mhurhangee/ep-ind-claims huggingface dataset:
An ethylene polymer composition for adhesive applications which comprises 10.0 to 80.0 wt.-% of a polymer blend of (a) a copolymer of ethylene which is selected from a copolymer of ethylene with silane group(s) containing comonomer; or a copolymer of ethylene with one or more polar comonomer(s) selected from (C 1 -C 6)-alkyl acrylate or (C 1 -C 6)-alkyl (C 1 -C 6)-alkylacrylate comonomer(s), which copolymer bears silane group(s) containing units and which copolymer is different from the copolymer; and (b) an ethylene polymer which is different from copolymer and copolymer; wherein the blend comprises, based on the combined amount (100 wt%) of copolymer (a) and polymer (b), - at least 55 wt%, of the copolymer of ethylene (a); and - less than 45 wt% of the ethylene polymer (b); and which polymer composition further comprises, (c) 0.01 to 5.0 wt.-% of additive(s); (d) 5 to 70 wt.-% of a tackifying resin; and one or more, or all, of the components (e) to (g), in any combination: (e) 0 to 50 wt.-% of a plasticizer; (f) 0 to 50 wt.-% of a further component(s) other than components (d), (e) and (g); and/or (g) 0 to 0.1 mol/(kg polymer of ethylene (a)) of a crosslinking agent; wherein the components (d) to (g) are different from the components (a) to (c). (a) a copolymer of ethylene which is selected from a copolymer of ethylene with silane group(s) containing comonomer; or a copolymer of ethylene with one or more polar comonomer(s) selected from (C 1 -C 6)-alkyl acrylate or (C 1 -C 6)-alkyl (C 1 -C 6)-alkylacrylate comonomer(s), which copolymer bears silane group(s) containing units and which copolymer is different from the copolymer; and a copolymer of ethylene with silane group(s) containing comonomer; or a copolymer of ethylene with one or more polar comonomer(s) selected from (C 1 -C 6)-alkyl acrylate or (C 1 -C 6)-alkyl (C 1 -C 6)-alkylacrylate comonomer(s), which copolymer bears silane group(s) containing units and which copolymer is different from the copolymer; and (b) an ethylene polymer which is different from copolymer and copolymer; wherein the blend comprises, based on the combined amount (100 wt%) of copolymer (a) and polymer (b), - at least 55 wt%, of the copolymer of ethylene (a); and - less than 45 wt% of the ethylene polymer (b); and which polymer composition further comprises, - at least 55 wt%, of the copolymer of ethylene (a); and - less than 45 wt% of the ethylene polymer (b); (c) 0.01 to 5.0 wt.-% of additive(s); (d) 5 to 70 wt.-% of a tackifying resin; and (e) 0 to 50 wt.-% of a plasticizer; (f) 0 to 50 wt.-% of a further component(s) other than components (d), (e) and (g); and/or (g) 0 to 0.1 mol/(kg polymer of ethylene (a)) of a crosslinking agent;
A product for tissue treatment, comprising: a body having an elongate length and a width, and including a centerline extending the length of the body and separating the body into a first half and a second half; at least a first component formed in the first half of the body, the first component comprising one or more holes or slits passing through the body on one side of the centerline; and at least a second component formed in the second half of the body, the second component comprising one or more tabs on an opposing side of the centerline, the one or more tabs being opposed to and aligned with the one or more holes or slits; wherein the tab has two opposing extensions, wherein the product is configured to be at least partially wrapped around or positioned onto tissue or an implant, wherein the product comprises a tissue matrix, and wherein the first and second components are complementary relative to each other and are configured to interlock relative to each other or to the tissue to maintain the product at least partially wrapped around or positioned on the tissue or the implant. a body having an elongate length and a width, and including a centerline extending the length of the body and separating the body into a first half and a second half; at least a first component formed in the first half of the body, the first component comprising one or more holes or slits passing through the body on one side of the centerline; and at least a second component formed in the second half of the body, the second component comprising one or more tabs on an opposing side of the centerline, the one or more tabs being opposed to and aligned with the one or more holes or slits; wherein the tab has two opposing extensions, wherein the product is configured to be at least partially wrapped around or positioned onto tissue or an implant, wherein the product comprises a tissue matrix, and wherein the first and second components are complementary relative to each other and are configured to interlock relative to each other or to the tissue to maintain the product at least partially wrapped around or positioned on the tissue or the implant.
Individual-segment rotor with - a number of laminated core segments arranged in a star shape, wherein - the laminated core segments each have a plurality of individual sheets which are firmly connected to one another, and with - a permanent magnet between each pair of adjacent laminated core segments in each case, through which a hollow-cylindrical arrangement of the laminated core segments and the permanent magnets is produced, and with - a groove (7, 8; 7', 8') located on each of the two outer edges of the hollow-cylindrical arrangement, wherein - a ring is inserted into each groove for fixing the arrangement. characterised in that - the rings are only in contact with all permanent magnets of the arrangement, - the laminated core segments of the arrangement are held on the permanent magnets by a form fit against their centrifugal force, wherein - each laminated core segment has a foot extending over the entire axial length of the arrangement, which increases in width towards its lower side and wherein at least one of the adjoining permanent magnets presses on the foot while making the form fit. - a number of laminated core segments arranged in a star shape, wherein - the laminated core segments each have a plurality of individual sheets which are firmly connected to one another, and with - a permanent magnet between each pair of adjacent laminated core segments in each case, through which a hollow-cylindrical arrangement of the laminated core segments and the permanent magnets is produced, and with - a groove (7, 8; 7', 8') located on each of the two outer edges of the hollow-cylindrical arrangement, wherein - a ring is inserted into each groove for fixing the arrangement. - the rings are only in contact with all permanent magnets of the arrangement, - the laminated core segments of the arrangement are held on the permanent magnets by a form fit against their centrifugal force, wherein - each laminated core segment has a foot extending over the entire axial length of the arrangement, which increases in width towards its lower side and wherein at least one of the adjoining permanent magnets presses on the foot while making the form fit.
A method for performing validation of a passenger boarding an elevator system, the method comprising: receiving, by a processor of a controller (115, 212), a call request; detecting beacon information at one or more user devices responsive to the call request; validating a boarding status of a passenger that placed the call request based at least in part on the beacon information; and responsive to the validation, transmitting a notification of the boarding status to the one or more user devices and/or a building management system; wherein the step of transmitting the notification comprises providing a warning to the passenger responsive to a threshold number of failed validation attempts. receiving, by a processor of a controller (115, 212), a call request; detecting beacon information at one or more user devices responsive to the call request; validating a boarding status of a passenger that placed the call request based at least in part on the beacon information; and responsive to the validation, transmitting a notification of the boarding status to the one or more user devices and/or a building management system; wherein the step of transmitting the notification comprises providing a warning to the passenger responsive to a threshold number of failed validation attempts.
A method, comprising: requesting, by a network node, authentication of a user equipment with an authentication server; receiving a master key and authentication parameters from the authentication server when authentication is successful; verifying validity of the authentication parameters; when the verification is successful, instantiating a security context for the user equipment and assigning a security context identifier for next generation system security context to the user equipment; and sending a security mode command message to instruct the user equipment to instantiate security context using the security context identifier. requesting, by a network node, authentication of a user equipment with an authentication server; receiving a master key and authentication parameters from the authentication server when authentication is successful; verifying validity of the authentication parameters; when the verification is successful, instantiating a security context for the user equipment and assigning a security context identifier for next generation system security context to the user equipment; and sending a security mode command message to instruct the user equipment to instantiate security context using the security context identifier.
An implantable electric lead arrangement for a medical implant system, the arrangement comprising: an implantable electric lead containing a plurality of parallel lead wires wound in an elongated helix about a central longitudinal axis, characterised in that a conical lead core is fixed and enclosed within the wire helix for providing impact strain relief to a portion of the electric lead by resisting radial and/or axial deformation from external impact force, wherein the conical end of the conical lead core is configured to ensure that there is not an abrupt transition of mechanical lead properties between an impact protected part of the electric lead and an unprotected part. an implantable electric lead containing a plurality of parallel lead wires wound in an elongated helix about a central longitudinal axis, characterised in that a conical lead core is fixed and enclosed within the wire helix for providing impact strain relief to a portion of the electric lead by resisting radial and/or axial deformation from external impact force, wherein the conical end of the conical lead core is configured to ensure that there is not an abrupt transition of mechanical lead properties between an impact protected part of the electric lead and an unprotected part.
A voltage sampler, comprising a housing, at least one sampling board (21a,21b) located inside the housing, wherein each of the at least one sampling board comprises at least two resistors (Ra -Ra(n), Rb -Rb(n)) and a voltage input end, the at least two resistors are electrically connected in sequence in a direction from a first end to a second end, characterised in that the housing is conductive, in that the voltage sampler also comprises a conducting layer and in that a resistor at the first end is electrically connected to the voltage input end, a resistor at the second end is electrically connected to the housing, the housing is electrically connected to a fixed potential end, and a potential provided by the fixed potential end is a fixed value; and the conducting layer is disposed between at least one of the at least one sampling board and the housing, the conducting layer is electrically connected to a resistor in the sampling board, and a potential of the conducting layer is greater than that of the fixed potential end and less than that of the voltage input end. each of the at least one sampling board comprises at least two resistors (Ra -Ra(n), Rb -Rb(n)) and a voltage input end, the at least two resistors are electrically connected in sequence in a direction from a first end to a second end, characterised in that the housing is conductive, in that the voltage sampler also comprises a conducting layer and in that a resistor at the first end is electrically connected to the voltage input end, a resistor at the second end is electrically connected to the housing, the housing is electrically connected to a fixed potential end, and a potential provided by the fixed potential end is a fixed value; and the conducting layer is disposed between at least one of the at least one sampling board and the housing, the conducting layer is electrically connected to a resistor in the sampling board, and a potential of the conducting layer is greater than that of the fixed potential end and less than that of the voltage input end.
A thyristor comprising: a first region of a first conductivity type; a second region of a second conductivity type and adjoining the first region; a third region of the first conductivity type and adjoining the second region; a fourth region of the second conductivity type and comprising a first segment and a second segment separate from the first segment, the first segment and second segment each adjoining the third region; a resistive element electrically connecting the first segment and the third region; a first contact adjoining the first region; a second contact adjoining the first segment; and a trigger contact adjoining the second segment and separate from the second contact. a first region of a first conductivity type; a second region of a second conductivity type and adjoining the first region; a third region of the first conductivity type and adjoining the second region; a fourth region of the second conductivity type and comprising a first segment and a second segment separate from the first segment, the first segment and second segment each adjoining the third region; a resistive element electrically connecting the first segment and the third region; a first contact adjoining the first region; a second contact adjoining the first segment; and a trigger contact adjoining the second segment and separate from the second contact.
Device (1, 14, 21, 36) for labeling containers (2, 22, 46) and for attaching shrink sleeves to containers (2, 22, 46), the device comprising: - a labeling machine (5, 26) with a first separation distance, wherein the labeling machine is configured to apply labels to the containers (2, 22, 46), - a conveyor (9, 31, 48) arranged after the labeling machine (5, 26), so-called downstream conveyor (9, 31, 48), which is configured to transport containers (2, 22, 46) positioned thereon at a speed, so-called downstream speed, - an infeed worm (8, 30) arranged after the labeling machine (5, 26), so-called downstream infeed worm (8, 30) which is configured to bring the containers (2, 22, 46) transported by the downstream conveyor (9, 31, 48) to a second separation distance of a subsequent shrink sleeve unit (10, 17, 32, 38), the shrink sleeve unit (10, 17, 32, 38) being configured to transfer shrink sleeves to the containers (2, 22, 46), characterized in that the device (1, 14, 21, 36) comprises at least one rotating brush element (11, 18, 33, 40) which is configured to bring a shrink sleeve applied to a container (2, 22, 46) into a predetermined position in relation to the container (2, 22, 46), wherein by rotation of the at least one rotating brush element (11, 18, 33, 40) the applied shrink sleeve is moved downwards along an outer surface of the container (2, 22, 46) until the applied shrink sleeve is arranged at a predetermined distance from a bottom surface of the container (2, 22, 46). - a labeling machine (5, 26) with a first separation distance, wherein the labeling machine is configured to apply labels to the containers (2, 22, 46), - a conveyor (9, 31, 48) arranged after the labeling machine (5, 26), so-called downstream conveyor (9, 31, 48), which is configured to transport containers (2, 22, 46) positioned thereon at a speed, so-called downstream speed, - an infeed worm (8, 30) arranged after the labeling machine (5, 26), so-called downstream infeed worm (8, 30) which is configured to bring the containers (2, 22, 46) transported by the downstream conveyor (9, 31, 48) to a second separation distance of a subsequent shrink sleeve unit (10, 17, 32, 38), the shrink sleeve unit (10, 17, 32, 38) being configured to transfer shrink sleeves to the containers (2, 22, 46),
An automatic fire extinguisher valve assembly, comprising: a valve body comprising an inlet connectable to a fire extinguisher cylinder under pressure and an outlet, the inlet and outlet being in fluid communication; a push rod disposed in the valve body, linearly movable between a non-activated position and an activated position, the push rod including an angled face; a poppet stem arranged perpendicular to a longitudinal axis of the push rod and disposed in the valve body; a poppet-to-valve body seal coupled to the poppet stem and disposed in the valve body to open and close the fluid communication between the inlet and outlet; and a poppet return spring coupled to the poppet stem and disposed in the valve body, wherein the poppet return spring and pressure within a cylinder coupled in use to the valve assembly retain the poppet stem from opening the poppet-to-valve body seal when the automatic fire extinguisher is not actuated; wherein the angled face of the push rod is configured to engage the poppet stem and move the poppet stem against the retention force of the poppet return spring and the pressure within the cylinder to open the poppet-to-valve body seal when the push rod moves to the activated position, for creating in use fluid communication between the cylinder and a main outlet thereby allowing, in use, extinguishing agent from the cylinder to flow to the main outlet; characterised in that: the angled face includes a keyway and in that the poppet stem engages the keyway, and travels along the keyway upon actuation of the push rod. a valve body comprising an inlet connectable to a fire extinguisher cylinder under pressure and an outlet, the inlet and outlet being in fluid communication; a push rod disposed in the valve body, linearly movable between a non-activated position and an activated position, the push rod including an angled face; a poppet stem arranged perpendicular to a longitudinal axis of the push rod and disposed in the valve body; a poppet-to-valve body seal coupled to the poppet stem and disposed in the valve body to open and close the fluid communication between the inlet and outlet; and a poppet return spring coupled to the poppet stem and disposed in the valve body, wherein the poppet return spring and pressure within a cylinder coupled in use to the valve assembly retain the poppet stem from opening the poppet-to-valve body seal when the automatic fire extinguisher is not actuated; wherein the angled face of the push rod is configured to engage the poppet stem and move the poppet stem against the retention force of the poppet return spring and the pressure within the cylinder to open the poppet-to-valve body seal when the push rod moves to the activated position, for creating in use fluid communication between the cylinder and a main outlet thereby allowing, in use, extinguishing agent from the cylinder to flow to the main outlet; characterised in that: the angled face includes a keyway and in that the poppet stem engages the keyway, and travels along the keyway upon actuation of the push rod.
A fluid sprayer comprising: a main body having a handle and a trigger; and a spray head having a fluid container connection forming a fluid input for receiving fluid material from a fluid container (104, 204, 304) and a fluid output for spraying the fluid material using pressurized air to atomize the fluid material, wherein the spray head is removably couplable to the main body by rotating the spray head with respect to the main body to engage a connection component of the spray head to a corresponding connection component of the main body; and a spray head locking mechanism configured to prevent or allow rotation of the spray head with respect to the main body, the locking mechanism being configured to lock the spray head with respect to the main body in a first position in which the fluid container connection is positioned on a first, top side of the fluid sprayer and in a second position in which the fluid container connection is positioned on a second, bottom side of the fluid sprayer, a needle valve including a needle that is positioned within the spray head and is actuated by the trigger of the main body between a closed position that restricts release of fluid material from the fluid output and an open position that allows release of fluid material from the fluid output, wherein the needle is configured to be removed from the main body and remain disposed within the spray head in the closed position when the spray head is separated from the main body. a main body having a handle and a trigger; and a spray head having a fluid container connection forming a fluid input for receiving fluid material from a fluid container (104, 204, 304) and a fluid output for spraying the fluid material using pressurized air to atomize the fluid material, wherein the spray head is removably couplable to the main body by rotating the spray head with respect to the main body to engage a connection component of the spray head to a corresponding connection component of the main body; and a spray head locking mechanism configured to prevent or allow rotation of the spray head with respect to the main body, the locking mechanism being configured to lock the spray head with respect to the main body in a first position in which the fluid container connection is positioned on a first, top side of the fluid sprayer and in a second position in which the fluid container connection is positioned on a second, bottom side of the fluid sprayer, a needle valve including a needle that is positioned within the spray head and is actuated by the trigger of the main body between a closed position that restricts release of fluid material from the fluid output and an open position that allows release of fluid material from the fluid output, wherein the needle is configured to be removed from the main body and remain disposed within the spray head in the closed position when the spray head is separated from the main body.
A line roller for guiding fishing line onto a spool of a spinning reel, comprising: a bearing member comprising an inner ring, an outer ring, and a rolling body; a retaining member; and a guide member comprising a guide surface configured to guide the fishing line, being disposed radially outside of the retaining member, wherein the guide member engages with the retaining member, and the retaining member abuts both ends of the outer ring; characterized in that an engagement recess is formed on an inner peripheral surface of a guiding main body portion of the guide member, wherein the engagement recess is an annular shape that extends in the circumferential direction, and wherein the engagement recess engages with an engagement protrusion of the retaining member. a bearing member comprising an inner ring, an outer ring, and a rolling body; a retaining member; and a guide member comprising a guide surface configured to guide the fishing line, being disposed radially outside of the retaining member, wherein the guide member engages with the retaining member, and the retaining member abuts both ends of the outer ring; characterized in that an engagement recess is formed on an inner peripheral surface of a guiding main body portion of the guide member, wherein the engagement recess is an annular shape that extends in the circumferential direction, and wherein the engagement recess engages with an engagement protrusion of the retaining member.