mhurhangee/ep-ind-claims huggingface dataset:
A rubber composition comprising 100 parts by weight of at least a dienic rubber and: - 0-60 phr (parts per hundred of the rubber by weight) filler, - 0-3 5 phr aromatic oils (including naphthenic and paraffinic oils) - 0-4 phr antidegradant/ antiozonant - 0.5 to 3 parts stearic acid - 0-3 phr primary, secondary or tertiary accelerator, or a mixture - 0.2-3 phr ultra accelerator - 0-4 phr sulfur - 0-5 phr zinc oxide - 0-5 phr tackifying resin comprising 5-10 phr of the following compound: R1-NH-phenyl-NH-R2 wherein the amino moieties occupy the 1 and 4 positions of the phenyl ring, and R1 and R2 are selected from the group consisting of: H, C1 to C3 straight chain or branched alkyl groups, and wherein R1 and R2 may be the same or different; wherein the t 90, isothermal at 125°C is within thirty percent of the t 90, after 28 days aging at forty degrees Celsius (40°C), as the unaged green rubber composition, t 90 being measured according ASTM D2084 or ISO 3417. - 0-60 phr (parts per hundred of the rubber by weight) filler, - 0-3 5 phr aromatic oils (including naphthenic and paraffinic oils) - 0-4 phr antidegradant/ antiozonant - 0.5 to 3 parts stearic acid - 0-3 phr primary, secondary or tertiary accelerator, or a mixture - 0.2-3 phr ultra accelerator - 0-4 phr sulfur - 0-5 phr zinc oxide - 0-5 phr tackifying resin H, C1 to C3 straight chain or branched alkyl groups, and wherein R1 and R2 may be the same or different;
An impression-taking pad for taking an impression of an ear canal by means of an impression-taking material, comprising - an outer body having • a lateral end (el) to be arranged away from a tympanic membrane, when inserted in said ear canal; and • a medial end (em) to be arranged proximate to said tympanic membrane, when inserted in said ear canal, said outer body tapering from said lateral end (el) to said medial end (em), - an inner body for releasable engagement with a tool (11, 12) for visual inspection of the ear canal, said inner body being configured to support insertion of said impression-taking pad in the ear canal by said tool (11, 12), - a duct at least partially defined by said inner body, forming an optical path for visual inspection of said ear canal; said optical path further comprising an inspection window, closing said duct, configured to allow visual inspection of the ear canal during the insertion of the impression-taking pad in the ear canal; wherein said impression-taking pad is configured to form an integral part of said impression, wherein said inspection window comprises an optically transparent material. - an outer body having • a lateral end (el) to be arranged away from a tympanic membrane, when inserted in said ear canal; and • a medial end (em) to be arranged proximate to said tympanic membrane, when inserted in said ear canal, said outer body tapering from said lateral end (el) to said medial end (em), • a lateral end (el) to be arranged away from a tympanic membrane, when inserted in said ear canal; and • a medial end (em) to be arranged proximate to said tympanic membrane, when inserted in said ear canal, - an inner body for releasable engagement with a tool (11, 12) for visual inspection of the ear canal, said inner body being configured to support insertion of said impression-taking pad in the ear canal by said tool (11, 12), - a duct at least partially defined by said inner body, forming an optical path for visual inspection of said ear canal; said optical path further comprising an inspection window, closing said duct, configured to allow visual inspection of the ear canal during the insertion of the impression-taking pad in the ear canal;
A build platform for an additive fabrication device, the build platform comprising: a mounting attachment configured to removably attach and detach the build platform to and from the additive fabrication device; a rigid structure coupled to the mounting attachment; a flexible layer attached to the rigid structure, wherein some, but not all, portions of the flexible layer are attached to the rigid structure; wherein the flexible layer comprises a metal sheet; and at least one first mechanism configured to be actuated to apply a force to the flexible surface, thereby deforming at least part of the flexible surface away from the rigid structure. a mounting attachment configured to removably attach and detach the build platform to and from the additive fabrication device; a rigid structure coupled to the mounting attachment; a flexible layer attached to the rigid structure, wherein some, but not all, portions of the flexible layer are attached to the rigid structure; wherein the flexible layer comprises a metal sheet; and at least one first mechanism configured to be actuated to apply a force to the flexible surface, thereby deforming at least part of the flexible surface away from the rigid structure.
Method for the operation of a driving assistance system when parking a vehicle in a lateral parking space along a carriageway, in which below a particular activation speed and during the search for a parking space, possible parking spaces are measured and an information item indicating that a suitable parking space has been found is output to the driver for a parking space of sufficient length for the vehicle, wherein the rear area of the vehicle is monitored when the parking assistant is activated, characterized in that the driver of the vehicle is warned of a potential shunt accident as a result of a sudden braking maneuver when there is a following vehicle in the rear area, and in that if a following vehicle is identified behind the vehicle, the following vehicle is informed about a possible imminent braking maneuver before a suitable parking space is actually reported.
A resonator of a wireless power transfer system, comprising: a plurality of links (402, 403, 404) connected to one another with hinges to form a coil housing, the coil housing being adjustable at the hinges to conform to a body of a patient; and a flexible conductor wire attached to the coil housing, the flexible conductor wire being configured to transmit or receive wireless power; characterized in that the plurality of links are connected end to end to form a closed loop; a plurality of links (402, 403, 404) connected to one another with hinges to form a coil housing, the coil housing being adjustable at the hinges to conform to a body of a patient; and a flexible conductor wire attached to the coil housing, the flexible conductor wire being configured to transmit or receive wireless power; characterized in that the plurality of links are connected end to end to form a closed loop;
Device for heating a fluid by means of electrical energy, wherein a cylindrical housing is provided with an inlet and an outlet for the fluid, and the inlet is connected to the outlet via a flow channel for the fluid, which extends inside the housing and has a spiral-shaped flow channel section which winds inwards around the cylinder axis of the housing with decreasing distance from the cylinder axis and is formed by a wall arranged perpendicularly between a cover plate and a bottom plate of the housing, which wall is provided with an electrical heating element designed as a web-shaped heating element for heating the flowing fluid, characterized in that the wall additionally forms a spiral-shaped flow channel section which winds outwardly about the cylinder axis of the housing with increasing distance from the cylinder axis, wherein the wall, in a central region of the interior of the housing, defines an end region closing the inwardly winding flow channel section, which end region opens into the outlet, and defines an end region closing the outwardly winding flow channel section, into which the inlet opens, and the outwardly winding flow channel section opens into the inwardly winding flow channel section in a section of the wall closest to the inner wall of the housing via a reversal region formed by a free end of the wall, wherein the wall is formed by the heating element of web-shaped design, which is provided with PTC resistance elements, and is designed as a boundary surface between the outwardly winding flow channel section and the inwardly winding flow channel section.
A tooling machine comprising a dust-resistant structure, wherein the tooling machine includes a dynamic module with a power shaft, a front plate mounted to the dynamic module and facing a tool, and a shaft supporter to support the power shaft, wherein the front plate includes an accommodation member to accommodate the shaft supporter, and wherein the dust-resistant structure comprises: - a bridging ring disposed on the front plate and surrounding the accommodation member of the front plate, the bridging ring including a ring body, an inside-ring region defined by the ring body, and at least one pressure release member formed in the ring body, - a dust-resistant rubber ring assembled to the ring body and disposed in the inside-region region of the ring body, wherein an inner rim of the dust-resistant rubber ring contacts the accommodation member to protect against dust; and - a dust-resistant sealing cover including a cover body and an assembling hole, wherein the cover body is assembled to the accommodation member of the front plate of the dynamic module, shielding the accommodation member and protecting the shaft supporter against the dust, and wherein the assembling hole is formed in the cover body and penetrated by the power shaft of the dynamic module so as to rotate with the power shaft, characterized in that, the pressure release member is a cut groove formed in the ring body and penetrating the ring body and the pressure release member interconnects with the inside-ring region for releasing pressure generated by the operating dynamic module to pass through the accommodation member to the inside-ring region and then being released outwardly of the tooling machine, wherein the tooling machine comprises at least one filtering element respectively disposed in the cut groove of the pressure release member for blocking the dust from entering the inside-ring region. - a bridging ring disposed on the front plate and surrounding the accommodation member of the front plate, the bridging ring including a ring body, an inside-ring region defined by the ring body, and at least one pressure release member formed in the ring body, - a dust-resistant rubber ring assembled to the ring body and disposed in the inside-region region of the ring body, wherein an inner rim of the dust-resistant rubber ring contacts the accommodation member to protect against dust; and - a dust-resistant sealing cover including a cover body and an assembling hole, wherein the cover body is assembled to the accommodation member of the front plate of the dynamic module, shielding the accommodation member and protecting the shaft supporter against the dust, and
A storage and robotic picking system comprising two substantially perpendicular sets of rails forming a grid and further comprising robotic load handling devices operative on the rails, the storage system further comprising a service device, the robotic load handling devices and the service device each comprising a body mounted on two sets of wheels (54, 56), the first set of wheels being arranged to engage with at least two rails of the first set of rails, the second set of wheels being arranged to engage with at least two rails of the second set of rails, the first set of wheels being independently moveable and driveable with respect to the second set of wheels such that only one set of wheels (54, 56) is engaged with the rails at any one time thereby enabling movement of the robotic load handling devices and the service device along the rails to any point on the grid by driving only the set of wheels (54, 56) engaged with the rails, characterised in that the service device further comprises deployable, releasable electrical connecting means, said electrical connecting means when deployed acting to connect the service device to a robotic load handling device; the service device further comprising a power source, said power source of said service device connected to said electrical connecting means such that when said electrical connecting means is connected to a robotic load handling device the power source of the service device supplies power to the robotic load handling device via the electrical connecting means.
A thin film battery, comprising: a stack of layers on a substrate (501, 601), said stack comprising a cathode current collector layer (503, 603), a cathode layer (504, 604), an electrolyte layer (505, 605), an anode layer (506, 606) and an anode current collector layer (507, 607), wherein said stack is formed by laser die pattering a stack of blanket layers, wherein said stack is further laser patterned to reveal a cathode current collector area and a portion of said electrolyte layer adjacent to said cathode current collector area, and wherein a part of the thickness of said portion of said electrolyte layer is laser removed to form a step in said electrolyte layer; and an encapsulation layer over said stack of layers. a stack of layers on a substrate (501, 601), said stack comprising a cathode current collector layer (503, 603), a cathode layer (504, 604), an electrolyte layer (505, 605), an anode layer (506, 606) and an anode current collector layer (507, 607), wherein said stack is formed by laser die pattering a stack of blanket layers, wherein said stack is further laser patterned to reveal a cathode current collector area and a portion of said electrolyte layer adjacent to said cathode current collector area, and wherein a part of the thickness of said portion of said electrolyte layer is laser removed to form a step in said electrolyte layer; and an encapsulation layer over said stack of layers.
A method of determining a compensation code for an Input/Output, IO, cell (220, 230, 240, 250) of an integrated chip, IC,, the IO cell comprising its own power supply, the method comprising: - obtaining a first elementary compensation code from a memory cell associated with the IC, the first elementary compensation code accounting for process variations of the IC and being based, at least, on an information representative of Process, Voltage and Temperature, PVT, operating conditions of the IC; In response to a variation of the PVT operating conditions: - measuring an output voltage of the I/O cell under the PVT operating conditions and determining a second elementary compensation code as a function of at least the measured output voltage, the second compensation code accounting for voltage variations of the I/O cell; - measuring a temperature of the IC under the PVT operating conditions and determining a third elementary compensation code as a function of at least the measured temperature, the third compensation code accounting for temperature variations of the IC; and, - determining the compensation code as a function of at least the first elementary compensation code, the second elementary compensation code and the third elementary compensation code. - obtaining a first elementary compensation code from a memory cell associated with the IC, the first elementary compensation code accounting for process variations of the IC and being based, at least, on an information representative of Process, Voltage and Temperature, PVT, operating conditions of the IC; - measuring an output voltage of the I/O cell under the PVT operating conditions and determining a second elementary compensation code as a function of at least the measured output voltage, the second compensation code accounting for voltage variations of the I/O cell; - measuring a temperature of the IC under the PVT operating conditions and determining a third elementary compensation code as a function of at least the measured temperature, the third compensation code accounting for temperature variations of the IC; and, - determining the compensation code as a function of at least the first elementary compensation code, the second elementary compensation code and the third elementary compensation code.
A sheet-laminated lithium ion secondary battery comprising: a membrane electrode assembly which comprises a cathode sheet comprising a cathode current collector having formed thereon a cathode active material layer, and an anode sheet comprising an anode current collector having formed thereon an anode active material layer, the cathode sheet and the anode sheet being laminated through a separator and an electrolyte layer; and a sheet outer casing having accommodated therein the membrane electrode assembly, wherein, in the membrane electrode assembly, a sheet thermoplastic resin layer (16, 16A, 16B) is inserted as at least one of an interlayer between the cathode sheet and the separator, and an interlayer between the anode sheet and the separator; the sheet thermoplastic resin layer comprises a thermoplastic resin having introduced therein a polar group derived from a carboxylic acid; and the sheet thermoplastic resin layer has through-holes in a plan view.
A pickup unit for an agricultural baler, said pickup unit comprising: a frame; a pickup roll carried by the frame; and a windrow conditioning roll carried by the frame and positioned in front of the pickup roll when in an operating position, said windrow conditioning roll including a center core and a pair of counter-rotating flightings (76A, 76B) surrounding the center core; characterized in that: each said flighting (76A, 76B) has a laterally inner end (78A, 78B), and one said laterally inner end (78A, 78B) extends longitudinally past the other said laterally inner end (78B, 78A), such that the pair of flightings (76A, 76B) overlap with each other. a frame; a pickup roll carried by the frame; and a windrow conditioning roll carried by the frame and positioned in front of the pickup roll when in an operating position, said windrow conditioning roll including a center core and a pair of counter-rotating flightings (76A, 76B) surrounding the center core; each said flighting (76A, 76B) has a laterally inner end (78A, 78B), and one said laterally inner end (78A, 78B) extends longitudinally past the other said laterally inner end (78B, 78A), such that the pair of flightings (76A, 76B) overlap with each other.
A construction machine including a first member and a second member mutually connected via a connecting shaft and configured to be relatively pivotable about the connecting shaft, and a pivot cylinder which has one end connected to the first member via a first connecting pin and another end connected to the second member via a second connecting pin and which performs a telescopic motion so as to cause the second member to pivot relative to the first member, the construction machine performing operations by pivoting the first member relative to the second member, and being configured such that the first member includes a pair of supporting plates for supporting the one end of the pivot cylinder, one of the pair of supporting plates is provided with one internal boss disposed on one side relative to the one end of the pivot cylinder in an axial direction of the first connecting pin, another supporting plate of the pair of supporting plates is provided with another internal boss which is disposed on a side which is opposite to the one internal boss relative to the one end of the pivot cylinder in the axial direction of the first connecting pin and sandwiches the one end of the pivot cylinder with the one internal boss, and the first connecting pin is inserted through the one internal boss and the other internal boss, the construction machine further comprising an angle detection device adapted to detect an angle between the first member and the second member, and comprising: an angle sensor fixed to the one supporting plate; and a link mechanism for transmitting, to the angle sensor, a change in the angle between the first member and the second member, wherein the link mechanism includes a fixing plate (24; 124; 224) fixed to the one end of the pivot cylinder, a lever fixed to a rotating shaft of the angle sensor, and a connecting member having one end connected to the fixing plate (24; 124; 224) in a turnable manner, and another end connected to the lever in a turnable manner, characterized in that the fixing plate (24; 124; 224) has an opening (24a; 124a; 224a) which is larger than an outer diameter of the one internal boss and to which the one internal boss is fitted in a turnable manner. an angle sensor fixed to the one supporting plate; and a link mechanism for transmitting, to the angle sensor, a change in the angle between the first member and the second member,
A brush for nails, comprising: • a handle; • a plurality of hairs connected to said handle at an end thereof; said hairs being grouped into two bunches, each of which has a cross section increasing in size from said end over at least one longitudinal stretch of said bunch, which is external to said handle, said cross section having, at least at said longitudinal stretch, an extension in a first direction which is greater than the extension of said section in a second direction which is orthogonal to said first direction. said brush being characterized in that the hairs of one of said bunches differ from the hairs of the other bunch in material and/or thickness. • a handle; • a plurality of hairs connected to said handle at an end thereof;
Packaging (10; 100; 200; 300; 400) for storing at least one drug delivery device (1; 201) comprising a container provided at its distal end with a distal tip (8; 208; 408) covered by a shield (6; 206) in a before use storage configuration of the drug delivery device, said shield (6; 206) being intended to be removed from said distal tip (8; 208; 408) at time of use and a distal end of said distal tip (8; 208; 408) being intended to bear a needle during use of the drug delivery device, the packaging comprising: - a support (11; 111; 211; 311; 411) comprising at least: - one first holding means (14, 14a; 114, 114a; 214a; 314a) configured for receiving at least part of said shield (6; 206; 306) in the before use storage configuration of said drug delivery device, - one second holding means (17, 17a; 117, 117a; 417, 417a) configured for receiving at least a distal part of said needle when said needle is born by said distal tip (8; 408) in an after use storage configuration of said drug delivery device, - an envelope (12; 112) configured to enclose said drug delivery device (1; 201), when said shield is received in said first holding means in the before use storage configuration of the drug delivery device and when said distal part of said needle is received in said second holding means in the after use storage configuration of said drug delivery device, said envelope being configured to be closed by said support. - a support (11; 111; 211; 311; 411) comprising at least: - one first holding means (14, 14a; 114, 114a; 214a; 314a) configured for receiving at least part of said shield (6; 206; 306) in the before use storage configuration of said drug delivery device, - one second holding means (17, 17a; 117, 117a; 417, 417a) configured for receiving at least a distal part of said needle when said needle is born by said distal tip (8; 408) in an after use storage configuration of said drug delivery device, - one first holding means (14, 14a; 114, 114a; 214a; 314a) configured for receiving at least part of said shield (6; 206; 306) in the before use storage configuration of said drug delivery device, - one second holding means (17, 17a; 117, 117a; 417, 417a) configured for receiving at least a distal part of said needle when said needle is born by said distal tip (8; 408) in an after use storage configuration of said drug delivery device, - an envelope (12; 112) configured to enclose said drug delivery device (1; 201), when said shield is received in said first holding means in the before use storage configuration of the drug delivery device and when said distal part of said needle is received in said second holding means in the after use storage configuration of said drug delivery device, said envelope being configured to be closed by said support.