), wherein the first line defines a first angle (α2) with respect to the longitudinal axis and wherein the second line defines a second angle (α3) with respect to the longitudinal axis, the magnitude of said angles (α2, α3) being chosen so that α2<α3, wherein said second angle (α3) is greater than 90° and wherein said wings (9, 10) are formed with an area (24, 25) between said fastening means (11, 12) and a further edge (21, 23) which constitutes a grip tab, and wherein said area (24, 25) is not covered with any adhesive.
A nozzle for a filter cleaning system, the nozzle comprising: i) a stub portion having an inlet opening and an outlet opening; and, ii) a splitter portion positioned downstream of the stub portion; wherein the splitter portion has deflector surfaces (7a, 7b) arranged to direct the airflow exiting the stub portion outlet in three or more separate airstreams (A B C) each of which airstreams are directed inclined axially outwardly from the axial direction of the airflow exiting the stub portion outlet; characterised in that, the deflector surfaces (7a, 7b) directing each airstream are substantially planar surfaces and the deflector surfaces for each airstream (A B C) define an airstream channel; wherein each airstream channel is of substantially the same shape and configuration as the other separate airstream channels of the nozzle; substantially all the airflow exiting the stub portion being deflected by the splitter portion, into one of the three or more separate airstreams. i) a stub portion having an inlet opening and an outlet opening; and, ii) a splitter portion positioned downstream of the stub portion; wherein the splitter portion has deflector surfaces (7a, 7b) arranged to direct the airflow exiting the stub portion outlet in three or more separate airstreams (A B C) each of which airstreams are directed inclined axially outwardly from the axial direction of the airflow exiting the stub portion outlet;
A method of controlling weft insertion of an air jet loom, the air jet loom comprising a weft insertion nozzle (6, 7, 8) that injects air for weft insertion to transfer a weft yarn in a weft insertion direction, the method comprising the steps of: detecting a characteristic of a weft yarn that is yet to be inserted; and predicting a weft yarn arrival timing (TWp) at which the weft yarn that is inserted in accordance with a specified weft insertion condition arrives at a specified position in the weft insertion direction, on the basis of the characteristic of the weft yarn that is detected in the detecting step; the method being characterized by the steps of when the weft yarn arrival timing (TWp) that is predicted in the predicting step is earlier than an earlier limit (TWf) that corresponds to either a minimum loom crank angle which does not include a distribution area where a weft insertion failure resulting from a yarn break is likely to occur or a loom crank angle which is obtained by adding a safe angle of specified degrees to the minimum loom crank angle, modifying the weft insertion condition so that an actual weft yarn arrival timing is later than the earlier limit (TWf), wherein the earlier limit (TWf) is set to be earlier than a specified reference weft yarn arrival timing (TWr); and performing a weft insertion of the weft yarn by injecting air from the weft insertion nozzle (6, 7, 8) on the basis of the weft insertion condition that is modified in the modifying step. the method comprising the steps of: detecting a characteristic of a weft yarn that is yet to be inserted; and predicting a weft yarn arrival timing (TWp) at which the weft yarn that is inserted in accordance with a specified weft insertion condition arrives at a specified position in the weft insertion direction, on the basis of the characteristic of the weft yarn that is detected in the detecting step; detecting a characteristic of a weft yarn that is yet to be inserted; and predicting a weft yarn arrival timing (TWp) at which the weft yarn that is inserted in accordance with a specified weft insertion condition arrives at a specified position in the weft insertion direction, on the basis of the characteristic of the weft yarn that is detected in the detecting step; the method being characterized by the steps of when the weft yarn arrival timing (TWp) that is predicted in the predicting step is earlier than an earlier limit (TWf) that corresponds to either a minimum loom crank angle which does not include a distribution area where a weft insertion failure resulting from a yarn break is likely to occur or a loom crank angle which is obtained by adding a safe angle of specified degrees to the minimum loom crank angle, modifying the weft insertion condition so that an actual weft yarn arrival timing is later than the earlier limit (TWf), wherein the earlier limit (TWf) is set to be earlier than a specified reference weft yarn arrival timing (TWr); and performing a weft insertion of the weft yarn by injecting air from the weft insertion nozzle (6, 7, 8) on the basis of the weft insertion condition that is modified in the modifying step.
A monitoring method for monitoring the energy requirement of an extrusion installation, having the following steps: - setting a balancing limit, in the balance space of which the extrusion installation is located, - monitoring at least one energy flow into the balance space, - monitoring a feed flow of granules into the extrusion installation, - determining the relationship between the at least one energy flow and the feed flow, wherein at least one of the following energy flows is monitored: - cooling water - cooling air - electric current, wherein the determined relationship between the at least one energy flow and the feed flow with respect to the formula used in the extrusion installation is stored in a data base, wherein a comparison of the determined relationship between the at least one energy flow and the feed flow and a stored relationship for the formula currently used in the extrusion installation is performed. - setting a balancing limit, in the balance space of which the extrusion installation is located, - monitoring at least one energy flow into the balance space, - monitoring a feed flow of granules into the extrusion installation, - monitoring at least one energy flow into the balance space, - monitoring a feed flow of granules into the extrusion installation, - determining the relationship between the at least one energy flow and the feed flow, wherein at least one of the following energy flows is monitored: - cooling water - cooling air - electric current, wherein the determined relationship between the at least one energy flow and the feed flow with respect to the formula used in the extrusion installation is stored in a data base, wherein a comparison of the determined relationship between the at least one energy flow and the feed flow and a stored relationship for the formula currently used in the extrusion installation is performed. - cooling water - cooling air - electric current,
Device for lift-up opening of a door of a kitchen, bathroom, living area furniture item, or of any furniture item in general, comprising a container that can be attached to the frame of the furniture item, in particular to one of its sides, containing in its interior a mechanism that acts, by means of an arm, articulated to the container around a fulcrum pin, directly or indirectly on the door, wherein said arm carries an eccentric pin that is capable of engaging with a cam profile of a plate slidably housed in the container, under the action of at least one spring acting between said container and said plate in a direction opposite to said cam profile, said cam profile and the action of said at least one spring balancing the weight of the door in each position during opening and closure, characterised in that said eccentric pin is housed in an opening with curved profile that is formed in the container.
A method of controlling memory accesses for a data stream between selected ports of a plurality of ports (112, 114, 116, 118) coupled to a memory, the method characterised by: - selecting a pool of ports including a first port and a second port through which data is to be streamed; - allocating a portion of the memory to the pool of ports, wherein the first port is configured for write access to the allocated memory and the second port is configured for read access to the allocated memory; and - controlling, in dependence on a first state indicative of at least the occurrence of a write access using the first port and a second state indicative of at least the occurrence of a read access using the second port, at least one of a further write access using the first port and a further read access using the second port. - selecting a pool of ports including a first port and a second port through which data is to be streamed; - allocating a portion of the memory to the pool of ports, wherein the first port is configured for write access to the allocated memory and the second port is configured for read access to the allocated memory; and - controlling, in dependence on a first state indicative of at least the occurrence of a write access using the first port and a second state indicative of at least the occurrence of a read access using the second port, at least one of a further write access using the first port and a further read access using the second port.
A method for manufacturing a tubular, sheet metal heat-insulating element, said element consisting of a blank of roll-bent sheet, two opposing longitudinal edges (18, 19) of which are joined together along a longitudinal connecting line, said element comprising a peripheral relief (11, 14, 15, 16) formed on the sheet solely in the vicinity of at least one axial end of the element, consisting of an edge (12, 13) of the blank orthogonal to the longitudinal edges, on the periphery of the element, said relief affecting the sheet over its entire thickness, characterised in that said relief is formed during travel on the edge (12, 13) of the sheet metal blank held flat and caused to travel between two forming rolls (62a, 62b) in a direction parallel to said edge, roll-bending of the blank comprising said relief then being performed by a bending roll cooperating with one of the forming rolls to roll-bend the blank in a single pass as it exits the gap between the forming rolls, immediately after forming the relief during travel of the blank.
A placental membrane preparation comprising a demineralized bone powder and a placental membrane sheet wherein the placental membrane sheet is folded to form an implantable unit; wherein the implantable unit has an exterior surface including an upper side and a lower side, at least about 90% of the exterior surface of the implantable unit presenting an exposed placental epithelial monolayer.
A process for producing a terephthalic acid/diol mixture, said process comprising vaporizing a decolorized terephthalic acid solution comprising terephthalic acid with a diol in an esterification reactor zone to remove a portion of water to form said terephthalic acid/diol mixture; wherein said terephthalic acid and diol subsequently reacts in said esterification zone to form a hydroxyalkyl ester stream.
A test method comprising: acquiring a plurality of value sets (Ci), each value set comprising values of a physical quantity or of logic signals, linked to the activity of a circuit to be tested when the circuit executes an operation (OPRK) of an operation set of distinct cryptographic operations applied to a same data to be discovered, for each value set, counting by a processing unit occurrence numbers of values transformed by a first surjective function applied to values (ECi) of the value set, to form an occurrence number set for the value set, for each operation of the operation set, and each of the possible values (g) of a part of the data to be discovered, computing by the processing unit a partial operation result, computing by the processing unit cumulative occurrence number sets, each cumulative occurrence number set being obtained by adding the occurrence number sets corresponding to the operations of the operation set, which when applied to a same value or equivalent value of the possible values of the part of the data to be discovered, provide a partial operation result having a same transformed value resulting from the application of a second surjective function, and analyzing by the processing unit the cumulative occurrence number sets to determine the part of the data to be discovered, knowing that if the data to be discovered has leaked into the value sets, it is found in the cumulative occurrence number sets corresponding to the value of the part of the data to be discovered. acquiring a plurality of value sets (Ci), each value set comprising values of a physical quantity or of logic signals, linked to the activity of a circuit to be tested when the circuit executes an operation (OPRK) of an operation set of distinct cryptographic operations applied to a same data to be discovered, for each value set, counting by a processing unit occurrence numbers of values transformed by a first surjective function applied to values (ECi) of the value set, to form an occurrence number set for the value set, for each operation of the operation set, and each of the possible values (g) of a part of the data to be discovered, computing by the processing unit a partial operation result, computing by the processing unit cumulative occurrence number sets, each cumulative occurrence number set being obtained by adding the occurrence number sets corresponding to the operations of the operation set, which when applied to a same value or equivalent value of the possible values of the part of the data to be discovered, provide a partial operation result having a same transformed value resulting from the application of a second surjective function, and analyzing by the processing unit the cumulative occurrence number sets to determine the part of the data to be discovered, knowing that if the data to be discovered has leaked into the value sets, it is found in the cumulative occurrence number sets corresponding to the value of the part of the data to be discovered.
A toner comprising toner particles including a binder resin, a colorant, and a wax, the toner being characterized in that, in a thermally stimulated current spectrum, which is measured according to the description with a thermally stimulated current measurement apparatus, the difference T0 - T1 is 7.5°C or more and 30.0°C or less, and the difference T2 - T0 is more than 0°C and 15.0°C or less, where T0 (°C) is the temperature at MP which is a minimum value appearing on the highest temperature side among minimum values at a current value in a range of -1.0 × 10 -13 A to -1.0 × 10 -14 A, T1 (°C) is the temperature at which the current value is a quarter of MP and which is closest to T0 on the low temperature side, and T2 (°C) is the temperature at which the current value is a quarter of MP and which is closest to T0 on the high temperature side.
Shaft connection having a first shaft, which has a first shaft flange at one end, a second shaft, which has a second shaft flange at an end facing the first shaft flange, and a flexible coupling arranged between the shaft flanges (24, 26), with which the shaft flanges (24, 26) are firmly connected, wherein the flexible coupling comprises a plurality of pipes (2, 3, 4, 5, 6, 7) extending in an axial direction (x) which are arranged around a coupling centre axis running in an axial direction (x) at a distance from one another, at least one thread package (10, 11) by means of which the pipes are coupled to one another and at least one elastomer body surrounding the pipe on the circumference in which the at least one thread package (10, 11) is embedded, wherein at least one or each of the pipes has two pipe sections following one after the other in the axial direction (x), one of which forms a main section and another an end section formed integrally with this, which has a larger inner diameter than the main section, the end face of which facing the end section forms an annular contact surface aligned transverse to the axial direction (x), wherein, by means of the contact surface of the at least one or each pipe together with an inner circumferential surface of the end section of the at least one or the respective pipe, a or in each case a recess space lying within the elastomer body is defined, characterised in that at least one of the shaft flanges (24, 25) has at least one axial flange projection which engages in the at least one recess space or in at least one of the recess spaces.
A method of controlling resistivity of a single crystal silicon ingot grown by the Czochralski method, the method comprising: contacting a silicon seed crystal with a silicon melt, wherein the silicon melt is contained within a crucible and comprises molten silicon; withdrawing the silicon seed crystal from the silicon melt to form a sample rod comprising single crystal silicon, the sample rod having a generally cylindrical main body and comprising a central axis; a circumferential edge; and a relatively constant diameter; slicing a slab from the sample rod, the slab comprising a longitudinal plane encompassing at least a portion of the central axis of the sample rod and having a thickness; annealing the slab to annihilate thermal donors, wherein the slab is annealed at a temperature of at least 500°C for no more than 60 minutes; lapping the slab; irradiating the slab with infrared light having a wavelength between about 0.75 micrometers and about 1000 micrometers, at an intensity sufficient to increase the temperature of the slab to a temperature of at least 50°C, and then irradiating the slab at the temperature of at least 50°C for at least 10 minutes; and measuring a resistivity of the slab after the slab temperature has declined to less than 30°C. contacting a silicon seed crystal with a silicon melt, wherein the silicon melt is contained within a crucible and comprises molten silicon; withdrawing the silicon seed crystal from the silicon melt to form a sample rod comprising single crystal silicon, the sample rod having a generally cylindrical main body and comprising a central axis; a circumferential edge; and a relatively constant diameter; slicing a slab from the sample rod, the slab comprising a longitudinal plane encompassing at least a portion of the central axis of the sample rod and having a thickness; annealing the slab to annihilate thermal donors, wherein the slab is annealed at a temperature of at least 500°C for no more than 60 minutes; lapping the slab; irradiating the slab with infrared light having a wavelength between about 0.75 micrometers and about 1000 micrometers, at an intensity sufficient to increase the temperature of the slab to a temperature of at least 50°C, and then irradiating the slab at the temperature of at least 50°C for at least 10 minutes; and measuring a resistivity of the slab after the slab temperature has declined to less than 30°C.