mhurhangee/patent-ind-claim-en huggingface dataset:
An autonomous traveling work machine that is configured to detect a current position by each of a first detecting means for detecting the current position and a second detecting means for detecting the current position by a different method from the first detecting means, and to autonomously travel in a working area based on the detected current position, the autonomous traveling work machine comprising: a zone identifying unit for identifying a zone in which position detection accuracy of the second detecting means is relatively high; a travel controlling unit for controlling the autonomous traveling work machine to travel to the zone identified by the zone identifying unit when position detection accuracy of both of the first and second detecting means decreases to less than or equal to a predetermined value; a position correcting unit for correcting a current position used for autonomous traveling to the current position detected by the second detecting means when the autonomous traveling work machine moves to the zone, and the zone identifying unit is adapted to identify a plurality of the zones (Z1, Z2), characterized in that the travel controlling unit is adapted to identify an area of each zone (Z1, Z2), and to control the autonomous traveling work machine to travel to a zone (Z1) with a largest area of the plurality of the zones (Z1, Z2). a zone identifying unit for identifying a zone in which position detection accuracy of the second detecting means is relatively high; a travel controlling unit for controlling the autonomous traveling work machine to travel to the zone identified by the zone identifying unit when position detection accuracy of both of the first and second detecting means decreases to less than or equal to a predetermined value; a position correcting unit for correcting a current position used for autonomous traveling to the current position detected by the second detecting means when the autonomous traveling work machine moves to the zone, and the zone identifying unit is adapted to identify a plurality of the zones (Z1, Z2), characterized in that the travel controlling unit is adapted to identify an area of each zone (Z1, Z2), and to control the autonomous traveling work machine to travel to a zone (Z1) with a largest area of the plurality of the zones (Z1, Z2).
A system for sanitizing a laundry sling that is moveable along one or more support rails, the system comprising: an outer housing having an upper portion and a lower portion ; an inner track coupled to the outer housing ; a transport mechanism coupled to the inner track such that the transport mechanism is moveable relative to the inner track between a first position and a second position; a sanitizing lamp coupled to the transport mechanism such that movement of the transport mechanism from the first position to the second position causes a corresponding movement of the sanitizing lamp ; an actuator coupled to the inner track and the transport mechanism the actuator including a piston cylinder and a piston slidably disposed within the piston cylinder , the piston being coupled to the transport mechanism such that movement of the piston relative to the piston cylinder causes the transport mechanism to move from the first position to the second position such that at least a portion of the sanitizing lamp protrudes from the lower portion of the outer housing and is positioned within the laundry sling ; wherein the system further comprises a stopper configured to be coupled to one of the one or more support rails, the stopper being configured to inhibit movement of the laundry sling along the one or more support rails. an outer housing having an upper portion and a lower portion ; an inner track coupled to the outer housing ; a transport mechanism coupled to the inner track such that the transport mechanism is moveable relative to the inner track between a first position and a second position; a sanitizing lamp coupled to the transport mechanism such that movement of the transport mechanism from the first position to the second position causes a corresponding movement of the sanitizing lamp ; an actuator coupled to the inner track and the transport mechanism the actuator including a piston cylinder and a piston slidably disposed within the piston cylinder , the piston being coupled to the transport mechanism such that movement of the piston relative to the piston cylinder causes the transport mechanism to move from the first position to the second position such that at least a portion of the sanitizing lamp protrudes from the lower portion of the outer housing and is positioned within the laundry sling ; wherein the system further comprises a stopper configured to be coupled to one of the one or more support rails, the stopper being configured to inhibit movement of the laundry sling along the one or more support rails.
A fluid purification device, comprising: a heat-transfer bed filled with heat storage material ; a first plenum attached to a first opening of the heat-transfer bed ; a second plenum attached to a second opening of the heat-transfer bed , wherein the first opening and the second opening are arranged on opposite sides of the heat-transfer bed ; and wherein the first plenum and the second plenum are configured to alternatingly supply fluid to the heat-transfer bed such that the fluid heats up and reacts while flowing through the heat storage material , and wherein, during a time period in which one of the first plenum and the second plenum is configured to supply the fluid to the heat-transfer bed , the other one of the first plenum and the second plenum is configured to drain the reacted fluid from the heat-transfer bed , characterised by a heat blocking element arranged in the first plenum , wherein the heat blocking element is spaced apart from the heat-transfer bed and is spaced apart from a housing of the first plenum , wherein the heat blocking element extends beyond the first opening and is configured to limit heat emission from the heat storage material into the first plenum . a heat-transfer bed filled with heat storage material ; a first plenum attached to a first opening of the heat-transfer bed ; a second plenum attached to a second opening of the heat-transfer bed , wherein the first opening and the second opening are arranged on opposite sides of the heat-transfer bed ; and wherein the first plenum and the second plenum are configured to alternatingly supply fluid to the heat-transfer bed such that the fluid heats up and reacts while flowing through the heat storage material , and wherein, during a time period in which one of the first plenum and the second plenum is configured to supply the fluid to the heat-transfer bed , the other one of the first plenum and the second plenum is configured to drain the reacted fluid from the heat-transfer bed , characterised by a heat blocking element arranged in the first plenum , wherein the heat blocking element is spaced apart from the heat-transfer bed and is spaced apart from a housing of the first plenum , wherein the heat blocking element extends beyond the first opening and is configured to limit heat emission from the heat storage material into the first plenum .
An air spring for a motor vehicle, comprising - an air-spring module with an air-spring-module connection element as a connecting part with the load to be cushioned and an air-spring-module bellow , wherein the air-spring-module bellow is connected at least to the air-spring module connection element on the side facing the air-spring-module connection element in an airtight manner, - a rolling piston , wherein the air-spring module comprises at least one connection element for the at least airtight connection of the air-spring module to the rolling piston , wherein the air-spring-module bellow is arranged between the air-spring-module connection element and the connection element , thereby connecting in an airtight manner, characterized in that the connection element is arranged directly adjacent to the rolling piston at least in sections and the connection element is placed onto the rolling piston , and wherein one or a plurality of guide rib(s) is/are arranged on the connection element , which form an efficient connection to the air-spring-module-side rolling piston end and stabilize the air-spring module in the transverse direction to the longitudinal axis (L) of the rolling piston . - an air-spring module with an air-spring-module connection element as a connecting part with the load to be cushioned and an air-spring-module bellow , wherein the air-spring-module bellow is connected at least to the air-spring module connection element on the side facing the air-spring-module connection element in an airtight manner, - a rolling piston ,
A high strength, high toughness steel alloy having good temper resistance, said alloy comprising, in weight percent: Carbon 0.37-0.45 Manganese 0.7-1.2 Silicon 1.3-2.1 Phosphorus 0.01 max. Sulfur 0.001 max. Chromium 1.0 - 1.5 Nickel 3.5 - 4.5 Molybdenum 0.4-1.1 Copper 0.5 - 0.6 Cobalt 0.01 max. Vanadium 0.25 - 0.35 Titanium 0.01 max. Calcium up to 0.005 the balance being iron and usual impurities, and wherein 6 ≤ % Si + % Cu / % V ≤ 12 .
A backflush needle for use used in an ophthalmic operation, wherein the backflush needle is configured to be passed through a cannula attached to an eyeball (E), wherein the backflush needle comprises: a tubular needle main body configured to pass through the cannula , a tubular soft member formed from silicone resin and connected to a front end of the needle main body , and a rod-shaped core member configured to pass through the tubular hollow cavities of the needle main body and of the soft member , respectively, wherein the core member is axially movable, allowing protrusion of a front end of the core member from the soft member and retraction of the same until a detached position from the needle main body. a tubular needle main body configured to pass through the cannula , a tubular soft member formed from silicone resin and connected to a front end of the needle main body , and a rod-shaped core member configured to pass through the tubular hollow cavities of the needle main body and of the soft member , respectively, wherein the core member is axially movable, allowing protrusion of a front end of the core member from the soft member and retraction of the same until a detached position from the needle main body.
An expandable center arrangement for a reactor comprising: a) a center support ; b) a cone positioned on the center support , the cone being expandable in the radial direction and the cone being capable of sliding on the center support ; c) an expansion weight positioned on the center support , the expansion weight arranged above the cone , and d) a locking means positioned on the center support , wherein the locking means is arranged above the expansion weight , and the locking means prevents the expansion weight from moving on the center support in a direction away from the cone . a) a center support ; b) a cone positioned on the center support , the cone being expandable in the radial direction and the cone being capable of sliding on the center support ; c) an expansion weight positioned on the center support , the expansion weight arranged above the cone , and d) a locking means positioned on the center support , wherein the locking means is arranged above the expansion weight , and the locking means prevents the expansion weight from moving on the center support in a direction away from the cone .
A laryngoscope for carrying out an internal examination of a patient and for assisting intubation of a tracheal tube, comprising a body portion and a disposable blade portion , the blade portion comprising an at least partially rigid probe means having a spatulate shape, the rigid probe means is at least partially transparent, and the laryngoscope further comprises a camera and light source , characterised in that : the rigid probe means has a channel running partially through it, and the camera and the light source are provided inside the channel; and a part of the transparent section of the rigid probe means forms a lens for use with the camera , the channel is such that, in use, the camera will not come into contact with the patient, and wherein a strengthening element is provided in the channel . the rigid probe means has a channel running partially through it, and the camera and the light source are provided inside the channel; and a part of the transparent section of the rigid probe means forms a lens for use with the camera , the channel is such that, in use, the camera will not come into contact with the patient, and wherein a strengthening element is provided in the channel .
A node comprising: a packet network interface adapted to receive a plurality of packets, at least a first packet having a first destination address and a first bit and a second bit, and a second packet having a second destination address and a third bit and a fourth bit; wherein the term "bit" refers to a single bit or a plurality of bits transmitted and/or received as a cluster of bits representing a codeword, characterized by an ethernet switch to assign and store packets into a virtual queue based on destination; and a distribution engine (36a-n) to separate the packets into bits, and then provide the bits to a virtual concatenation group comprising a predetermined group of optical channel data unit,ODU, containers (46a-n) associated with a particular destination, wherein, when the plurality of packets are received by a node, a first packet having a first destination address and a first bit and a second bit may be stored into a first virtual queue and the bits are transmitted to a first predetermined group of ODU containers (46a-n), and a second packet having a second destination address and a third bit and a fourth bit may be stored into a second virtual queue and the bits are transmitted to a second predetermined group of ODU containers (46a-n), wherein the distribution engine (36a-n) is further configured to provide a first set of deskewing markers to an optical port indicating a first sequence of the first bit and the second bit, and to provide a second set of deskewing markers to the optical port indicative of a second sequence of the third bit and the fourth bit. a packet network interface adapted to receive a plurality of packets, at least a first packet having a first destination address and a first bit and a second bit, and a second packet having a second destination address and a third bit and a fourth bit; wherein the term "bit" refers to a single bit or a plurality of bits transmitted and/or received as a cluster of bits representing a codeword, characterized by an ethernet switch to assign and store packets into a virtual queue based on destination; and a distribution engine (36a-n) to separate the packets into bits, and then provide the bits to a virtual concatenation group comprising a predetermined group of optical channel data unit,ODU, containers (46a-n) associated with a particular destination, wherein, when the plurality of packets are received by a node, a first packet having a first destination address and a first bit and a second bit may be stored into a first virtual queue and the bits are transmitted to a first predetermined group of ODU containers (46a-n), and a second packet having a second destination address and a third bit and a fourth bit may be stored into a second virtual queue and the bits are transmitted to a second predetermined group of ODU containers (46a-n), wherein the distribution engine (36a-n) is further configured to provide a first set of deskewing markers to an optical port indicating a first sequence of the first bit and the second bit, and to provide a second set of deskewing markers to the optical port indicative of a second sequence of the third bit and the fourth bit.
A system for inspecting a tubular device that includes an outer surface and a spatially-periodic supporting structure beneath the outer surface, wherein the supporting structure is selected from the group of supporting structures consisting of: a coil, and a braid, the system comprising: a light source , configured to illuminate the outer surface with light ; an imaging device , configured to acquire an image of a reflection of the light from the outer surface, wherein the position of the reflection in the image and/or the intensity of the reflection in the image varies periodically, including a series of alternating positive and negative peaks ; and a processor , configured to ascertain a spatial frequency of the supporting structure by processing the image by: calculating the distance between a pair of successive positive peaks in the reflection and/or between a pair of successive positive peaks in the intensity of the reflection, or an average of this distance over multiple such pairs; or carrying out a Fast Fourier Transform, FFT, of the position or intensity of the reflection, and identify a dominant frequency of the FFT. a light source , configured to illuminate the outer surface with light ; an imaging device , configured to acquire an image of a reflection of the light from the outer surface, wherein the position of the reflection in the image and/or the intensity of the reflection in the image varies periodically, including a series of alternating positive and negative peaks ; and a processor , configured to ascertain a spatial frequency of the supporting structure by processing the image by: calculating the distance between a pair of successive positive peaks in the reflection and/or between a pair of successive positive peaks in the intensity of the reflection, or an average of this distance over multiple such pairs; or carrying out a Fast Fourier Transform, FFT, of the position or intensity of the reflection, and identify a dominant frequency of the FFT. calculating the distance between a pair of successive positive peaks in the reflection and/or between a pair of successive positive peaks in the intensity of the reflection, or an average of this distance over multiple such pairs; or carrying out a Fast Fourier Transform, FFT, of the position or intensity of the reflection, and identify a dominant frequency of the FFT.
A display apparatus comprising: a display ; a receiver ; and a processor configured to: in response to a first control signal for setting one of a plurality of screen areas which is displayed on the display when the display apparatus operates in a plurality of screen areas mode being received through the receiver from a remote controller , control the display to display a plurality of thumbnails corresponding to a plurality of contents, and in response to a second control signal for selecting one of the plurality of thumbnails being received through the receiver from the remote controller, set a content, corresponding to the selected thumbnail, among the plurality of contents to be displayed in the one of the plurality of screen areas when the display apparatus operates in the plurality of screen areas mode. a display ; a receiver ; and a processor configured to: in response to a first control signal for setting one of a plurality of screen areas which is displayed on the display when the display apparatus operates in a plurality of screen areas mode being received through the receiver from a remote controller , control the display to display a plurality of thumbnails corresponding to a plurality of contents, and in response to a second control signal for selecting one of the plurality of thumbnails being received through the receiver from the remote controller, set a content, corresponding to the selected thumbnail, among the plurality of contents to be displayed in the one of the plurality of screen areas when the display apparatus operates in the plurality of screen areas mode. in response to a first control signal for setting one of a plurality of screen areas which is displayed on the display when the display apparatus operates in a plurality of screen areas mode being received through the receiver from a remote controller , control the display to display a plurality of thumbnails corresponding to a plurality of contents, and in response to a second control signal for selecting one of the plurality of thumbnails being received through the receiver from the remote controller, set a content, corresponding to the selected thumbnail, among the plurality of contents to be displayed in the one of the plurality of screen areas when the display apparatus operates in the plurality of screen areas mode.
An air intake system for the ventilation of a building, including an air intake device having a fixing surface provided to be fixed to a wall comprising an opening facing towards the outside , characterized in that it includes a spacer comprising a first face configured to be fixed to the wall by surrounding the external opening , and a second substantially opposite face configured to receive the fixing surface of the air intake device , this spacer including from the opening to the outside, a direct air passage towards the interior of the building forming a constant flow (F1), and an inner air passage towards this intake device forming a main flow (F), the air intake system further including a means for adjusting flow rate.
A waste bin device of an aircraft lavatory unit, comprising a waste bin device main body including: a chute stored in a storage chamber of the aircraft lavatory unit, where a waste inserting opening is formed at a location corresponding to a waste inserting port of a wall portion partitioning the storage chamber ; a waste flap that enables opening and closing of the waste inserting opening , and is biased in a direction of closing the waste inserting opening ; and a waste container disposed at a location where waste inserted from the waste inserting port is stored below the chute ; wherein the chute is maintained inside the storage chamber , the chute , waste flap , and waste container are formed having fire resistance performance and form a fire spreading prevention space that prevents fire from spreading to the outside of the waste bin device main body due to a flame occurring when waste inserted in the waste container catches fire, the fire spreading prevention space is formed inside the waste bin device main body at a storing position of the waste container where an upper portion of the waste container is positioned with regard to a lower portion of the chute , and a maintaining portion that maintains the waste container at the storing position is provided. a chute stored in a storage chamber of the aircraft lavatory unit, where a waste inserting opening is formed at a location corresponding to a waste inserting port of a wall portion partitioning the storage chamber ; a waste flap that enables opening and closing of the waste inserting opening , and is biased in a direction of closing the waste inserting opening ; and a waste container disposed at a location where waste inserted from the waste inserting port is stored below the chute ; wherein the chute is maintained inside the storage chamber , the chute , waste flap , and waste container are formed having fire resistance performance and form a fire spreading prevention space that prevents fire from spreading to the outside of the waste bin device main body due to a flame occurring when waste inserted in the waste container catches fire, the fire spreading prevention space is formed inside the waste bin device main body at a storing position of the waste container where an upper portion of the waste container is positioned with regard to a lower portion of the chute , and a maintaining portion that maintains the waste container at the storing position is provided.