mhurhangee/patent-ind-claim-en huggingface dataset:
Accessory for closing a water-dispensing device , of the standpipe or outlet type for a fire hydrant, for drawing off, for irrigation, for road washing and/or road sprinkling, said dispensing device comprising a chamber provided firstly with a water-dispensing outlet intended to be supplied with water coming from inside the chamber and secondly an access opening connecting the outside of the water-dispensing device to the inside of the chamber , the closure accessory comprising: - a cap for closing the access opening designed to be removably fixed to said access opening in order to hermetically close the latter, the closure accessory being characterised in that : - it also comprises a top cover designed to be removably fixed to the closure cap , the top cover thus fixed to the closure cap forming with the latter a compartment containing electronic means for monitoring the dispensing device , - said closure cap being fixed to the access opening by a first fixing means accessible from the outside of the compartment and from the outside of the chamber , - the top cover being fixed to the closure cap by a second fixing means independent of the first fixing means and accessible from the outside of the compartment and from the outside of the chamber , so that firstly the top cover can be separated from the closure cap while the latter is fixed to the access opening , and secondly the closure cap can be separated from the access opening while the top cover is fixed to said closure cap . - a cap for closing the access opening designed to be removably fixed to said access opening in order to hermetically close the latter, - it also comprises a top cover designed to be removably fixed to the closure cap , the top cover thus fixed to the closure cap forming with the latter a compartment containing electronic means for monitoring the dispensing device , - said closure cap being fixed to the access opening by a first fixing means accessible from the outside of the compartment and from the outside of the chamber , - the top cover being fixed to the closure cap by a second fixing means independent of the first fixing means and accessible from the outside of the compartment and from the outside of the chamber , so that firstly the top cover can be separated from the closure cap while the latter is fixed to the access opening , and secondly the closure cap can be separated from the access opening while the top cover is fixed to said closure cap .
A method for transporting data through a single optical fiber (SOF) in two directions between a first station and a second station, wherein the first and the second stations are located on opposite ends of said single optical fiber (SOF), the method comprising the step of: (a) providing (S1) transmission wavelength division multiplexed, Tx-WDM, data channels in the first station for transmitting data to the second station and reception wavelength division multiplexed, Rx-WDM, data channels in the first station for receiving data from the second station having the same frequency grid with frequency gaps between the WDM data channels; characterized by the steps of (b) frequency shifting (S2) in the first station the Tx-WDM data channels and/or the incoming Rx-WDM data channels to avoid spectral overlap between the Tx-WDM data channels and the Rx-WDM data channels; (c) combining (S3) the Tx-WDM data channels and the Rx-WDM data channels, wherein at least one of the Tx-WDM data channels and the Rx-WDM data channels are frequency shifted in step (b); and (d) transporting (S4) data via the combined WDM data channels through said single optical fiber (SOF) in opposite directions. (a) providing (S1) transmission wavelength division multiplexed, Tx-WDM, data channels in the first station for transmitting data to the second station and reception wavelength division multiplexed, Rx-WDM, data channels in the first station for receiving data from the second station having the same frequency grid with frequency gaps between the WDM data channels; characterized by the steps of (b) frequency shifting (S2) in the first station the Tx-WDM data channels and/or the incoming Rx-WDM data channels to avoid spectral overlap between the Tx-WDM data channels and the Rx-WDM data channels; (c) combining (S3) the Tx-WDM data channels and the Rx-WDM data channels, wherein at least one of the Tx-WDM data channels and the Rx-WDM data channels are frequency shifted in step (b); and (d) transporting (S4) data via the combined WDM data channels through said single optical fiber (SOF) in opposite directions.
A method for providing a network connection to at least one hearing aid via the Internet, wherein said at least one hearing aid is connected to the Internet via a gateway, and comprising the steps of: - providing a plurality of user accounts in a user account server accessible over the Internet, each user account including a unique identity for an associated hearing aid; - providing a hearing aid connection register in a control server, wherein the hearing aid connection register includes said unique identity of hearing aids associated with current connection information; - wherein the control server is adapted for updating the connection information in the hearing aid connection register when receiving communicated connection information; characterized in that - detecting, in the hearing aid by means of a network connection handling element, the presence of a wireless connection between said at least one hearing aid and said gateway; - uploading current connection information by said network connection handling element to said control server when the network connection handling element detects the presence of a wireless connection between said at least one hearing aid and said gateway, and - requesting, from a computer device, said control server to provide the current connection information for said at least one hearing aid; and - establishing, from said computer device, a secure connection to said at least one hearing aid based on the current connection information retrieved from said control server - wherein the network connection element contains secure keys for establishing a secure connection between the computer device and the at least one hearing aid. - providing a plurality of user accounts in a user account server accessible over the Internet, each user account including a unique identity for an associated hearing aid; - providing a hearing aid connection register in a control server, wherein the hearing aid connection register includes said unique identity of hearing aids associated with current connection information; - wherein the control server is adapted for updating the connection information in the hearing aid connection register when receiving communicated connection information; characterized in that - detecting, in the hearing aid by means of a network connection handling element, the presence of a wireless connection between said at least one hearing aid and said gateway; - uploading current connection information by said network connection handling element to said control server when the network connection handling element detects the presence of a wireless connection between said at least one hearing aid and said gateway, and - requesting, from a computer device, said control server to provide the current connection information for said at least one hearing aid; and - establishing, from said computer device, a secure connection to said at least one hearing aid based on the current connection information retrieved from said control server - wherein the network connection element contains secure keys for establishing a secure connection between the computer device and the at least one hearing aid.
A carousel ride system , comprising: a rotatable platform ; a plurality of figures that are configured to rotate with the rotatable platform , wherein each figure of the plurality of figures is supported on a respective support post that extends vertically through a respective opening in the rotatable platform ; and a lift system comprising an annular track configured to move relative to the rotatable platform along a vertical axis , wherein the lift system is configured to raise and to lower the plurality of figures relative to the rotatable platform along the vertical axis during ride operations and to position the plurality of figures at a same vertical height relative to the rotatable platform along the vertical axis during loading and unloading operations. a rotatable platform ; a plurality of figures that are configured to rotate with the rotatable platform , wherein each figure of the plurality of figures is supported on a respective support post that extends vertically through a respective opening in the rotatable platform ; and a lift system comprising an annular track configured to move relative to the rotatable platform along a vertical axis , wherein the lift system is configured to raise and to lower the plurality of figures relative to the rotatable platform along the vertical axis during ride operations and to position the plurality of figures at a same vertical height relative to the rotatable platform along the vertical axis during loading and unloading operations.
A cab for a construction machine, comprising: a right wall and a left wall spaced from each other in a left-right direction, one of the right and left walls having a getting-in-and-out section , and the other of the right and left walls serving as a specified side wall having a side window frame defining a side window and at least one side transparent plate (80W1, 80W2) supported by the side window frame ; an air conditioner unit having an air conditioner outlet hole for blowing out air; a side beam extending in a front-rear direction along the specified side wall and below the side window frame ; and a side duct located above the side beam , extending in the front-rear direction along a lower section of the side window frame , and receiving at least a part of the air blown out from the air conditioner unit , the side duct having at least one side duct vent for blowing out the air toward the at least one side transparent plate (80W1, 80W2), characterized in that the side beam is located above the air conditioner unit . a right wall and a left wall spaced from each other in a left-right direction, one of the right and left walls having a getting-in-and-out section , and the other of the right and left walls serving as a specified side wall having a side window frame defining a side window and at least one side transparent plate (80W1, 80W2) supported by the side window frame ; an air conditioner unit having an air conditioner outlet hole for blowing out air; a side beam extending in a front-rear direction along the specified side wall and below the side window frame ; and a side duct located above the side beam , extending in the front-rear direction along a lower section of the side window frame , and receiving at least a part of the air blown out from the air conditioner unit , the side duct having at least one side duct vent for blowing out the air toward the at least one side transparent plate (80W1, 80W2), characterized in that the side beam is located above the air conditioner unit .
A method comprising: transmitting a connection release message to a communication device wherein the connection release message comprises a transmission identifier and the transmission identifier derives a paging frame and a paging occasion for the communication device; transmitting a group paging in the paging frame and the paging occasion, wherein the group paging comprises a scrambling value; transmitting scheduling information via a Physical Downlink Control Channel, PDCCH, scrambled by the scrambling value; wherein the group paging further comprises a listening window duration and the method further comprises: transmitting a Random Access Response, RAR, message for the communication device during the listening window duration in response to transmitting the scheduling information, wherein the RAR message is scheduled according to the scheduling information in the PDCCH; and transmitting a Radio Resource Control, RRC, connection set-up message in response to receiving a RRC connection request message from the communication device. transmitting a connection release message to a communication device wherein the connection release message comprises a transmission identifier and the transmission identifier derives a paging frame and a paging occasion for the communication device; transmitting a group paging in the paging frame and the paging occasion, wherein the group paging comprises a scrambling value; transmitting scheduling information via a Physical Downlink Control Channel, PDCCH, scrambled by the scrambling value; transmitting a Random Access Response, RAR, message for the communication device during the listening window duration in response to transmitting the scheduling information, wherein the RAR message is scheduled according to the scheduling information in the PDCCH; and transmitting a Radio Resource Control, RRC, connection set-up message in response to receiving a RRC connection request message from the communication device.
A method of connecting two panoramic images, the method comprising a portable computing device performing: storing a first panoramic image and one or more further panoramic images , each of the panoramic images having associated therewith a respective location corresponding to a capture location of the respective panoramic image; whilst displaying the first panoramic image , receiving a user selection of a point on the first panoramic image , the point relating to where a connection to another panoramic image may be made; identifying a location corresponding to the user-selected point on the first image ; identifying and displaying one or more further panoramic images having a respective location proximate to the identified location; in response to receiving a user selection of one of the displayed further panoramic images , simultaneously displaying the selected panoramic image and the first panoramic image ; aligning the selected panoramic image with the first panoramic image such that the selected panoramic image is oriented in the same direction as the first panoramic image , wherein the aligning comprises receiving an input from the user indicating that the simultaneously displayed selected and first panoramic images are being displayed in the same direction; storing data representing a connection between the selected panoramic image with the first panoramic image and including alignment information for the first and selected panoramic images. storing a first panoramic image and one or more further panoramic images , each of the panoramic images having associated therewith a respective location corresponding to a capture location of the respective panoramic image; whilst displaying the first panoramic image , receiving a user selection of a point on the first panoramic image , the point relating to where a connection to another panoramic image may be made; identifying a location corresponding to the user-selected point on the first image ; identifying and displaying one or more further panoramic images having a respective location proximate to the identified location; in response to receiving a user selection of one of the displayed further panoramic images , simultaneously displaying the selected panoramic image and the first panoramic image ; aligning the selected panoramic image with the first panoramic image such that the selected panoramic image is oriented in the same direction as the first panoramic image , wherein the aligning comprises receiving an input from the user indicating that the simultaneously displayed selected and first panoramic images are being displayed in the same direction; storing data representing a connection between the selected panoramic image with the first panoramic image and including alignment information for the first and selected panoramic images.
Peptide comprising at least one peptide binding to an amyloid beta species, wherein the peptide has a linear amino acid sequence enabling it to bind to A-beta, said property being either retained or enhanced in that the peptide is present in cyclised form by covalent linkage, characterized by at least one structure according to one of the sequences with SEQ ID NO:5 in cyclised form.
A form for supporting a volume of a viscous substance encapsulating at least a portion of an object , protruding through a substrate , while the viscous substance solidifies to form a seal , the form comprising: a non-metallic solidified material , chemically identical with the seal ; a distal axial opening ; a proximal axial opening ; and a lateral wall between the distal axial opening and the proximal axial opening , wherein the lateral wall comprises: an outwardly facing surface having a surface area, and at least one through lateral opening , and wherein: the form is configured to be placed about the portion of the object , protruding through the substrate , the form is further configured to guide flow of the viscous substance to assure that the viscous substance covers the object such that the seal encapsulates the portion of the object , protruding through the substrate , and the form is further configured to constrain the viscous substance to a desired seal configuration. a non-metallic solidified material , chemically identical with the seal ; a distal axial opening ; a proximal axial opening ; and a lateral wall between the distal axial opening and the proximal axial opening , wherein the lateral wall comprises: an outwardly facing surface having a surface area, and at least one through lateral opening , and an outwardly facing surface having a surface area, and at least one through lateral opening , and the form is configured to be placed about the portion of the object , protruding through the substrate , the form is further configured to guide flow of the viscous substance to assure that the viscous substance covers the object such that the seal encapsulates the portion of the object , protruding through the substrate , and the form is further configured to constrain the viscous substance to a desired seal configuration.
Tower for supporting a wind turbine with - at least one first tower wall segment of steel; - at least one second tower wall segment of steel; - at least one tower wall connecting element of steel which is arranged between the first tower wall segment and the second tower wall segment ; wherein - the first tower wall segment and the tower wall connecting element are welded together; - the second tower wall segment and the tower wall connecting element are welded together; and - the tower wall connecting element comprises at least one cable duct for guiding a cable from the inside of the tower to the outside of the tower wherein - the tower wall connecting element comprises at least one first sub tower wall connecting element of steel and at least one second sub tower wall connecting element of steel; characterised in that - the first sub tower wall connecting element and the second sub tower wall connecting element are welded together, wherein the cable duct comprises a cable bushing which is arranged in the welding connection between the first sub tower wall connecting element and the second sub tower wall connecting element , such that the cable bushing and the first sub tower wall connecting element and the second sub tower wall connecting element are welded together. - at least one first tower wall segment of steel; - at least one second tower wall segment of steel; - at least one tower wall connecting element of steel which is arranged between the first tower wall segment and the second tower wall segment ; wherein - the first tower wall segment and the tower wall connecting element are welded together; - the second tower wall segment and the tower wall connecting element are welded together; and - the tower wall connecting element comprises at least one cable duct for guiding a cable from the inside of the tower to the outside of the tower wherein - the tower wall connecting element comprises at least one first sub tower wall connecting element of steel and at least one second sub tower wall connecting element of steel; characterised in that - the first sub tower wall connecting element and the second sub tower wall connecting element are welded together,
A guide tube , comprising: a tube main body member ; a rib member arranged in a longitudinal direction of the tube main body member, and coupled to an inner surface of the tube main body member; and a rail support member connected to the rib member, characterised in that the rib member comprises a friction damper portion having a slit hole , the rail support member being connected to be inserted into a portion of the slit hole to absorb vibration energy of the rail support member, the friction damper portion supports to move the rail support member in a slit hole shape direction, the slit hole is in frictional contact with the rail support member to absorb vibration energy. a tube main body member ; a rib member arranged in a longitudinal direction of the tube main body member, and coupled to an inner surface of the tube main body member; and a rail support member connected to the rib member, characterised in that the rib member comprises a friction damper portion having a slit hole , the rail support member being connected to be inserted into a portion of the slit hole to absorb vibration energy of the rail support member, the friction damper portion supports to move the rail support member in a slit hole shape direction, the slit hole is in frictional contact with the rail support member to absorb vibration energy.