mhurhangee/ep-ind-claims huggingface dataset:
A lithium secondary battery, comprising: an electrode assembly including a cathode and an anode facing the cathode; a case accommodating the electrode assembly; an electrolyte accommodated in the case together with the electrode assembly; and an electrolyte storage unit inserted into the case to supply a supplementary electrolyte, wherein the electrolyte storage unit comprises: a first unit comprising a first body having a tubular structure and first holes formed through the first body; and a sub-unit (30, 40) comprising a tubular body and sub-holes (34, 44) formed through the tubular body, wherein the sub-unit is inserted into the first unit so that the sub-holes are offset from the first holes. an electrode assembly including a cathode and an anode facing the cathode; a case accommodating the electrode assembly; an electrolyte accommodated in the case together with the electrode assembly; and an electrolyte storage unit inserted into the case to supply a supplementary electrolyte, wherein the electrolyte storage unit comprises: a first unit comprising a first body having a tubular structure and first holes formed through the first body; and a sub-unit (30, 40) comprising a tubular body and sub-holes (34, 44) formed through the tubular body, wherein the sub-unit is inserted into the first unit so that the sub-holes are offset from the first holes. a first unit comprising a first body having a tubular structure and first holes formed through the first body; and a sub-unit (30, 40) comprising a tubular body and sub-holes (34, 44) formed through the tubular body, wherein the sub-unit is inserted into the first unit so that the sub-holes are offset from the first holes.
A composition for detackifying paint, comprising: a cationized starch; a solution of sodium aluminate; and caustic soda; wherein a concentration of chloride in the composition is less than or equal to 30,000 ppm, and wherein one of: a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.4 to 1.7; or a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.6 to 2.5. a cationized starch; a solution of sodium aluminate; and caustic soda; wherein a concentration of chloride in the composition is less than or equal to 30,000 ppm, and wherein one of: a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.4 to 1.7; or a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.6 to 2.5. a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.4 to 1.7; or a ratio of weight % Na 2 O to weight % Al 2 O 3 in the composition is from 1.6 to 2.5.
A method of operating a message targeting platform, the method comprising: identifying a message for distribution; identifying at least one target user category relating to the message; sending from the message targeting platform a request for details of targeted users matching the at least one target user category to at least one targeting interface in a wireless communications network operator; receiving details of at least one targeted user generated after querying a local user database for user attributes to find targeted users matching the at least one target user category; instructing the message to be sent to the at least one targeted user using the received details without having access to the targeted users' profile data. identifying a message for distribution; identifying at least one target user category relating to the message; sending from the message targeting platform a request for details of targeted users matching the at least one target user category to at least one targeting interface in a wireless communications network operator; receiving details of at least one targeted user generated after querying a local user database for user attributes to find targeted users matching the at least one target user category; instructing the message to be sent to the at least one targeted user using the received details without having access to the targeted users' profile data.
An optical disc processing apparatus comprising: first reading means for reading a modulation signal from a first-structure optical disc having a first layered structure; second reading means for reading a modulation signal from a second-structure optical disc having a second layered structure; first decoding means for decoding a modulation signal that is recorded in a format of the first-structure optical disc; and second decoding means for decoding a modulation signal that is recorded in a format of the second-structure optical disc; characterized by: disc judging means for permitting execution of an operation of forming a visible image with laser light on a surface of the optical disc if a condition is satisfied that the second decoding means succeeds in decoding a modulation signal read by the first reading means from the first-structure optical disc that is set. first reading means for reading a modulation signal from a first-structure optical disc having a first layered structure; second reading means for reading a modulation signal from a second-structure optical disc having a second layered structure; first decoding means for decoding a modulation signal that is recorded in a format of the first-structure optical disc; and second decoding means for decoding a modulation signal that is recorded in a format of the second-structure optical disc; characterized by: disc judging means for permitting execution of an operation of forming a visible image with laser light on a surface of the optical disc if a condition is satisfied that the second decoding means succeeds in decoding a modulation signal read by the first reading means from the first-structure optical disc that is set. disc judging means for permitting execution of an operation of forming a visible image with laser light on a surface of the optical disc if a condition is satisfied that the second decoding means succeeds in decoding a modulation signal read by the first reading means from the first-structure optical disc that is set.
An information processing apparatus for an access point comprising: a control unit configured to control a first assignment of a first plurality of channel resources for a first wireless communication to a first device and a second assignment of a second plurality of channel resources for a second wireless communication to a second device and to send a trigger frame including assignment information indicating the first and second assignment to the first and second devices; and a communication unit configured to receive first signals (403, 404, 405) transmitted by the first device by using the first plurality of channel resources assigned to the first device, and to receive second signals (406, 407, 408) transmitted by the second device by using the second plurality of channel resources assigned to the second device, wherein the control unit configured to acquire first status information formed by the first signals received on the first plurality of channel resources and to acquire second status information formed by the second signals received on the second plurality of channel resources; wherein the control unit configured to perform a control to provide threshold information regarding a transmission condition to the first and second devices, and cause the first and second devices to transmit the first and second signals on the basis of the threshold information. a control unit configured to control a first assignment of a first plurality of channel resources for a first wireless communication to a first device and a second assignment of a second plurality of channel resources for a second wireless communication to a second device and to send a trigger frame including assignment information indicating the first and second assignment to the first and second devices; and a communication unit configured to receive first signals (403, 404, 405) transmitted by the first device by using the first plurality of channel resources assigned to the first device, and to receive second signals (406, 407, 408) transmitted by the second device by using the second plurality of channel resources assigned to the second device, wherein the control unit configured to acquire first status information formed by the first signals received on the first plurality of channel resources and to acquire second status information formed by the second signals received on the second plurality of channel resources; wherein the control unit configured to perform a control to provide threshold information regarding a transmission condition to the first and second devices, and cause the first and second devices to transmit the first and second signals on the basis of the threshold information.
A vacuum pump, comprising: a fixing groove that is provided in a concave manner in an inner circumferential portion of an inlet port of the vacuum pump; a splinter shield in which a rim is formed in a circumferential edge portion of the splinter shield; and a retaining ring having a notch wherein the splinter shield is provided in a tensioned manner to the inlet port by pushing the retaining ring into the fixing groove, characterized in that the rim is inserted into the fixing groove, locking parts are provided in a standing manner at substantially right angles to the rim at a plurality of sections in the rim, and the locking parts are pushed into and fastened to the fixing groove by the retaining ring. a fixing groove that is provided in a concave manner in an inner circumferential portion of an inlet port of the vacuum pump; a splinter shield in which a rim is formed in a circumferential edge portion of the splinter shield; and a retaining ring having a notch wherein the splinter shield is provided in a tensioned manner to the inlet port by pushing the retaining ring into the fixing groove, characterized in that the rim is inserted into the fixing groove, locking parts are provided in a standing manner at substantially right angles to the rim at a plurality of sections in the rim, and the locking parts are pushed into and fastened to the fixing groove by the retaining ring.
An enclosure for electronics, the enclosure comprising: a shell (130, 110) defining an exterior of the enclosure and accommodating a main chamber inside the shell; a partition defining a relief chamber extending inwardly of the shell and having an aperture communicating between the relief chamber and the main chamber; and a gas-permeable membrane arranged to cover the aperture, characterised in that the shell has first and second openings (119, 120) communicating between the relief chamber and the exterior of the enclosure, the first and second openings being arranged on adjacent sidewalls (111B, 111D) of the enclosure and communicating with the relief chamber by respective tunnels (123, 124) extending at an angle one to the other. a shell (130, 110) defining an exterior of the enclosure and accommodating a main chamber inside the shell; a partition defining a relief chamber extending inwardly of the shell and having an aperture communicating between the relief chamber and the main chamber; and a gas-permeable membrane arranged to cover the aperture, characterised in that the shell has first and second openings (119, 120) communicating between the relief chamber and the exterior of the enclosure, the first and second openings being arranged on adjacent sidewalls (111B, 111D) of the enclosure and communicating with the relief chamber by respective tunnels (123, 124) extending at an angle one to the other.
A torque transducer for mounting a motor, comprising: a motor plate configured to be fixed to the motor; a mounting plate configured to be fixed to fixed structure; a flex ring positioned between the motor plate and the mounting plate, the flex ring being an open ring and including a body having a first end and a second end that are moveable relative to one another, the first end of the body fixed to the motor plate and the second end of the body fixed to the mounting plate, the body configured to flex in response to the first and second ends moving with respect to one another; and a strain gauge positioned on the body of the flex ring to measure flexation of the body. a motor plate configured to be fixed to the motor; a mounting plate configured to be fixed to fixed structure; a flex ring positioned between the motor plate and the mounting plate, the flex ring being an open ring and including a body having a first end and a second end that are moveable relative to one another, the first end of the body fixed to the motor plate and the second end of the body fixed to the mounting plate, the body configured to flex in response to the first and second ends moving with respect to one another; and a strain gauge positioned on the body of the flex ring to measure flexation of the body.
A surgical device for removing tissue from a body organ comprising an elongated shaft distally attached to a flexible cutting section, said cutting section comprising a plurality of cutting edges, characterised in that the plurality of cutting edges are spaced apart along a longitudinal axis of said cutting section, wherein said flexible cutting section is configured to be bent at at least one point between two adjacent cutting edges of said plurality of cutting edges, and wherein said device comprises a controller housed within a handle for controlling bending of said cutting section at said at least one point.
A (meth) acrylate polymer comprising structural units represented by the general formula below: wherein R 1 is a hydrogen atom or a methyl group, and R 2 is a C 10-36 alkyl group, the (meth)acrylate polymer being such that in a differential molecular weight distribution curve obtained by gel permeation chromatography measurement, as shown in Figure 1, which shows the polystyrene-equivalent molecular weight of the (meth)acrylate polymer normalized so that the intensity of the peak-top polystyrene-equivalent molecular weight M (t) is 1, the value a represented by the equation below is not more than 0.12: a = LogM h t 1 / 2 − LogM t wherein M h (t 1/2) is the polystyrene-equivalent molecular weight at a point on a higher molecular weight side where the intensity is 0.5, wherein the GPC measurement is carried out indicated in the experimental part.
An analysis system for analyzing biological samples comprising: - at least first and second lab devices, at least one of the lab devices having a user identification component (101.1, 101.2) for identifying a user, a device identification component (103.1, 103.2) for identifying the lab device, and an interface component for sending a user identifier of the identified user and a device identifier of the lab device, - a server computer having a server interface component for receiving the user identifier and the device identifier, a processing component for determining a step of a workflow to be executed by the identified user, characterized in that said workflow comprising at least two steps which are to be executed at different lab devices, wherein the server interface component is operable to send a signal being indicative of the determined step of the workflow to the lab device identified by the device identifier, the server computer further comprising a database for assigning a first set of the steps of the workflow to the first lab device and for assigning a second set of the steps of the workflow to the second lab device. - at least first and second lab devices, at least one of the lab devices having a user identification component (101.1, 101.2) for identifying a user, a device identification component (103.1, 103.2) for identifying the lab device, and an interface component for sending a user identifier of the identified user and a device identifier of the lab device, - a server computer having a server interface component for receiving the user identifier and the device identifier, a processing component for determining a step of a workflow to be executed by the identified user, characterized in that said workflow comprising at least two steps which are to be executed at different lab devices, wherein the server interface component is operable to send a signal being indicative of the determined step of the workflow to the lab device identified by the device identifier, the server computer further comprising a database for assigning a first set of the steps of the workflow to the first lab device and for assigning a second set of the steps of the workflow to the second lab device.
LUMINAIRE of the type that has lamps of the type that generate heat in the opposite direction to the light radiation, the housing comprising two areas, one lower area and one upper area separated by, at least one point of juncture (4c, 4d), that determines the existence of at least one intermediate space between the upper area comprising a housing for several components and the lower area comprising the lamps and the lamp-holding support characterized in that the point of juncture is a central joining partition wall and corresponding lateral joining partition walls and the intermediate space is a hollow area of wedge-shaped section whose dimension increases In the direction of the lateral extremes of the housing where It is open to the exterior.
A method implemented by a computing device, the method comprising: launching, by a pre-boot environment, a pre-boot launch enclave, LE, that is at least a private region in a memory that is protected from other processes or programs running or operating in the memory; creating, by the pre-boot LE, a launch token for a pre-boot quoting enclave, QE, that is at least a private region in the memory that is protected from other processes or programs running or operating in the memory; authenticating, by the pre-boot LE, the launch token; launching, by the pre-boot environment with the launch token in response to the authentication, the pre-boot QE; generating, by the pre-boot QE, a public provisioning key, a private provisioning key, and an attestation key; verifying, by the pre-boot QE with a public key, authenticity of a device of the computing device; securing, by the pre-boot QE with the public provisioning key, private provisioning key, and the public key, a communication channel with the device; encrypting, by the pre-boot QE with a system specific seal key, the public provisioning key, the private provisioning key, and the attestation key; and storing, by the pre-boot QE, the encrypted public provisioning key, the encrypted private provisioning key, and the encrypted attestation key in the device. launching, by a pre-boot environment, a pre-boot launch enclave, LE, that is at least a private region in a memory that is protected from other processes or programs running or operating in the memory; creating, by the pre-boot LE, a launch token for a pre-boot quoting enclave, QE, that is at least a private region in the memory that is protected from other processes or programs running or operating in the memory; authenticating, by the pre-boot LE, the launch token; launching, by the pre-boot environment with the launch token in response to the authentication, the pre-boot QE; generating, by the pre-boot QE, a public provisioning key, a private provisioning key, and an attestation key; verifying, by the pre-boot QE with a public key, authenticity of a device of the computing device; securing, by the pre-boot QE with the public provisioning key, private provisioning key, and the public key, a communication channel with the device; encrypting, by the pre-boot QE with a system specific seal key, the public provisioning key, the private provisioning key, and the attestation key; and storing, by the pre-boot QE, the encrypted public provisioning key, the encrypted private provisioning key, and the encrypted attestation key in the device.
A process for manufacturing a water soluble product comprising the steps of: providing a water soluble fibrous parent continuous ply web, said parent continuous ply web having a machine direction and cross direction orthogonal to said machine direction and a thickness in a direction orthogonal to a plane defined by said machine direction and said cross direction, wherein said parent continuous ply web extends in said cross direction between an operator edge and drive edge wherein said parent continuous ply web is thicker between said operator edge and said drive edge than at said drive edge and said operator edge; characterised in that the process comprises the steps of cutting said parent continuous ply web in said machine direction to provide a first continuous ply web that includes said drive edge and a second continuous ply web that includes said operator edge; superposing said first continuous ply web and said second continuous ply web to form a web stack so that said operator edge and said drive edge are on opposite sides of a centerline of said web stack in said machine direction; and cutting and joining portions of said web stack to form said water soluble product. providing a water soluble fibrous parent continuous ply web, said parent continuous ply web having a machine direction and cross direction orthogonal to said machine direction and a thickness in a direction orthogonal to a plane defined by said machine direction and said cross direction, wherein said parent continuous ply web extends in said cross direction between an operator edge and drive edge wherein said parent continuous ply web is thicker between said operator edge and said drive edge than at said drive edge and said operator edge; characterised in that the process comprises the steps of cutting said parent continuous ply web in said machine direction to provide a first continuous ply web that includes said drive edge and a second continuous ply web that includes said operator edge; superposing said first continuous ply web and said second continuous ply web to form a web stack so that said operator edge and said drive edge are on opposite sides of a centerline of said web stack in said machine direction; and cutting and joining portions of said web stack to form said water soluble product.
Rotation rate sensor for sensing a rotation Ω by which the sensor is rotated, wherein the sensor comprises a substrate and a driving and sensing arrangement that is located substantially flat in an x-y plane above the substrate surface, wherein the driving and sensing arrangement comprises a drive mass and a sense mass that are arranged at different spacings from a center of the sensing arrangement symmetrically about said center and whose oscillation modes are partially transmittable onto one another and are partially decoupled, wherein the rotation Ω is sensed in that a tilting of the sense mass out of the surface plane of the driving and sensing arrangement is sensed, wherein that of the two masses (3, 4) that has a greater spacing to the center can be tilted under the effect of Coriolis force out of the surface plane, characterized in that the said mass (3, 4) that can be tilted is connected to the substrate by symmetrically arranged external anchors such that the restoring action for the tilting action is assisted by the external anchors.