mhurhangee/ep-ind-claims huggingface dataset:
A reclosure for a reclosable package, including: a first profile and a second profile (I 4); the first profile including a first web portion with at least one tab extending from an upper edge thereof: a first lower interlocking element on the first web portion and a first upper interlocking element on the at least one tab; and the second profile including a second web portion with a second lower interlocking element and a second upper interlocking element, wherein the first lower interlocking element and the second lower interlocking element interlock with each other in an interlocked configuration; wherein the first upper interlocking element and the second upper interlocking element interlock with each other in the interlocked configuration; wherein, in the interlocked configuration, the at least one tab is engaged with the second profile; wherein the first lower interlocking element comprises a first plurality of tracks spanning a length of the first profile and the second lower interlocking element comprises a second plurality of tracks spanning a length of the second profile; characterised in that: wherein the first upper interlocking element comprises a third plurality of tracks spanning a length of the at least one tab and the second upper interlocking element comprises a fourth plurality of tracks spanning a length of the second profile. a first profile and a second profile (I 4); the first profile including a first web portion with at least one tab extending from an upper edge thereof: a first lower interlocking element on the first web portion and a first upper interlocking element on the at least one tab; and the second profile including a second web portion with a second lower interlocking element and a second upper interlocking element, wherein the first lower interlocking element and the second lower interlocking element interlock with each other in an interlocked configuration; wherein the first upper interlocking element and the second upper interlocking element interlock with each other in the interlocked configuration; wherein, in the interlocked configuration, the at least one tab is engaged with the second profile; wherein the first lower interlocking element comprises a first plurality of tracks spanning a length of the first profile and the second lower interlocking element comprises a second plurality of tracks spanning a length of the second profile; characterised in that: wherein the first upper interlocking element comprises a third plurality of tracks spanning a length of the at least one tab and the second upper interlocking element comprises a fourth plurality of tracks spanning a length of the second profile.
Agricultural baler for forming round-cylindrical bales in a pressing chamber of the baler, having a wrapping device for wrapping a bale, comprising wrapping material, wherein the wrapping device comprises a braking device for the wrapping material and the braking device is configured such that it causes the wrapping material, in particular at the start of a wrapping operation, to take up an at least substantially predetermined position, wherein the braking device is operatively connected to an open-loop or closed-loop control device of the baler and has a sensor, characterized in that the sensor is an optical sensor with which it is possible to register whether a marking provided in a peripheral region of the wrapping material is located in a sensing region of the sensor, wherein the marking is arranged on the wrapping material such that the marking indicates to the braking device that it needs to brake the wrapping material when a starting region of a portion trailing the portion wrapping a bale, or its end that is now free after the portion wrapping the bale has been severed along the predetermined tearing region, takes up the predetermined position, and the portion is able to be braked such that its starting region, or its free end, is arranged in the feed gap such that a spacing between the starting region and the pressing chamber is at least substantially identical at the start of each wrapping operation.
An improved grease coupler for connecting a pressured supply of grease to a Zerk-type grease nipple, the coupler comprising an elongate body defining a passage through the full length thereof; the rear end of the body including a threaded inlet port and the front discharge section of the body including clamping means mounted radially about the discharge end of the elongate body and configured to engage the coupler to a Zerk-type grease nipple, the clamping means comprising a plurality of separate clamping elements radially located about the discharge end of the elongate body, the clamping means being manually activable to retain the nipple in active engagement under pressurized conditions and facilitate intentional disengagement of the nipple by a user in both pressurized and non-pressurized situations characterised in that the clamping elements comprise segments of a cone between bent over ends, the rear bends being located in a radial retaining groove about the elongate body and the front bends extending over the discharge end of the body to define an aperture for receipt of the head of a grease nipple, the size of the aperture being variable manually by the movement of a sleeve member slidable over the body of the elongate member, from a first position in which the clamping elements are compressed to minimise the size of the aperture, and a second position in which the size of the aperture is sufficient to permit receipt of the nipple.
An anti-TNFα-anti-IL-17 bispecific antibody comprising a first polypeptide and a second polypeptide, wherein the first polypeptide has amino acid sequence of SEQ ID NO: 1, and the second polypeptide has an amino acid sequence of SEQ ID NO: 2.
A thermally conductive padding for transferring heat comprising: a layer of cellular foam padding having a plurality of spaced apart openings formed therein; and a thermal tunneling pad scaled in each of the openings for creating a thermal path through the thermally conductive padding, the thermal tunneling pad comprising a cellular foam block encased in a strip of thermally conductive graphite ribbon. a layer of cellular foam padding having a plurality of spaced apart openings formed therein; and a thermal tunneling pad scaled in each of the openings for creating a thermal path through the thermally conductive padding, the thermal tunneling pad comprising a cellular foam block encased in a strip of thermally conductive graphite ribbon.
An artificial microstructure, the artificial microstructure being made of conductive wires, comprising: a split resonant ring; two curves respectively starting from a first end and a second end of the split resonant ring and curvedly extending inside the split resonant ring, wherein the two curves are not intersected with each other, and the split resonant ring; characterized in that: the split resonant ring is a circular split ring; and the two curves respectively start from two distal ends of the split resonant ring and extend in a snake style along two sides of the split resonant ring, wherein an interval distance of each of the two curves is equal to a width of each of the two curves. a split resonant ring; two curves respectively starting from a first end and a second end of the split resonant ring and curvedly extending inside the split resonant ring, wherein the two curves are not intersected with each other, and the split resonant ring; characterized in that: the split resonant ring is a circular split ring; and the two curves respectively start from two distal ends of the split resonant ring and extend in a snake style along two sides of the split resonant ring, wherein an interval distance of each of the two curves is equal to a width of each of the two curves. the split resonant ring is a circular split ring; and the two curves respectively start from two distal ends of the split resonant ring and extend in a snake style along two sides of the split resonant ring, wherein an interval distance of each of the two curves is equal to a width of each of the two curves.
A mixed flow turbine or a radial turbine comprising; a hub, a large diameter section on one end side of the hub, a small diameter section on the other end side of the hub, an outer circumference surface of the hub, and a plurality of blades provided on the outer circumference surface of the hub at substantially equal intervals, each blade extending radially from the outer circumferential surface of the hub, wherein the blade is configured such that a working fluid is relatively introduced from the outer circumference on the large diameter section side in roughly an inward radial direction, on a meridional plane sectional surface, wherein the outer circumference surface is of shape that smoothly connects the large diameter section on one end side and the small diameter section on the other end side, with a curved surface that is concaved toward an axial center, wherein the hub is connected to a rotational shaft, wherein, when seen on a cross-section along with the outer circumference surface and with a fixed ratio with respect to a height of the blade on the meridional plane sectional surface, each of the blades has a leading edge which is positioned on an upstream side in the working fluid flow direction, a trailing edge which is positioned on a downstream side in the working fluid flow direction, an outside edge positioned on the outside along the radial direction, an inside edge positioned on the inside along the radial direction, and a camber line which is a center line of the thickness of the blade, wherein the camber line extends from the leading edge side toward the trailing edge side and, wherein the camber line of the blade comprises an inflection point, defining on either side of said inflection point a main body section and an inflected section, wherein in the main body section, the camber line is convex-curved to a rotational direction on the trailing edge side, wherein in the inflected section, in said cross-section, the camber line is concave-curved to said rotational direction on the leading edge side, and characterized in that, in the inflected section on the leading edge side of the blade, the curvature of the camber line, which is defined as the invert of the curvature radius of the camber line, decreases from the hub side toward the outside edge side in the height direction of the blade.
A drive circuit, the drive circuit being input a three-value signal including a value representing 0 and outputting two two-value signals (A, /A) for driving two drive elements such that a difference between the values representing the two two-value signals corresponds to a value representing the input three-value signal, characterized in that a combination out of multiple combinations of the ouput two two-value signals is determined according to an input history of the input three-value signal, in the case where the value of the three-value signal represents 0.
A method of machining a bevel gear workpiece with a tool to form a plurality of tooth surfaces on said workpiece with each of said tooth surfaces having a predetermined length, said method comprising: engaging said workpiece and said tool, feeding said tool relative to said workpiece to a predetermined depth in said workpiece thereby forming in a plunging cycle of non-generated bevel gears a tooth slot and defining adjacent tooth surfaces, moving said tool relative to said workpiece whereby, integrated into the plunging cycle, an end relief section is formed by said tool at one end of at least one of said adjacent tooth surfaces, said moving of said tool being an angular swing motion (φ), withdrawing said tool from the tooth slot, characterized in that a swing pivot axis is located dependent upon the length (Δl) and depth (Δh) of said end relief section, and in that said angular swing motion (φ) is defined by pivoting said tool about the so located swing pivot axis. engaging said workpiece and said tool, feeding said tool relative to said workpiece to a predetermined depth in said workpiece thereby forming in a plunging cycle of non-generated bevel gears a tooth slot and defining adjacent tooth surfaces, moving said tool relative to said workpiece whereby, integrated into the plunging cycle, an end relief section is formed by said tool at one end of at least one of said adjacent tooth surfaces, said moving of said tool being an angular swing motion (φ), withdrawing said tool from the tooth slot, characterized in that a swing pivot axis is located dependent upon the length (Δl) and depth (Δh) of said end relief section, and in that said angular swing motion (φ) is defined by pivoting said tool about the so located swing pivot axis.
A method for assessing the critical micellar concentration of amphiphilic compounds comprising the steps of: - providing a solvent; - preparing a layer of solvent; - preparing and providing a solution comprising amphiphilic compounds; - dispersing tracing particles into the solution; - injecting the traceable solution at the surface of the solvent layer, upon injection of the traceable solution at the surface of the solvent layer at a constant total flow rate Q; - taking pictures of the surface of the solvent layer, upon injection of the traceable solution, locating a boundary r s of a source of the traceable solution as the origin of radial coordinates, and determining the radius r e of a transparent zone, so-called corona; - assessing the velocity u of the tracing particles dispersed into the traceable solution, preferably upon injection of said solution to the surface of the solvent layer, and determining the maximum velocity u max of the tracing particles; and - from these measurement and using the associated model, determining the critical micellar concentration of the amphiphilic compounds, characterized in that the critical micellar concentration is assessed using the two scaling laws: u ∗ ∞ ⁢ A γ w − γ s 2 / ηρ r 1 / 3 r ∗ ∞ ⁢ B ηρ / γ w − γ s 2 D 3 1 / 8. Q a / c ∗ 3 / 4 wherein u* is the characteristic velocity at the interface, A is a prefactor, γ w is the surface tension of the ultra-pure water, γ s is the surface tension of the surfactant solution, η is the dynamic viscosity of the liquid, ρ is the density of the liquid, r is the radius of the flow, r* is the distance over which radial velocity gradients are established, Q a is the surfactant flow rate of the solution, D is the bulk diffusion constant of the surfactant, and c* is the solubility limit of the surfactant monomers, also known as the critical micellar concentration (cmc); and wherein prefactor A=1 and prefactor B=1; and in that the above laws are compared to the experimental data by taking u*=u max and r*=r e,max -r s, wherein r e,max is the maximum radius of the transparent zone. - providing a solvent; - preparing a layer of solvent; - preparing and providing a solution comprising amphiphilic compounds; - dispersing tracing particles into the solution; - injecting the traceable solution at the surface of the solvent layer, upon injection of the traceable solution at the surface of the solvent layer at a constant total flow rate Q; - taking pictures of the surface of the solvent layer, upon injection of the traceable solution, locating a boundary r s of a source of the traceable solution as the origin of radial coordinates, and determining the radius r e of a transparent zone, so-called corona; - assessing the velocity u of the tracing particles dispersed into the traceable solution, preferably upon injection of said solution to the surface of the solvent layer, and determining the maximum velocity u max of the tracing particles; and - from these measurement and using the associated model, determining the critical micellar concentration of the amphiphilic compounds,
A fully formulated lubricant composition comprising a base oil component of lubricating viscosity, at least one phosphorus-containing compound, and an amount of hydrocarbon soluble titanium-containing agent effective to provide an aged catalyst temperature that converts at least fifty present of exhaust gas hydrocarbons, carbon monoxide, and NO x that is lower than an aged catalyst temperature that converts at least fifty percent of exhaust gas hydrocarbons, carbon monoxide, and NO x of the lubricant composition devoid of the hydrocarbon soluble titanium-containing agent as measured in a Conversion Efficiency test, wherein an engine is operated at a steady-state condition while the exhaust gas temperature is controlled to maintain a steady catalyst inlet temperature, wherein the catalyst inlet temperature is stepped up in 15°C intervals from 200° C to 400°C while hydrocarbon, carbon monoxide and oxides of nitrogen emissions are measured through probes inserted before and after the catalyst, wherein said at least one phosphorous-containing compound is zinc dihydrocarbyldithiophosphate (ZDDP) prepared from alcohols in a ratio of 100 mol % secondary alcohols and wherein said ZDDP is present in an amount sufficient to contribute from 200 to 1500 parts per million by weight of phosphorus in the lubricant composition, wherein the titanium-containing agent is provided by a reaction product of a titanium alkoxide and a C 6 -C 25 carboxylic acid, wherein the amount of hydrocarbon soluble titanium-containing agent provides from 50 to 1000 parts per million titanium in the lubricant composition.
Method for producing a structure, wherein the structure (31, 41, 71, 81, 101, 111, 121, 131, 141, 151) comprises a first precast concrete part (32, 42, 72, 82, 102, 112, 122, 123, 132, 133, 142, 152) and a second precast concrete part (33, 43, 73, 83, 103, 113, 123, 125, 133, 135, 143, 153), wherein the precast concrete parts (31, 32, 41, 42) form walls and/or supports of the structure, wherein the precast concrete parts (31, 32, 41, 42) are connected to one another at a joint (34, 44, 74, 84, 104, 114, 124, 126, 134, 136, 154) formed between the precast concrete parts (32, 33, 42, 43, 72, 73, 82, 83, 102, 103, 112, 113, 122, 123, 125, 132, 133, 135, 142, 143, 144, 152, 153), wherein the joint (34, 44, 74, 84, 104, 114, 124, 126, 134, 136, 154) is at least partially filled with filling material, wherein the first precast concrete part (32, 42, 72, 82, 102, 112, 122, 123, 132, 133, 142, 152) has a first receptacle (35, 45) and the second precast concrete part (33, 43, 73, 83, 103, 113, 123, 125, 133, 135, 143, 153) has a second receptacle (36, 46) for a connecting means, wherein the connecting means is arranged with a first portion in the first receptacle (35, 45) and with a second portion in the second receptacle (36, 46), wherein, before positioning the precast concrete parts (32, 33, 42, 43) with respect to one another, the connecting means is completely arranged in the first receptacle (35, 45, 46), and, after positioning the precast concrete parts (32, 33, 42, 43) with respect to one another, is moved with its second portion into the second receptacle (36, 45, 46), and wherein the receptacles (35, 36, 45, 46) are then filled with filling material, characterized in that the two receptacles (35, 36, 45, 46) are designed to be closed towards the outer sides of the structure and only have openings which are open into the joint.
Method for manoeuvring a motor vehicle by remote control, in which a mobile terminal external to the motor vehicle is used to transmit a control signal to a control unit of the motor vehicle, the motor vehicle is transferred by means of the control unit, on the basis of the control signal, to an autonomous driving mode in which the motor vehicle is manoeuvred autonomously, and the motor vehicle is captured by means of a capture device of the mobile terminal during manoeuvring, wherein the motor vehicle is operated only in the autonomous driving mode while the motor vehicle is captured by means of the capture device of the mobile terminal, characterized in that the motor vehicle is captured by detecting a shape and/or a colour of the motor vehicle by means of an optical sensor of the capture device.
An implantable device comprising: at least one implantable antenna configured to receive a transmission signal from an external device; an implantable receiver configured to receive the transmission signal from the at least one implantable antenna; at least one implantable functional element configured to interface with the patient; an implantable controller configured to control the at least one implantable functional element; an implantable energy storage assembly configured to provide power to an element selected from the group consisting of: the at least one implantable functional element; the implantable controller; the implantable receiver; and combinations thereof; and an implantable housing surrounding at least the implantable controller and the implantable receiver, wherein the implantable device further comprises an implantable lead, wherein the implantable lead comprises the at least one implantable functional element and wherein the implantable lead comprises a blind lumen and a stylet insertable into the blind lumen, wherein the blind lumen has a lateral port through which the stylet is removable. at least one implantable antenna configured to receive a transmission signal from an external device; an implantable receiver configured to receive the transmission signal from the at least one implantable antenna; at least one implantable functional element configured to interface with the patient; an implantable controller configured to control the at least one implantable functional element; an implantable energy storage assembly configured to provide power to an element selected from the group consisting of: the at least one implantable functional element; the implantable controller; the implantable receiver; and combinations thereof; and an implantable housing surrounding at least the implantable controller and the implantable receiver, wherein the implantable device further comprises an implantable lead, wherein the implantable lead comprises the at least one implantable functional element and wherein the implantable lead comprises a blind lumen and a stylet insertable into the blind lumen, wherein the blind lumen has a lateral port through which the stylet is removable.