mhurhangee/ep-ind-claims huggingface dataset:
Regulator assembly for a breathing mask of an aircraft crew member, comprising: - a casing forming a support, - a mode selection knob mounted on the support so as to be movable between at least a first position (EMGCY) and a second position (100%), - a regulator intended to be supplied by a source of breathing gas and adapted to supply breathing gas to a breathing cavity in at least the following two operating modes: • when the mode selection knob is in said first position (EMGCY), the regulator supplies gas to the breathing cavity as long as the pressure in the breathing cavity is not greater than a first pressure relative to ambient pressure, • when the mode selection knob is in said second position (100%), the regulator supplies gas to the breathing cavity as long as the pressure in the breathing cavity is not greater than a second pressure relative to ambient pressure, the first pressure being greater than the second pressure, wherein in said regulator assembly, the mode selection knob comprises at least one protruding portion prompting the user to place the mode selection knob in the first position (EMGCY). - a casing forming a support, - a mode selection knob mounted on the support so as to be movable between at least a first position (EMGCY) and a second position (100%), - a regulator intended to be supplied by a source of breathing gas and adapted to supply breathing gas to a breathing cavity in at least the following two operating modes: • when the mode selection knob is in said first position (EMGCY), the regulator supplies gas to the breathing cavity as long as the pressure in the breathing cavity is not greater than a first pressure relative to ambient pressure, • when the mode selection knob is in said second position (100%), the regulator supplies gas to the breathing cavity as long as the pressure in the breathing cavity is not greater than a second pressure relative to ambient pressure, the first pressure being greater than the second pressure, • when the mode selection knob is in said first position (EMGCY), the regulator supplies gas to the breathing cavity as long as the pressure in the breathing cavity is not greater than a first pressure relative to ambient pressure, • when the mode selection knob is in said second position (100%), the regulator supplies gas to the breathing cavity as long as the pressure in the breathing cavity is not greater than a second pressure relative to ambient pressure, the first pressure being greater than the second pressure,
A method performed by an apparatus for managing packet data network, PDN, connectivity in wireless networks, comprising: receiving a request from a device to establish a PDN connection with an access point specifying an access point name, APN; determining the APN relates to PDN connectivity, provided by the access point, to a local gateway; determining the device is not allowed to establish the PDN connection to the local gateway at the access point based on determining the APN relates to PDN connectivity to the local gateway; and sending one or more PDN connectivity parameters to the device indicating one or more access points related to the access point with which the device is not allowed to establish PDN connections to the local gateway for the APN. receiving a request from a device to establish a PDN connection with an access point specifying an access point name, APN; determining the APN relates to PDN connectivity, provided by the access point, to a local gateway; determining the device is not allowed to establish the PDN connection to the local gateway at the access point based on determining the APN relates to PDN connectivity to the local gateway; and sending one or more PDN connectivity parameters to the device indicating one or more access points related to the access point with which the device is not allowed to establish PDN connections to the local gateway for the APN.
A cable cutter assembly for a hoist, comprising: an actuator assembly, characterized in that it comprises: at least one pressurized fluid cavity; a first outlet port; a solenoid comprising a coil and an armature, wherein said armature is movable between a closed position and an open position relative to said first outlet port, wherein said armature engages said first outlet port when in said closed position and is spaced from said first outlet port when and said open position; a cutter body comprising a cutter body cavity fluidly connected with said first outlet port; and a cutter disposed within said cutter body cavity; wherein disposing said armature in said open position fluidly connects said at least one pressurized fluid cavity with said cutter body cavity to move said cutter in a cable cutting direction. an actuator assembly, characterized in that it comprises: at least one pressurized fluid cavity; a first outlet port; a solenoid comprising a coil and an armature, wherein said armature is movable between a closed position and an open position relative to said first outlet port, wherein said armature engages said first outlet port when in said closed position and is spaced from said first outlet port when and said open position; at least one pressurized fluid cavity; a first outlet port; a solenoid comprising a coil and an armature, wherein said armature is movable between a closed position and an open position relative to said first outlet port, wherein said armature engages said first outlet port when in said closed position and is spaced from said first outlet port when and said open position; a cutter body comprising a cutter body cavity fluidly connected with said first outlet port; and a cutter disposed within said cutter body cavity; wherein disposing said armature in said open position fluidly connects said at least one pressurized fluid cavity with said cutter body cavity to move said cutter in a cable cutting direction.
Method comprising: defining a Center-of-Radiation Reference (CORR) for a device under test (30; 70), the CORR indicating a reference origin of an electromagnetic wave pattern formable with the DUT (30; 70); wherein the CORR is arranged at a different position when compared to the reference origin and comprises information about an offset between the CORR and the reference origin; determining a 3-dimensional orientation information with respect to the CORR, the 3-dimensional orientation information indicating a direction of the electromagnetic wave pattern; and providing the CORR and the 3-dimensional orientation information to a measurement system (80; 80'). defining a Center-of-Radiation Reference (CORR) for a device under test (30; 70), the CORR indicating a reference origin of an electromagnetic wave pattern formable with the DUT (30; 70); wherein the CORR is arranged at a different position when compared to the reference origin and comprises information about an offset between the CORR and the reference origin; determining a 3-dimensional orientation information with respect to the CORR, the 3-dimensional orientation information indicating a direction of the electromagnetic wave pattern; and providing the CORR and the 3-dimensional orientation information to a measurement system (80; 80').
A chassis of a vehicle with a head and neck support and protection device for a driver of the vehicle, wherein the device comprises • an arm, pivotably mounted to a support, comprising a helmet clip, at its end opposite to the pivotable mount, configured to engage a helmet pin; • wherein the arm has a slidably-mounted element for connecting it to the helmet clip; • whereas the slidably-mounted element is configured to slide out of the arm, in a controlled manner, when conditions indicating a crash have been met;. wherein the support is a carrying shaft connected to the chassis so that, once connected, it is fixedly positioned parallel to the left-right axis of the vehicle; characterized in that it further comprises: • a resistance block (4, 71, 281) that is fixed to the chassis and configured to transfer energy into the chassis when the arm hits the resistance block (4, 71, 281); • wherein the carrying shaft is positioned perpendicularly to the axis of the longer section of the arm. • an arm, pivotably mounted to a support, comprising a helmet clip, at its end opposite to the pivotable mount, configured to engage a helmet pin; • wherein the arm has a slidably-mounted element for connecting it to the helmet clip; • whereas the slidably-mounted element is configured to slide out of the arm, in a controlled manner, when conditions indicating a crash have been met; • a resistance block (4, 71, 281) that is fixed to the chassis and configured to transfer energy into the chassis when the arm hits the resistance block (4, 71, 281); • wherein the carrying shaft is positioned perpendicularly to the axis of the longer section of the arm.
A computer-implemented method of determining breast measurements in an automatic fashion from a three-dimensional (3-D) representation of an upper torso, comprising the method steps of (a) automatically recognizing from said 3-D representation a first set of 3-D features and locations of said upper torso by contour analysis of said 3-D representation; (b) recognizing a second set of 3-D features and locations of said upper torso from said first set of recognized 3-D features and locations; and (c) determining a plurality of 3-D breast-related surface measurements using at least some of said 3-D features and locations, or determining a plurality of direct point-to-point breast-related distances using at least some of said 3-D features and locations, or determining a combination thereof. (a) automatically recognizing from said 3-D representation a first set of 3-D features and locations of said upper torso by contour analysis of said 3-D representation; (b) recognizing a second set of 3-D features and locations of said upper torso from said first set of recognized 3-D features and locations; and (c) determining a plurality of 3-D breast-related surface measurements using at least some of said 3-D features and locations, or determining a plurality of direct point-to-point breast-related distances using at least some of said 3-D features and locations, or determining a combination thereof.
A method for producing sugar solution by repeating a sugar solution production process comprising the following steps to, wherein a wash solution obtained in step by washing an ultrafiltration membrane and /or a microfiltration membrane after step is used for step of subsequent sugar solution production processes: step: preparing slurry of pretreated cellulose-containing biomass; step: hydrolyzing the slurry of pretreated cellulose-containing biomass in step using cellulase from filamentous fungi; step: subjecting the hydrolyzate of step to solid-liquid separation into a solution component and a hydrolysis residue, filtering the solution component first through a microfiltration membrane and then through an ultrafiltration membrane and recovering the cellulase from filamentous fungi as a non-permeate, and recovering the sugar solution as a permeate; and step: washing the separation membranes used in step and recovering a wash solution containing a polymer component which does not pass through one or both of the microfiltration and the ultrafiltration membrane. step: preparing slurry of pretreated cellulose-containing biomass; step: hydrolyzing the slurry of pretreated cellulose-containing biomass in step using cellulase from filamentous fungi; step: subjecting the hydrolyzate of step to solid-liquid separation into a solution component and a hydrolysis residue, filtering the solution component first through a microfiltration membrane and then through an ultrafiltration membrane and recovering the cellulase from filamentous fungi as a non-permeate, and recovering the sugar solution as a permeate; and step: washing the separation membranes used in step and recovering a wash solution containing a polymer component which does not pass through one or both of the microfiltration and the ultrafiltration membrane.
A method of reducing formaldehyde and/or low molecular weight organopolysiloxane generated from a cured product of a heat resistant silicone rubber composition upon heating the cured product, the method comprising compounding greater than or equal to 0.1 mass% each of titanium oxide and iron oxide in the heat resistant silicone rubber composition.
A process for fabricating a carbon composite structure that is lightweight, structurally sound, and characterized by high heat capacity, comprising: forming a carbon structure with at least one cavity therein; placing a phase change medium within said cavity, said phase change medium demonstrating high energy absorption capacity, high thermal conductivity, and high void volume for phase change material retention; and closing said phase change medium within said cavity to allow vapor diffusion and liquid containment. forming a carbon structure with at least one cavity therein; placing a phase change medium within said cavity, said phase change medium demonstrating high energy absorption capacity, high thermal conductivity, and high void volume for phase change material retention; and closing said phase change medium within said cavity to allow vapor diffusion and liquid containment.
Connecting system for connecting a device for cooling and/or heating a medium to a foundation, in particular to a foundation which is inclined in relation to a horizontal, such as a roof surface, having at least one bearing element for arrangement on a foundation surface, which at least one bearing element is connected or connectable to the device, and having at least one connecting element for connecting the bearing element to the foundation, wherein provision is made of at least one guide element for receiving and guiding the connecting element, wherein the guide element permits only a translational movement of the connecting element in the direction of a guide axis and/or a rotational movement about the guide axis, wherein the guide element is connected rigidly to the bearing element, wherein the guide element is of sleeve-like form and has a longitudinal extent, wherein said longitudinal extent defines a longitudinal axis which extends substantially along the guide axis, characterized in that the longitudinal axis includes an angle W with a bearing surface of the bearing element, wherein the angle W has a value in the range 20° to 80°, preferably 40° to 60°, particularly preferably of 60°. wherein provision is made of at least one guide element for receiving and guiding the connecting element, wherein the guide element permits only a translational movement of the connecting element in the direction of a guide axis and/or a rotational movement about the guide axis, wherein the guide element is connected rigidly to the bearing element, wherein the guide element is of sleeve-like form and has a longitudinal extent, wherein said longitudinal extent defines a longitudinal axis which extends substantially along the guide axis, characterized in that the longitudinal axis includes an angle W with a bearing surface of the bearing element, wherein the angle W has a value in the range 20° to 80°, preferably 40° to 60°, particularly preferably of 60°.
An intercom system comprising: a front door slave unit which has an attached camera; and a master unit which is connected to the front door slave unit having the attached camera through one two-wire cable, wherein the front door slave unit packetizes a control signal, an image signal, and a sound signal of the front door slave unit, generates an uplink signal, and transmits the generated uplink signal to the master unit, the master unit packetizes a control signal and a sound signal of the master unit, generates a downlink signal, and transmits the generated downlink signal to the front door slave unit, and the front door slave unit and the master unit perform transmission of the uplink signal and transmission of the downlink signal in a manner of time division duplex using the two-wire cable, wherein a bundle of packets formed in the packetizing is transmitted during a frame, wherein one of the packets of the uplink signal for the frame is formed in the packetizing of the control signal and the sound signal of the front door slave unit and the other packets of the uplink signal for the frame are formed in the packetizing of the image signal of the front door slave unit, and wherein the downlink signal for the frame includes one packet formed in the packetizing of the control signal and the sound signal of the master unit. a front door slave unit which has an attached camera; and a master unit which is connected to the front door slave unit having the attached camera through one two-wire cable, wherein the front door slave unit packetizes a control signal, an image signal, and a sound signal of the front door slave unit, generates an uplink signal, and transmits the generated uplink signal to the master unit, the master unit packetizes a control signal and a sound signal of the master unit, generates a downlink signal, and transmits the generated downlink signal to the front door slave unit, and the front door slave unit and the master unit perform transmission of the uplink signal and transmission of the downlink signal in a manner of time division duplex using the two-wire cable, wherein a bundle of packets formed in the packetizing is transmitted during a frame, wherein one of the packets of the uplink signal for the frame is formed in the packetizing of the control signal and the sound signal of the front door slave unit and the other packets of the uplink signal for the frame are formed in the packetizing of the image signal of the front door slave unit, and wherein the downlink signal for the frame includes one packet formed in the packetizing of the control signal and the sound signal of the master unit.
A surgical device comprising: a shaft including a movable portion; a first tendon (130, 230) attached to the movable portion and extending through the shaft; a first asymmetric spring system having a spring, a first end of which is coupled to a cam, wherein the cam is coupled to the first tendon (130, 230); and a first mechanism (212, 250, 260) connected to control an amount of movement of a second end of the spring of the first asymmetric spring system; wherein the cam is configured to provide a variable moment arm such that a force applied by the first asymmetric spring system to the first tendon (130, 230) has greater dependence on an amount of movement of the second end of the spring of the first asymmetric spring system than on an amount of movement of the first tendon (130, 230). a shaft including a movable portion; a first tendon (130, 230) attached to the movable portion and extending through the shaft; a first asymmetric spring system having a spring, a first end of which is coupled to a cam, wherein the cam is coupled to the first tendon (130, 230); and a first mechanism (212, 250, 260) connected to control an amount of movement of a second end of the spring of the first asymmetric spring system; wherein the cam is configured to provide a variable moment arm such that a force applied by the first asymmetric spring system to the first tendon (130, 230) has greater dependence on an amount of movement of the second end of the spring of the first asymmetric spring system than on an amount of movement of the first tendon (130, 230).
A gun stock with interchangeable cheek rest, said gun stock comprising a main body and a cheek rest removably associated with said body; said cheek rest comprising a supporting structure and a cheek pad that rests on an elastic member associated with said structure; said stock being characterized in that said elastic member comprises a leaf spring; said leaf spring being removable from said structure and being replaceable with a leaf spring having different characteristics of elasticity.
A sliding bearing comprising: a cylindrical bearing body; a first slit (14, 15) provided in said bearing body and extending from one axial end face of said bearing body toward another axial end face of said bearing body; a second slit (16, 17, 18) provided in said bearing body and extending from said other end face of said bearing body toward said one end face of said bearing body; at least one straight groove (35, 36, 37, 38, 39) provided on an inner side of said bearing body in such a manner as to extend in an axial direction and disposed between said slits (14, 15, 16, 17, 18) in a direction about an axis; a sliding surface which is provided on the inner side of said bearing body and partially severed in the direction about the axis by said slits (14, 15, 16, 17, 18) and said straight groove (35, 36, 37, 38, 39); at least one fitting groove provided in an outer surface of said bearing body; and an elastic ring which is fitted in said fitting groove in such a manner as to partially project radially from said outer surface of said bearing body and to reduce the diameter of said bearing body, wherein said at least one straight groove (35, 36, 37, 38, 39) is closed on a side of said one axial end face of said bearing body, and is open on a side of said other axial end face of said bearing body, characterized in that, said bearing body has a tapered surface which extends in the axial direction from said other end face toward said one end face of said bearing body while undergoing a gradual reduction in diameter, terminates at an annular end of said sliding surface, and is severed in the direction about the axis by said second slit (16, 17, 18), and one end of said straight groove (35, 36, 37, 38, 39) which is located on the side of said one axial end face of said bearing body is closed by said sliding surface of said bearing body, while another end of said straight groove (35, 36, 37, 38, 39) which is located on the side of said other axial end face of said bearing body is located on said tapered surface which is located on a side closer to said other end face of said bearing body than said sliding surface.
A composite material having antimicrobial activity for which discrete agglomerates having a porosity of 30 to 98% and being made from an antimicrobial-acting metal are held in a matrix created from a thermoplastic synthetic material, wherein the agglomerates are created from primary particles which are firmly connected with each other via sinter necks, which agglomerates have an open porous spongy framework structure.
Sanitary insert part, having a housing, on whose downstream side an outlet structure is formed, and having an upstream screen, which is arranged on an upstream side, characterized in that the upstream screen is snap-fitted to the outlet structure via a connecting element which runs through an interior space of the housing, wherein the connecting element is in the form of a holding pin.