mhurhangee/ep-ind-claims huggingface dataset:
A bundle of containers of consumer goods, the bundle comprising: a plurality of containers of consumer goods; and a wrapper wrapped around the plurality of containers to form a bundle housing comprising: a bundle front wall; a bundle back wall; a bundle top wall; a bundle bottom wall; a first bundle side wall; and a second bundle side wall; wherein the wrapper comprises a first tearing portion and a second tearing portion, the first tearing portion being discrete from the second tearing portion on the wrapper; wherein the wrapper is wrapped around the plurality of containers such that a first end segment of the first tearing portion overlaps with and is affixed to a first end segment of the second tearing portion to form a tear strip of the bundle, the tear strip extending along the bundle front wall, the first bundle side wall, and the bundle back wall; and wherein the first end segment of the first tearing portion has a generally trapezoidal shape. a plurality of containers of consumer goods; and a wrapper wrapped around the plurality of containers to form a bundle housing comprising: a bundle front wall; a bundle back wall; a bundle top wall; a bundle bottom wall; a first bundle side wall; and a second bundle side wall; wherein the wrapper comprises a first tearing portion and a second tearing portion, the first tearing portion being discrete from the second tearing portion on the wrapper; wherein the wrapper is wrapped around the plurality of containers such that a first end segment of the first tearing portion overlaps with and is affixed to a first end segment of the second tearing portion to form a tear strip of the bundle, the tear strip extending along the bundle front wall, the first bundle side wall, and the bundle back wall; and wherein the first end segment of the first tearing portion has a generally trapezoidal shape.
A plant strengthener in the form of a formulation containing a) at least one tocopherol or a derivative of a tocopherol (component A); b) at least one nonionic emulsifier (component B); and c) at least one water-soluble boron compound (component C). a) at least one tocopherol or a derivative of a tocopherol (component A); b) at least one nonionic emulsifier (component B); and c) at least one water-soluble boron compound (component C).
A compound selected from the group consisting of wherein R is R 1 -C - with R 1 being C 1-12 alkyl or R 2 -O-C - with R 2 being C 1-4 alkyl, benzyl or phenyl; and Y ⊖ is an anion. R is R 1 -C - with R 1 being C 1-12 alkyl or R 2 -O-C - with R 2 being C 1-4 alkyl, benzyl or phenyl; and Y ⊖ is an anion.
Assembly kit for the production of a drain assembly for roof drainage, comprising a drain device and an inlet device, wherein the drain device has a pipe socket and at least one retaining element, which latter is preferably in connection with the pipe socket, and wherein the inlet device comprises a cover part for covering the pipe entrance, said cover part having lateral passages through which water can be fed to the pipe entrance, and two functional parts, wherein each functional part can be arranged beneath the cover part, wherein the first functional part is selectively a build-up functional part that defines a build-up height, and the second functional part is an emergency overflow functional part having an inlet that defines an infeed height, wherein both the build-up functional part and the emergency overflow functional part and the cover part are fastenable to said at least one retaining element, and wherein electively either the build-up functional part or the emergency overflow functional part is inserted in the drain assembly.
A pushbutton switch array comprising a frame which is covered by a transparent film and includes recesses (24, 26, 28, 30, 32) which each have an actuating element (36, 38, 40, 42, 44) accommodated therein for displacement, the actuating elements (36 - 44) being configured to have light-guiding and light-coupling structures, and further comprising a shared light source (52, 54) or few shared light sources (52, 54) which are optically coupled to the light-coupling structures of the actuating elements (36 - 44), characterized in that the actuating elements (36 - 44), for their part, are optically coupled to each other by adjoining light-coupling structures, the light-guiding structures guiding the light coupled into the actuating elements (36 - 44) to the actuating surface adjacent to the film.
Unit load device, with a flat bottom wall, two connecting elements, wherein a fastening region assigned to a first end of the connecting element in each case extends over part of the connecting element, and a fixing element for fixing a transport item which can be transported by means of the unit load device, wherein the fixing element is connected at its first end to the fastening region of the one connecting element and at its second end opposite the first end to the fastening region of the other connecting element, characterized in that at least two seat track guides are provided which are arranged on the bottom wall and are authorized and certified for use onboard aircraft, wherein the connecting elements each have, at a second end arranged opposite the first end, a double stud or triple stud latching device which is configured for latching into the respective seat track guide and is authorized and certified for use onboard aircraft, and at least one seat track guide is configured in such a manner that the double stud or triple stud latching device can be latched into the seat track guide at different, respectively spaced-apart positions along the flat extent of the bottom wall.
A method for generating a high-precision packet train in a packet processing platform that comprises a packet-processing unit and queuing hardware, said queuing hardware being configured to output data at a network bitrate, the method comprising: receiving a packet train context at the packet-processing unit, the packet train context indicating a number of packets to be generated for the packet train and including a packet header designating a traffic-shaping queue in the queuing hardware; receiving configuration information at the queuing hardware, said configuration information establishing a constant inter-packet gap for packets output by the traffic-shaping queue designated by the packet header; receiving a packet at the packet-processing unit, the packet including information identifying the packet train context; injecting the packet with the packet header, using the packet-processing unit, and forwarding the packet, including the packet header, to the queuing hardware for handling by the traffic-shaping queue designated by the packet header; recirculating the packet in the packet-processing unit and forwarding recirculated packets to the queuing hardware until the number of forwarded packets equals the number of packets indicated by the packet train context, wherein said forwarding is performed at a rate sufficient to keep the traffic-shaping queue at least fully subscribed, given the constant inter-packet gap for packets output by the traffic-shaping queue; and outputting the forwarded packets from the traffic-shaping queue, at the network bitrate, such that the output packets are separated by the constant inter-packet gap. receiving a packet train context at the packet-processing unit, the packet train context indicating a number of packets to be generated for the packet train and including a packet header designating a traffic-shaping queue in the queuing hardware; receiving configuration information at the queuing hardware, said configuration information establishing a constant inter-packet gap for packets output by the traffic-shaping queue designated by the packet header; receiving a packet at the packet-processing unit, the packet including information identifying the packet train context; injecting the packet with the packet header, using the packet-processing unit, and forwarding the packet, including the packet header, to the queuing hardware for handling by the traffic-shaping queue designated by the packet header; recirculating the packet in the packet-processing unit and forwarding recirculated packets to the queuing hardware until the number of forwarded packets equals the number of packets indicated by the packet train context, wherein said forwarding is performed at a rate sufficient to keep the traffic-shaping queue at least fully subscribed, given the constant inter-packet gap for packets output by the traffic-shaping queue; and outputting the forwarded packets from the traffic-shaping queue, at the network bitrate, such that the output packets are separated by the constant inter-packet gap.
A method for transmitting light pulses in a long-distance transmission system, characterized - in that an input signal is exposed to a first transmission element with a first dispersion (D 1), as a result of which a transformed signal is generated, - in that furthermore a control signal in the form of a curve of n th degree is generated by a signal generator, - wherein following this the transformed signal is modulated as a function of the control signal, as a result of which a modulated signal with a dispersion of n th degree is generated, - in that following this the modulated signal is exposed to a second transmission element with a second dispersion (D 2), as a result of which an output signal is generated, - in that the second dispersion (D 2) with respect to the first dispersion (D 1) has an opposite sign, - in that a dispersion value of the output signal is adjusted by varying the control signal, wherein the mentioned method sequence is carried out multiple times in succession, wherein the output signal of a method is used as input signal of a subsequent method sequence. - in that an input signal is exposed to a first transmission element with a first dispersion (D 1), as a result of which a transformed signal is generated, - in that furthermore a control signal in the form of a curve of n th degree is generated by a signal generator, - wherein following this the transformed signal is modulated as a function of the control signal, as a result of which a modulated signal with a dispersion of n th degree is generated, - in that following this the modulated signal is exposed to a second transmission element with a second dispersion (D 2), as a result of which an output signal is generated, - in that the second dispersion (D 2) with respect to the first dispersion (D 1) has an opposite sign, - in that a dispersion value of the output signal is adjusted by varying the control signal,
A method for controlling a hybrid vehicle provided with a drive system with an internal combustion engine, a generator configured to be driven by the internal combustion engine, and a battery configured to be charged by power generated by the generator, comprising: setting a target generated power of the generator; calculating (S103-S105) a target engine output of the internal combustion engine in accordance with the target generated power; detecting an air density in an environment in which the vehicle travels; correcting (S402-S404) the target engine output based on the air density that was detected with respect to a decrease in the air density, and causing the power generated by the generator to follow the target generated power, characterized in that execution of an air density correction is permitted or stopped in accordance with an operating state of the drive system, wherein the method further comprises detecting a state of charge of the battery, executing (S402-S404) the air density correction upon determining the state of charge of the battery is low, and stopping the execution of the air density correction upon determining the state of charge of the battery is high. setting a target generated power of the generator; calculating (S103-S105) a target engine output of the internal combustion engine in accordance with the target generated power; detecting an air density in an environment in which the vehicle travels; correcting (S402-S404) the target engine output based on the air density that was detected with respect to a decrease in the air density, and causing the power generated by the generator to follow the target generated power, characterized in that execution of an air density correction is permitted or stopped in accordance with an operating state of the drive system, wherein the method further comprises detecting a state of charge of the battery, executing (S402-S404) the air density correction upon determining the state of charge of the battery is low, and stopping the execution of the air density correction upon determining the state of charge of the battery is high.
Apparatus for demonstrating the whitening effect blue light has on the teeth comprising: i) a transparent/translucent container containing a solution or gel comprising titanium dioxide and a yellow colorant with a wavelength 570nm to 590nm; ii) a light source having a wavelength from 450 nm to 495 nm; iii) means of shining the light source onto the solution or gel. i) a transparent/translucent container containing a solution or gel comprising titanium dioxide and a yellow colorant with a wavelength 570nm to 590nm; ii) a light source having a wavelength from 450 nm to 495 nm; iii) means of shining the light source onto the solution or gel.
Gangway for connecting a first car with a second car and allowing passage of passengers from the first car to the second car, whereby the gangway has a first hoop for attaching the gangway to the first car and a second hoop for attaching the gangway to the second car, and a third hoop and a fourth hoop, both being arranged between the first hoop and the second hoop, the gangway being characterized by a connection element which is arranged between the third hoop and the fourth hoop and elastically connects the third hoop to the fourth hoop and a bellows that is attached to the hoops.
. In vitro glycoengineered erythropoiesis stimulating protein, wherein the average number of poly- N -acetyl lactosamine repeats per erythropoiesis stimulating protein is more than 10, produced by a method comprising the steps of a) providing sialic acid free erythropoiesis stimulating protein, b) treating the erythropoiesis stimulating protein with N-Acetyl-Glucosamin-transferase B3GNT2, c) treating the erythropoiesis stimulating protein with galactosyltransferase, d) treating the erythropoiesis stimulating protein with sialyltransferase. a) providing sialic acid free erythropoiesis stimulating protein, b) treating the erythropoiesis stimulating protein with N-Acetyl-Glucosamin-transferase B3GNT2, c) treating the erythropoiesis stimulating protein with galactosyltransferase, d) treating the erythropoiesis stimulating protein with sialyltransferase.
A computer- implemented method for calibrating a flow meter, including the following steps: - array of error dependencies E pi as a function of flow rate V i is taken for temperature T 1, where i = (1, 2...,n); - values of kinematic viscosity v 1 for temperature T 1 and of kinematic viscosity v 2 for temperature T 2 ≠ T 1 are calculated; - values of flow rate array V Ri are calculated, where V Ri * v 1 = V i * v 2, where i = (1, 2...,n); - a corresponding error E pi is assigned V Ri → E pi to the values of the flow rate calculated in the previous step, obtaining as a result an array of error dependencies E pi as a function of flow rate V Ri for temperature T 2 ≠ T 1, where i = (1,2...,n); - the array of dependencies from the previous step is saved in the memory of the flow meter. - array of error dependencies E pi as a function of flow rate V i is taken for temperature T 1, where i = (1, 2...,n); - values of kinematic viscosity v 1 for temperature T 1 and of kinematic viscosity v 2 for temperature T 2 ≠ T 1 are calculated; - values of flow rate array V Ri are calculated, where V Ri * v 1 = V i * v 2, where i = (1, 2...,n); - a corresponding error E pi is assigned V Ri → E pi to the values of the flow rate calculated in the previous step, obtaining as a result an array of error dependencies E pi as a function of flow rate V Ri for temperature T 2 ≠ T 1, where i = (1,2...,n); - the array of dependencies from the previous step is saved in the memory of the flow meter.
An unpacking method for unpacking a package and taking out content by a robot having two arms, wherein the content is packed with a primary packing material to form a primary package, and the primary package is packed with a secondary packing material to form a secondary package, characterized in that the unpacking method comprises: holding the secondary packing material with the two arms of the robot; taking out the primary package through an incision of the secondary packing material by the own weight of the primary package; carrying the secondary packing material to a predetermined location by rotating the robot; and then, gripping the primary packing material with the two arms of the robot; taking out the content from the primary package by the own weight of the content by lifting up the primary packing material; and- carrying the primary packing material to another predetermined location by rotating the robot. holding the secondary packing material with the two arms of the robot; taking out the primary package through an incision of the secondary packing material by the own weight of the primary package; carrying the secondary packing material to a predetermined location by rotating the robot; and then, gripping the primary packing material with the two arms of the robot; taking out the content from the primary package by the own weight of the content by lifting up the primary packing material; and- carrying the primary packing material to another predetermined location by rotating the robot.
A neurokinin 3 receptor antagonist that is -N-{{3-[1-Benzoyl-3-(3,4-dichlorophenyl)piperidin-3-yl]prop-1-yl}-4-phenylpiperidin-4-yl}-N-methylacetamine or a salt thereof, for use in treating or preventing Post-Traumatic Stress Disorder in a human subject, wherein the neurokinin 3 receptor antagonist is administered within three hours of experiencing a traumatic event.
An erection-free planting case, comprising at least one planting box, wherein each planting box is provided with a box body and a box cover; a light source module is arranged on the box cover; a heat dissipation module is arranged on the box cover; the box body is provided with a connection port; the box cover is provided with a connection portion; the connection portion of the box cover matches the connection port of the box body; and the light source module and the heat dissipation module are arranged in a cavity, the cavity is formed inside each box cover; and the light source module and the heat dissipation module are arranged in the cavity, the light source module comprises a plurality of lamp tubes arranged in the cavity and characterized in that the heat dissipation module comprises heat dissipation passages arranged between the lamp tubes at intervals, heat dissipation fans and heat dissipation fins; heat dissipation passages are respectively connected to the heat dissipation fins and communicate with the outside through heat dissipation passage inlet and outlet in a cavity wall; a coolant flows in the heat dissipation passages; the coolant enters through the inlet into the cavity via the heat dissipation passages, then absorbs heat in the cavity, and is discharged from the outlet.
An image forming apparatus, comprising: a printing means configured to perform print processing on a sheet; a punching means configured to punch the sheet printed by the printing means; a binding means provided with a stacking portion on which a plurality of sheets punched by the punching means are to be stacked, the binding means being configured to perform a bookbinding process so as to form a bound product in which a binding member penetrates punch holes (516, 517) of the plurality of sheets stacked on the stacking portion; a first detecting means configured to detect a first jam of a sheet in the binding means; a second detecting means configured to detect a second jam of a sheet which occurs upstream of the binding means in a conveyance direction of the sheet; and a notification means configured to notify information; the image forming apparatus being characterised in that it further comprises a control means configured to cause the notification means to notify first instruction information for instructing removal of a sheet and the binding member, which are located in the binding means and for which the bookbinding process is incomplete, in a case where the first detecting means has detected the first jam, and cause the notification means to notify second instruction information for instructing removal of the second jam in a case where the second detecting means has detected the second jam and the first detecting means has not detected the first jam. a printing means configured to perform print processing on a sheet; a punching means configured to punch the sheet printed by the printing means; a binding means provided with a stacking portion on which a plurality of sheets punched by the punching means are to be stacked, the binding means being configured to perform a bookbinding process so as to form a bound product in which a binding member penetrates punch holes (516, 517) of the plurality of sheets stacked on the stacking portion; a first detecting means configured to detect a first jam of a sheet in the binding means; a second detecting means configured to detect a second jam of a sheet which occurs upstream of the binding means in a conveyance direction of the sheet; and a notification means configured to notify information; the image forming apparatus being characterised in that it further comprises a control means configured to cause the notification means to notify first instruction information for instructing removal of a sheet and the binding member, which are located in the binding means and for which the bookbinding process is incomplete, in a case where the first detecting means has detected the first jam, and cause the notification means to notify second instruction information for instructing removal of the second jam in a case where the second detecting means has detected the second jam and the first detecting means has not detected the first jam.
A treatment-instrument insertion aid for aiding insertion of a treatment instrument into a body comprising: an outer tube having flexibility and including a plurality of guiding portions that are circumferentially spaced apart from one another on an inner peripheral surface and extend in an axial direction from a distal end side to a proximal end side; a plurality of rail members that have flexibility, extend in an axial direction from the distal end side to the proximal end side and include guided portions to be engaged with the guiding portions respectively; and an inner tube that has flexibility and includes an engaged portion to be engaged with an engaging portion formed between the inner peripheral surface of the outer tube and the adjacent rail members, wherein each of the plurality of rail members is fixed to the outer tube only at one place. an outer tube having flexibility and including a plurality of guiding portions that are circumferentially spaced apart from one another on an inner peripheral surface and extend in an axial direction from a distal end side to a proximal end side; a plurality of rail members that have flexibility, extend in an axial direction from the distal end side to the proximal end side and include guided portions to be engaged with the guiding portions respectively; and an inner tube that has flexibility and includes an engaged portion to be engaged with an engaging portion formed between the inner peripheral surface of the outer tube and the adjacent rail members, wherein each of the plurality of rail members is fixed to the outer tube only at one place.