mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a control message based on a multi-ring Ethernet, wherein the multi-ring Ethernet comprises: a main ring having a plurality of main ring nodes and a sub-ring having a plurality of sub-ring nodes, the plurality of main ring nodes include a main ring control node, and the plurality of sub-ring nodes include a sub-ring control node; the method comprising: control virtual local area networks of the main ring and the sub-ring being configured; and a main ring node receiving a sub-ring control message from the sub-ring, forwarding the sub-ring control message to the other main ring nodes on the main ring via a data plane, and synchronously realizing the blocking or opening of the sub-ring control message and a data message in the data plane. control virtual local area networks of the main ring and the sub-ring being configured; and a main ring node receiving a sub-ring control message from the sub-ring, forwarding the sub-ring control message to the other main ring nodes on the main ring via a data plane, and synchronously realizing the blocking or opening of the sub-ring control message and a data message in the data plane.
A syringe body configured for use in connection with an inflation device, the syringe body comprising: a first wall defining a fluid reservoir, the fluid reservoir configured to receive a plunger; a second wall disposed at and defining a distal end of the fluid reservoir, the second wall comprising: at least one stiffening rib; and an inlet/outlet port disposed in the second wall, wherein a distal end of the first wall extends distally relative to the second wall along a circumference of the second wall forming an annular stiffening lip, and characterized in that the at least one stiffening rib is disposed on an exterior surface of the second wall. a first wall defining a fluid reservoir, the fluid reservoir configured to receive a plunger; a second wall disposed at and defining a distal end of the fluid reservoir, the second wall comprising: at least one stiffening rib; and an inlet/outlet port disposed in the second wall, wherein a distal end of the first wall extends distally relative to the second wall along a circumference of the second wall forming an annular stiffening lip, and characterized in that the at least one stiffening rib is disposed on an exterior surface of the second wall.
Boot that has a first and second fastening region (12, 14) and a convoluted region therebetween, wherein the first fastening region comprises lobe regions (30.1, 20.2, 30.3) and/or guide regions (32.1, 32.2, 32.3) and connecting regions (34.1, 34.2, 34.3, 34.4, 34.5, 34.6), and a binder seat region that has a binder seat region surface, and has an undersurface lying opposite, wherein there is at least one inner groove (70.1, 70.2) located on the undersurface in the lobe regions (30.1, 30.2, 30.3) and/or in the guide regions (32.1, 32.2, 32.3), wherein the inner groove (70.1, 70.2) has a depth increasing towards a middle of the lobe regions (30.1, 20.2, 30.3).
A front vehicle body structure comprising a subframe structure of a front suspension for supporting a vehicle driving apparatus in a mounting manner, a lower arm from which a front wheel is suspendable and a fastening member, wherein a rear portion of the subframe is mountable on a lower portion of a vehicle body via the fastening member, wherein fastening between the subframe and the fastening member is configured such that the rear portion of the subframe is separated when a collision load to a vehicle rear side is applied to the subframe, and wherein a leading guide portion that is configured to abut against the fastening member and that is configured to lead the subframe to a lower side after separation from the fastening member, is integrally formed on the rear portion of the subframe, the front vehicle body structure being characterized in that the lower arm has a rear portion supported by a suspension arm mounting bracket in which a bush is fitted, wherein a vehicle-width-direction inner side of the suspension arm mounting bracket is mounted to the subframe, and wherein the suspension arm mounting bracket has a rear portion on which a portion in which the fastening member for the rear portion of the subframe with respect to the vehicle body is disposable and the leading guide portion are integrally formed. wherein a rear portion of the subframe is mountable on a lower portion of a vehicle body via the fastening member, wherein fastening between the subframe and the fastening member is configured such that the rear portion of the subframe is separated when a collision load to a vehicle rear side is applied to the subframe, and wherein a leading guide portion that is configured to abut against the fastening member and that is configured to lead the subframe to a lower side after separation from the fastening member, is integrally formed on the rear portion of the subframe, the front vehicle body structure being characterized in that the lower arm has a rear portion supported by a suspension arm mounting bracket in which a bush is fitted, wherein a vehicle-width-direction inner side of the suspension arm mounting bracket is mounted to the subframe, and wherein the suspension arm mounting bracket has a rear portion on which a portion in which the fastening member for the rear portion of the subframe with respect to the vehicle body is disposable and the leading guide portion are integrally formed.
Machine tool (1,100) comprising: - a support structure (4, 104) having an extension along a movement axis; - a machining head, supported by the support structure (4, 104), comprising a carriage applied to the support structure (4, 104) and a mandrel having a working axis; - at least one action device contained on the support structure (4, 104) and applied to it, suitable for generating pushing or pulling actions on said support structure (4, 104) in contrast to the weight of the head thereon; wherein the machine tool (1, 100) comprises a control system of the action device, comprising an electronic control device on board the machine and a plurality of sensors on the support structure, suitable for detecting the deformation in a plurality of predefined points of the support structure and each sensor generating a sensor signal for the electronic control device, to act on the action device depending on the value of said sensor signal, and wherein the action device comprises an action member and actuator means suitable for generating a pushing or pulling action on the action member able to act against the deformation of the support structure (4, 104) due to the weight of the head. - a support structure (4, 104) having an extension along a movement axis; - a machining head, supported by the support structure (4, 104), comprising a carriage applied to the support structure (4, 104) and a mandrel having a working axis; - at least one action device contained on the support structure (4, 104) and applied to it, suitable for generating pushing or pulling actions on said support structure (4, 104) in contrast to the weight of the head thereon;
Aircraft sandwich panel comprising a first skin and a second skin between which is positioned a cellular core comprising cells opening out on both sides respectively in the first skin and in the second skin, the cells being separated from one another by side walls, characterized in that the side walls of the core comprise an aramid-, carbon- or glass-fibre-based reinforcement, a polymeric reinforcing resin and boron nitride powder.
A device comprising: a tube; an ultrasonic waveguide disposed in the tube; an ultrasonic blade extending distally from the ultrasonic waveguide; (d) a proximal form portion, wherein the proximal form portion includes: a shutoff portion, and a sleeve portion extending from the shutoff portion; and a distal form portion, wherein the proximal form portion, the distal form portion, and the tube together define a mold space therebetween, wherein the mold space is configured to receive a sealing material through the distal form portion that forms a seal between the tube and the ultrasonic waveguide. a tube; an ultrasonic waveguide disposed in the tube; an ultrasonic blade extending distally from the ultrasonic waveguide; (d) a proximal form portion, wherein the proximal form portion includes: a shutoff portion, and a sleeve portion extending from the shutoff portion; and a shutoff portion, and a sleeve portion extending from the shutoff portion; and a distal form portion, wherein the proximal form portion, the distal form portion, and the tube together define a mold space therebetween, wherein the mold space is configured to receive a sealing material through the distal form portion that forms a seal between the tube and the ultrasonic waveguide.
A power supply for an aerosol generator, the power supply comprising: a power supplying main body comprising a mounting chamber; a pneumatic switch; a seal seat; and an adjusting element, wherein the seal seat is in socket joint with the pneumatic switch and is accommodated in the mounting chamber, wherein a peripheral part of the seal seat is elastically abutted against the wall of the mounting chamber, wherein one end of the mounting chamber of the power supplying main body is provided with an inlet hole which communicates the air supplying end of the pneumatic switch with ambient air, and the other end is provided with a vent hole which communicates a sensing end of the pneumatic switch with ambient air, wherein the adjusting element is rotatably connected to the power supplying main body, wherein a first end of the adjusting element corresponding to a sensing end of the pneumatic switch extends into the mounting chamber, and a second end of the adjusting element extends out of the power supplying main body, and wherein the second end of the adjusting element communicates or separates the sensing end of the pneumatic switch with the vent hole by turning the adjusting element, so as to communicate or separate the sensing end of the pneumatic switch with ambient air. a power supplying main body comprising a mounting chamber; a pneumatic switch; a seal seat; and an adjusting element, wherein the seal seat is in socket joint with the pneumatic switch and is accommodated in the mounting chamber, wherein a peripheral part of the seal seat is elastically abutted against the wall of the mounting chamber, wherein one end of the mounting chamber of the power supplying main body is provided with an inlet hole which communicates the air supplying end of the pneumatic switch with ambient air, and the other end is provided with a vent hole which communicates a sensing end of the pneumatic switch with ambient air, wherein the adjusting element is rotatably connected to the power supplying main body, wherein a first end of the adjusting element corresponding to a sensing end of the pneumatic switch extends into the mounting chamber, and a second end of the adjusting element extends out of the power supplying main body, and wherein the second end of the adjusting element communicates or separates the sensing end of the pneumatic switch with the vent hole by turning the adjusting element, so as to communicate or separate the sensing end of the pneumatic switch with ambient air.
A lure for fishing comprising: a body that includes a cavity inside the body, wherein a portion or an entirety of the cavity is visible from outside, and a plurality of reflecting surfaces or a plurality of reflectors that specularly reflects light from the outside is provided on at least an inside of the cavity, and the light from the outside is specularly reflected plural times; wherein: one or more of the plurality of reflecting surfaces or the plurality of reflectors are directly or indirectly supported by a portion of the body; and a reflecting member including the plurality of reflecting surfaces or the plurality of reflectors is provided, said lure being characterized in that the reflecting member is supported by a support member in which one end is supported by the portion of the body, and the reflecting member is supported by the support member by using a ball bearing or a spring member. wherein a portion or an entirety of the cavity is visible from outside, and a plurality of reflecting surfaces or a plurality of reflectors that specularly reflects light from the outside is provided on at least an inside of the cavity, and the light from the outside is specularly reflected plural times; wherein: one or more of the plurality of reflecting surfaces or the plurality of reflectors are directly or indirectly supported by a portion of the body; and a reflecting member including the plurality of reflecting surfaces or the plurality of reflectors is provided, one or more of the plurality of reflecting surfaces or the plurality of reflectors are directly or indirectly supported by a portion of the body; and a reflecting member including the plurality of reflecting surfaces or the plurality of reflectors is provided,
Hand-held power tool, particularly in the form of a hammer drill or an impact screwdriver, comprising - a tool holder attached to an output shaft (30, 31) for receiving a tool, wherein - the output shaft (30, 31) can be set in a rotating and partially percussive motion by means of a drive shaft (50, 51) and a tangential striking mechanism (10, 11) and wherein - the tangential striking mechanism (10, 11) has an anvil (60, 61) associated with the output shaft (30, 31) and a hammer (70, 71) associated with the drive shaft (50, 51), wherein the hammer (70, 71) can be moved axially by the force of a spring (80, 81) and a link guide (90, 190) and can be struck against the anvil (60, 61) by rotating the hammer (70, 71) about the drive shaft (50, 51), wherein the link guide (90, 190) has a thread-like control contour (91, 91.1, 91.2) having a first pitch in a first section (93, 193) close to the anvil and a second pitch in a second section (94, 194) remote from the anvil, the first and second pitches being different, characterised in that the first pitch is greater than the second pitch. - a tool holder attached to an output shaft (30, 31) for receiving a tool, wherein - the output shaft (30, 31) can be set in a rotating and partially percussive motion by means of a drive shaft (50, 51) and a tangential striking mechanism (10, 11) and wherein - the tangential striking mechanism (10, 11) has an anvil (60, 61) associated with the output shaft (30, 31) and a hammer (70, 71) associated with the drive shaft (50, 51), wherein the hammer (70, 71) can be moved axially by the force of a spring (80, 81) and a link guide (90, 190) and can be struck against the anvil (60, 61) by rotating the hammer (70, 71) about the drive shaft (50, 51),
An engine rear seal in use being installed to an engine rear portion in which an end plate is arranged in a motor exterior side of a housing, and a flywheel connected to a shaft is arranged in further a motor exterior side of said end plate, wherein the engine rear seal has an oil seal which is installed to an inner periphery of a shaft hole of said housing and slidably comes into close contact with a peripheral surface of said shaft, and a muddy water preventing seal which is arranged in a motor exterior side of said oil seal, wherein said muddy water preventing seal integrally has an attaching portion which is attached onto the peripheral surface of said shaft, and a seal lip which is provided so as to be directed to an outer side in a diametrical direction from said attaching portion and slidably comes into close contact with an end surface in the motor exterior side of said end plate, wherein said seal lip has a lip end back surface portion which is formed into an inclined surface shape so that an outer diameter becomes smaller according to moving far away from the end surface in the motor exterior side of said end plate, characterised in that said engine rear seal comprises the end plate and the flywheel and in that said seal lip is structured such that a lip end comes into contact with the end surface in the motor exterior side of said end plate when said shaft rotates at a low speed, and said lip end moves away from the end surface in the motor exterior side of said end plate on the basis of an action of a centrifugal force when said shaft rotates at a high speed.
A device for collecting nanoparticles likely to be present in an aerosol, comprising: - a conduit in the form of a hollow cylinder for rotating about a longitudinal axis, the conduit comprising an inlet orifice and an outlet orifice, between which the aerosol may circulate; - suction means (18, 54) for circulating the aerosol from the inlet orifice to the outlet orifice; - a unipolar ion diffusion charger, downstream of the inlet orifice, comprising an electrode in the form of a wire that extends along the axis and is surrounded by an electrode in the form of a gate, the charger being adapted to charge the nanoparticles in the space separating the gate from a conducting portion of the internal wall of the conduit by diffusing unipolar ion through the gate; - an electrode, called field electrode, downstream of the diffusion charger, which electrode is in the form of a circular plate that extends orthogonal to the axis, and at least one flat substrate, parallel to the field electrode, perforated in its central part with a through opening, and comprising various concentric rings around the through opening individually connected to at least one electrometer; device in which the potential difference applied between the field electrode and the substrate being adapted to generate an electric field without a corona effect in the space that separates them and thus, on the one hand, to allow particles bigger than nanoparticles to pass through the through opening and, on the other hand, to collect the nanoparticles previously charged by the diffusion charger by deposition onto a collection zone of the flat substrate defined by the various rings. - a conduit in the form of a hollow cylinder for rotating about a longitudinal axis, the conduit comprising an inlet orifice and an outlet orifice, between which the aerosol may circulate; - suction means (18, 54) for circulating the aerosol from the inlet orifice to the outlet orifice; - a unipolar ion diffusion charger, downstream of the inlet orifice, comprising an electrode in the form of a wire that extends along the axis and is surrounded by an electrode in the form of a gate, the charger being adapted to charge the nanoparticles in the space separating the gate from a conducting portion of the internal wall of the conduit by diffusing unipolar ion through the gate; - an electrode, called field electrode, downstream of the diffusion charger, which electrode is in the form of a circular plate that extends orthogonal to the axis, and at least one flat substrate, parallel to the field electrode, perforated in its central part with a through opening, and comprising various concentric rings around the through opening individually connected to at least one electrometer;
A connector comprising: a terminal that moves in a contact direction with respect to a counterpart terminal and comes into contact with the counterpart terminal; a housing that accommodates at least a portion of the terminal; a temperature sensor that is accommodated in the housing, is disposed in a space portion formed by the housing and the terminal, and detects a temperature of the terminal; and a holding structure that holds the temperature sensor to be movable in at least a first orthogonal direction in the space portion, characterized in that the housing has a base portion and a pressing arm portion extending from the base portion in the contact direction and elastically deformable in the first orthogonal direction orthogonal to the contact direction, the pressing arm portion has a protrusion portion that protrudes into the space portion and comes into contact with the temperature sensor, and when the protrusion portion comes into contact with the temperature sensor, the pressing arm portion is elastically deformed to press the temperature sensor located in the space portion with respect to the first orthogonal direction, and the pressed temperature sensor is brought into contact with the terminal. a terminal that moves in a contact direction with respect to a counterpart terminal and comes into contact with the counterpart terminal; a housing that accommodates at least a portion of the terminal; a temperature sensor that is accommodated in the housing, is disposed in a space portion formed by the housing and the terminal, and detects a temperature of the terminal; and a holding structure that holds the temperature sensor to be movable in at least a first orthogonal direction in the space portion, characterized in that the housing has a base portion and a pressing arm portion extending from the base portion in the contact direction and elastically deformable in the first orthogonal direction orthogonal to the contact direction, the pressing arm portion has a protrusion portion that protrudes into the space portion and comes into contact with the temperature sensor, and when the protrusion portion comes into contact with the temperature sensor, the pressing arm portion is elastically deformed to press the temperature sensor located in the space portion with respect to the first orthogonal direction, and the pressed temperature sensor is brought into contact with the terminal.
A dam evaluation system for evaluating a dam state of a dam, comprising a) at least one mobile dam monitoring unit adapted to exert excitations to a monitored dam and to transfer excitation response parameters of the dam measured by sensors deployed at the monitored dam to an analytical center of said dam evaluation system; b) said dam evaluation system having an evaluation unit; characterized in that c) said dam evaluation unit is adapted to compare the received excitation response parameters of the monitored dam with historic excitation response parameters of the same dam and with historic excitation response parameters of a selected set of similar dams stored in databases (9, 10) of said dam evaluation system. a) at least one mobile dam monitoring unit adapted to exert excitations to a monitored dam and to transfer excitation response parameters of the dam measured by sensors deployed at the monitored dam to an analytical center of said dam evaluation system; b) said dam evaluation system having an evaluation unit; characterized in that c) said dam evaluation unit is adapted to compare the received excitation response parameters of the monitored dam with historic excitation response parameters of the same dam and with historic excitation response parameters of a selected set of similar dams stored in databases (9, 10) of said dam evaluation system.