mhurhangee/ep-ind-claims huggingface dataset:
Device with a gripper for gripping a box from above, which gripper has a central arm which is mounted in a mounting point so as to be rotatable about a mounting axis, and has a first outer arm which is mounted on the central arm in a first suspension point so as to be rotatable about a first suspension axis in such a way that, with the rotatability, a relative distance between an end (11.1) of the first outer arm, which end is distal from the central arm, and the mounting axis can be varied, wherein the rotatability about the first suspension axis is coupled to the rotatability about the mounting axis in the opposite direction of rotation, wherein the device is designed for vertically lowering the gripper in order to approach the box from above, and for rotating the central arm and the first outer arm in order to vary the relative distance in order to grip the box, characterized in that a first clamping element is arranged at the distal end (11.1) of the first outer arm, which first clamping element is mounted in a first distal suspension point on the first outer arm so as to be rotatable about a first distal suspension axis, specifically is coupled in the opposite direction to the rotatability of the first outer arm about the first suspension axis, wherein the first clamping element has a support which is designed such that the load rests thereon when the box is lifted. which gripper has a central arm which is mounted in a mounting point so as to be rotatable about a mounting axis, and has a first outer arm which is mounted on the central arm in a first suspension point so as to be rotatable about a first suspension axis in such a way that, with the rotatability, a relative distance between an end (11.1) of the first outer arm, which end is distal from the central arm, and the mounting axis can be varied, wherein the rotatability about the first suspension axis is coupled to the rotatability about the mounting axis in the opposite direction of rotation, wherein the device is designed for vertically lowering the gripper in order to approach the box from above, and for rotating the central arm and the first outer arm in order to vary the relative distance in order to grip the box, characterized in that a first clamping element is arranged at the distal end (11.1) of the first outer arm, which first clamping element is mounted in a first distal suspension point on the first outer arm so as to be rotatable about a first distal suspension axis, specifically is coupled in the opposite direction to the rotatability of the first outer arm about the first suspension axis, wherein the first clamping element has a support which is designed such that the load rests thereon when the box is lifted.
Apparatus for moving rigid slabs comprising a first carriage provided with pick-up means suitable for gripping a slab and a supporting assembly, said first carriage being arranged on the supporting assembly so as to be movable in a transverse direction above a working area via first drive means, said pick-up means being designed to move in a vertical direction towards or away from the working area said supporting assembly comprising a first beam and a second beam, parallel to each other and arranged in the transverse direction, said apparatus being characterized in that it comprises: a second carriage which comprises a support surface for slabs and is arranged on the supporting assembly so as to be movable in a transverse direction above the working area; said first carriage being designed to position slabs on said second carriage and remove slabs from said second carriage by means of said pick-up means and being provided with a raising surface being designed so as to be able to intersect said second carriage so as to be able to pass from one side to the other of the second carriage along said beams (30,32). a second carriage which comprises a support surface for slabs and is arranged on the supporting assembly so as to be movable in a transverse direction above the working area; said first carriage being designed to position slabs on said second carriage and remove slabs from said second carriage by means of said pick-up means and being provided with a raising surface being designed so as to be able to intersect said second carriage so as to be able to pass from one side to the other of the second carriage along said beams (30,32).
Method for manufacturing a polyurethane-modified isocyanurate foam, referred to as "PUIR," characterised in that it comprises the steps consisting of: - a) providing an oil or a mixture of oils of which at least 50 % by weight of fatty acids have a carbon chain of C18 or more and of which the fatty acids have an overall iodine index I iodine of at least 100 g of I 2 /100 g, preferably at least 125 g of I 2 /100 g and more preferably at least 150 g of I 2 /100 g - b) epoxidising at least 50 % of the double bonds that are present in said oil or said mixture so as to form the corresponding epoxides, - c) directly reacting, in situ, the epoxidised oils that are obtained above with isocyanate or diisocyanate groups to obtain corresponding oxazolidone derivatives, without passing through the intermediate formation of polyols obtained from epoxides, in the presence of at least one suitable catalyst and at least one bulking agent, so as to obtain said polyurethane-modified isocyanurate foam "PUIR." - a) providing an oil or a mixture of oils of which at least 50 % by weight of fatty acids have a carbon chain of C18 or more and of which the fatty acids have an overall iodine index I iodine of at least 100 g of I 2 /100 g, preferably at least 125 g of I 2 /100 g and more preferably at least 150 g of I 2 /100 g - b) epoxidising at least 50 % of the double bonds that are present in said oil or said mixture so as to form the corresponding epoxides, - c) directly reacting, in situ, the epoxidised oils that are obtained above with isocyanate or diisocyanate groups to obtain corresponding oxazolidone derivatives, without passing through the intermediate formation of polyols obtained from epoxides, in the presence of at least one suitable catalyst and at least one bulking agent, so as to obtain said polyurethane-modified isocyanurate foam "PUIR."
Cylindrical gas premix burner, comprising - a cylindrical burner deck, wherein said cylindrical burner deck is comprising a metal plate, and wherein said cylindrical burner deck has a perforated zone, the perforated zone being the part of the cylindrical burner deck that is foreseen with perforations in the metal plate, - an end cap, - an inlet for gas premix at the opposite side of said end cap; and wherein said perforated zone is comprising - seen along the axis of the cylindrical gas premix burners - at least three sections, wherein a first section at said inlet, a third section located towards said end cap, and a second section located between said first section and said third section, characterized in that the porosity of said second section of the perforated zone of the cylindrical burner deck is at least 50% higher than the porosity of the burner deck in said first section and than the porosity of the burner deck in said third section. - a cylindrical burner deck, wherein said cylindrical burner deck is comprising a metal plate, and wherein said cylindrical burner deck has a perforated zone, the perforated zone being the part of the cylindrical burner deck that is foreseen with perforations in the metal plate, - an end cap, - an inlet for gas premix at the opposite side of said end cap; and wherein said perforated zone is comprising - seen along the axis of the cylindrical gas premix burners - at least three sections, wherein a first section at said inlet, a third section located towards said end cap, and a second section located between said first section and said third section, characterized in that the porosity of said second section of the perforated zone of the cylindrical burner deck is at least 50% higher than the porosity of the burner deck in said first section and than the porosity of the burner deck in said third section.
A method of applying a tire segment (600, 910, 920, 930) to a rim, the method comprising: forming a tire seam with: a first seam end having at least one locking finger that extends beyond a first seam face, the first seam end having a first seam end first sidewall and a first seam end second sidewall that cover a least a portion of a center ridge that extends along at least a portion of a circumference of the rim; and a second seam end having at least one opening to receive the at least one locking finger behind a second seam face, the second seam end having a second seam end first sidewall and a second seam end second sidewall that cover a least a portion of the center ridge that extends along at least a portion of the circumference of the rim; stretching the at least one locking finger and inserting the at least one locking finger into the at least one opening to draw the first seam face to the second seam face to compress the first seam face against the second seam face; and after inserting the at least one locking finger into the at least one opening to draw the first seam face to the second seam face, inserting a finger locking pin to engage a passageway in the second seam end first sidewall, a passageway in the second seam end second sidewall, a passageway through a portion of the locking finger, and at least one passageway (524, 528) through the rim. a first seam end having at least one locking finger that extends beyond a first seam face, the first seam end having a first seam end first sidewall and a first seam end second sidewall that cover a least a portion of a center ridge that extends along at least a portion of a circumference of the rim; and a second seam end having at least one opening to receive the at least one locking finger behind a second seam face, the second seam end having a second seam end first sidewall and a second seam end second sidewall that cover a least a portion of the center ridge that extends along at least a portion of the circumference of the rim; stretching the at least one locking finger and inserting the at least one locking finger into the at least one opening to draw the first seam face to the second seam face to compress the first seam face against the second seam face; and after inserting the at least one locking finger into the at least one opening to draw the first seam face to the second seam face, inserting a finger locking pin to engage a passageway in the second seam end first sidewall, a passageway in the second seam end second sidewall, a passageway through a portion of the locking finger, and at least one passageway (524, 528) through the rim.
A thin film solar cell module, at least comprising: a transparent electrode; a first photoelectric conversion unit; an intermediate transparent electrode layer; a second photoelectric conversion unit; a third photoelectric conversion unit; and a metal electrode, in this order from a light incident side, the first to third photoelectric conversion units are electrically connected to form a unit cell, and a plurality of unit cells are integrated by connecting unit cells in series, wherein the first photoelectric conversion unit is an amorphous silicon-based photoelectric conversion unit, and the third photoelectric conversion unit is a compound semiconductor-based photoelectric conversion unit, the second photoelectric conversion unit and the third photoelectric conversion unit are connected in series to form a series-connected component inside each unit cell, and the series-connected component is connected in parallel with the first photoelectric conversion unit via the transparent electrode and the intermediate transparent electrode layer.
An infrared-transmitting glass containing, in terms of % by mole, over 18 to 40% Ge, over 0 to 40% Ga, 40 to below 80% Te, 0 to 40% Si+Al+Ti+Cu+In+Sn+Bi+Cr+Sb+Zn+Mn+Cs+Ag+As+Pb, and 0 to 40% F+Cl+Br+I, and being substantially free of As and S.
A system for printing a graphics file, the system comprising: a digital front end, DFE, configured to receive the graphics file and an associated job definition; a raster imaging processor, RIP, configured to convert the graphics file from a native format to RIPped data; a first communication interface configured to stream the RIPped data as an output; a second communication interface, connected to a screening engine processor, the second communication interface configured to receive the streamed RIPped data and the job definition from the DFE and convert the streamed RIPped data to converted RIPped data having a format readable by the screening engine processor, and to pass information from the screening engine processor to the DFE, the screening engine processor configured to generate screened images from the converted RIPped data and the job definition; and a printer processor for converting the screened images and the associated job definition into printing instructions executable by a printing press, wherein for printing graphics files which include variable and fixed elements from instance to instance, the system is configured to segment the RIPped data into two or more non-overlapping parts, the system being further configured to process and store non-overlapping parts relating to fixed elements for re-use by the printing press and to process non-overlapping parts relating to variable elements for each instance, the system being further configured to send additional information to the screening engine processor or to the printing press on how to populate the variable elements. a digital front end, DFE, configured to receive the graphics file and an associated job definition; a raster imaging processor, RIP, configured to convert the graphics file from a native format to RIPped data; a first communication interface configured to stream the RIPped data as an output; a second communication interface, connected to a screening engine processor, the second communication interface configured to receive the streamed RIPped data and the job definition from the DFE and convert the streamed RIPped data to converted RIPped data having a format readable by the screening engine processor, and to pass information from the screening engine processor to the DFE, the screening engine processor configured to generate screened images from the converted RIPped data and the job definition; and a printer processor for converting the screened images and the associated job definition into printing instructions executable by a printing press, wherein for printing graphics files which include variable and fixed elements from instance to instance, the system is configured to segment the RIPped data into two or more non-overlapping parts, the system being further configured to process and store non-overlapping parts relating to fixed elements for re-use by the printing press and to process non-overlapping parts relating to variable elements for each instance, the system being further configured to send additional information to the screening engine processor or to the printing press on how to populate the variable elements.
A method of accessing a network, the method is performed by a mobile communication terminal and comprises: obtaining an identity of a current Visited Public Land Mobile Network VPLMN, in a visited location and determining whether the identity of the current VPLMN exists in a network record document of the mobile communication terminal, and storing the identity of the current VPLMN in the network record document of a mobile communication terminal when the identity of the current VPLMN does not exist in the network record document of the mobile communication terminal, wherein the network record document of the mobile communication terminal further stores an identity of a Home Public Land Mobile Network, HPLMN; reading the identity of the current VPLMN and the identity of the HPLMN from the network record document of the mobile communication terminal, the next time the mobile communication terminal comes to the visited location; adding the identity of the current VPLMN and the identity of the HPLMN to an Equivalent Public Land Mobile Network, EPLMN, list simultaneously, wherein the VPLMN and the HPLMN have a same priority during a network searching process; performing the network search according to the stored EPLMN list; and performing a network registration operation of the mobile communication terminal when any one network in the EPLMN list is searched. obtaining an identity of a current Visited Public Land Mobile Network VPLMN, in a visited location and determining whether the identity of the current VPLMN exists in a network record document of the mobile communication terminal, and storing the identity of the current VPLMN in the network record document of a mobile communication terminal when the identity of the current VPLMN does not exist in the network record document of the mobile communication terminal, wherein the network record document of the mobile communication terminal further stores an identity of a Home Public Land Mobile Network, HPLMN; reading the identity of the current VPLMN and the identity of the HPLMN from the network record document of the mobile communication terminal, the next time the mobile communication terminal comes to the visited location; adding the identity of the current VPLMN and the identity of the HPLMN to an Equivalent Public Land Mobile Network, EPLMN, list simultaneously, wherein the VPLMN and the HPLMN have a same priority during a network searching process; performing the network search according to the stored EPLMN list; and performing a network registration operation of the mobile communication terminal when any one network in the EPLMN list is searched.
A mixing vessel for an electromotively driven food processor, which mixing vessel has a mixing mechanism, in particular a knife set or a milk foaming attachment, which by means of a coupling driver can be connected with the rotary drive of the food processor, wherein the mixing vessel has a cleaning device for purposes of cleaning an inner wall of the mixing vessel, in particular, a vessel floor, wherein further, the cleaning device is arranged on the mixing vessel, in particular on a vessel wall, and/or on the mixing mechanism, and has at least one cleaning element that is designed such that the latter is swept over the inner wall and/or over subregions of the mixing mechanism by an actuation of the cleaning device, and, by a mechanical interaction with any deposits that may be located on the inner wall and/or the mixing mechanism, helps to remove them, characterised in that, the cleaning element, in addition to a rotation about an axis of rotation of the mixing mechanism, can rotate about an axis of rotation arranged in parallel to the first axis of rotation.
A dental furnace, comprising a furnace head and a firing chamber base which is adapted for receiving a dental restoration part, wherein at least one optical sensor is arranged on the dental furnace or in the vicinity thereof, the dental furnace having an output connection which is connected to an analyzing device for analyzing the dental restoration part and/or a muffle and/or a press plunger and/or a firing tray with respect to dimension and/or shape and/or position thereof, wherein a movable light barrier is provided, which comprises a transmitter and the optical sensor as a receiver, so that radiation emitted by the transmitter is returned to the optical sensor after being covered by the dental restoration part or the muffle, wherein the optical sensor is connected to a control device, which can be used for the dental restoration part or the muffle to be recognizable in regard to its size, and wherein the control device determines furnace parameters depending on the size of the dental restoration part, in particular depending on the muffle width recognized therewith.
A vehicle control device, comprising: a target bearing calculating module configured to calculate a target bearing of a vehicle based on a direction of a disturbance; a stern bearing calculating module configured to calculate a stern bearing; and a rudder mechanism drive signal determining module configured to determine a rudder angle command so that the stern bearing approaches the target bearing, and determine a rudder mechanism drive signal based on the rudder angle command; wherein the rudder mechanism drive signal determining module determines the rudder mechanism drive signal based on a current rudder angle command, and an amount of change in the rudder angle command calculated based on a previous rudder angle command and the current rudder angle command. a target bearing calculating module configured to calculate a target bearing of a vehicle based on a direction of a disturbance; a stern bearing calculating module configured to calculate a stern bearing; and a rudder mechanism drive signal determining module configured to determine a rudder angle command so that the stern bearing approaches the target bearing, and determine a rudder mechanism drive signal based on the rudder angle command; wherein the rudder mechanism drive signal determining module determines the rudder mechanism drive signal based on a current rudder angle command, and an amount of change in the rudder angle command calculated based on a previous rudder angle command and the current rudder angle command.
A system comprising: a guide catheter for insertion into the nose; a balloon catheter comprising a balloon, the balloon catheter being advanceable through the guide catheter to a location where the balloon is within the Eustachian tube and inflatable to enlarge the Eustachian tube, and thereafter being removable leaving the guide catheter in place; a device for delivering a substance to a location within the body of a human or animal subject to diagnose or treat a disorder, said device comprising: a reservoir that may be loaded with said substance; and a barrier located in relation to the reservoir such that substance that has been loaded into the reservoir will pass out of the reservoir and through the barrier at a known rate; and a delivery catheter (114, 120, 130) advanceable through the guide catheter into the Eustachian tube and useable to deliver the implantable substance delivery device to the enlarged Eustachian tube. a guide catheter for insertion into the nose; a balloon catheter comprising a balloon, the balloon catheter being advanceable through the guide catheter to a location where the balloon is within the Eustachian tube and inflatable to enlarge the Eustachian tube, and thereafter being removable leaving the guide catheter in place; a device for delivering a substance to a location within the body of a human or animal subject to diagnose or treat a disorder, said device comprising: a reservoir that may be loaded with said substance; and a barrier located in relation to the reservoir such that substance that has been loaded into the reservoir will pass out of the reservoir and through the barrier at a known rate; and a reservoir that may be loaded with said substance; and a barrier located in relation to the reservoir such that substance that has been loaded into the reservoir will pass out of the reservoir and through the barrier at a known rate; and a delivery catheter (114, 120, 130) advanceable through the guide catheter into the Eustachian tube and useable to deliver the implantable substance delivery device to the enlarged Eustachian tube.