mhurhangee/ep-ind-claims huggingface dataset:
An electromechanical lock comprising: an electronic circuitry means for providing a wireless interface for a communication device to proceed authentication with the communication device and to issue open and close commands, and actuator means being configured to receive the open commands to set the lock in a mechanically openable state and the close commands to set the lock in a mechanically locked state; the electronic circuitry means being configured to receive wirelessly from the communication device operating power for the electronic circuitry means for authentication; performing authentication utilizing the received operating power; and, provided that the authentication is unsuccessful, cease receiving operating power and end operation; and, provided that the authentication is successful, receive wirelessly from the communication device operating power until a required power level has been obtained for issuing the open and close command and for the actuator means, then issue an open command and, in case a user input is not received after the open command in a predefined time, a close command. an electronic circuitry means for providing a wireless interface for a communication device to proceed authentication with the communication device and to issue open and close commands, and actuator means being configured to receive the open commands to set the lock in a mechanically openable state and the close commands to set the lock in a mechanically locked state; the electronic circuitry means being configured to receive wirelessly from the communication device operating power for the electronic circuitry means for authentication; performing authentication utilizing the received operating power; and, provided that the authentication is unsuccessful, cease receiving operating power and end operation; and, provided that the authentication is successful, receive wirelessly from the communication device operating power until a required power level has been obtained for issuing the open and close command and for the actuator means, then issue an open command and, in case a user input is not received after the open command in a predefined time, a close command.
A clamping assembly comprising a body defining a passage through which an elongate article can extend, a clamping member arranged in the passage for clamping the elongate article, the clamping member being movable between clamping and release conditions for respectively clamping and releasing the article, characterised by urging means comprising a pair of springs to urge the clamping member to the clamping condition, wherein the springs extend externally of the body opposite each other and can be deformed by pressing the pair of springs towards each other to a release configuration to urge the clamping member to the release condition.
An electrosurgical apparatus for cutting and resecting a tissue volume, the apparatus comprising: one or more electrosurgical filaments (250, 251, 252, 253, 254); and a plurality of capture components coupled, at leading edges of the components, to the one or more electrosurgical filaments (250, 251, 252, 253, 254) to define a cutting plane, the plurality of capture components and one or more electrosurgical filaments (250, 251, 252, 253, 254) being deployable by forward extension at or near a forward tip of an elongated shaft of the apparatus to form an elliptical path that defines, with the other capture components, a spheroidal receptacle configured to surround a tissue volume for resection, wherein the elliptical path is formable by a first extension followed by a second extension, said first extension having a first axial component and a radial expansion component, and said second extension having a second axial component and a radial contraction component, characterized in that the capture components comprise a forward section and a narrower middle section, the forward section having a greater stiffness than the narrower middle section. one or more electrosurgical filaments (250, 251, 252, 253, 254); and a plurality of capture components coupled, at leading edges of the components, to the one or more electrosurgical filaments (250, 251, 252, 253, 254) to define a cutting plane, the plurality of capture components and one or more electrosurgical filaments (250, 251, 252, 253, 254) being deployable by forward extension at or near a forward tip of an elongated shaft of the apparatus to form an elliptical path that defines, with the other capture components, a spheroidal receptacle configured to surround a tissue volume for resection, wherein the elliptical path is formable by a first extension followed by a second extension, said first extension having a first axial component and a radial expansion component, and said second extension having a second axial component and a radial contraction component, characterized in that the capture components comprise a forward section and a narrower middle section, the forward section having a greater stiffness than the narrower middle section.
A method of wireless communications at a first wireless device, comprising: transmitting, to a channel engineering device and one or more other wireless devices, a set of synchronization signals in accordance with a first periodicity associated with synchronization signal burst transmissions; and transmitting a message to configure the channel engineering device with one or more signaling directions and a second periodicity for the channel engineering device to transmit the set of synchronization signals, the second periodicity being different from the first periodicity, wherein the one or more signaling directions and the second periodicity are configured for adjusting a coverage area of the set of synchronization signals after transmission from the first wireless device. transmitting, to a channel engineering device and one or more other wireless devices, a set of synchronization signals in accordance with a first periodicity associated with synchronization signal burst transmissions; and transmitting a message to configure the channel engineering device with one or more signaling directions and a second periodicity for the channel engineering device to transmit the set of synchronization signals, the second periodicity being different from the first periodicity, wherein the one or more signaling directions and the second periodicity are configured for adjusting a coverage area of the set of synchronization signals after transmission from the first wireless device.
A reinforcing pin for reinforcing a laminated composite structure, the reinforcing pin being formed from a plurality of fibres in a polymeric matrix, each of the fibres having the form of a helix extending along the length of the reinforcing pin.
A server apparatus which transmits display data generated in the server apparatus to one of a plurality of client apparatuses and which displays the display data as generated by the server apparatus on a display screen of the client apparatus, the server apparatus comprising: a plurality of accelerators generating display data, each of the plurality of accelerators being equipped with a difference detection circuit which compares the display data for a previous screen transmitted to the client apparatus with the display data for a current screen to be transmitted to the client apparatus to detect a difference therebetween; use detection means for detecting use of each of the plurality of accelerators in response to a request from the client apparatus; and allocation means for allocating the accelerator having the least use among the uses detected by the use detection means to a new client apparatus when a display request is made from the new client apparatus. a plurality of accelerators generating display data, each of the plurality of accelerators being equipped with a difference detection circuit which compares the display data for a previous screen transmitted to the client apparatus with the display data for a current screen to be transmitted to the client apparatus to detect a difference therebetween; use detection means for detecting use of each of the plurality of accelerators in response to a request from the client apparatus; and allocation means for allocating the accelerator having the least use among the uses detected by the use detection means to a new client apparatus when a display request is made from the new client apparatus.
A glove (100; 200; 300) for protecting a hand of a hockey or lacrosse player, the player's hand having a wrist, a palm, a dorsal side, four fingers and a thumb, each finger extending from a proximal articulation to a distal end, the hockey or lacrosse glove comprising a hand receiving portion (102; 202; 302) and a cuff (103; 203; 303) for at least partially covering the wrist, the cuff extending longitudinally from a proximal end (103A; 203A; 303A) to a distal end (103B; 203B; 303B), the hand receiving portion comprising: a palm sheet (106; 206; 306) for covering the palm of the player's hand;a dorsal sheet (108; 208; 308) for covering the dorsal side of the player's hand, the dorsal sheet extending longitudinally from a proximal end (108A; 208A; 308A) located adjacent the distal end of the cuff to a distal end (108B; 208B; 308B) that is, in use, located generally above the proximal articulation of each finger;a thumb sheath for protecting the thumb of the player's hand; four finger gussets (104; 204; 304) for receiving the four fingers, each finger gusset having a distal end (104D; 204D; 304D) for covering the distal end of the finger; and at least one protector, the at least one protector being characterized in that it comprises (i) a single pocket mounted to the dorsal sheet and one of the four finger gussets and extending longitudinally from a first end located adjacent the proximal end of the dorsal sheet to a second end located generally above the distal end of the finger gusset and (ii) a padding element contained in the single pocket, the padding element defining at least one flexion zone such that, in use, flexing of the player's hand or finger imparts movement of the padding element.
Running gear for transport devices having a guide ring and having a wheel carrier which can be pivoted in the guide ring about a substantially vertical main axis of rotation and on which two wheels (3, 3a) which can be rotated about a common axis of rotation are arranged, wherein an inner ring is pivotably mounted in the guide ring about the main axis of rotation via a rotary bearing, and that the wheel carrier is pivotably mounted about a pivot axis arranged substantially perpendicularly to the main axis of rotation via at least one pivot bearing, characterised in that the pivot axis is arranged both perpendicularly to the main axis of rotation and to the common axis of rotation of the wheels (3, 3a), wherein the pivot bearing is mounted on the inner ring and that the pivot axis and the axis of rotation lie in a common plane which, in the state of use, is parallel to the road surface plane.
A crystalline form of a tetrahydrofuran solvate of 1-{4-[1-(2,6-difluorobenzyl)-5-dimethylaminomethyl-3-(6-methoxypyridazin-3-yl)-2,4-dioxo-1,2,3,4-tetrahydrothieno[2,3-d]pyrimidin-6-yl]phenyl}-3-methoxyurea that exhibits an X-ray powder diffraction pattern having 2-theta (2θ) peaks at approximately 7.285°, 10.597°, and 15.292 and peaks expressed in d values (Å) at approximately 12.125, 8.342, and 5.790.
Method for the electrochemically stripping of gas turbine components made of Titanium alloys or stainless steels in an electrolyte solution, wherein the gas turbine component comprises a multilayer system on the surface and is polarized as anode, characterized in that the electrolyte solution comprises sodium carbonate and a tartrate source, and the multilayer system comprises at least one layer system of Cr and CrN and/or at least one layer system of Ti and TiN and/or at least one layer system of Cr and CrAlN and/or at least one layer system of Ti and TiAlN.
A method for controlling foam comprising: providing a food composition comprising a foam control agent and a foodstuff, the foam control agent comprising a composition as shown in Equation wherein R is methyl, ethyl, propyl, butyl, pentyl, hexyl, heptyl, octyl, nonyl, decyl, undecyl, dodecyl, tridecyl, or tetradecyl, and m is 1 to 14; processing the food composition. providing a food composition comprising a foam control agent and a foodstuff, the foam control agent comprising a composition as shown in Equation wherein R is methyl, ethyl, propyl, butyl, pentyl, hexyl, heptyl, octyl, nonyl, decyl, undecyl, dodecyl, tridecyl, or tetradecyl, and m is 1 to 14; processing the food composition.
A pressure device for tire constituent member to pressurize a tire constituent member which is arranged on a forming drum, the device comprising: a shaft member; a plurality of pressure rolls each of which is displaced around the shaft member and pressurizes the tire constituent member; an inside space formed around the shaft member inside of the plurality of pressure rolls; a plurality of supporting parts each of which supports a respective pressure roll rotatably from the inside of the pressure roll and is displaced integrally with the pressure roll; a plurality of pressure holes formed in a plurality of points of the shaft member corresponding to positions of the plurality of pressure rolls so as to extend in the pressurization direction for the tire constituent member from the inside of the shaft member; and a plurality of moving members each of which moves in a respective pressure hole and projects in the pressurization direction for the tire constituent member from the pressure hole so as to pressurize the supporting part fixed to a tip end thereof and the pressure roll, characterized by a plurality of supply pipes arranged in the inside space around the shaft member so as to each supply the pressurizing medium for pressurizing the moving member into a respective pressure hole. a shaft member; a plurality of pressure rolls each of which is displaced around the shaft member and pressurizes the tire constituent member; an inside space formed around the shaft member inside of the plurality of pressure rolls; a plurality of supporting parts each of which supports a respective pressure roll rotatably from the inside of the pressure roll and is displaced integrally with the pressure roll; a plurality of pressure holes formed in a plurality of points of the shaft member corresponding to positions of the plurality of pressure rolls so as to extend in the pressurization direction for the tire constituent member from the inside of the shaft member; and a plurality of moving members each of which moves in a respective pressure hole and projects in the pressurization direction for the tire constituent member from the pressure hole so as to pressurize the supporting part fixed to a tip end thereof and the pressure roll, characterized by a plurality of supply pipes arranged in the inside space around the shaft member so as to each supply the pressurizing medium for pressurizing the moving member into a respective pressure hole.
A computer-implemented method of delivering reputation information, comprising: receiving, by a caller reputation server, a query requesting caller ID name, CNAM, information from a carrier platform, the carrier platform routing a call from the caller number, the call placed by a caller device associated with the caller number to a called device, and the query associated with the call; responsive to receipt of the query from the carrier platform, interacting, by the caller reputation server, with the carrier platform to provide call control functionality to the carrier platform for delaying the call; determining, by the caller reputation server, reputation information associated with the caller number, the reputation information indicating a likelihood that the call is a nuisance call; generating, by the caller reputation server, a reputation message describing the reputation information; and sending, by the caller reputation server, the reputation message to the carrier platform to inject the generated reputation message into CNAM information that is obtained by the carrier platform and is associated with the caller number, wherein a response is formed as a result of the injecting and the response is sent to the called device by the carrier platform, the formed response including the reputation message generated by the caller reputation server and the CNAM information obtained by the carrier platform. receiving, by a caller reputation server, a query requesting caller ID name, CNAM, information from a carrier platform, the carrier platform routing a call from the caller number, the call placed by a caller device associated with the caller number to a called device, and the query associated with the call; responsive to receipt of the query from the carrier platform, interacting, by the caller reputation server, with the carrier platform to provide call control functionality to the carrier platform for delaying the call; determining, by the caller reputation server, reputation information associated with the caller number, the reputation information indicating a likelihood that the call is a nuisance call; generating, by the caller reputation server, a reputation message describing the reputation information; and sending, by the caller reputation server, the reputation message to the carrier platform to inject the generated reputation message into CNAM information that is obtained by the carrier platform and is associated with the caller number, wherein a response is formed as a result of the injecting and the response is sent to the called device by the carrier platform, the formed response including the reputation message generated by the caller reputation server and the CNAM information obtained by the carrier platform.
A method for transmitting Acknowledge/Negative Acknowledge, ACK/NACK, information for carriers configured to a User Equipment, UE, in a wireless communication system which supports carrier aggregation, the method comprising: generating an ACK/NACK payload including sets of ACK/NACK information mapped in relation to an order of logical carrier index, wherein each of the sets of the ACK/NACK information is related to each of the configured carriers and has one or more ACK/NACK bits; and transmitting the ACK/NACK payload through a Physical Uplink Control Channel, PUCCH, or a Physical Uplink Shared Channel, PUSCH, wherein a size of the ACK/NACK payload is given based on first information and second information, wherein the first information is related to a number of the configured carriers and the second information is related to transmission modes for the configured carriers, wherein a first carrier is one of the configured carriers and a first set related to the first carrier is one of the sets of the ACK/NACK information concatenated, and wherein when a first downlink signal for semi-persistent scheduling is received on the first carrier, an ACK/NACK bit position for the first downlink signal is an end of the first set. generating an ACK/NACK payload including sets of ACK/NACK information mapped in relation to an order of logical carrier index, wherein each of the sets of the ACK/NACK information is related to each of the configured carriers and has one or more ACK/NACK bits; and transmitting the ACK/NACK payload through a Physical Uplink Control Channel, PUCCH, or a Physical Uplink Shared Channel, PUSCH, wherein a size of the ACK/NACK payload is given based on first information and second information, wherein the first information is related to a number of the configured carriers and the second information is related to transmission modes for the configured carriers, wherein a first carrier is one of the configured carriers and a first set related to the first carrier is one of the sets of the ACK/NACK information concatenated, and wherein when a first downlink signal for semi-persistent scheduling is received on the first carrier, an ACK/NACK bit position for the first downlink signal is an end of the first set.
An apparatus being adapted for transporting ions from a first pressure region to a second pressure region within a mass spectrometer, wherein said apparatus comprises: a first and second capillary sections (28, 33), each having an inlet end and an outlet end; and a union having first and second openings; wherein said outlet end of said first capillary section is removably positioned within said first opening of said union, and wherein said inlet of said second capillary section is removably positioned within said second opening of said union, said apparatus being characterized in that said first and second capillary sections are adapted for transporting ions. a first and second capillary sections (28, 33), each having an inlet end and an outlet end; and a union having first and second openings; wherein said outlet end of said first capillary section is removably positioned within said first opening of said union, and wherein said inlet of said second capillary section is removably positioned within said second opening of said union, said apparatus being characterized in that said first and second capillary sections are adapted for transporting ions.
A container for bone cement, the container comprising: a first member (12, 212) defining a first chamber (14, 214) operable to contain a first ingredient (16, 216); a second member (18, 218) movably coupled to the first member (12, 212), the second member (18, 218) including a mixing device that is movably disposed within the first chamber (14, 214), the second member (18, 218) defining a second chamber (20, 220) operable to contain a second ingredient (22, 222); an opening device (24, 124, 224) operable for selectively opening the second chamber (18, 218) and allowing the second ingredient (22, 222) to enter from the second chamber (18, 218) into the first chamber (14, 214), the mixing device being movable within the first chamber (14, 214) to promote mixing of the first ingredient (16, 216) and the second ingredient (22, 222) to prepare the bone cement; and the second member (18, 218) further including an extension member (52, 252) with a passage (60, 160) defined therein and a sealing member (68, 268) that seals an aperture (62, 162, 262) of the extension member (52, 252), the passage (60, 160) at least partially defining the second chamber (18, 218), and the opening device (24, 124, 224) selectively unsealing the aperture (62, 162, 262) to allow the second ingredient (22, 222) to enter from the passage (60, 160) into the first chamber (14, 214), characterized in that the opening device (24, 124, 224) is disposed in the first chamber (14, 214). a first member (12, 212) defining a first chamber (14, 214) operable to contain a first ingredient (16, 216); a second member (18, 218) movably coupled to the first member (12, 212), the second member (18, 218) including a mixing device that is movably disposed within the first chamber (14, 214), the second member (18, 218) defining a second chamber (20, 220) operable to contain a second ingredient (22, 222); an opening device (24, 124, 224) operable for selectively opening the second chamber (18, 218) and allowing the second ingredient (22, 222) to enter from the second chamber (18, 218) into the first chamber (14, 214), the mixing device being movable within the first chamber (14, 214) to promote mixing of the first ingredient (16, 216) and the second ingredient (22, 222) to prepare the bone cement; and the second member (18, 218) further including an extension member (52, 252) with a passage (60, 160) defined therein and a sealing member (68, 268) that seals an aperture (62, 162, 262) of the extension member (52, 252), the passage (60, 160) at least partially defining the second chamber (18, 218), and the opening device (24, 124, 224) selectively unsealing the aperture (62, 162, 262) to allow the second ingredient (22, 222) to enter from the passage (60, 160) into the first chamber (14, 214), characterized in that the opening device (24, 124, 224) is disposed in the first chamber (14, 214).