mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a network element, NE, (101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 110, 111, 112) in a network, comprising: receiving, by the NE (101 - 112), an advertisement comprising preferred path route, PPR, information describing a path from an ingress NE to an egress NE in the network, the PPR information comprising a PPR identifier, PPR-ID, and an attribute associated with a resource to be reserved on the PPR; transmitting, by the NE (101 - 112), the advertisement comprising the PPR-ID and the attribute associated with the resource to be reserved on the PPR to another NE (101 - 112) in the network; monitoring, by the NE (101- 112), usage statistics related to the resource reserved for the PPR after the resource is successfully reserved on the PPR; transmitting, by the NE (101- 112), node resource capabilities including one or more flags indicating usage statistics, which the NE (101 - 112) is capable of monitoring for the resource reserved in the network, to a central entity of the PPR; and updating, by the NE, a local forwarding database to include the PPR information in association with the egress NE in response to the NE (101 - 112) being identified in the PPR information. receiving, by the NE (101 - 112), an advertisement comprising preferred path route, PPR, information describing a path from an ingress NE to an egress NE in the network, the PPR information comprising a PPR identifier, PPR-ID, and an attribute associated with a resource to be reserved on the PPR; transmitting, by the NE (101 - 112), the advertisement comprising the PPR-ID and the attribute associated with the resource to be reserved on the PPR to another NE (101 - 112) in the network; monitoring, by the NE (101- 112), usage statistics related to the resource reserved for the PPR after the resource is successfully reserved on the PPR; transmitting, by the NE (101- 112), node resource capabilities including one or more flags indicating usage statistics, which the NE (101 - 112) is capable of monitoring for the resource reserved in the network, to a central entity of the PPR; and updating, by the NE, a local forwarding database to include the PPR information in association with the egress NE in response to the NE (101 - 112) being identified in the PPR information.
A saddle riding type vehicle comprising: a braking force adjustment device that controls braking force of a vehicle wheel, a master cylinder that outputs brake hydraulic pressure in response to operation of a brake pedal, and a reserve tank that stores brake fluid for the master cylinder, wherein in a vehicle side view, the reserve tank is disposed above the master cylinder, and the braking force adjustment device is provided between the master cylinder and the reserve tank, characterized in that the reserve tank is supported by an air cleaner of an intake system, and the saddle riding type vehicle comprises an intake passage extending forward from the air cleaner, the reserve tank is disposed below the intake passage. a braking force adjustment device that controls braking force of a vehicle wheel, a master cylinder that outputs brake hydraulic pressure in response to operation of a brake pedal, and a reserve tank that stores brake fluid for the master cylinder, wherein in a vehicle side view, the reserve tank is disposed above the master cylinder, and the braking force adjustment device is provided between the master cylinder and the reserve tank, characterized in that the reserve tank is supported by an air cleaner of an intake system, and the saddle riding type vehicle comprises an intake passage extending forward from the air cleaner, the reserve tank is disposed below the intake passage.
A method, comprising: identifying a first file format identifier in a packet of a network flow, said first file format identifier associated with a beginning of a first file embedded in a second file of the network flow; starting a hash algorithm to calculate a hash value of the first file based, at least in part, on identifying the first file format identifier; parsing subsequent packets of the network flow including a file header of the first file; calculating a size of the first file based, at least in part, on parsing the file header; adding sizes of portions of the first file in packets of the network flow until identifying an end of the first file based on the calculated size of the first file; ending (355, 458) the hash algorithm based, at least in part, on identifying the end of the first file; sending the hash value to a reputation system; and receiving a reputation value associated with the hash value; and taking a policy action based on the reputation value. identifying a first file format identifier in a packet of a network flow, said first file format identifier associated with a beginning of a first file embedded in a second file of the network flow; starting a hash algorithm to calculate a hash value of the first file based, at least in part, on identifying the first file format identifier; parsing subsequent packets of the network flow including a file header of the first file; calculating a size of the first file based, at least in part, on parsing the file header; adding sizes of portions of the first file in packets of the network flow until identifying an end of the first file based on the calculated size of the first file; ending (355, 458) the hash algorithm based, at least in part, on identifying the end of the first file; sending the hash value to a reputation system; and receiving a reputation value associated with the hash value; and taking a policy action based on the reputation value.
A process for the preparation of an aqueous dispersion of a polymer A by free radical aqueous emulsion polymerization of ethylenically unsaturated monomers in the presence of at least one dispersant and at least one free radical initiator, wherein from 0.1 to 5% by weight of acrylamide and/or methacrylamide (monomer A1), from 0.1 to 15% by weight of at least one ethylenically unsaturated C 3 -to C 6 -mono- or dicarboxylic acid (monomer A2), from 0.1 to 10% by weight of at least one ethylenically unsaturated compound which has at least one oxiranyl or one oxetanyl group (monomer A3), and from 70 to 99.7% by weight of at least one other ethylenically unsaturated compound which is copolymerizable with the monomers A1 to A3 (monomer A4), are used for the polymerization, the amounts of monomers A1 to A4 summing to 100% by weight.
An applicator with at least one built-in non-verbal instructional device, comprising a hollow body structure having a first end and a second end, and having an exterior surface and an interior surface; said first end of said body structure having at least one built-in non-verbal instructional device to elicit correct behavior, rectify incorrect behavior and improve user compliance by producing instructional signals signifying one or more of the number of applications, the force of each application to validate each application, and the duration of each application and characterized in that said first end is further comprising a microdevice for perforating the skin; characterized in that said second end of said body structure containing an active agent reservoir comprising at least one active agent; and at least one element selected from the group consisting of at least one opening to allow dispensing of an active agent that can treat certain diseases; and at least one opening to allow dispensing of pigments or inks to temporarily change the appearance of skin.
Regulating valve for regulating a fluid flow, which regulating valve comprises a valve housing and a positioning element which latter can be translationally moved and which includes a shut-off portion (14, 70) and a throttle portion, with a valve seat being furthermore provided, which valve seat includes a sealing portion (18, 44) and a throttle opening portion (28, 46), with the shut-off portion (14, 70) of said positioning element being adapted to cooperate with the sealing portion (18, 44) of the valve seat (20, 40) so as to enable shut-off of the fluid flow, and the throttle portion of the positioning element (12, 54) being adapted to cooperate with the throttle opening portion (28, 46) of the valve seat (20, 40, 60) so as to enable the setting of a defined fluid flow, with at least the surfaces of said throttle opening portion and said sealing portion (18, 44) being furthermore made of the same hard material, with said valve seat being designed as a valve seat insert (20, 40, 60) which includes the throttle opening portion (28,46) and the sealing portion (18,44), said insert being inserted into the valve housing, with the hard material of said valve seat insert (20, 40) being harder by at least 10 HRc than the material of said positioning element in the shut-off portion, characterized in that said valve seat insert in fitted into an intermediate bush which bush in turn is mounted in the valve housing, that said positioning element comprises two parts and that the shut-off portion of said positioning element is made from a material of a hardness of less than 50 HRc, and that the throttle portion of said positioning element is made from a hard metal, a ceramic material, stellite and/or a material of a hardness of more than 65 HRc.
A method, comprising: obtaining a request to one or more of encrypt and decrypt a communication between a first virtual machine and a second virtual machine; determining if said first and second virtual machines execute on a same host as a hypervisor that implements said method; and processing said communication without encrypting or decrypting said communication if said first and second virtual machines execute on said same host, wherein said step of determining if said first and second virtual machines execute on said same host comprises evaluating a context of said communication, said context comprising IP addresses of said first and second virtual machine, and wherein said step of determining if said first and second virtual machines execute on said same host is further triggered when one of said first and second virtual machine has moved. obtaining a request to one or more of encrypt and decrypt a communication between a first virtual machine and a second virtual machine; determining if said first and second virtual machines execute on a same host as a hypervisor that implements said method; and processing said communication without encrypting or decrypting said communication if said first and second virtual machines execute on said same host,
A method for ethylene oligomerization, comprising the step of polymerizing ethylenes in the presence of a catalyst system including i) a ligand compound represented by the following Chemical Formula 1 and a chromium source, or ii) a chromium compound represented by the following Chemical Formula 2; and a cocatalyst: wherein R 1, R 2, R 2 ' and R 3 are the same as or different from each other, and each independently a hydrogen atom, a hydrocarbyl group having 1 to 30 carbon atoms, or a heterohydrocarbyl group having 1 to 30 carbon atoms, and X is a halogen atom or an alkyl group having 1 to 6 carbon atoms. wherein R 1, R 2, R 2 ' and R 3 are the same as or different from each other, and each independently a hydrogen atom, a hydrocarbyl group having 1 to 30 carbon atoms, or a heterohydrocarbyl group having 1 to 30 carbon atoms, and X is a halogen atom or an alkyl group having 1 to 6 carbon atoms.
A method for manufacturing a solar cell, comprising the steps of: forming unevenness (168, 169) on both of main surfaces of a semiconductor substrate of a first conductivity type; forming an emitter layer of a second conductivity type which is an opposite conductivity type to the first conductivity type, on a first main surface of the semiconductor substrate; forming a diffusion mask on the emitter layer; removing the diffusion mask in a pattern to have a remaining diffusion mask at other than a portion where the diffusion mask have been removed; forming a base layer of the first conductivity type, having a dopant concentration higher than in the semiconductor substrate, on the portion of the first main surface where the diffusion mask has been removed; removing the remaining diffusion mask; forming a dielectric film on the first main surface; forming a base electrode on the base layer; and forming an emitter electrode on the emitter layer; characterised in that the surface of the semiconductor substrate is subjected to etching on the portion where the diffusion mask has been removed after the step of removing the diffusion mask in a pattern and before the step of forming the base layer, and a recess is formed on the first main surface by the etching, while the surface of the recess is flat. forming unevenness (168, 169) on both of main surfaces of a semiconductor substrate of a first conductivity type; forming an emitter layer of a second conductivity type which is an opposite conductivity type to the first conductivity type, on a first main surface of the semiconductor substrate; forming a diffusion mask on the emitter layer; removing the diffusion mask in a pattern to have a remaining diffusion mask at other than a portion where the diffusion mask have been removed; forming a base layer of the first conductivity type, having a dopant concentration higher than in the semiconductor substrate, on the portion of the first main surface where the diffusion mask has been removed; removing the remaining diffusion mask; forming a dielectric film on the first main surface; forming a base electrode on the base layer; and forming an emitter electrode on the emitter layer; characterised in that the surface of the semiconductor substrate is subjected to etching on the portion where the diffusion mask has been removed after the step of removing the diffusion mask in a pattern and before the step of forming the base layer, and a recess is formed on the first main surface by the etching, while the surface of the recess is flat.
A yggB gene encoding any one of SEQ ID NO: 6, 62, 68, 84 or 85 having a threonine at position 100, and/or having a valine or threonine at position 111 (mutant-type yggB gene).
A neutron detector including: a shell bounding an interior volume; a metallic portion serving as a cathode; a central structure located within the interior volume and serving as an anode; a boron coating on the cathode portion; and an electrical connector operatively connected to the central structure for transmission of a signal collected by the central structure; characterized in that: at least some of the boron coating includes boron atoms heat diffused into the cathode portion from a boron-containing powder with some boron atoms into the metallic portion to form the boron coating which is sensitive to neutrons. a shell bounding an interior volume; a metallic portion serving as a cathode; a central structure located within the interior volume and serving as an anode; a boron coating on the cathode portion; and an electrical connector operatively connected to the central structure for transmission of a signal collected by the central structure; characterized in that: at least some of the boron coating includes boron atoms heat diffused into the cathode portion from a boron-containing powder with some boron atoms into the metallic portion to form the boron coating which is sensitive to neutrons.
Method for mixing a rubber mixture, comprising the following steps: A) providing a mixer, wherein the mixer has a mixing chamber and at least one mixing rotor arranged in the mixing chamber, wherein the mixing chamber of the mixer is delimited by a chamber housing, a first filling opening and a first ejection opening and has one or more sensors which is/are arranged in the chamber housing and is/are intended for measuring the temperature of a rubber mixture within the mixing chamber, wherein the surface of the sensors that are arranged within the mixing chamber is sheathed or coated with a material layer, B) heating the material layer of the one or more sensors by means of one or more heating units integrated in the material layer, C) adding at least one rubber and at least one further rubber mixture constituent to the mixing chamber of the mixer, D) blending the at least one rubber with the at least one further rubber mixture constituent in the mixer, with the result that a rubber mixture is produced, and, E) during step D), measuring the temperature of the rubber mixture by means of the one or more sensors heated in step B). A) providing a mixer, wherein the mixer has a mixing chamber and at least one mixing rotor arranged in the mixing chamber, wherein the mixing chamber of the mixer is delimited by a chamber housing, a first filling opening and a first ejection opening and has one or more sensors which is/are arranged in the chamber housing and is/are intended for measuring the temperature of a rubber mixture within the mixing chamber, wherein the surface of the sensors that are arranged within the mixing chamber is sheathed or coated with a material layer, B) heating the material layer of the one or more sensors by means of one or more heating units integrated in the material layer, C) adding at least one rubber and at least one further rubber mixture constituent to the mixing chamber of the mixer, D) blending the at least one rubber with the at least one further rubber mixture constituent in the mixer, with the result that a rubber mixture is produced, and, E) during step D), measuring the temperature of the rubber mixture by means of the one or more sensors heated in step B).
A recyclable pallet, comprising: an upper board having a plurality of through upper board holes, each surrounded by a plurality of slots, each upper board hole and its surrounded slots constituting an unit of the upper board; a plurality of caps, each having a through cap hole and a plurality of protrusions extended downward from the cap 's circumference, each protrusion corresponding to and plugged downward into a slot; a plurality of support tubes, each having a through axial channel and positioned beneath the upper board, each support tube having an inner diameter and an outer diameter such that the slots of a unit are projected between a support tube 's inner and outer diameters; a plurality of stands, each having a platform on an upper side of the stand whose outer diameter matches the inner diameter of each support tube, an axial pin extended upward from an upper side of the platform, an upper end of each axial pin having an axial bolt hole; and a plurality of bolts, each threaded downward through a cap hole, an upper board hole, and then screwed into the bolt hole of a pin of a stand. an upper board having a plurality of through upper board holes, each surrounded by a plurality of slots, each upper board hole and its surrounded slots constituting an unit of the upper board; a plurality of caps, each having a through cap hole and a plurality of protrusions extended downward from the cap 's circumference, each protrusion corresponding to and plugged downward into a slot; a plurality of support tubes, each having a through axial channel and positioned beneath the upper board, each support tube having an inner diameter and an outer diameter such that the slots of a unit are projected between a support tube 's inner and outer diameters; a plurality of stands, each having a platform on an upper side of the stand whose outer diameter matches the inner diameter of each support tube, an axial pin extended upward from an upper side of the platform, an upper end of each axial pin having an axial bolt hole; and a plurality of bolts, each threaded downward through a cap hole, an upper board hole, and then screwed into the bolt hole of a pin of a stand.
Container or cylindrical pipe structure with flange connections and a welded internal seam, in particular for storage of solid or fluid substances, consisting of a plurality of segments, each segment of which consists of a plate and external connecting flanges (5, 6), wherein the individual segments are connected with one another by means of the flange connections (8, 9) formed by the connecting flanges (5, 6) and are connected by in each case an internal weld seam connecting the respective wall plate of the segment, wherein there is an offset between the dividing plane of the flange connection and the dividing plane between the wall plates, and the weld seam is located in the dividing plane between the wall plates, characterised in that in at least one of the flanges (5, 6) there is arranged a groove which is opened to wards the weld seam and into which the weld seam extends.
A method for contactless safeguarding at a cooperation zone of a machine that a worker 46) and the machine use in common, wherein an access zone for the worker is arranged at a first side of the cooperation zone and a working zone of the machine is arranged at a second side different from the first side, wherein a plurality of protected fields configured in the environment of the cooperation zone are monitored for protected field intrusions by at least one optoelectronic sensor and at least two of the protected fields are arranged in a first sequence starting from the first side such that a worker sequentially intrudes into these protected fields when approaching the cooperation zone, and wherein the protected field intrusions are evaluated to safeguard the machine in the case of an unpermitted combination of protected field intrusions, characterized in that there are permitted and unpermitted combinations of protected field intrusions and the machine is only secured in the case of an unpermitted combination; in that at least two of the protected fields are arranged in a second sequence starting from the second side such that the machine sequentially intrudes in these protected fields when approaching the cooperation zone; and in that the evaluation for permitted and unpermitted combinations of protected field intrusions includes the second sequence, with it being considered a permitted combination of protected field intrusions when an intrusion takes place sequentially from the outside to the inside in protected fields of the first sequence and/or of the second sequence, and with inward designating the cooperation zone, but in this respect a minimum number of protected fields without a protected field intrusion remaining between protected fields of the two sequences.