mhurhangee/ep-ind-claims huggingface dataset:
A closure device for closing a refill opening of a tank of a handheld power tool, the closure device comprising: a body portion configured to engage the refill opening; a pivotal member pivotally connected to the body portion and configured to pivot about a pivotal axis (XX') between a retracted position and a protruding position, wherein the pivotal member comprises a grip portion, and wherein, when the pivotal member is in the protruding position, the grip portion extends away from the body portion to form a grip for loosening or tightening the closure device relative to the refill opening; and a resilient member extending between the body portion and the pivotal member and configured to hold the pivotal member in the protruding position, wherein the pivotal member comprises a counter portion, and wherein the counter portion is located on an opposite side of the pivotal axis (XX') relative to the grip portion, and wherein the body portion comprises a recess portion, and wherein the recess portion is configured to receive the counter portion when the pivotal member is in the protruding position, characterised in that the resilient member comprises a conical pressure spring. a body portion configured to engage the refill opening; a pivotal member pivotally connected to the body portion and configured to pivot about a pivotal axis (XX') between a retracted position and a protruding position, wherein the pivotal member comprises a grip portion, and wherein, when the pivotal member is in the protruding position, the grip portion extends away from the body portion to form a grip for loosening or tightening the closure device relative to the refill opening; and a resilient member extending between the body portion and the pivotal member and configured to hold the pivotal member in the protruding position, wherein the pivotal member comprises a counter portion, and wherein the counter portion is located on an opposite side of the pivotal axis (XX') relative to the grip portion, and wherein the body portion comprises a recess portion, and wherein the recess portion is configured to receive the counter portion when the pivotal member is in the protruding position, characterised in that the resilient member comprises a conical pressure spring.
A modified molecule of an isolated polypeptide, which is derived from a tumor-specific antigen and binds to an MHC class II molecule, wherein the modification is addition of several amino acids to the N terminal side and optionally to the C terminal side of the isolated polypeptide, wherein the amino acid to be added to the N terminal side of the isolated polypeptide is an amino acid sequence represented by the following formula: Y 1 − Y 2 − Y 3 wherein Y1 shows Pro, Y2 shows several amino acids or a single bond, and Y3 shows one amino acid or a single bond, or Y1 shows one amino acid except Pro or an amino group, Y2 shows several amino acids or a single bond, and Y3 shows biotinylated Lys, provided an amino acid sequence wherein the second amino acid from the N terminal is Pro is excluded. Y1 shows Pro, Y2 shows several amino acids or a single bond, and Y3 shows one amino acid or a single bond, or Y1 shows one amino acid except Pro or an amino group, Y2 shows several amino acids or a single bond, and Y3 shows biotinylated Lys,
A pinned root fixing arrangement for an axial flow steam turbine rotor disc, comprising cylindrical pins (303, 304) running axially through bores in inter-digitated blade root fingers and disc fingers, characterized in that a first ratio (b/M), defined as ratio of the axial breadth (b) of the disc fingers and the sum of the axial breath (b) and the axial breadth G of the gap between adjacent disc fingers, is in the range of about 0.4 to about 0.6 and a second ratio, defined as the ratio of the length of the disc fingers to the diameter of the pins (303, 304), is between 4 and 6.
A photosensitive force sensor comprising: a force sensing device configured to be disposed on a surface of a substrate, wherein the force sensing device is photosensitive; a housing configured to be disposed on at least a portion of the surface of the substrate, wherein the housing is configured to enclose the force sensing device, and wherein the housing defines an aperture configured to provide a coupling interface; and an actuator configured to be disposed partially within the housing and partially within the aperture, wherein the actuator is (a) in mechanical contact with the force sensing device, (b) a rigid body, and the actuator is (c) configured to provide a light path from a light source external to the housing to the force sensing device. a force sensing device configured to be disposed on a surface of a substrate, wherein the force sensing device is photosensitive; a housing configured to be disposed on at least a portion of the surface of the substrate, wherein the housing is configured to enclose the force sensing device, and wherein the housing defines an aperture configured to provide a coupling interface; and an actuator configured to be disposed partially within the housing and partially within the aperture, wherein the actuator is (a) in mechanical contact with the force sensing device, (b) a rigid body, and the actuator is (c) configured to provide a light path from a light source external to the housing to the force sensing device.
Compaction system for disposal of composite organic and recyclable waste using standard waste containers, comprising: a unit with a waste gradual compaction system, which includes a space for throwing garbage through the center of the gradual compaction system and a carrier for barring and compressing waste, with a hydrostatic pressure mechanism, located inside the barring and compressing carrier and under and concentric to the space for throwing garbage acting on two barring and compressing guides in a waste container, whereas the waste gradual compaction system is located on the upper part and at the center of the container, an airtight and watertight outer casing, characterized by comprising: a container protection system, which is located just under the container, including a base of parallelepiped shape with rolling shafts, which operate concentrically and are parallel to each other and to the floor of the container, thus accepting all the pressure of the waste gradual compaction device at the interior of the container, at the internal walls of the container enhancing its robustness and protecting it from the forces applied on its floor and thus making the removal of the container easier because of their rotating function. a unit with a waste gradual compaction system, which includes a space for throwing garbage through the center of the gradual compaction system and a carrier for barring and compressing waste, with a hydrostatic pressure mechanism, located inside the barring and compressing carrier and under and concentric to the space for throwing garbage acting on two barring and compressing guides in a waste container, whereas the waste gradual compaction system is located on the upper part and at the center of the container, an airtight and watertight outer casing, characterized by comprising: a container protection system, which is located just under the container, including a base of parallelepiped shape with rolling shafts, which operate concentrically and are parallel to each other and to the floor of the container, thus accepting all the pressure of the waste gradual compaction device at the interior of the container, at the internal walls of the container enhancing its robustness and protecting it from the forces applied on its floor and thus making the removal of the container easier because of their rotating function.
Apparatus for cooking sheet of pasta dough, of the type comprising an external framework, with vertical uprights and isolation walls for sustaining and supporting the means constituting the machine; cooking means comprising at least one steel cooking tank, inside said framework, and adapted to contain cooking water, at least one transport system for picking up and conveying the sheet of pasta dough to be immersed in the cooking tank; said transport and conveyance system identifies two advancement surfaces and in which the first upper surface is adapted to carry the sheet of pasta dough in advancement and immersion in the tank, while the other lower surface is external and actuates the empty return phase below said tank; and completes a closed-loop path on respective wheels and, one of which serves as driving means for a pair of catenaries; the wheels and are placed at the start and end of the cooker; said transport and conveyance system being formed by a series of rods/bars spaced from each other, so as to form the two advancement surfaces and, and arranged transverse to the advancement of the sheet of pasta dough in the tank characterized in that said catenaries are arranged longitudinally and on the external sides of the tank; and wherein a. A transmission system for said rods/bars and sheet of pasta dough is provided outside the cooking tank; b. A pressure element system maintains said sheet of pasta dough in position, preventing it from freely floating. a. A transmission system for said rods/bars and sheet of pasta dough is provided outside the cooking tank; b. A pressure element system maintains said sheet of pasta dough in position, preventing it from freely floating.
A method for acquiring security related local information, the method being performed by a terminal, the terminal comprising a browser and a local application tool, the method characterised by: sending, by the browser, a first request for information acquisition to a network apparatus through a script in the browser, the first request for information acquisition being used by the network apparatus for instructing the terminal to acquire local information through the local application tool; monitoring, through the local application tool, a random number corresponding to the first request for information acquisition, wherein the random number is sent by the network apparatus; sending, through the local application tool, a second request for information acquisition carrying the random number to the network apparatus; acquiring, from the network apparatus and through the local application tool, the first request for information acquisition corresponding to the random number sent by the network apparatus, the correspondence between the random number and the first request for information acquisition being established and stored by the network apparatus; and acquiring, through the local application tool, local information corresponding to the first request for information acquisition, and sending, through the local application tool, the local information to the network apparatus. sending, by the browser, a first request for information acquisition to a network apparatus through a script in the browser, the first request for information acquisition being used by the network apparatus for instructing the terminal to acquire local information through the local application tool; monitoring, through the local application tool, a random number corresponding to the first request for information acquisition, wherein the random number is sent by the network apparatus; sending, through the local application tool, a second request for information acquisition carrying the random number to the network apparatus; acquiring, from the network apparatus and through the local application tool, the first request for information acquisition corresponding to the random number sent by the network apparatus, the correspondence between the random number and the first request for information acquisition being established and stored by the network apparatus; and acquiring, through the local application tool, local information corresponding to the first request for information acquisition, and sending, through the local application tool, the local information to the network apparatus.
Method for providing a voltage supply to a building installation bus, wherein bus subscribers are supplied with a supply voltage by way of communication lines in the building installation bus and when communicating with a transmit unit the bus subscribers transmit a low signal in each case by short-circuiting the communication lines for a predetermined transmit time unit, comprising the steps: - providing the supply voltage using a voltage source which is connected to one of the communication lines by way of a controllable switching element, wherein the voltage source is integrated into a master bus device, - detecting a changeover in the supply voltage from a high level (Lh) to a low level on the communication lines by means of an monitoring facility, wherein the monitoring facility is integrated into the master bus device, - after detecting the changeover, generating a first switching signal for opening the switching element by means of the monitoring facility, and after a predetermined switch-off duration (Tlp) after the opening, generating a second switching signal for closing the switching element by means of the monitoring facility, characterised in that in order to open the switching element by means of the monitoring facility as the first switching signal, a transmit signal for transmitting a separate low signal to a transmit unit of the master bus device is conveyed wherein the transmit unit is integrated into the master bus device and the transmit unit then itself generates a short circuit in the communication lines and in the process for its part however actuates the switching element in order to switch off the voltage source. - providing the supply voltage using a voltage source which is connected to one of the communication lines by way of a controllable switching element, wherein the voltage source is integrated into a master bus device, - detecting a changeover in the supply voltage from a high level (Lh) to a low level on the communication lines by means of an monitoring facility, - after detecting the changeover, generating a first switching signal for opening the switching element by means of the monitoring facility, and
A cleaning device for cleaning a probe, comprising: an upper body defining an inner chamber, the upper body comprising an opening proximate an upper end of the cleaning device, the opening allowing the probe to enter the inner chamber; an air intake connected to at least one air channel formed within the upper body, the at least one air channel being configured to allow air from the air intake to flow into the inner chamber; a liquid intake connected to at least one liquid channel formed within the upper body, the at least one liquid channel being configured to allow liquid from the liquid intake to flow into the inner chamber; a waste outlet; a lower body mechanically connected to the upper body, wherein the lower body is positioned between the upper body and the waste outlet, the lower body defining a lower chamber around an axis; and an air path provided by a separation distance between the upper body and the lower body for air to exit the cleaning device. an upper body defining an inner chamber, the upper body comprising an opening proximate an upper end of the cleaning device, the opening allowing the probe to enter the inner chamber; an air intake connected to at least one air channel formed within the upper body, the at least one air channel being configured to allow air from the air intake to flow into the inner chamber; a liquid intake connected to at least one liquid channel formed within the upper body, the at least one liquid channel being configured to allow liquid from the liquid intake to flow into the inner chamber; a waste outlet; a lower body mechanically connected to the upper body, wherein the lower body is positioned between the upper body and the waste outlet, the lower body defining a lower chamber around an axis; and an air path provided by a separation distance between the upper body and the lower body for air to exit the cleaning device.
A communication device comprising: a storage (3 1b); a first wireless communication circuit provided with an antenna, the first wireless communication circuit being configured to receive first information through the antenna, the first information corresponding to a first transmission device (10-1; 10-2; 10-n; 71) and being wirelessly transmitted from the first transmission device every time a transmission timing arrives in the first transmission device, and the first transmission device being configured to be connected or being connected to an electric work machine (11-1; 11-2; 11-n; 80); an information obtainer configured to obtain the first information through the first wireless communication circuit in response to a first event occurring or having occurred, the first event including an event in which a confirmation request is made to the communication device, the confirmation request requesting for a confirmation on whether the first information is received; a storing processor configured to store the first information from the information obtainer into the storage; and a second wireless communication circuit configured to receive a radio wave including a confirmation command, the confirmation command commanding the communication device to confirm whether the first information is received, wherein the confirmation request is made to the communication device in response to the second wireless communication circuit receiving or having received the confirmation command. a storage (3 1b); a first wireless communication circuit provided with an antenna, the first wireless communication circuit being configured to receive first information through the antenna, the first information corresponding to a first transmission device (10-1; 10-2; 10-n; 71) and being wirelessly transmitted from the first transmission device every time a transmission timing arrives in the first transmission device, and the first transmission device being configured to be connected or being connected to an electric work machine (11-1; 11-2; 11-n; 80); an information obtainer configured to obtain the first information through the first wireless communication circuit in response to a first event occurring or having occurred, the first event including an event in which a confirmation request is made to the communication device, the confirmation request requesting for a confirmation on whether the first information is received; a storing processor configured to store the first information from the information obtainer into the storage; and a second wireless communication circuit configured to receive a radio wave including a confirmation command, the confirmation command commanding the communication device to confirm whether the first information is received, wherein the confirmation request is made to the communication device in response to the second wireless communication circuit receiving or having received the confirmation command.
A slipform apparatus for constructing a primary slipform structure from one side thereof, the structure being a shaft below ground level, the apparatus comprising a platform having a plurality of work levels (28, 30, 32), and a lift device having at least one cable, the lift device comprising one or more winches or strand jacks, each winch or strand jack having a respective cable; the platform being suitable for suspending from above by said at least one cable and the lift device being operable to raise or lower the platform, wherein the plurality of work levels (28, 30 32) are provided around a perimeter of the platform and surround a central space through the plurality of work levels (28, 30, 32); characterised in that each winch or strand jack being interconnected by a Grillage framework, and wherein the lift device is provided at ground level above the platform and at least one said cable is connected to the platform.
An expression plasmid comprising an expression cassette represented by the formula: P-A-T-B wherein: a) P is an expression promoter; b) A encodes an immunostimulatory cytokine selected from the group consisting of: IL-12, IL-15/IL-15 receptor, IL-23, IL-27, IFNα, IFNβ, INFγ, TNFα, IL-4, IL-7, IL-9, IL-21 and IL-2; c) B encodes a genetic adjuvant fused to at least one antigen, wherein the antigen is a tumor antigen or a viral antigen; and d) T encodes a 2A family ribosomal skipping modulator or an internal ribosomal entry site (IRES) translation modulating element. a) P is an expression promoter; b) A encodes an immunostimulatory cytokine selected from the group consisting of: IL-12, IL-15/IL-15 receptor, IL-23, IL-27, IFNα, IFNβ, INFγ, TNFα, IL-4, IL-7, IL-9, IL-21 and IL-2; c) B encodes a genetic adjuvant fused to at least one antigen, wherein the antigen is a tumor antigen or a viral antigen; and d) T encodes a 2A family ribosomal skipping modulator or an internal ribosomal entry site (IRES) translation modulating element.
A method for wireless communication, comprising: sending a first message on a first control channel from a first station to a second station, the first message being used to configure a second control channel; receiving the first message on the first control channel from the first station at the second station; sending a second message from the second station to a third station to request the third station to reduce interference to the second control channel, the second message being sent in response to receiving the first message; receiving the second message at the third station; reducing interference to the second control channel by the third station to enable reception of the second control channel from the first station by the second station; sending information on the second control channel from the first station to the second station, the second control channel observing less interference from the third station due to the second control channel being configured via the first and second messages; and receiving information on the second control channel from the first station at the second station,. sending a first message on a first control channel from a first station to a second station, the first message being used to configure a second control channel; receiving the first message on the first control channel from the first station at the second station; sending a second message from the second station to a third station to request the third station to reduce interference to the second control channel, the second message being sent in response to receiving the first message; receiving the second message at the third station; reducing interference to the second control channel by the third station to enable reception of the second control channel from the first station by the second station; sending information on the second control channel from the first station to the second station, the second control channel observing less interference from the third station due to the second control channel being configured via the first and second messages; and receiving information on the second control channel from the first station at the second station,.
A balloon catheter, which is a rapid exchange structure and has a balloon catheter body and a hub, wherein the balloon catheter body has a push member, a transition member, a balloon loading member, a balloon, a imaging mark and a tip head, the balloon loading member comprises an outer tube and an inner tube, a distal end of the hub is connected with a proximal end of the push member, a proximal end of the transition member extends from a distal end of the push member, a distal end of the transition member is nested inside a proximal end of the outer tube of the balloon loading member, the tip head is provided on a distal end of the balloon, the imaging mark is provided on the balloon loading member, characterized in that the balloon has a wall thickness of 10 - 15 microns, the balloon has a nominal dilation pressure of 303 - 405 kPa (3-4 atm), the balloon catheter has a rated burst pressure of 1013 - 1216 kPa (10 - 12 atm), and that the balloon adopts a folding structure of two folded wings, three folded wings or five folded wings, with a crossing profile of 0.66 mm - 0.90 mm.