mhurhangee/ep-ind-claims huggingface dataset:
A polyphenylene sulfide ("PPS") polymer compositions comprising: - a low melt flow rate PPS polymer having a melt flow rate of no more than 170 g/10 min.; - E-CR glass fiber and - optionally, a high MFR PPS polymer having a melt flow rate of at least 700 g/10 min. wherein - melt flow rate is measured at 316°C using a 5 kg weight according to ASTM D1238B; - the EC-R glass fiber is a boron-free modified E-Glass fiber according to ASTM D578/D578M - 05 and - the E-CR glass fiber comprises a boron concentration of less than 0.5 wt.%, relative to the total weight of the glass fiber. - a low melt flow rate PPS polymer having a melt flow rate of no more than 170 g/10 min.; - E-CR glass fiber and - optionally, a high MFR PPS polymer having a melt flow rate of at least 700 g/10 min. wherein - melt flow rate is measured at 316°C using a 5 kg weight according to ASTM D1238B; - the EC-R glass fiber is a boron-free modified E-Glass fiber according to ASTM D578/D578M - 05 and - the E-CR glass fiber comprises a boron concentration of less than 0.5 wt.%, relative to the total weight of the glass fiber. - melt flow rate is measured at 316°C using a 5 kg weight according to ASTM D1238B; - the EC-R glass fiber is a boron-free modified E-Glass fiber according to ASTM D578/D578M - 05 and - the E-CR glass fiber comprises a boron concentration of less than 0.5 wt.%, relative to the total weight of the glass fiber.
Ground working tool comprising - a tubular base body with an inner receiving space for receiving a cylindrical core of solid ground material, - connecting means for connecting the tubular base body with rotary drive means, and - locking means for locking the core in the receiving space of the tubular base body, characterized in that - the locking means comprises at least one locking unit having a guide rail being disposed at an inner side of the tubular base body and arranged with a deviation angle relative to a tangential direction of the tubular base body, and - the locking unit further comprises at least one locking element, which is moveably mounted along the guide rail in a form-locking fashion between a radially outer releasing position and a radially inner locking position, in which the core is clamped within the receiving space by means of the at least one locking element. - a tubular base body with an inner receiving space for receiving a cylindrical core of solid ground material, - connecting means for connecting the tubular base body with rotary drive means, and - locking means for locking the core in the receiving space of the tubular base body, - the locking means comprises at least one locking unit having a guide rail being disposed at an inner side of the tubular base body and arranged with a deviation angle relative to a tangential direction of the tubular base body, and - the locking unit further comprises at least one locking element, which is moveably mounted along the guide rail in a form-locking fashion between a radially outer releasing position and a radially inner locking position, in which the core is clamped within the receiving space by means of the at least one locking element.
A frame joint for an above-ground pool, the frame joint configured to receive two support members for the above-ground pool, characterized in that the frame joint comprises: a first cutaway portion on a first end of the joint, the first cutaway portion (i) configured to laterally support a first support member of the two support members and (ii) comprising a first set of apertures configured to align with a set of apertures in the first support member; a second cutaway portion on a second end of the joint, the second cutaway portion (i) configured to laterally support a second support member of the two support members and (ii) comprising a second set of apertures configured to align with a set of apertures in the second support member; and a set of fastening pins (222, 223) configured to (i) fasten the first support member to the first cutaway portion via the first set of apertures and the set of apertures in the first support member and (ii) fasten the second support member to the second cutaway portion via the second set of apertures and the set of apertures in the second support member. a first cutaway portion on a first end of the joint, the first cutaway portion (i) configured to laterally support a first support member of the two support members and (ii) comprising a first set of apertures configured to align with a set of apertures in the first support member; a second cutaway portion on a second end of the joint, the second cutaway portion (i) configured to laterally support a second support member of the two support members and (ii) comprising a second set of apertures configured to align with a set of apertures in the second support member; and a set of fastening pins (222, 223) configured to (i) fasten the first support member to the first cutaway portion via the first set of apertures and the set of apertures in the first support member and (ii) fasten the second support member to the second cutaway portion via the second set of apertures and the set of apertures in the second support member.
Household appliance comprising a housing enclosing an inner chamber and at least one strut which can be installed in an engaging manner in a first and a second recess of opposing first and second walls of the inner chamber, wherein at least the first recess is part of a groove which is formed in the first wall, wherein the groove is orientated substantially horizontally, wherein the first recess is provided at a closed longitudinal end of the groove, wherein the first end of the strut is installed in the first recess and the second end is installed in the second recess, and wherein a flexible detent projection engages in the groove and blocks the first end of the strut from moving from the recess along the groove and during installation of the strut can be displaced out of the groove by moving the first end along the groove toward the recess, characterised in that the strut can be swivelled about the second recess as a centre point, and in that the detent projection can be displaced by a swivelling movement of the strut which has the second recess as a centre point.
A device for augmenting a tibial stem for a human knee, the tibial stem coupled to a distal side of a tibial platform, a proximal side of the tibial platform couplable to a surface for articulation with a femoral component, the tibial platform having a medial side and a lateral side, the device comprising: a tibial augment configured to couple to the tibial platform proximate a distal side of the tibial platform, the tibial augment including a medial side for attachment to the medial side of the tibial platform, the medual side of the tibial augment having a medial taper on at least a portion of its periphery extending inward in a distal direction, and a lateral side for attachment to the lateral side of the tibial platform, the lateral side of the tibial augment having a lateral taper on at least a portion of its periphery extending inward in a distal direction; wherein at least a portion of the medial taper is different from at least a portion of the lateral taper; and wherein the medial taper is constant over the periphery of the medial side of the tibial augment; and wherein the lateral taper is constant over the periphery of the lateral side of the tibial augment. a tibial augment configured to couple to the tibial platform proximate a distal side of the tibial platform, the tibial augment including a medial side for attachment to the medial side of the tibial platform, the medual side of the tibial augment having a medial taper on at least a portion of its periphery extending inward in a distal direction, and a lateral side for attachment to the lateral side of the tibial platform, the lateral side of the tibial augment having a lateral taper on at least a portion of its periphery extending inward in a distal direction; wherein at least a portion of the medial taper is different from at least a portion of the lateral taper; and wherein the medial taper is constant over the periphery of the medial side of the tibial augment; and wherein the lateral taper is constant over the periphery of the lateral side of the tibial augment.
An electronic device in an IMS network, comprising: a communication module configured to communicate with a communication server; an input module configured to receive a user command; and a processor configured to: receive a device changing command, via the input module, during a call between the electronic device and a first external electronic device; and transmit, to the communication server, via the communication module, a message for changing the call between the electronic device and the first external electronic device to a call between a second external electronic device and the first external electronic device; wherein the second external electronic device uses a same subscription information as the electronic device, wherein the message includes call state information of the call between the electronic device and the first external electronic device; and wherein the call state information comprises information of a name or an image of a user of the first external electronic device stored in a contact list of the electronic device. a communication module configured to communicate with a communication server; an input module configured to receive a user command; and a processor configured to: receive a device changing command, via the input module, during a call between the electronic device and a first external electronic device; and transmit, to the communication server, via the communication module, a message for changing the call between the electronic device and the first external electronic device to a call between a second external electronic device and the first external electronic device; wherein the second external electronic device uses a same subscription information as the electronic device, wherein the message includes call state information of the call between the electronic device and the first external electronic device; and wherein the call state information comprises information of a name or an image of a user of the first external electronic device stored in a contact list of the electronic device. receive a device changing command, via the input module, during a call between the electronic device and a first external electronic device; and transmit, to the communication server, via the communication module, a message for changing the call between the electronic device and the first external electronic device to a call between a second external electronic device and the first external electronic device; wherein the second external electronic device uses a same subscription information as the electronic device, wherein the message includes call state information of the call between the electronic device and the first external electronic device; and wherein the call state information comprises information of a name or an image of a user of the first external electronic device stored in a contact list of the electronic device.
High stearic oilseed stearin fat comprising: - from 19% to 95% of disaturated triglycerides in which the (w/w) ratio of disaturated triglycerides with one oleic acid to disaturated triglycerides with one linoleic acid (SOS/SLS) is higher than 1; - and at least 1% of trisaturated triglycerides; in which the S sn-2 /S total × 100 value is of from 11 to 98. - from 19% to 95% of disaturated triglycerides in which the (w/w) ratio of disaturated triglycerides with one oleic acid to disaturated triglycerides with one linoleic acid (SOS/SLS) is higher than 1; - and at least 1% of trisaturated triglycerides;
A container configured to maintain or preserve a product that is sensitive to an environmental trigger, the container comprising: a body having a base and further having a sidewall extending from the base, the body having a cavity situated adjacent the sidewall and configured to hold the product, the body further having an opening in communication with the cavity; a lid removably attachable to the body and configured to close the opening when the lid is attached to the body, the lid having a basewall and further having a skirt extending from an outer periphery of the basewall, the lid further having at least one projection extending from the basewall, the at least one projection being adjacent and spaced inwardly from the skirt, the lid further having an active agent situated on the at least one projection; and a utensil having a portion thereof configured to seat on the at least one projection and to shield the active agent from the environmental trigger, the utensil being removably attachable to the at least one projection. a body having a base and further having a sidewall extending from the base, the body having a cavity situated adjacent the sidewall and configured to hold the product, the body further having an opening in communication with the cavity; a lid removably attachable to the body and configured to close the opening when the lid is attached to the body, the lid having a basewall and further having a skirt extending from an outer periphery of the basewall, the lid further having at least one projection extending from the basewall, the at least one projection being adjacent and spaced inwardly from the skirt, the lid further having an active agent situated on the at least one projection; and a utensil having a portion thereof configured to seat on the at least one projection and to shield the active agent from the environmental trigger, the utensil being removably attachable to the at least one projection.
Method for producing a head restraint, in particular a motor vehicle head restraint, wherein the head restraint has a lining and a foam material, wherein the foam material fills out the lining at least in regions, wherein the method has the following steps: - producing a prototype mold, wherein the prototype mold comprises at least two parts, wherein the prototype mold, in the assembled state of its parts, has an inner surface pointing into the interior of the prototype mold and has an outer surface, wherein the prototype mold is produced by means of a stereolithography process, wherein, during the production of the prototype mold, reinforcement ribs are formed in the region of the outer surface thereof, - producing the lining, - assembling the parts of the prototype mold in such a way that the lining is arranged in the interior of the prototype mold, - introducing the foam material into the interior of the lining, wherein the foam material is at least partially liquid at the time at which it is introduced. - producing a prototype mold, wherein the prototype mold comprises at least two parts, wherein the prototype mold, in the assembled state of its parts, has an inner surface pointing into the interior of the prototype mold and has an outer surface, wherein the prototype mold is produced by means of a stereolithography process, wherein, during the production of the prototype mold, reinforcement ribs are formed in the region of the outer surface thereof, - producing the lining, - assembling the parts of the prototype mold in such a way that the lining is arranged in the interior of the prototype mold, - introducing the foam material into the interior of the lining, wherein the foam material is at least partially liquid at the time at which it is introduced.
A method for the separation of antibodies having different degrees of fucosylation, comprising the steps of: a) contacting a population of antibodies with an FcγRIIIa V158 immobilized on a support, b) eluting the antibodies not specifically bound to said Fc receptor, and c) eluting the antibodies specifically bound to said Fc receptor, wherein the elution of step c) comprises contacting the support with a buffered solution that interrupts the binding of antibodies to the Fc receptor and wherein the buffered solution has a pH value in the range of 3 to 5. a) contacting a population of antibodies with an FcγRIIIa V158 immobilized on a support, b) eluting the antibodies not specifically bound to said Fc receptor, and c) eluting the antibodies specifically bound to said Fc receptor, wherein the elution of step c) comprises contacting the support with a buffered solution that interrupts the binding of antibodies to the Fc receptor and wherein the buffered solution has a pH value in the range of 3 to 5.
A hexavalent chromium-free trivalent chromium chemical conversion treatment liquid for zinc or zinc alloy comprising trivalent chromium ions, zirconium ions, nitrate ions, and chain colloidal silica, wherein the pH of the treatment liquid is 2.5 to 5.0; and a molar ratio of trivalent chromium ions to zirconium ions (trivalent chromium ions/zirconium ions) is 0.1 to 4.
A process for forming an alumina particulate structure useful as a support component for emission control noble metal catalysts comprising forming an aqueous slurry comprising from 5 to 50 weight percent of alumina particulate; heating said slurry to a temperature of 50 to 100°C; contacting said slurry with an aqueous solution having from 5 to 30 weight percent of water-soluble silicate to form a mixture thereof; maintaining said mixture at a temperature of 50 to 100°C for a period of from 1 to 120 minutes; substantially uniformly adding a water-soluble acid to said mixture to achieve a pH of from 7 to 8 over a period of from 5 to 240 minutes from the commencement of the acid addition and any further amount of acid sufficient to cause the resultant mixture to have a pH of from 5 to 8; washing using hot water or an aqueous solution of a water-soluble ammonium salt, calcining the resultant product at a temperature of from 400 to 1000°C and recovering a dried powder product comprising a high surface area alumina core having from 5 to 40 weight percent of silica in the form of a cladding thereon.
Body protector comprising a resilient padding material and one or more less resilient reinforcing means (5, 6) arranged in or on the padding material, the protector having an outer layer made of a material that is heat-resistant at temperatures in excess of 105°C, characterised in that several micro-craters (11, 12, 20) made of a flexible material are provided below the padding material, end openings (13, 14) in the micro-craters (11, 12, 20) extending only in the end third of the micro-craters (11, 12, 20).
Method for producing a piezoelectric stack actuator, comprising the steps of: a. Step A: Providing at least two actuators which are designed to generate a deflection along an axis when electrically activated, wherein step A comprises the following sub-steps: Sub-step A1: Providing piezoceramic layers and electric contacts (2c, 2e) to make up the actuators as multi-layer actuators, and Sub-step A4: Enveloping the piezoceramic layers and the electric contacts (2c, 2e) with a ceramic insulating material. b. Step B: Coupling the at least two actuators to form the stack actuator such that the deflections of the actuators generated when the actuators are electrically activated are overlaid along a stacking axis and there is a force-coupling of the actuators over at least one coupling area that is smaller than a projection area of the actuator onto a plane perpendicular to the stacking axis. a. Step A: Providing at least two actuators which are designed to generate a deflection along an axis when electrically activated, wherein step A comprises the following sub-steps: Sub-step A1: Providing piezoceramic layers and electric contacts (2c, 2e) to make up the actuators as multi-layer actuators, and Sub-step A4: Enveloping the piezoceramic layers and the electric contacts (2c, 2e) with a ceramic insulating material. Sub-step A1: Providing piezoceramic layers and electric contacts (2c, 2e) to make up the actuators as multi-layer actuators, and Sub-step A4: Enveloping the piezoceramic layers and the electric contacts (2c, 2e) with a ceramic insulating material. b. Step B: Coupling the at least two actuators to form the stack actuator such that the deflections of the actuators generated when the actuators are electrically activated are overlaid along a stacking axis and there is a force-coupling of the actuators over at least one coupling area that is smaller than a projection area of the actuator onto a plane perpendicular to the stacking axis.
A recording medium comprising: a base paper; a polymer layer disposed on the base paper; and an ink-receiving layer disposed on the polymer layer, wherein the base paper has a thickness of 50 μm or more and 130 μm or less, the polymer layer has a thickness of 20 μm or more and 60 μm or less, the polymer layer has, on a side where the ink receiving layer is disposed, an arithmetic average surface roughness Ra 1 of 0.12 μm or more and 0.18 μn or less in accordance with JIS B 0601:2001, the polymer layer has, on the side where the ink receiving layer is disposed, a roughness curve element average length RSm of 0.01 mm or more and 0.20 mm or less in accordance with JIS B 0601:2001, and the recording medium has, on a side where the ink receiving layer is disposed, an arithmetic average surface roughness Ra 2 of 0.13 μm or less in accordance with JIS B 0601:2003. a base paper; a polymer layer disposed on the base paper; and an ink-receiving layer disposed on the polymer layer, wherein the base paper has a thickness of 50 μm or more and 130 μm or less, the polymer layer has a thickness of 20 μm or more and 60 μm or less, the polymer layer has, on a side where the ink receiving layer is disposed, an arithmetic average surface roughness Ra 1 of 0.12 μm or more and 0.18 μn or less in accordance with JIS B 0601:2001, the polymer layer has, on the side where the ink receiving layer is disposed, a roughness curve element average length RSm of 0.01 mm or more and 0.20 mm or less in accordance with JIS B 0601:2001, and the recording medium has, on a side where the ink receiving layer is disposed, an arithmetic average surface roughness Ra 2 of 0.13 μm or less in accordance with JIS B 0601:2003.
A method of forming a composite transparent article, the method comprising: providing a transparent substrate; depositing at least one soft coating upon the substrate; depositing at least one hard coating upon a soft coating of the at least one soft coating; and providing a sensor; wherein the soft coating and the hard coating are deposited by a plasma deposition process; and wherein the sensor is disposed between one soft coating of the at least one soft coating and one hard coating of the at least one hard coating; the soft coating and the hard coating having the general formula SiO x C y, and the soft coating has a hardness factor less than that of an adjacent outer hard coating layer and the hardness of the soft coating is from 0.2 GPa to 1.5 GPa and the hardness of the hard coating is from 1.5 GPa to 10.0 GPa. providing a transparent substrate; depositing at least one soft coating upon the substrate; depositing at least one hard coating upon a soft coating of the at least one soft coating; and providing a sensor; wherein the soft coating and the hard coating are deposited by a plasma deposition process; and wherein the sensor is disposed between one soft coating of the at least one soft coating and one hard coating of the at least one hard coating; the soft coating and the hard coating having the general formula SiO x C y, and the soft coating has a hardness factor less than that of an adjacent outer hard coating layer and the hardness of the soft coating is from 0.2 GPa to 1.5 GPa and the hardness of the hard coating is from 1.5 GPa to 10.0 GPa.
A brake block comprising a synthetic resin based friction material including a scale-like graphite and a granular graphite in an amount of 20 to 30% by volume in total.