mhurhangee/ep-ind-claims huggingface dataset:
Method for slicing strand-shaped foodstuffs by means of a slicing machine (10.4) which - has a circular blade for the strand-shaped foodstuff; - has a duct (20.4) for receiving the strand-shaped foodstuff, the longitudinal direction of said duct (20.4) corresponding to the advancing direction of the strand-shaped foodstuff; - wherein the duct (20.4) has a first duct region (22.4) and a second duct region (24.4), said duct regions (22.4, 24.4) being at least partially separated from one another by a slot (26.4); - wherein the longitudinal direction of the duct (20.4) runs so as to be approximately perpendicular to the longitudinal direction of the slicing machine (10.4); - wherein the longitudinal direction of the duct (20.4) is present in an alignment that is horizontal or slightly inclined towards the horizontal; characterized in that - the longitudinal direction of the slicing machine (10.4) corresponds to the front side of the slicing machine (10.4) that faces the user; - the insertion of the strand-shaped foodstuff is performed from the front side of the slicing machine (10.4). - has a circular blade for the strand-shaped foodstuff; - has a duct (20.4) for receiving the strand-shaped foodstuff, the longitudinal direction of said duct (20.4) corresponding to the advancing direction of the strand-shaped foodstuff; - wherein the duct (20.4) has a first duct region (22.4) and a second duct region (24.4), said duct regions (22.4, 24.4) being at least partially separated from one another by a slot (26.4); - wherein the longitudinal direction of the duct (20.4) runs so as to be approximately perpendicular to the longitudinal direction of the slicing machine (10.4); - wherein the longitudinal direction of the duct (20.4) is present in an alignment that is horizontal or slightly inclined towards the horizontal; - the longitudinal direction of the slicing machine (10.4) corresponds to the front side of the slicing machine (10.4) that faces the user; - the insertion of the strand-shaped foodstuff is performed from the front side of the slicing machine (10.4).
A filtration device for extrusion processes, which comprises a material intake channel, which splits into a first intake channel and a second intake channel leading to a first filter chamber and a second filter chamber, said first and second filter chambers (7, 8) being provided in output with a first output channel and a second output channel (16, 17), which in turn merge into a channel that is adapted to convey the material to an extrusion head, characterized in that each one of said first and second filter chambers (7, 8) is provided with a slot (10, 11) for sliding a ribbon (14, 15) made of metal mesh, a pushing system being arranged upstream of said filter chambers (7, 8), said pushing system comprising a plurality of fixed toothed rollers (53, 54, 55, 56) that face a plurality of movable toothed rollers (57, 58, 59, 60), said fixed toothed rollers being adapted to be pushed in contact with said movable toothed rollers by way of the action of springs (70, 71, 72, 73).
A fluorinated aromatic compound represented by the following formula. wherein n is an integer of from 0 to 6, a is an integer of from 0 to 5, b is an integer of from 0 to 4, c is an integer of from 0 to 4, a + c + n is from 2 to 6, a + b is from 2 to 9, Z is a single bond, -O-, -S-, -CO-, -C(CH 3) 2 -, -C(CF 3) 2 -, -SO- or -SO 2 -, Rf 1 is a C 1-8 fluoroalkyl group, each of Y 1 and Y 2 which are independent of each other, is a group represented by the following formula, and F in the aromatic ring represents that hydrogen atoms of the aromatic ring are all substituted by fluorine atoms, wherein s is 0 or 1, and each of R 1, R 2, R 3 and R 4 is a hydrogen atom.
Method for fastening a sensor mounting for a rotational-angle or torque sensor arrangement having sleeves (9, 10) made of plastic for fastening to a shaft (1; 2, 3), characterized in that part-shafts (2, 3) are temporarily and locally heated up to a predetermined temperature in regions (13, 14) that serve for receiving the sleeves (9, 10) of the sensor mounting, which leads to the partial softening of the plastic of the respective sleeve (9, 10) while the respective sleeve (9, 10) is pushed on in the axial direction and in that, after a cooling down of the respective part-shafts (2, 3), the respective sleeve (9, 10) remains bonded with a form fit and force fit on the respective part-shaft (2, 3).
A method of measuring a spectrum of a sample comprising: a step of obtaining an interferogram of a measurement light with an interferometer, and a step of Fourier-transforming the interferogram into a spectrum of a sample, wherein the step of obtaining the interferogram comprises: a step of moving a movable mirror that is comprised in the interferometer at a constant speed, a step of sampling intensity signals (I1, I2,...) of an interference wave of the measurement light at positions (D1, D2,...) of the movable mirror set on the basis of a wavelength λ1 by using a semi-conductor laser of the wavelength λ1 as a position reference laser of the movable mirror, wherein the step of sampling consists of an over-sampling in which the number of intensity signals (I1, 12,...) sampled by using the semi-conductor laser is larger than the number of intensity signals (I1', I2',...) that would have been sampled at fixed positions (D1', D2',...) of the movable mirror where an optical difference of a laser interference signal becomes zero when a He-Ne laser of a wavelength λ0 had been used as the position reference laser of the movable mirror, and wherein the step of obtaining the interferogram further comprises: a step of interpolating the intensity signals (I1', I2',...) based on the over-sampled intensity signals (I1, 12,...) by a computer, wherein the interferogram composed of the intensity signals (I1', I2',...) is obtained, such that the interferogram consists of intensity signals at the same mirror positions as when the interferogram had been obtained by the He-Ne laser of the wavelength λ0 as the position reference laser. a step of obtaining an interferogram of a measurement light with an interferometer, and a step of Fourier-transforming the interferogram into a spectrum of a sample, a step of moving a movable mirror that is comprised in the interferometer at a constant speed, a step of sampling intensity signals (I1, I2,...) of an interference wave of the measurement light at positions (D1, D2,...) of the movable mirror set on the basis of a wavelength λ1 by using a semi-conductor laser of the wavelength λ1 as a position reference laser of the movable mirror, wherein the step of sampling consists of an over-sampling in which the number of intensity signals (I1, 12,...) sampled by using the semi-conductor laser is larger than the number of intensity signals (I1', I2',...) that would have been sampled at fixed positions (D1', D2',...) of the movable mirror where an optical difference of a laser interference signal becomes zero when a He-Ne laser of a wavelength λ0 had been used as the position reference laser of the movable mirror, and a step of interpolating the intensity signals (I1', I2',...) based on the over-sampled intensity signals (I1, 12,...) by a computer, wherein the interferogram composed of the intensity signals (I1', I2',...) is obtained, such that the interferogram consists of intensity signals at the same mirror positions as when the interferogram had been obtained by the He-Ne laser of the wavelength λ0 as the position reference laser.
Back sheet for solar modules which are embedded in transparent EVA (ethylene-vinyl acetate copolymer) crosslinked at a temperature of more than 140° at a back sheet abutting and thereby being connected to the rear side of the EVA, the back sheet consisting of polyolefin in a multilayer design having coextruded directly interconnected layers, a front layer of said layers having a layer thickness of less than 100 μm being filled with pigments or reflective particles in a weight fraction of up to 20%, the layers consisting entirely of or having a mixing proportion of non-crosslinked polypropylene, and the layers lying behind the front layer being filled at least in part with an inorganic stabilising filler having a weight fraction of up to 40% based on the weight of the back sheet, characterised in that the back sheet consists of a multilayer blown film tube which is symmetrically doubled before hardening by means of flat forming and blocking and has a total thickness of over 300 μm.
Method for preserving the synchronism of a Fourier Domain Mode Locked FDML laser, • wherein the FDML laser comprises at least one dispersion-compensated resonator having at least one variable wavelength-selective optical filter, • wherein the laser light circulates in the resonator with a round-trip frequency and the optical filter is repeatedly altered in its wavelength selectivity with a tuning rate, • wherein the FDML laser is synchronized when the tuning rate is an integer multiple of the round-trip frequency, characterized by the steps of: a. outcoupling of at least a portion of the laser light from the resonator; b. detecting at least a portion of the outcoupled laser light with at least one photodetector; c. the method further characterized by the step of counting deflections in the measurement signal of the at least one photodetector during consecutive counting time intervals; wherein on occurrence of an intensity drop the counter is incremented if the occurrence is within a predetermined counting time interval; d. controlling the round-trip frequency or the tuning rate such that ratios of counter values to lengths of the counting time intervals are maintained in a predetermined setpoint interval. • wherein the FDML laser comprises at least one dispersion-compensated resonator having at least one variable wavelength-selective optical filter, • wherein the laser light circulates in the resonator with a round-trip frequency and the optical filter is repeatedly altered in its wavelength selectivity with a tuning rate, • wherein the FDML laser is synchronized when the tuning rate is an integer multiple of the round-trip frequency, characterized by the steps of: a. outcoupling of at least a portion of the laser light from the resonator; b. detecting at least a portion of the outcoupled laser light with at least one photodetector; c. the method further characterized by the step of counting deflections in the measurement signal of the at least one photodetector during consecutive counting time intervals; wherein on occurrence of an intensity drop the counter is incremented if the occurrence is within a predetermined counting time interval; d. controlling the round-trip frequency or the tuning rate such that ratios of counter values to lengths of the counting time intervals are maintained in a predetermined setpoint interval. a. outcoupling of at least a portion of the laser light from the resonator; b. detecting at least a portion of the outcoupled laser light with at least one photodetector; c. the method further characterized by the step of counting deflections in the measurement signal of the at least one photodetector during consecutive counting time intervals; wherein on occurrence of an intensity drop the counter is incremented if the occurrence is within a predetermined counting time interval; d. controlling the round-trip frequency or the tuning rate such that ratios of counter values to lengths of the counting time intervals are maintained in a predetermined setpoint interval.
An apparatus for fastening an insulation panel to a substructure with concurrent heat insulation closure, the apparatus comprising: an expansion element with two opposing ends, wherein the one end is adapted for fixing the expansion element into the substructure; an insulation rotary; and a pressing plate, wherein the pressing plate is connected to the other end of the expansion element and wherein the pressing plate comprises a means for holding the insulation rotary characterized in that the insulation rotary comprises a first outer diameter (d 1,outer) at the side facing the pressing plate and a second outer diameter (d 2,outer) at the side turned away from the pressing plate, wherein the first outer diameter (d 1,outer) is smaller than the outer diameter of the pressing plate and wherein the second outer diameter (d 2,outer) is greater than the outer diameter of the pressing plate and wherein the insulation rotary at the exertion of a tensile force which extends the holding force when driving in the expansion element and concurrently pulling in the pressing plate into the insulation panel detaches from the pressing plate, when the insulation rotary in the transition area of the two outer diameters (d 1,outer, d 2,outer) contacts the edge of the insulation panel. an expansion element with two opposing ends, wherein the one end is adapted for fixing the expansion element into the substructure; an insulation rotary; and a pressing plate, wherein the pressing plate is connected to the other end of the expansion element and wherein the pressing plate comprises a means for holding the insulation rotary characterized in that the insulation rotary comprises a first outer diameter (d 1,outer) at the side facing the pressing plate and a second outer diameter (d 2,outer) at the side turned away from the pressing plate, wherein the first outer diameter (d 1,outer) is smaller than the outer diameter of the pressing plate and wherein the second outer diameter (d 2,outer) is greater than the outer diameter of the pressing plate and wherein the insulation rotary at the exertion of a tensile force which extends the holding force when driving in the expansion element and concurrently pulling in the pressing plate into the insulation panel detaches from the pressing plate, when the insulation rotary in the transition area of the two outer diameters (d 1,outer, d 2,outer) contacts the edge of the insulation panel.
A system for the provision of consumer goods, in particular foodstuffs, comprising: a central picking station which is substantially an automated logistic facility, which composes baskets of goods for end consumers of single units of good; at least one transfer container circulating in the system for receiving the composed goods and for transporting them to the end consumer; and at least one peripheral collection station for accommodating transfer containers and for outputting a particular transfer containers to a correspondingly identified; wherein the transfer container has a cooling device (130, 1301, 1302) for cooling and maintaining cool, respectively, of the goods accommodated in the transfer container, characterized in that ordering of goods is accomplished via internet, and wherein the collection station is mobile and the collection station has a shelf storage for baskets of goods, the shelf storage having a rack feeder, and wherein the transfer container has different areas which are suitable for cold chains of different temperatures. a central picking station which is substantially an automated logistic facility, which composes baskets of goods for end consumers of single units of good; at least one transfer container circulating in the system for receiving the composed goods and for transporting them to the end consumer; and at least one peripheral collection station for accommodating transfer containers and for outputting a particular transfer containers to a correspondingly identified; wherein the transfer container has a cooling device (130, 1301, 1302) for cooling and maintaining cool, respectively, of the goods accommodated in the transfer container, characterized in that ordering of goods is accomplished via internet, and wherein the collection station is mobile and the collection station has a shelf storage for baskets of goods, the shelf storage having a rack feeder, and wherein the transfer container has different areas which are suitable for cold chains of different temperatures.
Use of a mould-release agent combination for the demoulding of plastics, comprising A. at least one amide wax and B. at least one ester wax and C. at least one saponified wax, where amide wax used comprises ethylenebisstearylamide, and ester wax used comprises esters of at least one carboxylic acid from the group of margaric acid, stearic acid, arachidic acid and behenic acid with at least one alcohol from the group of erythritol, pentaerythritol, dipentaerythritol, tripentaerythritol, trimethylolpropane, glycerol, diglycerol, triglycerol, xylitol, mannitol, sorbitol, ethylene glycol, propylene 1,3-glycol, 1,4-butanediol, 2,3-butanediol, 1,5-pentanediol, 1,6-hexanediol, lauryl alcohol, isotridecyl alcohol, myristyl alcohol, palmityl alcohol, stearyl alcohol, isostearyl alcohol, arachidyl alcohol, behenyl alcohol, lignoceryl alcohol, cerotyl alcohol, montanyl alcohol and technical mixtures of these, and saponified wax used comprises calcium stearate, where the plastic is polyamide. A. at least one amide wax and B. at least one ester wax and C. at least one saponified wax,
A machine for preparing liquid food products, in particular via capsules, comprising at least: - a source of a liquid; - a delivery assembly, having a brewing chamber (11a, 11b) configured for receiving a precursor of a liquid food product, in particular a precursor contained in a capsule, and for delivering the food product following upon passage of the liquid through the brewing chamber (11a, 11b); - a pump, for pumping the liquid from the source through the brewing chamber (11a, 11b) of the delivery assembly and thereby causing delivery of the food product; and - a control system, configured for controlling an electric motor of the pump having a rotating shaft, wherein the pump has a pump casing with an inlet and an outlet, and a pumping arrangement designed to be driven by the motor, the machine being characterized in that: - the motor is a bidirectional motor, and the control system comprises means for controlling reversal of the direction of rotation of the motor between a primary direction and a secondary direction; - the pump has a priming system comprising a recirculation valve and a corresponding actuation arrangement (44, 65, 68, 71); and - the actuation arrangement (44, 65, 68, 71) is pre-arranged for causing opening of the recirculation valve following upon rotation of the motor in the secondary direction. - a source of a liquid; - a delivery assembly, having a brewing chamber (11a, 11b) configured for receiving a precursor of a liquid food product, in particular a precursor contained in a capsule, and for delivering the food product following upon passage of the liquid through the brewing chamber (11a, 11b); - a pump, for pumping the liquid from the source through the brewing chamber (11a, 11b) of the delivery assembly and thereby causing delivery of the food product; and - a control system, configured for controlling an electric motor of the pump having a rotating shaft, - the motor is a bidirectional motor, and the control system comprises means for controlling reversal of the direction of rotation of the motor between a primary direction and a secondary direction; - the pump has a priming system comprising a recirculation valve and a corresponding actuation arrangement (44, 65, 68, 71); and - the actuation arrangement (44, 65, 68, 71) is pre-arranged for causing opening of the recirculation valve following upon rotation of the motor in the secondary direction.
A drainage promoter configured to be connected to a filter element, the drainage promoter characterised by: a plurality of fins each configured to be fitted to the filter element so that, in use, they extend at least part way along the element, to compress a drainage layer of the filter element along their lengths and promote drainage of liquid which has collected in the drainage layer; and a support, the fins being coupled to the support and extending, in use, in a direction along the filter element when the drainage promoter is connected to the filter element, the fins being at least partially resiliently deformable so that they can pass over an end cap of the filter element for fitting the fins to the filter element, and the fins comprising a latch feature for engaging the filter element. a plurality of fins each configured to be fitted to the filter element so that, in use, they extend at least part way along the element, to compress a drainage layer of the filter element along their lengths and promote drainage of liquid which has collected in the drainage layer; and a support, the fins being coupled to the support and extending, in use, in a direction along the filter element when the drainage promoter is connected to the filter element, the fins being at least partially resiliently deformable so that they can pass over an end cap of the filter element for fitting the fins to the filter element, and the fins comprising a latch feature for engaging the filter element.
Elastomer composition having a self-sealing property which can be used in particular as puncture-resistant layer in an inflatable article, based on at least, phr meaning parts by weight per 100 parts of solid elastomer: - a blend of at least two solid elastomers, a polybutadiene or butadiene copolymer elastomer, referred to as "elastomer A", and a natural rubber or synthetic polyisoprene elastomer, referred to as "elastomer B", the elastomer A: elastomer B ratio by weight being within a range from 10:90 to 90:10; - between 30 and 90 phr of a hydrocarbon resin; - from 0 to less than 120 phr of filler, including from 0 to less than 30 phr of reinforcing filler. - a blend of at least two solid elastomers, a polybutadiene or butadiene copolymer elastomer, referred to as "elastomer A", and a natural rubber or synthetic polyisoprene elastomer, referred to as "elastomer B", the elastomer A: elastomer B ratio by weight being within a range from 10:90 to 90:10; - between 30 and 90 phr of a hydrocarbon resin; - from 0 to less than 120 phr of filler, including from 0 to less than 30 phr of reinforcing filler.