mhurhangee/patent-ind-claim-en huggingface dataset:
Gripping and handling device for pallets and/or for layer pads , provided with an attachment flange for a multiple axis movement mechanism, for example a robot of anthropomorphic type or Cartesian type, comprising a group for the gripping the pallet and/or of the layer pad with a first section for gripping the pallets and a second section for gripping the layer pads and a control unit for supervising and controlling the functions of the device itself, characterized in that it comprises: a first anti-collision safety group , fixed to the attachment flange , with means for detecting the vertical position of the pallet and/or of the layer pad to be picked up, wherein said first group comprises elastic elements , which maintain the second group pressed in moving away at a predefined distance "d" from the first group , and at least three end-stops , which detect reductions of the distance "d", arranged on the plate at the vertices of a triangle in proximity to the connections means or elastic elements , and wherein the control unit is configured to stop the displacement of the gripping and handling device if only some of the end-stops detect the reduction of the distance "d" in the case of faulty positioning of some pallet or layer pad in the stacks of pallets or layer pads, or a hazardous situation; and in that said group for the gripping the pallet and/or of the layer pad is a second group connected to the first group , and said group is provided with a centering device (72-77, 722, 732, 742, 752) for centering the pallets and/or the layer pads, and with safety means against the accidental falls of the pallet. a first anti-collision safety group , fixed to the attachment flange , with means for detecting the vertical position of the pallet and/or of the layer pad to be picked up, wherein said first group comprises elastic elements , which maintain the second group pressed in moving away at a predefined distance "d" from the first group , and at least three end-stops , which detect reductions of the distance "d", arranged on the plate at the vertices of a triangle in proximity to the connections means or elastic elements , and wherein the control unit is configured to stop the displacement of the gripping and handling device if only some of the end-stops detect the reduction of the distance "d" in the case of faulty positioning of some pallet or layer pad in the stacks of pallets or layer pads, or a hazardous situation; and in that said group for the gripping the pallet and/or of the layer pad is a second group connected to the first group , and said group is provided with a centering device (72-77, 722, 732, 742, 752) for centering the pallets and/or the layer pads, and with safety means against the accidental falls of the pallet.
Heat exchanger having a first plate forming a face known as the lower face of the exchanger and a second plate forming a second face known as the upper face of the exchanger, the first and second plates having, between one another, coolant circulation channels formed in a thickness of the exchanger between the first plate and the second plate, wherein the first plate has at least one tubular mount , for receiving an end fitting for fluidic connection, characterized in that the at least one tubular mount extends from an external face of the first plate toward the interior of the exchanger, the second plate having at least one boss on the upper face of the exchanger and producing a cavity that locally increases the thickness of the exchanger on the internal face of the second plate, said cavity accommodating said mount and constituting a fluidic passage between an end of said mount in the cavity and at least one channel of the exchanger.
Method for producing a component of fibre-reinforced plastic, which is prepared for the welding on of a metal component and comprises at least one fibre element impregnated with a polymer matrix, wherein a. at least some regions of at least one metallic piece to be joined are integrated into a fibre element , a first section of the piece to be joined being surrounded in a contacting manner by the fibres of the fibre element and a second section of the piece to be joined projecting beyond a surface of the fibre element or at least lying in the surface, b. the piece to be joined is bonded, at least by the first section, onto the liquid and hardening polymer matrix, characterized in that c. the piece to be joined is formed by a sheet-like metal element, which has on at least one side pin-shaped anchor elements that project from the surface and have an end thickening , and at least the anchor elements form the first section of the piece to be joined and are integrated into the fibre element , and d. the free ends of the anchors reach through the thickness of the fibre element and, on the other side thereof, project beyond the surface, or at least end in the latter, and the thickenings form the second section, onto which a metal component can be joined by welding. a. at least some regions of at least one metallic piece to be joined are integrated into a fibre element , a first section of the piece to be joined being surrounded in a contacting manner by the fibres of the fibre element and a second section of the piece to be joined projecting beyond a surface of the fibre element or at least lying in the surface, b. the piece to be joined is bonded, at least by the first section, onto the liquid and hardening polymer matrix, characterized in that c. the piece to be joined is formed by a sheet-like metal element, which has on at least one side pin-shaped anchor elements that project from the surface and have an end thickening , and at least the anchor elements form the first section of the piece to be joined and are integrated into the fibre element , and d. the free ends of the anchors reach through the thickness of the fibre element and, on the other side thereof, project beyond the surface, or at least end in the latter, and the thickenings form the second section, onto which a metal component can be joined by welding.
A microfluidic chip comprising: a microfluidics channel in the microfluidic chip ; a top surface and an intermediate surface , wherein the intermediate surface is lower in height than the top surface ; an opening in the intermediate surface exposing the microfluidic channel ; a clamping bump projecting from the intermediate surface and surrounding the opening ; and a solid-state chemical sensor residing on a sensor die , at least a portion of the solid-state chemical sensor in contact with the clamping bump of the microfluidic chip , the solid-state chemical sensor exposed to the microfluidics channel . a microfluidics channel in the microfluidic chip ; a top surface and an intermediate surface , wherein the intermediate surface is lower in height than the top surface ; an opening in the intermediate surface exposing the microfluidic channel ; a clamping bump projecting from the intermediate surface and surrounding the opening ; and a solid-state chemical sensor residing on a sensor die , at least a portion of the solid-state chemical sensor in contact with the clamping bump of the microfluidic chip , the solid-state chemical sensor exposed to the microfluidics channel .
A method for performing a performance measurement on a packet flow (PF) transmitted along a path through a packet switched communication network (CN), wherein said packet flow (PF) is divided into a sequence of blocks, each block comprising a number of packets, said packets of said packet flow (PF) are marked for dividing said packet flow (PF) into first blocks comprising first packets comprising a first marking value and second blocks comprising second packets comprising a second marking value, said first blocks alternating in time with said second blocks, said method comprising, at each one of at least two measurement points (MP1, MP2) implemented on said path: a) calculating a sampling signature, SS, for each packet of said packet flow (PF) by applying a hash function to a mask of bits of said packet; b) identifying in said packet flow (PF) a sub-flow of measurement samples based on a predefined sampling value, H*, of said sampling signature, SS, each packet being identified as a measurement sample if its sampling signature, SS, is equal to said predefined sampling value, H*, and calculating an identification signature, IS, for at least one measurement sample by applying a further hash function to a further mask of a packet identified as said at least one measurement sample, wherein said further mask comprises more bits than said mask; and c) providing measurement parameters relating to said measurement samples and associating said calculated identification signature, IS, to a measurement parameter relating to said at least one measurement sample, said method further comprising performing said performance measurement of said packet flow (PF) using said measurement parameters relating to said measurement samples. a) calculating a sampling signature, SS, for each packet of said packet flow (PF) by applying a hash function to a mask of bits of said packet; b) identifying in said packet flow (PF) a sub-flow of measurement samples based on a predefined sampling value, H*, of said sampling signature, SS, each packet being identified as a measurement sample if its sampling signature, SS, is equal to said predefined sampling value, H*, and calculating an identification signature, IS, for at least one measurement sample by applying a further hash function to a further mask of a packet identified as said at least one measurement sample, wherein said further mask comprises more bits than said mask; and c) providing measurement parameters relating to said measurement samples and associating said calculated identification signature, IS, to a measurement parameter relating to said at least one measurement sample,
A housing device comprising: - sealing material - an annular case having a split portion at at least one location in a circumferential direction thereby forming a plurality of split segments , and being for enclosing an outer circumferential surface of a fluid pipe (K) in a sealed state by way of the sealing material ; and - a clamp that is configured to cause the plurality of split segments that make up the case to be joined when the split portion is clamped; - wherein bolt holes for respectively permitting insertion therethrough of adjustment bolts are provided at either end of the case ; and - characterised in that protrusions are formed in such fashion as to protrude in the circumferential direction only at locations on joint surfaces provided at ends in the circumferential direction of the split segments that are at either end, in a pipe axial direction (KD) of the fluid pipe (K), of the case , the protrusions not being formed within a region toward an interior in the pipe axial direction (KD) from the bolt holes . - sealing material - an annular case having a split portion at at least one location in a circumferential direction thereby forming a plurality of split segments , and being for enclosing an outer circumferential surface of a fluid pipe (K) in a sealed state by way of the sealing material ; and - a clamp that is configured to cause the plurality of split segments that make up the case to be joined when the split portion is clamped; - wherein bolt holes for respectively permitting insertion therethrough of adjustment bolts are provided at either end of the case ; and - characterised in that protrusions are formed in such fashion as to protrude in the circumferential direction only at locations on joint surfaces provided at ends in the circumferential direction of the split segments that are at either end, in a pipe axial direction (KD) of the fluid pipe (K), of the case , the protrusions not being formed within a region toward an interior in the pipe axial direction (KD) from the bolt holes .
A mobile tyre retreading plant ; the mobile tyre retreading plant comprises: a preparation station (S2), in which an old worn tread is mechanically removed from a tyre in order to expose an equatorial surface of a casing of the tyre ; a winding station (S3), in which a tread strip (13; 17) is wound about the equatorial surface of the casing ; and a curing station (S5), which is provided with at least one curing mold (15; 21; 24) in which the tyre provided with the tread strip (13; 17) is cured; the mobile tyre retreading plant is characterized in comprising: a wagon , inside which are contained the preparation station (S2), the winding station (S3), and the curing station (S5); and a vehicle which supports the wagon for transporting the wagon on the road. a preparation station (S2), in which an old worn tread is mechanically removed from a tyre in order to expose an equatorial surface of a casing of the tyre ; a winding station (S3), in which a tread strip (13; 17) is wound about the equatorial surface of the casing ; and a curing station (S5), which is provided with at least one curing mold (15; 21; 24) in which the tyre provided with the tread strip (13; 17) is cured; the mobile tyre retreading plant is characterized in comprising: a wagon , inside which are contained the preparation station (S2), the winding station (S3), and the curing station (S5); and a vehicle which supports the wagon for transporting the wagon on the road. a wagon , inside which are contained the preparation station (S2), the winding station (S3), and the curing station (S5); and a vehicle which supports the wagon for transporting the wagon on the road.
An assembly comprising: a door trim panel including an interior surface and a tower projecting from the interior surface , wherein the tower includes an opening accessible by a slot , an attachment feature including a flexible arm , a rib , an upper panel and walls projecting from an interior surface to the upper panel , wherein the upper panel includes the opening and the slot , wherein the rib is integrally molded to a surface of the flexible arm to define a single unitary component; and a fastener having a first base , a second base , a stem located between the first base and the second base , and a head , wherein the stem of the fastener is located in the opening , the second base is retained by the attachment feature , and the first base and the head of the fastener are located outside the tower , characterized in that the tower includes another rib located between and attached to the walls of the tower , in that the rib is located between the upper panel and the another rib , in that the rib is attached to said another rib , and in that the another rib is substantially perpendicular to the rib . a door trim panel including an interior surface and a tower projecting from the interior surface , wherein the tower includes an opening accessible by a slot , an attachment feature including a flexible arm , a rib , an upper panel and walls projecting from an interior surface to the upper panel , wherein the upper panel includes the opening and the slot , wherein the rib is integrally molded to a surface of the flexible arm to define a single unitary component; and a fastener having a first base , a second base , a stem located between the first base and the second base , and a head , wherein the stem of the fastener is located in the opening , the second base is retained by the attachment feature , and the first base and the head of the fastener are located outside the tower , characterized in that the tower includes another rib located between and attached to the walls of the tower , in that the rib is located between the upper panel and the another rib , in that the rib is attached to said another rib , and in that the another rib is substantially perpendicular to the rib .
An article of footwear having an upper and a sole structure , the upper defining an interior void for receiving a foot of a wearer and comprising: an outer layer forming part of an exterior surface of the article of footwear and having (i) a rearward-facing aperture , (ii) a plurality of laterally-facing apertures , and (iii) a plurality of medially-facing apertures in a rearfoot region of the footwear; an inner layer attached to the outer layer, and positioned adjacent the interior void to form part of an interior surface of the footwear; and a chamber element sealed to enclose a fluid, the chamber element being positioned at least partially between the outer layer and the inner layer, and the chamber element having(i) a rearward-facing portion Z that protrudes at least partially through the rearward-facing aperture, (ii) a plurality of laterally-facing portions that each protrudes through one of the laterally-facing apertures, and (iii) a plurality of medially-facing portions that each protrudes through one of the medially-facing apertures. an outer layer forming part of an exterior surface of the article of footwear and having (i) a rearward-facing aperture , (ii) a plurality of laterally-facing apertures , and (iii) a plurality of medially-facing apertures in a rearfoot region of the footwear; an inner layer attached to the outer layer, and positioned adjacent the interior void to form part of an interior surface of the footwear; and a chamber element sealed to enclose a fluid, the chamber element being positioned at least partially between the outer layer and the inner layer, and the chamber element having(i) a rearward-facing portion Z that protrudes at least partially through the rearward-facing aperture, (ii) a plurality of laterally-facing portions that each protrudes through one of the laterally-facing apertures, and (iii) a plurality of medially-facing portions that each protrudes through one of the medially-facing apertures.
A volume hologram sheet comprising: a volume hologram layer; a substrate disposed only on one side surface of the volume hologram layer; an adhesive layer disposed between the volume hologram layer and the substrate, characterized in that the substrate is a PET film, a main component of a resin material used in the volume hologram layer is an epoxy group-containing acrylic resin, the adhesive layer is a solvent-based thermosetting adhesive layer including an aliphatic ester-based polyurethane adhesive and the volume hologram layer and the substrate are bound with a peeling strength of 25 gf/25 mm or more. a volume hologram layer; a substrate disposed only on one side surface of the volume hologram layer; an adhesive layer disposed between the volume hologram layer and the substrate, characterized in that the substrate is a PET film, a main component of a resin material used in the volume hologram layer is an epoxy group-containing acrylic resin, the adhesive layer is a solvent-based thermosetting adhesive layer including an aliphatic ester-based polyurethane adhesive and the volume hologram layer and the substrate are bound with a peeling strength of 25 gf/25 mm or more.
Automatically operating unloading system for unloading an at least partially assembled vehicle from an assembly-line overhead conveyor vehicle carrier , the vehicle carrier comprising four hanger arms for supporting the vehicle from underneath, and ends of the hanger arms being pivotally articulated about a perpendicular axis in a lockable manner, wherein the unloading system includes: - at least one rail that is arrangeable at a side of a flat conveying system , parallel to a conveying direction , - a front hanger arm manipulator and a rear hanger arm manipulator that are movably arrangeable on the at least one rail for each side of the flat conveying system , - a controllable drive unit for moving the manipulators along the rails , and - an electronic control unit , characterized in that : - each hanger arm manipulator is equipped with at least one controllable actuator and a proximity sensor for sensing a presence of one of the hanger arms to be expected in a predetermined distance range, and - the electronic control unit is at least configured to control the actuators and to control the drive unit. - at least one rail that is arrangeable at a side of a flat conveying system , parallel to a conveying direction , - a front hanger arm manipulator and a rear hanger arm manipulator that are movably arrangeable on the at least one rail for each side of the flat conveying system , - a controllable drive unit for moving the manipulators along the rails , and - an electronic control unit , - each hanger arm manipulator is equipped with at least one controllable actuator and a proximity sensor for sensing a presence of one of the hanger arms to be expected in a predetermined distance range, and - the electronic control unit is at least configured to control the actuators and to control the drive unit.
Suitcase, comprising a hollow body , a lid configured to close the hollow body and at least one foldable auxiliary compartment comprising: - a front lid which is connected to the lid of the suitcase by means of a hinged connection ; - a lamellar structure which is attached to at least the front lid and the lid of the suitcase ; wherein the auxiliary compartment further comprises a hinged armature which is coupled to the front lid by means of a hinged connection located in an area opposite to the hinged connection ; wherein the auxiliary compartment in an unfolded position generates a stable interior space; and wherein the lamellar structure is connected to the hinged armature ; wherein the auxiliary compartment in a fully unfolded position generates a stable interior space delimited by the front cover and the lamellar structure . - a front lid which is connected to the lid of the suitcase by means of a hinged connection ; - a lamellar structure which is attached to at least the front lid and the lid of the suitcase ; wherein the auxiliary compartment further comprises a hinged armature which is coupled to the front lid by means of a hinged connection located in an area opposite to the hinged connection ; wherein the auxiliary compartment in an unfolded position generates a stable interior space; and wherein the lamellar structure is connected to the hinged armature ; wherein the auxiliary compartment in a fully unfolded position generates a stable interior space delimited by the front cover and the lamellar structure .