mhurhangee/patent-ind-claim-en huggingface dataset:
A collapsible cabinet frame for articulating between a collapsed form and an expanded form, the collapsible cabinet frame comprising: a first side frame and a second side frame , the first side frame and second side frame each include a front corner post , a rear corner post , and a plurality of front to back beams extending between the front corner post and the rear corner post ; a front upper side to side beam and a front lower side to side beam hingedly connected to the first side frame and the second side frame; a rear upper side to side beam and a rear lower side to side beam hingedly connected to the first side frame and the second side frame; wherein the plurality of front to back beams includes an upper front to back beam , a middle front to back beam , and a lower front to back beam ; characterised in that the upper front to back beams have a top flange with hinge pin guide holes and a bottom flange with hinge pin guide holes ; and the lower front to back beams have a top flange with hinge pin guide holes and a bottom flange with hinge pin guide holes ; and wherein the front upper side to side beam and the rear upper side to side beam are positioned between the top flange and the bottom flange of the upper front to back beams of the first side frame and the second side frame ; and the front lower side to side beam and the rear lower side to side beam are positioned between the top flange and the bottom flange of the lower front to back beams of the first side frame and the second side frame . a first side frame and a second side frame , the first side frame and second side frame each include a front corner post , a rear corner post , and a plurality of front to back beams extending between the front corner post and the rear corner post ; a front upper side to side beam and a front lower side to side beam hingedly connected to the first side frame and the second side frame; a rear upper side to side beam and a rear lower side to side beam hingedly connected to the first side frame and the second side frame; wherein the plurality of front to back beams includes an upper front to back beam , a middle front to back beam , and a lower front to back beam ; characterised in that the upper front to back beams have a top flange with hinge pin guide holes and a bottom flange with hinge pin guide holes ; and the lower front to back beams have a top flange with hinge pin guide holes and a bottom flange with hinge pin guide holes ; and wherein the front upper side to side beam and the rear upper side to side beam are positioned between the top flange and the bottom flange of the upper front to back beams of the first side frame and the second side frame ; and the front lower side to side beam and the rear lower side to side beam are positioned between the top flange and the bottom flange of the lower front to back beams of the first side frame and the second side frame .
A surface heat-exchanger for a turbojet engine nacelle, between a fluid (C) to be cooled down and air (F), the heat-exchanger comprising a circulation duct of the fluid (C) to be cooled down disposed in contact with air, and being characterized in that the circulation duct of the fluid to be cooled down comprises a plurality of channels extending substantially in a same direction with a distance (D) between two adjacent channels comprised between twice and five times the width (L) of said channels , each channel having a wall comprising an area intended to be in contact with air and an area opposite to the area intended to be in contact with air, wherein the channels have a width (L) comprised between 5 and 50 mm, preferably between 6 and 20 mm and more preferably between 10 and 15 mm.
Tensairity structure , comprising a pneumatic element which extends along at least a director curve, one or more ropes being connected to the ends of at least one high-slenderness beam termed "rod" in connection zones between the ropes and the rods, said at least one rod being anchored to said pneumatic element along said at least one director curve, wherein: - four or more rods are included, which are placed along as many director curves of said pneumatic element ; - four or more pairs of ropes are included, which are made of shape-memory alloy (SMA) wires and/or in a combination of threads made of a non-SMA material and a SMA material; - tensioning means for regulating the tension of said four or more pairs of ropes are included; said tensioning means comprising or being constituted by mechanical tensioners for adjusting the initial tensions of said four or more pairs of ropes , placed in said connection zones between the ropes and rods, wherein said initial tensions include tensions in the linear regime of the SMA wires and tensions in the non-linear regime of the SMA wires. - four or more rods are included, which are placed along as many director curves of said pneumatic element ; - four or more pairs of ropes are included, which are made of shape-memory alloy (SMA) wires and/or in a combination of threads made of a non-SMA material and a SMA material; - tensioning means for regulating the tension of said four or more pairs of ropes are included; said tensioning means comprising or being constituted by mechanical tensioners for adjusting the initial tensions of said four or more pairs of ropes , placed in said connection zones between the ropes and rods, wherein said initial tensions include tensions in the linear regime of the SMA wires and tensions in the non-linear regime of the SMA wires.
A sample attachment device for attaching a sample (S1) to a cartridge through a holder , the sample attachment device comprising: a mount contained in a liquid (M1); a mounted depression that is on the mount , and on which the cartridge is mounted; and a guide member that is provided for the mount , and is configured to guide the holder toward a sample attachment portion of the cartridge characterized in that the sample detachment device further comprises: a pressure release depression that is in the mounted depression , and is vertically under the cartridge and the sample(S1) when the cartridge is mounted on the mounted depression , wherein the mounted depression extends longer than a length of the cartridge in a long-side direction so that the liquid (M1) and air bubbles (Q1) are passable. a mount contained in a liquid (M1); a mounted depression that is on the mount , and on which the cartridge is mounted; and a guide member that is provided for the mount , and is configured to guide the holder toward a sample attachment portion of the cartridge characterized in that the sample detachment device further comprises: a pressure release depression that is in the mounted depression , and is vertically under the cartridge and the sample(S1) when the cartridge is mounted on the mounted depression , wherein the mounted depression extends longer than a length of the cartridge in a long-side direction so that the liquid (M1) and air bubbles (Q1) are passable.
A bicycle locking device comprising: a fastening part including an inner fastening member in use positioned on an inner side surface of a bicycle hub (H), and an outer fastening member in use positioned on an outer side surface of the hub (H) and coupled to the inner fastening member ; a driving part coupled to one side surface of the outer fastening member and including a motor and an outer case coupled in use to a fixed fork (F); and a locking part including a pin case , a pin positioned in the pin case , a pin case cover coupled to an upper end of the pin case , and a first spring coupled to the pin case cover and the pin to support the pin to be pitchable with respect to the pin case , wherein: the locking part is located in the driving part ; characterized in that the pin case connected to the motor moves in a frontward direction by the motor and thus the pin is inserted into a groove of the outer fastening member to prevent rotation of the hub (H) when the motor is operated by a driving signal applied thereto; and the pin is easily inserted into the groove of the outer fastening member by an elastic force of the first spring when a bicycle wheel comprising the hub has predetermined rotation. a fastening part including an inner fastening member in use positioned on an inner side surface of a bicycle hub (H), and an outer fastening member in use positioned on an outer side surface of the hub (H) and coupled to the inner fastening member ; a driving part coupled to one side surface of the outer fastening member and including a motor and an outer case coupled in use to a fixed fork (F); and a locking part including a pin case , a pin positioned in the pin case , a pin case cover coupled to an upper end of the pin case , and a first spring coupled to the pin case cover and the pin to support the pin to be pitchable with respect to the pin case , wherein: the locking part is located in the driving part ; characterized in that the pin case connected to the motor moves in a frontward direction by the motor and thus the pin is inserted into a groove of the outer fastening member to prevent rotation of the hub (H) when the motor is operated by a driving signal applied thereto; and the pin is easily inserted into the groove of the outer fastening member by an elastic force of the first spring when a bicycle wheel comprising the hub has predetermined rotation. the locking part is located in the driving part ; characterized in that the pin case connected to the motor moves in a frontward direction by the motor and thus the pin is inserted into a groove of the outer fastening member to prevent rotation of the hub (H) when the motor is operated by a driving signal applied thereto; and the pin is easily inserted into the groove of the outer fastening member by an elastic force of the first spring when a bicycle wheel comprising the hub has predetermined rotation.
A method for producing an article by welding a first piece to a second piece , the method comprising: - providing the first piece , which comprises an open cavity (OCA1) and a first sealing surface (SRF1), - providing the second piece , which comprises a second sealing surface (SRF2), - providing a chamber , which has controllable internal pressure (p 2 ), - closing the chamber such that the first piece and the second piece are inside the closed chamber , - changing the internal pressure (p 2 ) of the chamber so as to cause a flow (F1) of a gas (GAS1) from the open cavity (OCA1), - closing the open cavity (OCA1) by moving at least one of the pieces such that the first sealing surface (SRF1) forms a partially gas tight preliminary joint (S0) together with the second sealing surface (SRF2), and such that the first piece and the second piece define an interface (IF1), - opening the chamber after the preliminary joint (S0) has been formed, and - forming a welded seam (J1) by focusing a laser beam (B1) to the interface (IF1) after the chamber has been opened, characterized in that the first sealing surface (SRF1) and the second sealing surface (SRF2) are substantially planar, wherein the preliminary joint (S0) allows a sliding movement of the second sealing surface (SRF2) with respect to the first sealing surface (SRF1) after opening the chamber before forming the welded seam (J1), and wherein the laser beam (LB1) is focused to the interface (IF1) through the first piece and/or through the second piece . - providing the first piece , which comprises an open cavity (OCA1) and a first sealing surface (SRF1), - providing the second piece , which comprises a second sealing surface (SRF2), - providing a chamber , which has controllable internal pressure (p 2 ), - closing the chamber such that the first piece and the second piece are inside the closed chamber , - changing the internal pressure (p 2 ) of the chamber so as to cause a flow (F1) of a gas (GAS1) from the open cavity (OCA1), - closing the open cavity (OCA1) by moving at least one of the pieces such that the first sealing surface (SRF1) forms a partially gas tight preliminary joint (S0) together with the second sealing surface (SRF2), and such that the first piece and the second piece define an interface (IF1), - opening the chamber after the preliminary joint (S0) has been formed, and - forming a welded seam (J1) by focusing a laser beam (B1) to the interface (IF1) after the chamber has been opened,
Welding apparatus comprising an impeder welding machine for high-frequency welding, particularly for welding pipes, and a cooling system of said welding machine in turn comprising at least one mixing chamber and at least two separate supply circuits suitable for feeding said mixing chamber , in which a first of said supply circuits feeds gaseous nitrogen to the mixing chamber , and a second of said supply circuits feeds nitrogen in the liquid state to said mixing chamber , said mixing chamber being in connection with said impeder , characterized in that said cooling system further comprises at least one storage tank containing liquid nitrogen, at least one heat exchanger, preferably an air heat exchanger, and at least one control panel suitable for controlling said welding apparatus and said cooling system .
A compound of formula I': or a pharmaceutically acceptable salt thereof, wherein: Ring A is wherein Ring A is optionally substituted with 1-4 groups selected from fluorine, -CN, -OR, or C 1-6 aliphatic optionally substituted with 1-3 fluorine atoms; Ring B is R 1 is hydrogen, -CN, -OR, or C 1-6 aliphatic optionally substituted with 1-4 groups selected from fluorine, -CN, or -OR; R 2 is hydrogen or C 1-10 aliphatic optionally substituted with 1-5 groups selected from fluorine, -CN, or -OR; each of X 1 and X 2 represent CH; R 3 is halogen, -CN, -R, or -OR; each R 4 is independently halogen, -CN, -R, or -OR; R 5 is hydrogen or halogen; n is 0-4; and each R is independently hydrogen or C 1-6 aliphatic optionally substituted with 1-3 fluorine atoms with the proviso that (3-amino-5-hydroxypiperidin-1-yl)(2-(1-ethyl-1H-indol-2-yl)-1-methyl-1H-benzo[d]imidazol-5-yl)methanone hydrochloride is excluded. Ring A is wherein Ring A is optionally substituted with 1-4 groups selected from fluorine, -CN, -OR, or C 1-6 aliphatic optionally substituted with 1-3 fluorine atoms; Ring B is R 1 is hydrogen, -CN, -OR, or C 1-6 aliphatic optionally substituted with 1-4 groups selected from fluorine, -CN, or -OR; R 2 is hydrogen or C 1-10 aliphatic optionally substituted with 1-5 groups selected from fluorine, -CN, or -OR; each of X 1 and X 2 represent CH; R 3 is halogen, -CN, -R, or -OR; each R 4 is independently halogen, -CN, -R, or -OR; R 5 is hydrogen or halogen; n is 0-4; and each R is independently hydrogen or C 1-6 aliphatic optionally substituted with 1-3 fluorine atoms with the proviso that (3-amino-5-hydroxypiperidin-1-yl)(2-(1-ethyl-1H-indol-2-yl)-1-methyl-1H-benzo[d]imidazol-5-yl)methanone hydrochloride is excluded.
A method implemented in a first communication device , wherein the first communication device is a base station under a 3GPP 5G communication protocol, the method comprising: obtaining information indicating a capability of a second communication device , wherein the second communication device is a terminal device; determining , based on the obtained information, feedback timing to be used by the second communication device ; and sending an indication of the feedback timing to the second communication device for communication with the second communication device in accordance with the feedback timing, characterized in that the capability is a plurality of processing times of the second communication device, each corresponding to a different value of a transmission parameter or parameters. obtaining information indicating a capability of a second communication device , wherein the second communication device is a terminal device; determining , based on the obtained information, feedback timing to be used by the second communication device ; and sending an indication of the feedback timing to the second communication device for communication with the second communication device in accordance with the feedback timing, characterized in that the capability is a plurality of processing times of the second communication device, each corresponding to a different value of a transmission parameter or parameters.
A method of operating an underground mine hoist , comprising: monitoring an underground input rate (Q UG ) and/or an aboveground output rate (Q MILL ) of mined material; filling a hoist container underground with the mined material; raising the hoist container toward a surface of the earth; and emptying the mined material from the hoist container ; wherein a rate (Q H ) of the mined material filled, raised and emptied is varied in response to the underground input rate (Q UG ) and/or the aboveground output rate (Q MILL ). monitoring an underground input rate (Q UG ) and/or an aboveground output rate (Q MILL ) of mined material; filling a hoist container underground with the mined material; raising the hoist container toward a surface of the earth; and emptying the mined material from the hoist container ; wherein a rate (Q H ) of the mined material filled, raised and emptied is varied in response to the underground input rate (Q UG ) and/or the aboveground output rate (Q MILL ).
A method for updating calibration data of an electric machine, wherein the method comprises: (S 100) obtaining an initial calibration datum of the electric machine, wherein the initial calibration datum is a status parameter of the electric machine running under a preset calibration parameter; (S110) determining whether a deviation between the initial calibration datum and a theoretical calculation datum exceeds a first threshold, wherein the theoretical calculation datum is a theoretical status parameter of the electric machine running under the preset calibration parameter, and the theoretical calculation datum is obtained by calculating based on the preset calibration parameter; and (S120) re-calibrating the electric machine based on the preset calibration parameter when the deviation between the initial calibration datum and the theoretical calculation datum exceeds the first threshold, and obtaining an updated calibration datum; characterized in that the method further comprises: (S130) determining whether a deviation between the updated calibration datum and the initial calibration datum exceeds a second threshold; and (S140) updating the initial calibration datum based on the updated calibration datum when the deviation between the updated calibration datum and the initial calibration datum does not exceed the second threshold. (S 100) obtaining an initial calibration datum of the electric machine, wherein the initial calibration datum is a status parameter of the electric machine running under a preset calibration parameter; (S110) determining whether a deviation between the initial calibration datum and a theoretical calculation datum exceeds a first threshold, wherein the theoretical calculation datum is a theoretical status parameter of the electric machine running under the preset calibration parameter, and the theoretical calculation datum is obtained by calculating based on the preset calibration parameter; and (S120) re-calibrating the electric machine based on the preset calibration parameter when the deviation between the initial calibration datum and the theoretical calculation datum exceeds the first threshold, and obtaining an updated calibration datum; characterized in that the method further comprises: (S130) determining whether a deviation between the updated calibration datum and the initial calibration datum exceeds a second threshold; and (S140) updating the initial calibration datum based on the updated calibration datum when the deviation between the updated calibration datum and the initial calibration datum does not exceed the second threshold. (S130) determining whether a deviation between the updated calibration datum and the initial calibration datum exceeds a second threshold; and (S140) updating the initial calibration datum based on the updated calibration datum when the deviation between the updated calibration datum and the initial calibration datum does not exceed the second threshold.
A measurement reporting method, performed by a terminal and comprising: triggering a measurement reporting in a case that the terminal satisfies a preset measurement reporting event, wherein the preset measurement reporting event is related to current state information of the terminal, characterized in that , the current state information of the terminal comprises a current service state of the terminal corresponding to the terminal having either a call service or a data service, wherein, the preset measurement reporting event comprises: the preset measurement reporting event being a measurement reporting event selected by the terminal from predefined measurement reporting events, wherein an offset amount corresponding to the current state information of the terminal is configured for the selected measurement reporting event, and information of different states corresponds to different offset amounts. triggering a measurement reporting in a case that the terminal satisfies a preset measurement reporting event, wherein the preset measurement reporting event is related to current state information of the terminal, characterized in that , the current state information of the terminal comprises a current service state of the terminal corresponding to the terminal having either a call service or a data service, wherein, the preset measurement reporting event comprises: the preset measurement reporting event being a measurement reporting event selected by the terminal from predefined measurement reporting events, wherein an offset amount corresponding to the current state information of the terminal is configured for the selected measurement reporting event, and information of different states corresponds to different offset amounts.
A system for light therapy of a tissue surface , comprising: an articulating guide having a channel having a length, the guide configured to conform to the surface such that the channel is substantially a same distance from the surface over the length of the channel ; a treatment fiber having a working end for emitting light, the treatment fiber configured to be at least partially disposed in the channel , and wherein the treatment fiber is movable within the channel ; and a light source in light-transmitting communication with the working end of the treatment fiber . an articulating guide having a channel having a length, the guide configured to conform to the surface such that the channel is substantially a same distance from the surface over the length of the channel ; a treatment fiber having a working end for emitting light, the treatment fiber configured to be at least partially disposed in the channel , and wherein the treatment fiber is movable within the channel ; and a light source in light-transmitting communication with the working end of the treatment fiber .
Method for operating an energy supply device for at least one motor vehicle , wherein at least temporarily electric power from a power source is provided at a power connection of the energy supply device and at least temporarily hydrogen from a hydrogen store is provided at a hydrogen connection of the energy supply device for transfer to the at least one motor vehicle , wherein the hydrogen is obtained by electrolysis from water using electric power from the power source , wherein the power source comprises a thermal energy store for temporarily storing thermal energy characterised in that the thermal energy is stored in the energy store by means of a heat transfer medium which is in a liquid state throughout, wherein the thermal energy temporarily stored in the thermal energy store is used at least temporarily to provide the electric power, which is used at least temporarily to carry out the electrolysis, wherein the hydrogen being withdrawn via the hydrogen connection is provided from the hydrogen store , the filling level of which is regulated during the withdrawal to a desired filling level by hydrogen obtained by the electrolysis being fed to the hydrogen store .