mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a tube of polymeric material, comprising the steps of: providing a web of polymeric material comprising a lamination of a support layer and a sealant layer having differing heat-sealing characteristics; folding said web of polymeric material to position said support layer at an inside surface thereof to form a folded web; forming a bond substantially along the length of said folded web spaced from and parallel to a folded edge of said web to form said tube of polymeric material with said sealant layer on an exterior of said tube and said support layer on an interior of said tube; and cutting said tube of polymeric material into individual sleeves; wherein said step of forming a bond includes heat-bonding; characterized in that said heat-bonding comprises bonding said sealant layer to itself, without heat-sealing of said support layer to itself, by performing said cutting step by applying a heated knife to said folded we to thereby substantially simultaneously cut and heat-seal said folded web to form said tube, including applying heat to said folded web so that said sealant layer seals to itself to provide a bond for said tube. providing a web of polymeric material comprising a lamination of a support layer and a sealant layer having differing heat-sealing characteristics; folding said web of polymeric material to position said support layer at an inside surface thereof to form a folded web; forming a bond substantially along the length of said folded web spaced from and parallel to a folded edge of said web to form said tube of polymeric material with said sealant layer on an exterior of said tube and said support layer on an interior of said tube; and cutting said tube of polymeric material into individual sleeves; wherein said step of forming a bond includes heat-bonding; characterized in that said heat-bonding comprises bonding said sealant layer to itself, without heat-sealing of said support layer to itself, by performing said cutting step by applying a heated knife to said folded we to thereby substantially simultaneously cut and heat-seal said folded web to form said tube, including applying heat to said folded web so that said sealant layer seals to itself to provide a bond for said tube.
Method which is intended for applying labels to blanks, material webs or partially completed packs - products - during the production of cigarette packs or packs for other tobacco products and in which a carrier strip with labels arranged thereon is conveyed to a pull-off station, which comprises a pull-off means, in particular a pull-off edge, and at which the labels are separated cyclically one after the other by each being pulled off from the carrier strip and each being transferred to an associated product and applied thereto, characterized in that it is automatically established, on a continuous or periodically recurring basis, whether the carrier strip, a label still located on the carrier strip or a label already applied to a product deviates from a target position in a direction perpendicular to the label pull-off direction, and in that, in the event of such deviation being ascertained, the carrier strip is automatically moved in a direction perpendicular to the label pull-off direction, to be precise such that the deviation is counteracted, wherein, in order for the deviation to be counteracted, the carrier strip is moved by virtue of a reel, from which the carrier strip is pulled off, and at least one guide means, along which the carrier strip is guided, being displaced, the carrier strip being carried along therewith.
An arrangement for handover warning in a vehicle having autonomous driving capabilities and a vehicle controller arranged to control unmanned autonomous travel, comprising: monitoring means, arranged to monitor if there is a need to transition from unmanned autonomous travel to manual control of the vehicle; a detecting arrangement, arranged to monitor a vehicle driver and evaluate the vehicle driver's readiness to assume the act of driving the vehicle; characterized in that it further comprises: a warning arrangement, arranged to provide warning information when driver-handover is requested by the monitoring means, which warning arrangement is further arranged to adapt warning information timing in respect to the evaluated vehicle driver's readiness to assume the act of driving the vehicle; a warning output system, arranged to output the time adapted warning information to a vehicle passenger compartment. monitoring means, arranged to monitor if there is a need to transition from unmanned autonomous travel to manual control of the vehicle; a detecting arrangement, arranged to monitor a vehicle driver and evaluate the vehicle driver's readiness to assume the act of driving the vehicle; characterized in that it further comprises: a warning arrangement, arranged to provide warning information when driver-handover is requested by the monitoring means, which warning arrangement is further arranged to adapt warning information timing in respect to the evaluated vehicle driver's readiness to assume the act of driving the vehicle; a warning output system, arranged to output the time adapted warning information to a vehicle passenger compartment. a warning arrangement, arranged to provide warning information when driver-handover is requested by the monitoring means, which warning arrangement is further arranged to adapt warning information timing in respect to the evaluated vehicle driver's readiness to assume the act of driving the vehicle; a warning output system, arranged to output the time adapted warning information to a vehicle passenger compartment.
A hydraulic lash adjuster for use with a valve train component comprising a first body that defines a first bore; the HLA comprising: a second body that defines a second bore; and a plunger; wherein, in use, a first end of the plunger is mounted within the first bore, and a second end of the plunger is mounted within the second bore for reciprocal sliding movement with respect to the second body; wherein the second body and the plunger define a first chamber for containing a hydraulic fluid and the plunger defines a second chamber for supplying hydraulic fluid to the first chamber through a valve located between the first and second chambers in response to movement of the plunger increasing the volume of the first chamber; and wherein, in use, all of the second body is located outside of the first body. a second body that defines a second bore; and a plunger;
Firewood splitting machine with improved efficiency of a hydraulic cylinder which is integrated within appropriate framework and adapted for pushing each section of a timber along a suitable guide towards a splitting tool, wherein said cylinder is also integrated within appropriate hydraulic circuit containing a hydraulic media which is suitable for controlling said hydraulic cylinder, wherein said cylinder comprises a tubular casing, which is on its first end portion closed by means of a head, as well as a piston, which is by means of appropriate seals sealed and inserted inside of said tubular casing and movable along it to and fro together with a rod, which protrudes outwards from said casing on the second portion thereof in the area of a guide and seals of the rod, and wherein said cylinder is furnished with a first hydraulic connector, which is arranged in the area of said head, as well as with a second hydraulic connector, which is located on said second end portion thereof, where the rod protrudes out from it, said hydraulic connectors (21, 22) are adapted to supply said hydraulic media towards the interior of the cylinder as well as for draining said hydraulic media from the interior of the cylinder, so that the first hydraulic chamber is defined in the area of said first end portion within the casing of the cylinder between said head and said piston, while the second hydraulic chamber is defined on the second end portion within the casing and extends from the piston and then along the piston rod, characterized in that said first hydraulic connector in the head of the cylinder is arranged along the central axis of said head and comprises a protrusion, which extends in a direction towards the interior of the cylinder and also protrudes into said cylinder, and at least one aperture suitable for flowing the hydraulic media there-through is arranged adjacent to said protrusion, while the piston is furnished with a non-return valve, which is arranged on its front surface, which is faced towards the head, and which is on its side, which is faced towards the head, furnished with a first opening, which is adapted to cooperate with a spring-supported shutoff member, and on its opposite side with a second opening, which is hydraulically connected with a passage, which extends throughout the piston and the rod and enables said hydraulic media to flow towards said second chamber between the rod and the casing of the cylinder, so that in the terminal position of the piston closely to the head or just adjacent to the head said protrusion within the first hydraulic connector on the head is located within said non-return valve, the spring-supported shutoff member is in such case rest on said protrusion against the force generated by a corresponding spring, by which the hydraulic media is allowed to flow from the first hydraulic chamber through said non-return valve as well as through the piston and the rod towards the second hydraulic chamber.
A method for transcoding media, the method performed by a computing system, the method comprising: receiving a plurality of packets for transcoding, the plurality of packets comprising a first set of packets having data in a first format and a second set of packets having data in a second format; placing the first set of packets in a first queue, the first queue comprising packets from more than one communication session; placing the second set of packets in a second queue, the second queue having packets from more than one communication session; transcoding packets of the first queue with a graphics processing unit; after transcoding the packets of the first queue with the graphics processing unit, transcoding packets of the second queue with the graphics processing unit; and transmitting transcoded packets to respective destinations. receiving a plurality of packets for transcoding, the plurality of packets comprising a first set of packets having data in a first format and a second set of packets having data in a second format; placing the first set of packets in a first queue, the first queue comprising packets from more than one communication session; placing the second set of packets in a second queue, the second queue having packets from more than one communication session; transcoding packets of the first queue with a graphics processing unit; after transcoding the packets of the first queue with the graphics processing unit, transcoding packets of the second queue with the graphics processing unit; and transmitting transcoded packets to respective destinations.
A laminated building material, preferably board, for use in furniture elements, comprising: a building material having a first side and a second side, a first groove, provided adjacent said first side of said building material, a second groove, provided adjacent said second side of said building material, by which first and second grooves (20, 22) the building material is divided into a first building material part and a second building material part, and a laminating foil, applied on said first side of the building material and covering said first groove, wherein a first groove half of said second groove, at said first building material part, is profiled to have first and second surfaces (62, 63) extending in at least two planes: a first plane (Pes) including said second surface that forms an angle (α) to said second side of said building material and a second plane (P 62) including said first surface respectively, that forms an angle (β) to said first plane (P 63), and a second groove half of said second groove, at said second building material part, has a surface extending in a fourth plane (P 65) to engage with said first surface in the second plane (P 62) when said first and said second building material parts are folded towards each other with said laminating foil acting as a hinge, whereby the second surface in said first plane (P 63) engages with a supporting surface portion of the second side of said second building material part adjacent said second groove half, wherein said profile of said first groove half of said second groove, at said first building material part, forms a receiving recess for a locking shoulder formed on said second building material part, which locking shoulder is formed at least partly between said supporting surface portion (1 1a) and the surface extending in said fourth plane (P 65) of said second groove half, arranged to form a bead or beveled furniture corner when said first and said second building material parts are folded towards each other with said laminating foil acting as a hinge, where a shape of the bead or bevel is defined by a cross-sectional shape of said first groove, characterized in that said supporting surface portion of the second side of said second building material part adjacent said second groove half, has been processed, preferably by means of machining, to be precisely shaped to fit with said second surface, and in that the transversal width of said first surface is larger than the remaining width of said second groove, in the non-folded configuration.
A heat exchange plate for a plate-type heat exchanger, the heat exchange plate comprising: an opening for forming a port; multiple protrusions arranged around at least a part of the opening along an annular line surrounding the opening, the multiple protrusions projecting to one side of the plate plane; transitional parts disposed between at least two adjacent protrusions, characterised in that the transitional parts being located on said side of the plate plane at a predetermined distance from the plate plane, the distance from the top of the protrusion to the plate plane being greater than the distance from the lowest point of the transitional part to the plate plane. an opening for forming a port; multiple protrusions arranged around at least a part of the opening along an annular line surrounding the opening, the multiple protrusions projecting to one side of the plate plane; transitional parts disposed between at least two adjacent protrusions, characterised in that the transitional parts being located on said side of the plate plane at a predetermined distance from the plate plane, the distance from the top of the protrusion to the plate plane being greater than the distance from the lowest point of the transitional part to the plate plane.
A disinfection lighting device comprising: - a first light source, wherein the first light source comprises a solid-state light source, wherein the solid-state light source comprises one or more light emitting diodes (14a, 14b), lasers and/or superluminescent diodes; wherein the first light source is configured to generate first light source light having a first spectral power distribution, wherein the first spectral power distribution comprises first light source light in the UV wavelength range and/or visible wavelength range; - a second light source, wherein the second light source is configured to generate second light source light having a second spectral power distribution different from the first spectral power distribution, wherein the second spectral power distribution comprises second light source light in the UV wavelength range, - wherein the second light source is arranged at a distance D from the first light source, the second light source comprises a light input face configured in a light receiving relationship with the first light source, and the second light source comprises a light exit face, - wherein the second light source is transmissive for at least a major part of the first light source light; and - wherein the disinfection lighting device is configured to generate lighting device light (130, 140) emanating from the light exit face and comprising the second light source light and the first light source light, and characterised in that, the disinfection lighting device comprises a light exit window, wherein the light exit face is the light exit window. - a first light source, wherein the first light source comprises a solid-state light source, wherein the solid-state light source comprises one or more light emitting diodes (14a, 14b), lasers and/or superluminescent diodes; wherein the first light source is configured to generate first light source light having a first spectral power distribution, wherein the first spectral power distribution comprises first light source light in the UV wavelength range and/or visible wavelength range; - a second light source, wherein the second light source is configured to generate second light source light having a second spectral power distribution different from the first spectral power distribution, wherein the second spectral power distribution comprises second light source light in the UV wavelength range, - wherein the second light source is arranged at a distance D from the first light source, the second light source comprises a light input face configured in a light receiving relationship with the first light source, and the second light source comprises a light exit face, - wherein the second light source is transmissive for at least a major part of the first light source light; and - wherein the disinfection lighting device is configured to generate lighting device light (130, 140) emanating from the light exit face and comprising the second light source light and the first light source light,
Transmission (1, 10), in particular multi-stage transmission, for a motor vehicle, comprising a housing, a drive shaft, an output shaft, at least two planetary gear sets (PG1, PG4), wherein the first planetary gear set comprises a sun gear, at least one planet, a carrier and a ring gear, and multiple shift elements (A-F, H, J, K, L, V, R, X, Y) and a second planetary gear set with a sun gear, at least one planet (111.1, 111.2 and a ring gear, wherein a sun gear of the second planetary gear set is connectable by means of at least one first shift element (K1, B) to the housing and is connectable by means of a second shift element to the drive shaft, and in that the ring gear of the first planetary gear set is connectable by means of a third shift element to the housing and by means of a fourth shift element to the carrier of the first planetary gear set, and in that the sun gear of the first planetary gear set and the ring gear of the second planetary gear set are connected rotationally conjointly to one another, and in that the majority, in particular all, of the shift elements (A, B, E, F, K1) are arranged in the housing so as to be accessible from the outside, characterized in that the second planetary gear set has at least two intermeshing planets (111.1, 111.2) and two carriers (121.1, 121.2) which are connected rotationally conjointly to one another, on which carriers in each case one of the two intermeshing planets (111.1, 111.2) is rotatably mounted, and in that the carriers (121.1, 121.2) of the second planetary gear set are connected rotationally conjointly to the drive shaft, and the carrier of the first planetary gear set is connected rotationally conjointly to the output shaft, wherein the transmission has at least one further third, fourth, fifth and/or sixth planetary gear set (PG2, PG3, PG5, PG6), wherein at least two of the planetary gear sets (PG1, PG2, PG3, PG4, PG5, PG6) are arranged one behind the other in the transmission (1, 10) and/or at least two of the planetary gear sets (PG3, PG4; PG5, PG6) are arranged in nested fashion, wherein the third planetary gear set is arranged between the second and fourth planetary gear sets (PG1, PG3), wherein a sun gear of the third planetary gear set is connected fixedly to the housing or is connectable by means of a fifth shift element (B2, C) to the housing, wherein the carriers (111.1, 111.2) of the second planetary gear set are connected rotationally conjointly to a ring gear of the third planetary gear set, or the carriers (111.1, 111.2) of the second planetary gear set are connectable to the ring gear of the third planetary gear set by means of an eighth shift element.
A method for managing use of a battery in a portable electronic device, comprising: operating a charging circuit for converting an input voltage from a power source into a set of output voltages to simultaneously charge the battery, power a low-voltage subsystem, and power a high-voltage subsystem in the portable electronic device; and during operation of the charging circuit, upon detecting the input voltage from the power source and a low-voltage state in the battery: using a first inductor group in the charging circuit to down-convert the input voltage to a target voltage of the battery that is lower than a voltage requirement of the high-voltage subsystem; using the target voltage to charge the battery and power the low-voltage subsystem; and using a second inductor group in the charging circuit to up-convert the target voltage to power the high-voltage subsystem; and upon detecting a change between a voltage requirement of the high-voltage subsystem and a battery voltage of the battery beyond a threshold, switching a membership of an inductor between the first and second inductor groups. operating a charging circuit for converting an input voltage from a power source into a set of output voltages to simultaneously charge the battery, power a low-voltage subsystem, and power a high-voltage subsystem in the portable electronic device; and during operation of the charging circuit, upon detecting the input voltage from the power source and a low-voltage state in the battery: using a first inductor group in the charging circuit to down-convert the input voltage to a target voltage of the battery that is lower than a voltage requirement of the high-voltage subsystem; using the target voltage to charge the battery and power the low-voltage subsystem; and using a second inductor group in the charging circuit to up-convert the target voltage to power the high-voltage subsystem; and using a first inductor group in the charging circuit to down-convert the input voltage to a target voltage of the battery that is lower than a voltage requirement of the high-voltage subsystem; using the target voltage to charge the battery and power the low-voltage subsystem; and using a second inductor group in the charging circuit to up-convert the target voltage to power the high-voltage subsystem; and upon detecting a change between a voltage requirement of the high-voltage subsystem and a battery voltage of the battery beyond a threshold, switching a membership of an inductor between the first and second inductor groups.
Transport installation for vehicles comprising an aerial hauling cable for hauling the vehicles and a device for supporting and guiding the aerial hauling cable the device comprising a carrying structure (4 to 7) in which an orifice is formed, at least one support (5 to 11) carrying a rotary roller intended to be in contact with the aerial hauling cable, the roller being freely rotatably mounted by means of a rotational articulation and a pivot articulation (12 to 18) connecting said at least one support (5 to 11) to the carrying structure (4 to 7), the pivot articulation (12 to 18) comprising a first frame attached to the support (5 to 11), a second frame introduced into the orifice and at least one elastic element (22, 23) placed between the first and second frames (20, 21) and adapted to allow a pivoting movement of the first frame relative to the carrying structure (4 to 7), characterized in that the pivot articulation (12 to 18) has a variable outer diameter able to decrease when the pivot articulation (12 to 18) is introduced into the orifice.