mhurhangee/patent-ind-claim-en huggingface dataset:
A set of tools for installation of a stem implant into a bone, comprising: a stem-shaped priming tool having a distal tip and a plurality of cutting teeth along a length thereof; and a plurality of stem-shaped broaches (2-6) of different size, each of the broaches having a distal tip and a plurality of cutting teeth along a length thereof, wherein the priming tool is shorter than, has more cutting teeth per unit length, and has a sharper distal tip than the smallest broach, a liner exchange tool comprising a threaded head configured as a double-start tapered thread, wherein the priming tool and the broaches each comprises a proximal handle and a flange distal of the proximal handle, wherein the flange is truncated on one side of the handle, and at least one dual-purpose tool selected from: a first dual-purpose tool having a head which provides both a rasp and a broach , and a second dual-purpose tool which comprises a claw head with a lever for elevation of a bone, and the lever comprises a distal engagement slot . a stem-shaped priming tool having a distal tip and a plurality of cutting teeth along a length thereof; and a plurality of stem-shaped broaches (2-6) of different size, each of the broaches having a distal tip and a plurality of cutting teeth along a length thereof, wherein the priming tool is shorter than, has more cutting teeth per unit length, and has a sharper distal tip than the smallest broach, a liner exchange tool comprising a threaded head configured as a double-start tapered thread, wherein the priming tool and the broaches each comprises a proximal handle and a flange distal of the proximal handle, wherein the flange is truncated on one side of the handle, and at least one dual-purpose tool selected from: a first dual-purpose tool having a head which provides both a rasp and a broach , and a second dual-purpose tool which comprises a claw head with a lever for elevation of a bone, and the lever comprises a distal engagement slot . a first dual-purpose tool having a head which provides both a rasp and a broach , and a second dual-purpose tool which comprises a claw head with a lever for elevation of a bone, and the lever comprises a distal engagement slot .
A pump for spraying a liquid, the pump comprising: a housing comprising an interior space configured to receive a content; a guide configured to move up and down within the interior space and comprising an inlet hole capable of connecting with the interior space ; a piston configured to move according to an upward and a downward movement of the guide while maintaining contact with an inner perimeter of the housing and an outer perimeter of the guide and capable of closing the inlet hole; a valve coupled to and connecting with an upper portion of the guide, the valve protruding to an exterior of the housing ; a shoulder , coupled to an upper portion of the housing , comprising a shoulder body , configured to be inserted into an open top of the housing ; and an elastic member having one end thereof contacting the shoulder and the other end thereof contacting the valve to provide an elastic force for pushing the valve upward, wherein the elastic member comprises a center portion protruding from a center of the elastic member and deformation portions , the deformation portions formed on both ends of the center portion and capable of elastic deformation, wherein the center portion and the deformation portions are formed as an integrated body, and the deformation portions are formed with smaller thickness compared to thickness of the center portion . a housing comprising an interior space configured to receive a content; a guide configured to move up and down within the interior space and comprising an inlet hole capable of connecting with the interior space ; a piston configured to move according to an upward and a downward movement of the guide while maintaining contact with an inner perimeter of the housing and an outer perimeter of the guide and capable of closing the inlet hole; a valve coupled to and connecting with an upper portion of the guide, the valve protruding to an exterior of the housing ; a shoulder , coupled to an upper portion of the housing , comprising a shoulder body , configured to be inserted into an open top of the housing ; and an elastic member having one end thereof contacting the shoulder and the other end thereof contacting the valve to provide an elastic force for pushing the valve upward, wherein the elastic member comprises a center portion protruding from a center of the elastic member and deformation portions , the deformation portions formed on both ends of the center portion and capable of elastic deformation, wherein the center portion and the deformation portions are formed as an integrated body, and the deformation portions are formed with smaller thickness compared to thickness of the center portion .
A node system comprising: a processor ; and a memory ; wherein the node system is configured to implement a method for node relay communication comprising: a) receiving a description of a flow entry in a packet from another node, characterised by : the description of the flow entry including an address in a flow, a Flow identifier (ID) of the flow entry, a flow version, an address and port information for one or more other nodes in the flow, and a private key, wherein the packet from the another node includes an expiration time stamp, and wherein the address and port information for one or more other nodes in the flow includes an internet protocol, IP, address and port for a next node in the flow; b) storing the flow entry and the private key in a database indexed by the Flow ID; c) receiving a packet, wherein the packet comprises an authentication code and packet data including packet sequence information and the Flow ID of the packet; d) performing a look up in the database of a flow entry corresponding to the Flow ID of the packet; and e) ignoring the packet or forwarding the packet to the IP address of the next node in the flow, depending on the result of the look-up. a processor ; and a memory ; a) receiving a description of a flow entry in a packet from another node, characterised by : the description of the flow entry including an address in a flow, a Flow identifier (ID) of the flow entry, a flow version, an address and port information for one or more other nodes in the flow, and a private key, wherein the packet from the another node includes an expiration time stamp, and wherein the address and port information for one or more other nodes in the flow includes an internet protocol, IP, address and port for a next node in the flow; b) storing the flow entry and the private key in a database indexed by the Flow ID; c) receiving a packet, wherein the packet comprises an authentication code and packet data including packet sequence information and the Flow ID of the packet; d) performing a look up in the database of a flow entry corresponding to the Flow ID of the packet; and e) ignoring the packet or forwarding the packet to the IP address of the next node in the flow, depending on the result of the look-up.
A seal plate suitable for use in an integrated drive generator comprising: a seal plate body having six zones (Z1 ... Z6), all of the zones are generally straight but not entirely straight; a first zone (Z1) of the zones includes three bolt hole ears and an oil passage ear , the first zone (Z1) extends along a first direction towards a second of the zones (Z2); the second zone (Z2) extends at an angle in a second direction away from the first zone (Z1), the second direction having a component extending in an opposite direction relative to the first direction, and towards a third of the zones (Z3), the second zone (Z2) includes four bolt hole ears; the third zone (Z3) extends in a direction having a component opposed to the first direction towards a fourth of the zones (Z4), the third zone (Z3) includes six bolt hole ears and one alignment pin ear ; the fourth zone (Z4) extends from an end of the third zone (Z3) towards a fifth of the zones (Z5), the fourth zone (Z4) includes three bolt hole ears; the fifth zone (Z5) extends in a direction with a component in the second direction, and also with a component back toward the first zone (Z1), the fifth zone (Z5) includes five bolt hole ears and one oil passage ear ; a sixth zone (Z6) of the zones extends from an end of the fifth zone (Z5) in a direction with a component in the first direction and back to connect to an end of the first zone (Z1), the sixth zone (Z6) includes three bolt hole ears and one alignment pin ear ; and each of the bolt hole ears including a bolt hole, and each of the oil passage ears including an oil passage hole. a seal plate body having six zones (Z1 ... Z6), all of the zones are generally straight but not entirely straight; a first zone (Z1) of the zones includes three bolt hole ears and an oil passage ear , the first zone (Z1) extends along a first direction towards a second of the zones (Z2); the second zone (Z2) extends at an angle in a second direction away from the first zone (Z1), the second direction having a component extending in an opposite direction relative to the first direction, and towards a third of the zones (Z3), the second zone (Z2) includes four bolt hole ears; the third zone (Z3) extends in a direction having a component opposed to the first direction towards a fourth of the zones (Z4), the third zone (Z3) includes six bolt hole ears and one alignment pin ear ; the fourth zone (Z4) extends from an end of the third zone (Z3) towards a fifth of the zones (Z5), the fourth zone (Z4) includes three bolt hole ears; the fifth zone (Z5) extends in a direction with a component in the second direction, and also with a component back toward the first zone (Z1), the fifth zone (Z5) includes five bolt hole ears and one oil passage ear ; a sixth zone (Z6) of the zones extends from an end of the fifth zone (Z5) in a direction with a component in the first direction and back to connect to an end of the first zone (Z1), the sixth zone (Z6) includes three bolt hole ears and one alignment pin ear ; and each of the bolt hole ears including a bolt hole, and each of the oil passage ears including an oil passage hole.
A sealing structure for use with a fuel cell that comprises an electrolyte membrane having an anode formed on one side and a cathode on another side thereof, a first separator formed with an anode gas passage that faces the anode , a second separator formed with a cathode gas passage that faces the cathode , an anode gas supply manifold and an anode gas discharge manifold that penetrate the electrolyte membrane , the first separator , and the second separator , and are connected to the anode gas passage , and a cathode gas supply manifold and a cathode gas discharge manifold that penetrate the electrolyte membrane , the first separator , and the second separator and are connected to the cathode gas passage ; the sealing structure comprising: a first elastic sealing member sandwiched between the electrolyte membrane and the first separator : a second elastic sealing member sandwiched between the electrolyte membrane and the second separator ; wherein the electrolyte membrane comprises a first region and a second region in which the electrolyte membrane is more likely to be deformed due to a contact with one of the first and second elastic sealing members than in the first region; and wherein the one of the first and second elastic sealing members comprises a normal sealing portion located in the first region of the electrolyte membrane and a wide sealing portion located in the second region, and the wide sealing portion is formed to have a larger base width than the normal sealing portion . a second elastic sealing member sandwiched between the electrolyte membrane and the second separator ; wherein the electrolyte membrane comprises a first region and a second region in which the electrolyte membrane is more likely to be deformed due to a contact with one of the first and second elastic sealing members than in the first region; and wherein the one of the first and second elastic sealing members comprises a normal sealing portion located in the first region of the electrolyte membrane and a wide sealing portion located in the second region, and the wide sealing portion is formed to have a larger base width than the normal sealing portion .
A knitted glove comprising a knitted fabric , the knitted fabric comprising: multiple stages of a first course each of which has a plurality of first loops and a first cross element configured to connect the first loops to each other and is constituted by a first knitting yarn and in which the plurality of first loops are aligned in the course direction; and multiple stages of a second course each of which has a plurality of second loops and is constituted by a second knitting yarn and in which the plurality of second loops are aligned in the course direction, wherein between at least one set of two adjacent first loops in one stage of the first course , a loop in another stage of the courses is arranged, and the first cross element is knitted so as to cross over the loop , the knitted glove being characterized in that the first knitting yarn constituting the first course has an elongation rate of 12.5 % or more, and the second knitting yarn constituting the second course has a yarn containing a cut resistant fiber. multiple stages of a first course each of which has a plurality of first loops and a first cross element configured to connect the first loops to each other and is constituted by a first knitting yarn and in which the plurality of first loops are aligned in the course direction; and multiple stages of a second course each of which has a plurality of second loops and is constituted by a second knitting yarn and in which the plurality of second loops are aligned in the course direction, wherein between at least one set of two adjacent first loops in one stage of the first course , a loop in another stage of the courses is arranged, and the first cross element is knitted so as to cross over the loop , the knitted glove being characterized in that the first knitting yarn constituting the first course has an elongation rate of 12.5 % or more, and the second knitting yarn constituting the second course has a yarn containing a cut resistant fiber.
A multi-layer polymer structure comprising: a. a thin, high gloss outer polymeric cap layer, having a 60° gloss of greater than 80, preferably greater than 85, and more preferably greater than 90, as measured by a BYK Gardner Micro-Tri-Gloss 20/60/85 degree Gloss Meter, wherein said cap layer has a thickness of from 0.01 mm to 0.8 mm, preferably 0.0127 mm to 0.65mm, and more preferably from 0.04 mm to 0.38 mm, wherein said thin, high gloss outer polymeric cap layer comprises as the matrix polymer at least one acrylic and/or styrenic polymer; and b. an internal high impact resistant layer, wherein said high impact layer has an ASTM D256 notched Izod result at 23°C of greater than 4.4 kg-cm/cm (0.8 ft-lb/in), preferably greater than 5.4 kg-cm/cm (1.0 ft-lb/in), and more preferably greater than 7.1 kg-cm/cm (1.3 ft-lb/in), wherein said internal high impact resistant layer, comprises a thermoplastic selected from the group consisting of acrylonitrile butyl styrene (ABS), polyvinyl chloride (PVC), high impact polystyrene (HIPS), polycarbonate (PC), a blend of acrylic polymer and polylactic acid, impact modified acrylics, impact modified styrenics, polycarbonate, polyamides, polyimides, polyurethanes, polyesters, and blends thereof a. a thin, high gloss outer polymeric cap layer, having a 60° gloss of greater than 80, preferably greater than 85, and more preferably greater than 90, as measured by a BYK Gardner Micro-Tri-Gloss 20/60/85 degree Gloss Meter, wherein said cap layer has a thickness of from 0.01 mm to 0.8 mm, preferably 0.0127 mm to 0.65mm, and more preferably from 0.04 mm to 0.38 mm, wherein said thin, high gloss outer polymeric cap layer comprises as the matrix polymer at least one acrylic and/or styrenic polymer; and b. an internal high impact resistant layer, wherein said high impact layer has an ASTM D256 notched Izod result at 23°C of greater than 4.4 kg-cm/cm (0.8 ft-lb/in), preferably greater than 5.4 kg-cm/cm (1.0 ft-lb/in), and more preferably greater than 7.1 kg-cm/cm (1.3 ft-lb/in), wherein said internal high impact resistant layer, comprises a thermoplastic selected from the group consisting of acrylonitrile butyl styrene (ABS), polyvinyl chloride (PVC), high impact polystyrene (HIPS), polycarbonate (PC), a blend of acrylic polymer and polylactic acid, impact modified acrylics, impact modified styrenics, polycarbonate, polyamides, polyimides, polyurethanes, polyesters, and blends thereof
Use of a water-soluble polymer product comprising amphoteric polyacrylamide, which has neutral or cationic net charge at pH 7, a weight-average molecular weight of 3 500 000 -8 000 000 g/mol and a total ionicity of 4 - 28 mol-%, wherein the amphoteric polyacrylamide comprises 3-25 mol-% of structural units derived from cationic monomers and 0.5 - 5 mol-% of structural units derived from anionic monomers, for controlling deposit formation caused by hydrophobic substances in manufacture of paper or board, where a fibre web is formed from an aqueous suspension of fibres.
A method for mixing gas into a high-viscosity material with a piston pump, the piston pump including a cylinder , a discharge port formed at an end of the cylinder so as to make the cylinder communicate with a conduit having a conduit space through which a high-viscosity material can flow, a suction port formed in the cylinder so as to fill the cylinder with gas, a piston slidable between a first position and a second position inside the cylinder , and a discharge valve that opens and closes the discharge port ; the method comprising each of the steps of: closing the discharge port ; moving away the piston arranged inside the cylinder from the discharge port to form a cylinder space having a predetermined volume in the cylinder ; filling the cylinder space with gas having a predetermined pressure; moving the piston toward the discharge port to compress the gas; and opening the discharge port to mix the compressed gas into the high-viscosity material that flows through the conduit , wherein the discharge port is provided facing the conduit space inside the conduit , and characterized in that at least a part of the cylinder space that communicates with the discharge port is formed in the conduit . closing the discharge port ; moving away the piston arranged inside the cylinder from the discharge port to form a cylinder space having a predetermined volume in the cylinder ; filling the cylinder space with gas having a predetermined pressure; moving the piston toward the discharge port to compress the gas; and opening the discharge port to mix the compressed gas into the high-viscosity material that flows through the conduit , wherein the discharge port is provided facing the conduit space inside the conduit , and characterized in that at least a part of the cylinder space that communicates with the discharge port is formed in the conduit .
A multi-function surgical apparatus, comprising: a handle portion for grasping by a user; an illuminator portion extending from a handle portion and arranged to provide illumination to a surgical region of a patient during a surgical procedure; a vitrectomy cutter portion extending from the handle portion and coaxially aligned with the illuminator portion, the vitrectomy cutter portion including a port for aspirating vitreous humor, the illuminator portion being disposed to illuminate a region about the port; a first shoulder between the illuminator portion and the vitrectomy cutter portion, the illuminator portion being arranged to emit light from the first shoulder; and an infusion portion extending from the handle portion, the infusion portion being arranged to introduce infusion fluid to the surgical region, characterised in that ; the infusion portion is arranged to introduce the infusion fluid to the surgical region through an annular infusion port disposed at a second shoulder between an outer surface of the infusion portion and the illuminator portion. a handle portion for grasping by a user; an illuminator portion extending from a handle portion and arranged to provide illumination to a surgical region of a patient during a surgical procedure; a vitrectomy cutter portion extending from the handle portion and coaxially aligned with the illuminator portion, the vitrectomy cutter portion including a port for aspirating vitreous humor, the illuminator portion being disposed to illuminate a region about the port; a first shoulder between the illuminator portion and the vitrectomy cutter portion, the illuminator portion being arranged to emit light from the first shoulder; and an infusion portion extending from the handle portion, the infusion portion being arranged to introduce infusion fluid to the surgical region, characterised in that ; the infusion portion is arranged to introduce the infusion fluid to the surgical region through an annular infusion port disposed at a second shoulder between an outer surface of the infusion portion and the illuminator portion.
A method for configuring a device prior to joining the device to a network, comprising: establishing communication with an external system, wherein the communication is established via a local communication interface connecting the device and the external system; and receiving a local time stamp from the external system via the local communication interface, wherein the local time stamp includes a local time value and a local time error value; determining whether the device is configured to accept or reject a time stamp received via the local communication interface; when the device is configured to reject the time stamp received via the local communication interface, determining whether the device has a valid device time value; when the device time value is not valid, then setting the device time value to the local time value and setting a device time error value to a time error value representing a maximum error; completing configuration of the device; joining the device to the network; including the device time value and the device time error value in a maintenance packet; and transmitting the maintenance packet on the network. establishing communication with an external system, wherein the communication is established via a local communication interface connecting the device and the external system; and receiving a local time stamp from the external system via the local communication interface, wherein the local time stamp includes a local time value and a local time error value; determining whether the device is configured to accept or reject a time stamp received via the local communication interface; when the device is configured to reject the time stamp received via the local communication interface, determining whether the device has a valid device time value; when the device time value is not valid, then setting the device time value to the local time value and setting a device time error value to a time error value representing a maximum error; completing configuration of the device; joining the device to the network; including the device time value and the device time error value in a maintenance packet; and transmitting the maintenance packet on the network.