mhurhangee/ep-ind-claims huggingface dataset:
A device for coupling at least one eyewear lens to at least one nasal applique attachable to a user's nose which results in dilation of a nasal passageway, the device comprising: a base (26, 120, 220) configured to be engageable with the at least one eyewear lens; a first pivot unit (28, 122, 222) coupled to the base (26, 120, 220) and pivotable relative to the base (26, 120, 220) about a first pivot axis; and a second pivot unit (28, 122, 222) coupled to the base (26, 120, 220) and pivotable relative to the base (26, 120, 220) about a second pivot axis; the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) being configured to interact with at least one nasal applique to magnetically couple the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) to the at least one nasal applique, the magnetic coupling between the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) and the at least one nasal applique imparting a dilating force on the user's nose to dilate the nasal passageway when the at least one nasal applique is attached to the user's nose, said device being characterized by further comprising a guide member (44, 142, 238) coupled to the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222), the guide member (44, 142, 238) being moveable relative to the base (26, 120, 220), movement of the guide member (44, 142, 238) relative to the base (26, 120, 220) causing pivotal movement of the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) relative to the base (26, 120, 220), thereby adjusting the magnitude of the dilating force. a base (26, 120, 220) configured to be engageable with the at least one eyewear lens; a first pivot unit (28, 122, 222) coupled to the base (26, 120, 220) and pivotable relative to the base (26, 120, 220) about a first pivot axis; and a second pivot unit (28, 122, 222) coupled to the base (26, 120, 220) and pivotable relative to the base (26, 120, 220) about a second pivot axis; the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) being configured to interact with at least one nasal applique to magnetically couple the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) to the at least one nasal applique, the magnetic coupling between the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) and the at least one nasal applique imparting a dilating force on the user's nose to dilate the nasal passageway when the at least one nasal applique is attached to the user's nose, said device being characterized by further comprising a guide member (44, 142, 238) coupled to the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222), the guide member (44, 142, 238) being moveable relative to the base (26, 120, 220), movement of the guide member (44, 142, 238) relative to the base (26, 120, 220) causing pivotal movement of the first pivot unit (28, 122, 222) and the second pivot unit (28, 122, 222) relative to the base (26, 120, 220), thereby adjusting the magnitude of the dilating force.
Fertilizer spreader which is pulled by a tractor or is accommodated as a mounted implement, with spreading discs which are driven in a revolving manner by the power take-off shaft, the hydraulic system or an electrical energy source of the tractor or an autonomous drive and to which the fertilizer can be fed from a container having a respective outlet opening for each spreading disc, with an agitator rotating thereabove and with a metering slide for controlling the spreading quantity, characterized in that, when the tractor is stationary and the metering slide is closed, a protective device is automatically brought into effect which at least substantially covers the spreading discs, or at least shuts down the spreading discs.
An air conditioner comprising a heat storage device, the heat storage device being disposed to circumscribe a compressor that is provided in an outdoor unit of the air conditioner, the heat storage device of a type opened to atmosphere comprising: a heat storage tank, and a heat storage material accommodated in the heat storage tank, characterized in that: the heat storage tank is provided with a groove or a capillary tube at a top of the heat storage tank substantially entirely along an outer periphery of the heat storage tank, and the groove or the capillary tube has a first end opened into the heat storage tank and a second end opened to atmosphere. a heat storage tank, and a heat storage material accommodated in the heat storage tank, characterized in that: the heat storage tank is provided with a groove or a capillary tube at a top of the heat storage tank substantially entirely along an outer periphery of the heat storage tank, and the groove or the capillary tube has a first end opened into the heat storage tank and a second end opened to atmosphere. the heat storage tank is provided with a groove or a capillary tube at a top of the heat storage tank substantially entirely along an outer periphery of the heat storage tank, and the groove or the capillary tube has a first end opened into the heat storage tank and a second end opened to atmosphere.
Method for deriving audio parameter values from an AES67 compatible audio information signal, which is composed of a serial data stream of consecutive IP packets, wherein the IP packets contain an IP header, a UDP header, an RTP header and a data field, and wherein from information, which is stored in at least two RTP headers of at least two IP packets, a value N is derived which is equal to the number of samples per channel, which are contained in the data field of an IP packet; wherein for this purpose a timestamp is derived from the RTP header of two IP packets in the serial data stream, and the value N is calculated by means of the formula N = {TS(j) - TS(i)}/(p+1), wherein TS(i) and TS(j) are equal to the values of the two derived timestamps and p is the number of IP packets lying between the two IP packets (TP(i), IP(j)) in the serial data stream, wherein p is an integer greater than or equal to zero; and in the UDP header in the AES67-compatible audio information signal a check environment is present, in which data about the content of the information signal to be transmitted is stored and from which data is derived from the AES67-compatible audio information signal. wherein for this purpose a timestamp is derived from the RTP header of two IP packets in the serial data stream, and the value N is calculated by means of the formula N = {TS(j) - TS(i)}/(p+1), wherein TS(i) and TS(j) are equal to the values of the two derived timestamps and p is the number of IP packets lying between the two IP packets (TP(i), IP(j)) in the serial data stream, wherein p is an integer greater than or equal to zero; and in the UDP header in the AES67-compatible audio information signal a check environment is present, in which data about the content of the information signal to be transmitted is stored and from which data is derived from the AES67-compatible audio information signal.
A device for detecting temperature, forming a rod thermometer, comprising: - a plurality of elements sensitive to temperature; and - a protective cladding of longitudinal axis X in which the sensitive elements are partially housed, characterized in that the cladding is made of a metal constituting one of the two metals of a thermocouple, and in that the sensitive elements consist in a plurality of wires (4.1, 4.2, 4.3...) made of a metal different from that of the cladding and constituting the other of the two metals of a thermocouple, one of the ends of each of the wires being welded to the interior of the cladding so as to form a measurement junction of a given thermocouple, the welded ends of the wires being distributed in a plurality of axial and azimuthal positions relative to the axis X in the interior of the cladding, each of the wires exiting from the cladding via at least one of its ends. - a plurality of elements sensitive to temperature; and - a protective cladding of longitudinal axis X in which the sensitive elements are partially housed,
A system for automatic positioning of a railway overhead line, comprising: a mechanical arm; a first hooking device that can be fixed to the end of said mechanical arm; a mast for positioning an overhead line; characterized by comprising a second fixed hooking device, which is fixed to said mast and can be fixed to said first hooking device; said mast comprising at least one horizontal arm, set on which is a set of rollers, with roller head, for correct positioning of an overhead line.
A utensil for cooking food under pressure, which utensil comprises: - a vessel and a lid designed to form a cooking enclosure, - a first member enabling a user to lock/unlock the lid relative to the vessel, said first member being mounted to move relative to the lid between at least a locking position for locking the lid and an unlocking position for unlocking the lid, - and a second member enabling a user to act on the pressure level inside the utensil, said second member being mounted to move relative to the lid between at least firstly an opening position enabling the pressure prevailing inside the cooking enclosure formed by the vessel and by the lid to be brought back to or to be maintained at a value compatible with safe unlocking of the lid, and secondly a cooking position allowing pressure to build up inside said cooking enclosure to a pressure value incompatible with safe unlocking of the lid, said first and second members (6, 9) being mounted to move relative to each other, characterized in that the first and second members (6, 9) interact with each other so that their ability to move relative to each other depends at least in part on their positions relative to each other, the first and second members (6, 9) interacting so that, when the first member is in the locking position and when the second member is in the cooking position, the first member is prevented from reaching its unlocking position by the second member that blocks, by itself, movement of the first member, the second member being mounted to turn on the lid, about an axis of rotation (X-X'), between its opening position and its cooking position(s). - a vessel and a lid designed to form a cooking enclosure, - a first member enabling a user to lock/unlock the lid relative to the vessel, said first member being mounted to move relative to the lid between at least a locking position for locking the lid and an unlocking position for unlocking the lid, - and a second member enabling a user to act on the pressure level inside the utensil, said second member being mounted to move relative to the lid between at least firstly an opening position enabling the pressure prevailing inside the cooking enclosure formed by the vessel and by the lid to be brought back to or to be maintained at a value compatible with safe unlocking of the lid, and secondly a cooking position allowing pressure to build up inside said cooking enclosure to a pressure value incompatible with safe unlocking of the lid,
A method of recognizing an assigned passenger, the method comprising: receiving, by one or more processors of a vehicle, dispatching instructions to pick up the assigned passenger at a pickup location; maneuvering, by the one or more processors, the vehicle towards the pickup location in an autonomous driving mode; identifying, by the one or more processors, from sensor information generated by a sensor of the vehicle, a set of pedestrians; receiving, by the one or more processors, orientation information for a client computing device associated with the assigned passenger; receiving, by the one or more processors, orientation information indicative of the orientations of pedestrians of the set of pedestrians; comparing, by the one or more processors, the orientation information for the client computing device to the orientation information for the set of pedestrians; and using results of the comparing to identify, by the one or more processors, one of the pedestrians of the set of pedestrians as the assigned passenger. receiving, by one or more processors of a vehicle, dispatching instructions to pick up the assigned passenger at a pickup location; maneuvering, by the one or more processors, the vehicle towards the pickup location in an autonomous driving mode; identifying, by the one or more processors, from sensor information generated by a sensor of the vehicle, a set of pedestrians; receiving, by the one or more processors, orientation information for a client computing device associated with the assigned passenger; receiving, by the one or more processors, orientation information indicative of the orientations of pedestrians of the set of pedestrians; comparing, by the one or more processors, the orientation information for the client computing device to the orientation information for the set of pedestrians; and using results of the comparing to identify, by the one or more processors, one of the pedestrians of the set of pedestrians as the assigned passenger.
A reflective mask (101, 102, 103) comprising: a substrate; a multilayered reflective layer formed on one surface of the substrate; a protective layer formed on the multilayered reflective layer; and an absorption layer formed on the protective layer, wherein at least one part of an outer side of a circuit pattern area formed on the absorption layer has a light-shielding frame that is formed through stripping of the absorption layer, the protective layer, and the multilayered reflective layer, characterized in that an opening width of the multilayered reflective layer in a surface thereof at the absorption layer side within the light-shielding frame is larger than or equal to an opening width of the absorption layer, and the opening width of the multilayered reflective layer at all positions within the light-shielding frame other than the surface thereof at the absorption layer side is larger than the opening width of the absorption layer. a substrate; a multilayered reflective layer formed on one surface of the substrate; a protective layer formed on the multilayered reflective layer; and an absorption layer formed on the protective layer, wherein at least one part of an outer side of a circuit pattern area formed on the absorption layer has a light-shielding frame that is formed through stripping of the absorption layer, the protective layer, and the multilayered reflective layer, characterized in that an opening width of the multilayered reflective layer in a surface thereof at the absorption layer side within the light-shielding frame is larger than or equal to an opening width of the absorption layer, and the opening width of the multilayered reflective layer at all positions within the light-shielding frame other than the surface thereof at the absorption layer side is larger than the opening width of the absorption layer.
A snow groomer vehicle comprising: a frame extending along a longitudinal axis; a tool (8, 9) connected to the frame through a connecting device equipped with an actuator assembly operable to determine a relative position of the tool (8, 9) with respect to the frame; a satellite navigation device; a control system including a processing unit and a memory device; characterized in that the memory device contains a target map (MT1,..., MTN) representing a desired surface to be obtained by processing the snowpack over a region; wherein the processing unit is configured to: determine a position and an orientation of the frame using data provided by the satellite navigation device; determine a configuration of the tool (8, 9) as a function of the position and orientation of the frame and of the target map (M T1,..., M TN), so that the passage of the tool (8, 9) causes a modification of the snowpack that conforms the snowpack to the target map (M T1,..., M TN); and operate the actuator assembly so as to bring the tool (8, 9) into the determined configuration. a frame extending along a longitudinal axis; a tool (8, 9) connected to the frame through a connecting device equipped with an actuator assembly operable to determine a relative position of the tool (8, 9) with respect to the frame; a satellite navigation device; a control system including a processing unit and a memory device; characterized in that the memory device contains a target map (MT1,..., MTN) representing a desired surface to be obtained by processing the snowpack over a region; wherein the processing unit is configured to: determine a position and an orientation of the frame using data provided by the satellite navigation device; determine a configuration of the tool (8, 9) as a function of the position and orientation of the frame and of the target map (M T1,..., M TN), so that the passage of the tool (8, 9) causes a modification of the snowpack that conforms the snowpack to the target map (M T1,..., M TN); and operate the actuator assembly so as to bring the tool (8, 9) into the determined configuration. determine a position and an orientation of the frame using data provided by the satellite navigation device; determine a configuration of the tool (8, 9) as a function of the position and orientation of the frame and of the target map (M T1,..., M TN), so that the passage of the tool (8, 9) causes a modification of the snowpack that conforms the snowpack to the target map (M T1,..., M TN); and operate the actuator assembly so as to bring the tool (8, 9) into the determined configuration.
Device for feeding a liquid odorant into a gas network, comprising a housing which is designed as a pipe section through which gas can flow, an odorant nozzle, an evaporation body, the odorant nozzle and the evaporation body being inserted in a sealed manner into the housing through an opening in the wall of the housing so that the evaporation body extends at least through a part of the free cross-section of the housing within the housing, the device being characterised in that it comprises a valve body (12, 23) which can be moved from a first, open position to a second, closed position, the valve body (12, 23) closing the cross-section of the housing through which gas can flow and opening the cross-section of the housing through which gas can flow in the second position, and wherein the valve body (12, 23) in the second position forms with the housing an extraction lock for the evaporation body and/or the odorant nozzle, wherein the housing comprises a first, second and third pipe outlet (28, 29, 30), wherein the valve body in the second closed position opens said third pipe outlet and wherein said third pipe outlet is preferably closed with an inspection lid.
Cleaning and disinfecting apparatus for medical and/or dental instruments, with a media separation device, the media separation device having a first inlet for rinsing liquid, a second inlet for drying air, and a common outlet for rinsing liquid and drying air, through which common outlet rinsing liquid or drying air can selectively flow out of the media separation device, characterized in that the cleaning and disinfecting apparatus has a drive element, by means of which a shut-off element mounted movably in the media separation device can be transferred to a first position, in which it closes the first inlet, to a second position, in which it closes the second inlet, and to a third position, in which it closes the common outlet, the drive element being designed independently of a device for conveying rinsing liquid or drying air through the media separation device.
An in-vehicle communications system, comprising at least one control device, a plurality of gateway devices, and a plurality of communication endpoints, wherein each gateway device is communicatively connected to the control device, each gateway device is communicatively connected to at least two other gateway devices in the plurality of gateway devices, each gateway device is further communicatively connected to at least one communication endpoint, wherein the at least one control device is configured to control each of the communication endpoints by receiving and processing data from the communication endpoint, and the plurality of gateway devices comprise a first gateway device; the first gateway device is configured to: when receiving first communication data of end-to-end communication, route the first communication data by using a first communication link indicated by a local routing policy, and when the first communication link is abnormal, route a part or all of the first communication data by using a second communication link indicated by the local routing policy; and the end-to-end communication comprises at least one of the following: communication between at least two communication endpoints in a plurality of communication endpoints connected to the plurality of gateway devices, communication between at least two gateway devices in the plurality of gateway devices, communication between any communication endpoint in the plurality of communication endpoints and the control device, and communication between any gateway device in the plurality of gateway devices and the control device. the first gateway device is configured to: when receiving first communication data of end-to-end communication, route the first communication data by using a first communication link indicated by a local routing policy, and when the first communication link is abnormal, route a part or all of the first communication data by using a second communication link indicated by the local routing policy; and the end-to-end communication comprises at least one of the following: communication between at least two communication endpoints in a plurality of communication endpoints connected to the plurality of gateway devices, communication between at least two gateway devices in the plurality of gateway devices, communication between any communication endpoint in the plurality of communication endpoints and the control device, and communication between any gateway device in the plurality of gateway devices and the control device.
A pressure sensing assembly comprising: a pressure sensor mount having an aperture therethrough; a pressure sensor passing through and mounted to the aperture, the pressure sensor having an electrical characteristic that varies with applied pressure; an isolator plug configured to be exposed to a process fluid, the isolator plug having an isolation diaphragm disposed to contact the process fluid and a passageway fluidically coupled to the isolation diaphragm to convey process fluid pressure from the isolation diaphragm to the pressure sensor through an incompressible fluid; a fill tube coupled to the isolator plug and configured to introduce the incompressible fluid into the passageway; wherein the pressure sensor mount is coupled to the isolator plug and has a non-circular shape when viewed along an axis of the aperture; and wherein the fill tube is mounted to the isolator plug and extends from the isolator plug in a direction substantially parallel with the axis of the aperture, wherein the pressure sensor mount is housed in the isolator plug. a pressure sensor mount having an aperture therethrough; a pressure sensor passing through and mounted to the aperture, the pressure sensor having an electrical characteristic that varies with applied pressure; an isolator plug configured to be exposed to a process fluid, the isolator plug having an isolation diaphragm disposed to contact the process fluid and a passageway fluidically coupled to the isolation diaphragm to convey process fluid pressure from the isolation diaphragm to the pressure sensor through an incompressible fluid; a fill tube coupled to the isolator plug and configured to introduce the incompressible fluid into the passageway; wherein the pressure sensor mount is coupled to the isolator plug and has a non-circular shape when viewed along an axis of the aperture; and wherein the fill tube is mounted to the isolator plug and extends from the isolator plug in a direction substantially parallel with the axis of the aperture, wherein the pressure sensor mount is housed in the isolator plug.