mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for removing a film of a package of objects having a shape elongated along a longitudinal axis, comprising: - a first and a second roller (5 and 6) defining a first pair of rollers, for longitudinally supporting the package in a station for the removal of the film and connected to a first motor drive serving to rotate them around said axes; - a third and a fourth roller (10 and 11) defining a second pair of rollers, movable between a raised position of non-interference with the package disposed in the removal station and a lowered position, in which they bear down upon the package, pressing it against said first and second roller; - means for tearing the film of the package disposed in the removal station so as to allow the removal thereof by the first pair of rollers, characterised in that the means for tearing the film comprise a second motor drive, which is connected to the second pair of rollers and rotates them around their longitudinal axes, in such a way as to stretch portions (13 and 14) of the film disposed between the surfaces in contact with said first and second pair (7 and 12) of rollers, thereby causing them to tear, the pairs of rollers and respective motor drives constitute means for tearing the film of the package by virtue of the mechanical stretching to which the film is subjected. - a first and a second roller (5 and 6) defining a first pair of rollers, for longitudinally supporting the package in a station for the removal of the film and connected to a first motor drive serving to rotate them around said axes; - a third and a fourth roller (10 and 11) defining a second pair of rollers, movable between a raised position of non-interference with the package disposed in the removal station and a lowered position, in which they bear down upon the package, pressing it against said first and second roller; - means for tearing the film of the package disposed in the removal station so as to allow the removal thereof by the first pair of rollers, characterised in that the means for tearing the film comprise a second motor drive, which is connected to the second pair of rollers and rotates them around their longitudinal axes, in such a way as to stretch portions (13 and 14) of the film disposed between the surfaces in contact with said first and second pair (7 and 12) of rollers, thereby causing them to tear, the pairs of rollers and respective motor drives constitute means for tearing the film of the package by virtue of the mechanical stretching to which the film is subjected.
A test and measurement instrument, comprising: an input terminal to receive a radio frequency signal under test; an analog-to-digital converter ADC to digitize the RF signal; a digital downconverter to produce I (in-phase) and Q (quadrature) baseband component information from the digitized RF signal; the test and measurement instrument is characterised by: a power detector to determine a power level using the I and Q baseband component information; and one or more demodulators (320, 325) to produce IQ-based time-domain traces when the power level determined by the power detector exceeds a predefined power threshold. an input terminal to receive a radio frequency signal under test; an analog-to-digital converter ADC to digitize the RF signal; a digital downconverter to produce I (in-phase) and Q (quadrature) baseband component information from the digitized RF signal; the test and measurement instrument is characterised by: a power detector to determine a power level using the I and Q baseband component information; and one or more demodulators (320, 325) to produce IQ-based time-domain traces when the power level determined by the power detector exceeds a predefined power threshold. a power detector to determine a power level using the I and Q baseband component information; and one or more demodulators (320, 325) to produce IQ-based time-domain traces when the power level determined by the power detector exceeds a predefined power threshold.
Installation device for use in an elevator shaft, comprising - a carrier which extends in a carrier direction, which carrier has a first carrier end and a second carrier end, - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft, - the support element being designed and arranged such that, in an installation position of the installation device, the carrier can be supported via the support element in the region of a door opening (12, 14, 16, 18, 20) of the elevator shaft, - the second carrier end being designed such that, in the installation position of the installation device, the carrier can be at least indirectly supported via the second carrier end on a shaft wall which is opposite the mentioned door opening (12, 14, 16, 18, 20) of the elevator shaft, - the receiving device for receiving the displacement device being designed and being arranged on the installation device in the installation position of the installation device such that a displacement device which is received by the receiving device is supported from above on a support surface of the receiving device in the installation position of the installation device, characterized in that the receiving device is supported on the carrier via an adjustable support device such that an angle (α) between a support plane, in which the support surface of the receiving device extends, and the carrier direction of the carrier can be changed. - a carrier which extends in a carrier direction, which carrier has a first carrier end and a second carrier end, - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft, - the support element being designed and arranged such that, in an installation position of the installation device, the carrier can be supported via the support element in the region of a door opening (12, 14, 16, 18, 20) of the elevator shaft, - the second carrier end being designed such that, in the installation position of the installation device, the carrier can be at least indirectly supported via the second carrier end on a shaft wall which is opposite the mentioned door opening (12, 14, 16, 18, 20) of the elevator shaft, - the receiving device for receiving the displacement device being designed and being arranged on the installation device in the installation position of the installation device such that a displacement device which is received by the receiving device is supported from above on a support surface of the receiving device in the installation position of the installation device,
Tube system for medical use - having a tube with at least one tube lumen (3 F), - having a guide wire which is inserted in the at least one tube lumen (3 F) at least in a tube portion, - having an adhesive layer between an outer wall of the inserted guide wire and an inner wall of the guide wire tube lumen (3 F), characterized - in that the adhesive layer is embodied such that it ensures prevention of rotation of the guide wire relative to the tube, and - in that the adhesive layer completely covers the guide wire. - having a tube with at least one tube lumen (3 F), - having a guide wire which is inserted in the at least one tube lumen (3 F) at least in a tube portion, - having an adhesive layer between an outer wall of the inserted guide wire and an inner wall of the guide wire tube lumen (3 F), characterized - in that the adhesive layer is embodied such that it ensures prevention of rotation of the guide wire relative to the tube, and - in that the adhesive layer completely covers the guide wire.
A time-to-digital conversion process for determining a digital information item corresponding to the fractional part (b) of the number of periods of a first signal (S out) contained within a period of a second signal (S ref), wherein it comprises the following steps: /1/ delaying the second signal (S ref) by a first duration (τ 1), /2/ delaying the first signal (S out) by a second duration (τ 2), with first duration (τ 1) being greater than second duration (τ 2), /3/ determining a first digital information item comprising binary values indicating values of the delayed first signal after each rising edge among rising edges detected in the delayed second signal, characterized in that the process further comprises: /4/ repeating steps /1/, /2/, /3/ at least once with first duration (τ 1) being less than second duration (τ 2) to determine a second digital information item comprising binary values indicating values of the delayed first signal after each rising edge among rising edges detected in the delayed second signal; /5/ calculating the digital information item corresponding to the fractional part (b) as a function of the first and second digital information items. /1/ delaying the second signal (S ref) by a first duration (τ 1), /2/ delaying the first signal (S out) by a second duration (τ 2), with first duration (τ 1) being greater than second duration (τ 2), /3/ determining a first digital information item comprising binary values indicating values of the delayed first signal after each rising edge among rising edges detected in the delayed second signal, characterized in that the process further comprises: /4/ repeating steps /1/, /2/, /3/ at least once with first duration (τ 1) being less than second duration (τ 2) to determine a second digital information item comprising binary values indicating values of the delayed first signal after each rising edge among rising edges detected in the delayed second signal; /5/ calculating the digital information item corresponding to the fractional part (b) as a function of the first and second digital information items.
Battery for a motor vehicle, having a battery housing in which at least one cell group comprising a plurality of electrochemical cells is accommodated, the cells of a cell group being held on a respective cell carrier, a plate-shaped cover part of the cell carrier comprising a coolant conduit for cooling the cells of the cell group, characterised in that at least one fan for circulating air within the battery housing is arranged inside the battery housing which is closed off in airtight manner.
A computer-readable medium having stored thereon an executable module component that directs a mobile electronic device to perform a protocol wherein: a geographic location of the mobile electronic device is determined and compared with a database of authorized locations representing at least one geofence within which the mobile electronic device is permitted to operate; if the geographic location is within the at least one geofence, an amount of time that has passed since the mobile electronic device was last in the geographic location is determined and if the amount of time is less than a predetermined amount, use of the mobile electronic device is permitted; if the geographic location is not within the at least one geofence or if the amount of time is more than the predetermined amount, a user of the mobile electronic device is prompted to enter an authorization code; if the geographic location is not within the at least one geofence and the authorization code is correctly entered by the user, the at least one geofence is expanded to include the geographic location; and if the geographic location is within the at least one geofence and the authorization code is correctly entered by the user, use of the mobile electronic device is permitted; and the at least one geofence is not expanded to include the geographic location and use of the mobile electronic device is not permitted if the authorization code is incorrectly entered by the user. a geographic location of the mobile electronic device is determined and compared with a database of authorized locations representing at least one geofence within which the mobile electronic device is permitted to operate; if the geographic location is within the at least one geofence, an amount of time that has passed since the mobile electronic device was last in the geographic location is determined and if the amount of time is less than a predetermined amount, use of the mobile electronic device is permitted; if the geographic location is not within the at least one geofence or if the amount of time is more than the predetermined amount, a user of the mobile electronic device is prompted to enter an authorization code; if the geographic location is not within the at least one geofence and the authorization code is correctly entered by the user, the at least one geofence is expanded to include the geographic location; and if the geographic location is within the at least one geofence and the authorization code is correctly entered by the user, use of the mobile electronic device is permitted; and the at least one geofence is not expanded to include the geographic location and use of the mobile electronic device is not permitted if the authorization code is incorrectly entered by the user.
A die casting machine comprising at least one receiving frame for energy modules (4A, 4B, 4C, 4D, 4E, 4F), said receiving frame having: - Fastening means (5A, 5A') for fastening the receiving frame to the die casting machine, - 1 to 3 rows 5H, 5H', 5H'' for receiving energy modules (4A, 4B, 4C, 4D, 4E, 4F), each row 5H, 5H', 5H" comprising two profile pieces (5B, 5B', 5B", 5B"') which, preferably at their ends, are connected to each other by a connecting piece (5C, 5C', 5C'', 5C''', 5C'''', 5C''''') or an energy module, under formation of a quadrangular, preferably rectangular, inner space, the rows (5H, 5H', 5H'') having means for arranging energy modules (4A, 4B, 4C, 4D, 4E, 4F) in their internal space and, if there are several rows (5H, 5H', 5H''), being connected to one another, and, wherein the fastening means (5A, 5A') for fastening the receiving frame to the die casting machine are arranged on a profile piece forming an outer surface of the receiving frame, and the receiving frame is fastened to the die casting machine via the fastening means (5A, 5A'), preferably under formation of an intermediate space between the die casting machine and the row adjacent to the die casting machine. - Fastening means (5A, 5A') for fastening the receiving frame to the die casting machine, - 1 to 3 rows 5H, 5H', 5H'' for receiving energy modules (4A, 4B, 4C, 4D, 4E, 4F), each row 5H, 5H', 5H" comprising two profile pieces (5B, 5B', 5B", 5B"') which, preferably at their ends, are connected to each other by a connecting piece (5C, 5C', 5C'', 5C''', 5C'''', 5C''''') or an energy module, under formation of a quadrangular, preferably rectangular, inner space,
A system comprising: a baler configured to produce a bale having a predetermined dimension; a mass sensor configured to measure a total mass of the bale; a bale-dimension sensor configured to measure a dimension of the bale; a moisture sensor configured to measure a moisture content of the bale; and a controller configured to: calculate an actual dry matter mass (DMMass) of the bale; characterized in that the controller is further configured to compare a desired dry matter mass (DeDMMass) to the actual dry matter mass (DMMass) of the bale; and adjust the predetermined dimension based at least in part on the comparison of the desired dry matter mass (DeDMMass) to the actual dry matter mass (DMMass) of the bale. a baler configured to produce a bale having a predetermined dimension; a mass sensor configured to measure a total mass of the bale; a bale-dimension sensor configured to measure a dimension of the bale; a moisture sensor configured to measure a moisture content of the bale; and a controller configured to: calculate an actual dry matter mass (DMMass) of the bale; characterized in that the controller is further configured to compare a desired dry matter mass (DeDMMass) to the actual dry matter mass (DMMass) of the bale; and adjust the predetermined dimension based at least in part on the comparison of the desired dry matter mass (DeDMMass) to the actual dry matter mass (DMMass) of the bale. calculate an actual dry matter mass (DMMass) of the bale; characterized in that the controller is further configured to compare a desired dry matter mass (DeDMMass) to the actual dry matter mass (DMMass) of the bale; and adjust the predetermined dimension based at least in part on the comparison of the desired dry matter mass (DeDMMass) to the actual dry matter mass (DMMass) of the bale.
A delivery system for delivering an ocular implant into an eye, the delivery system comprising: a proximal handle portion; a distal delivery portion coupled to a distal end of the handle portion and configured to releasably hold an ocular implant, the ocular implant being an elongate element having one or more internal lumens, the delivery portion comprising a sheath positioned axially over a guidewire, wherein the guidewire includes at least one retention feature along a length of the guidewire which assists in retaining the ocular implant along the length of the guidewire, and wherein the at least one retention feature includes a sinusoidal configuration along a length of the guidewire, the sinusoidal configuration comprising at least one curved region that is configured to provide an interference fit between the guidewire and an inner lumen of the ocular implant; and an actuator coupled to a mechanism that releases the ocular implant from the delivery portion upon actuation of the actuator; and the ocular implant. a proximal handle portion; a distal delivery portion coupled to a distal end of the handle portion and configured to releasably hold an ocular implant, the ocular implant being an elongate element having one or more internal lumens, the delivery portion comprising a sheath positioned axially over a guidewire, wherein the guidewire includes at least one retention feature along a length of the guidewire which assists in retaining the ocular implant along the length of the guidewire, and wherein the at least one retention feature includes a sinusoidal configuration along a length of the guidewire, the sinusoidal configuration comprising at least one curved region that is configured to provide an interference fit between the guidewire and an inner lumen of the ocular implant; and an actuator coupled to a mechanism that releases the ocular implant from the delivery portion upon actuation of the actuator; and the ocular implant.
A sensor for measuring at least one physical or chemical parameter of a cartridge filled with a liquid substance, the sensor comprising: - a planar flexible foil having a first section (13, 23) and having a second section (15, 25) separated from the first section (13, 23), - at least one measurement electrode (32, 34) located on the flexible foil, - wherein the flexible foil is wrappable into a wrapped configuration in which the foil forms at least a first wrap (22, 24, 26) with an inner diameter that is equal to or larger than an outer diameter of the cartridge, wherein in the wrapped configuration the first section (13, 23) and the second section (15; 25) at least partially overlap, characterized by - at least one fastener (33, 36) located in the first section (13, 23) and configured to attach to the second section (15, 25) for keeping the flexible foil in the wrapped configuration and for forming a stable and self-supporting tubular sheath configured to receive the tubular-shaped cartridge along a longitudinal direction. - a planar flexible foil having a first section (13, 23) and having a second section (15, 25) separated from the first section (13, 23), - at least one measurement electrode (32, 34) located on the flexible foil, - wherein the flexible foil is wrappable into a wrapped configuration in which the foil forms at least a first wrap (22, 24, 26) with an inner diameter that is equal to or larger than an outer diameter of the cartridge, wherein in the wrapped configuration the first section (13, 23) and the second section (15; 25) at least partially overlap, characterized by - at least one fastener (33, 36) located in the first section (13, 23) and configured to attach to the second section (15, 25) for keeping the flexible foil in the wrapped configuration and for forming a stable and self-supporting tubular sheath configured to receive the tubular-shaped cartridge along a longitudinal direction.
Method for controlling the starting of an internal combustion heat engine, this method comprising: - the control of assisted starting of the heat engine, wherein an electric motor rotates the shaft of the heat engine, and in alternation, - the control of independent starting of the heat engine, wherein only the residual rotation of the shaft of the engine, maintained in rotation by the inertia of said shaft since the last stoppage of the engine, is used, - characterised in that the method comprises: - the prediction of the number of top dead centres remaining before reaching a zero engine speed, and - the choice between controlling the assisted or independent starting according to this predicted number of centres. - the control of assisted starting of the heat engine, wherein an electric motor rotates the shaft of the heat engine, and in alternation, - the control of independent starting of the heat engine, wherein only the residual rotation of the shaft of the engine, maintained in rotation by the inertia of said shaft since the last stoppage of the engine, is used, - characterised in that the method comprises: - the prediction of the number of top dead centres remaining before reaching a zero engine speed, and - the choice between controlling the assisted or independent starting according to this predicted number of centres. - the prediction of the number of top dead centres remaining before reaching a zero engine speed, and - the choice between controlling the assisted or independent starting according to this predicted number of centres.
A method to reduce the growth of thermophilic germs in heat exchangers of dairy processing plants, in which non-degassed skimmed milk, which had not been processed at high-temperature for inactivating thermophilic germs, is degassed in a temperature range of below 63 °C and becomes a degassed skimmed milk (M*) through this, wherein as the case may be, the degassed skimmed milk (M*) is cooled down to a storage temperature after its degassing and is stored at this temperature, and wherein in an additional treatment process, the degassed skimmed milk (M*) experiences a thermal treatment in a recuperative heat exchanger, the thermal treatment taking place above 63° C.
A cap comprising: (i) A cap body capable of being connected to a container, said cap body comprising an outlet opening therein; (ii) A lid for coupling with said cap body; (iii) A disposable sealing means sealing said outlet opening; and (iv) A locking means disposed on said cap body and said lid to lock said lid onto said cap body; characterized in that said locking means comprises: (v) A panel connected to said lid on at least a portion of the perimeter thereof; (vi) At least one protrusion extending from a portion of said panel towards the inside of said lid for coupling with a slot provided in a portion of the perimeter of said cap body; and (vii) An elastically deformable material part, selected from the group consisting of a thermoplastic elastomer, silicone and mixtures thereof, connecting said panel to said lid. (i) A cap body capable of being connected to a container, said cap body comprising an outlet opening therein; (ii) A lid for coupling with said cap body; (iii) A disposable sealing means sealing said outlet opening; and (iv) A locking means disposed on said cap body and said lid to lock said lid onto said cap body; (v) A panel connected to said lid on at least a portion of the perimeter thereof; (vi) At least one protrusion extending from a portion of said panel towards the inside of said lid for coupling with a slot provided in a portion of the perimeter of said cap body; and (vii) An elastically deformable material part, selected from the group consisting of a thermoplastic elastomer, silicone and mixtures thereof, connecting said panel to said lid.