mhurhangee/ep-ind-claims huggingface dataset:
A piece of furniture comprising: - a main support structure comprising a through opening formed by said main support structure and intended to be open and closed; - a closure member which is mobile between a closure position, in which the closure member occludes said through opening, and an opening position, in which the closure member leaves said through opening at least partially open; - means for the movement of the closure member between said opening and closure positions, in which said movement means comprise elastic means, characterized in that said elastic means are shaped so that, when the closure member is in the opening position thereof, the elastic means have a starting preload adapted to urge the closure member towards the closure position thereof, and when the closure member is in the closure position thereof, the elastic means maintain a residual preload lower than the starting preload and adapted to maintain the closure member in said closure position thereof. - a main support structure comprising a through opening formed by said main support structure and intended to be open and closed; - a closure member which is mobile between a closure position, in which the closure member occludes said through opening, and an opening position, in which the closure member leaves said through opening at least partially open; - means for the movement of the closure member between said opening and closure positions,
A turbomachine comprising: a turbine housing having an outer surface and an inner surface that defines an interior portion, the housing including a housing member that defines a fluid plenum; a rotating member (20, 21, 22) arranged within the housing, the rotating member (20, 21, 22) including at least one bucket (28, 29, 30) having a base portion and a tip portion; at least one shroud mounted to the inner surface of the housing, adjacent the tip portion of the at least one bucket (28, 29, 30); and a passive cooling system comprising at least one fluid passage (142-147; 171-176) having a first fluid passage section (77-82; 91-96) defined in the housing member and a second fluid passage section (128-133; 161-166) defined in the at least one shroud, the second fluid passage section (128-133; 161-166) registering with the first fluid passage section (77-82; 91-96) to form the at least one fluid passage (142-147; 171-176), the first fluid passage section (77-82; 91-96) including a fluid inlet (103, 107) fluidly coupled to the fluid plenum and the second fluid passage section (128-133; 161-166) including a fluid outlet exposed to the interior portion and configured to direct a flow of fluid directly toward the upper surface of the tip portion of the at least one bucket (28, 29, 30). a turbine housing having an outer surface and an inner surface that defines an interior portion, the housing including a housing member that defines a fluid plenum; a rotating member (20, 21, 22) arranged within the housing, the rotating member (20, 21, 22) including at least one bucket (28, 29, 30) having a base portion and a tip portion; at least one shroud mounted to the inner surface of the housing, adjacent the tip portion of the at least one bucket (28, 29, 30); and a passive cooling system comprising at least one fluid passage (142-147; 171-176) having a first fluid passage section (77-82; 91-96) defined in the housing member and a second fluid passage section (128-133; 161-166) defined in the at least one shroud, the second fluid passage section (128-133; 161-166) registering with the first fluid passage section (77-82; 91-96) to form the at least one fluid passage (142-147; 171-176), the first fluid passage section (77-82; 91-96) including a fluid inlet (103, 107) fluidly coupled to the fluid plenum and the second fluid passage section (128-133; 161-166) including a fluid outlet exposed to the interior portion and configured to direct a flow of fluid directly toward the upper surface of the tip portion of the at least one bucket (28, 29, 30).
A method of making a tube assembly comprising the steps of: pultruding at least one elongated rail (12, 14) having a male snap member (16, 20, 30, 60) extending along its length, the male snap member having a groove with an angled surface; pultruding at least one elongated rail having a female snap member (18, 22, 40, 62)extending along its length, the female snap member comprising a first leg and a second leg, the first leg being flexible and having a protruding foot configured to be received within a groove of a respective male snap member and to exert a force on the angled surface of the groove; and snapping together each of the elongated rails to form a hollow tube assembly, characterised in that the steps of pultruding at least one elongated rail having a male snap member and pultruding at least one elongated rail having a female snap member are performed simultaneously, and wherein the rails are snapped together in a continuous in-line fashion while the pultruding is ongoing. pultruding at least one elongated rail (12, 14) having a male snap member (16, 20, 30, 60) extending along its length, the male snap member having a groove with an angled surface; pultruding at least one elongated rail having a female snap member (18, 22, 40, 62)extending along its length, the female snap member comprising a first leg and a second leg, the first leg being flexible and having a protruding foot configured to be received within a groove of a respective male snap member and to exert a force on the angled surface of the groove; and snapping together each of the elongated rails to form a hollow tube assembly, characterised in that the steps of pultruding at least one elongated rail having a male snap member and pultruding at least one elongated rail having a female snap member are performed simultaneously, and wherein the rails are snapped together in a continuous in-line fashion while the pultruding is ongoing.
A display device comprising: a voice recognition unit configured to receive a voice command; a wireless communication unit; a storage unit; a control unit configured to acquire a function corresponding to the voice command; a determination module configured to determine a provider providing the function based on a first condition, the provider being at least one of a first external server, a second external server and the display device; an output unit configured to output the result of executing the function and a keyword determination unit configured to recognize a preset keyword in the received voice command, wherein the control unit is configured to determine a provider providing the function based on the recognized keyword when the keyword determination unit recognizes the preset keyword, the provider being at least one of the first external server, the second external server and the display device; wherein the control unit is further configured to receive data related to the function from at least one of the first external server, the second external server and the storage unit of the display device according to the determined provider, and to execute the function based on the received data, whereby, when the provider determined by the control unit based on the recognized keyword is the first external server (S319, YES) or the second external server (S327, YES): the control unit is configured to execute the data related to the function only when the provider determined by the control unit based on the recognized keyword matches the provider determined by the determination module. a voice recognition unit configured to receive a voice command; a wireless communication unit; a storage unit; a control unit configured to acquire a function corresponding to the voice command; a determination module configured to determine a provider providing the function based on a first condition, the provider being at least one of a first external server, a second external server and the display device; an output unit configured to output the result of executing the function and a keyword determination unit configured to recognize a preset keyword in the received voice command, wherein the control unit is configured to determine a provider providing the function based on the recognized keyword when the keyword determination unit recognizes the preset keyword, the provider being at least one of the first external server, the second external server and the display device; wherein the control unit is further configured to receive data related to the function from at least one of the first external server, the second external server and the storage unit of the display device according to the determined provider, and to execute the function based on the received data, whereby, when the provider determined by the control unit based on the recognized keyword is the first external server (S319, YES) or the second external server (S327, YES): the control unit is configured to execute the data related to the function only when the provider determined by the control unit based on the recognized keyword matches the provider determined by the determination module.
A method, performed by a remote device (213, 310, 610), for enabling a custom remote computing media experience delivered by a host device (201, 300, 600) to the remote device, comprising: instantiating a remote session with the host device (201, 300, 600) according to a remote session protocol; automatically generating at least one media capabilities token based upon media capabilities supported by the remote device (213, 310, 610) in response to a connection between the host device (201, 300, 600) and the remote device (213, 310, 610); automatically transmitting said at least one media capabilities token to the host device (201, 300, 600) via a virtual channel opened by the host device (201, 300, 600) to receive the at least one media capabilities token of the remote device (213, 310, 610); in response to said transmitting, receiving at the remote device (213, 310, 610) a custom remote media experience user interface tailored to the remote device via a user interface channel, the remote media experience user interface enabling the media capabilities supported by the remote device (213, 310, 610) as indicated by the transmitted at least one media capabilities token. instantiating a remote session with the host device (201, 300, 600) according to a remote session protocol; automatically generating at least one media capabilities token based upon media capabilities supported by the remote device (213, 310, 610) in response to a connection between the host device (201, 300, 600) and the remote device (213, 310, 610); automatically transmitting said at least one media capabilities token to the host device (201, 300, 600) via a virtual channel opened by the host device (201, 300, 600) to receive the at least one media capabilities token of the remote device (213, 310, 610); in response to said transmitting, receiving at the remote device (213, 310, 610) a custom remote media experience user interface tailored to the remote device via a user interface channel, the remote media experience user interface enabling the media capabilities supported by the remote device (213, 310, 610) as indicated by the transmitted at least one media capabilities token.
A method for the reductive recovery of elemental phosphorus from phosphoric acid, in particular from impure phosphoric acid, characterized in that phosphoric acid is brought into contact with heated metal bodies, in particular metal balls, as reactant stream together with hydrogen as a reducing agent in a reactor and is reacted to form a product gas stream of gaseous P 2, H 2 O and H 2.
Method for determining the position and alignment of a driver assistance system camera (KFAS) of a vehicle in relation to the vehicle, including the following successive steps: recording at least one marking of a measurement target applied to the left wheel of the rear axle and at least one marking of a measurement target attached to the opposite right wheel of the rear axle by way of two measurement cameras (K1, K2) situated above the vehicle in at least two vehicle positions; determining the direction of the geometric drive axis of the vehicle and the position thereof centrally in relation to the axis with respect to the two measurement cameras (K1, K2) and determining an inclination of a contact area in relation to the measurement cameras (K2, K2) therefrom; recording a driver assistance system calibration target (T1, T2) using the two measurement cameras (K1, K2); determining the position of the driver assistance system calibration target (T1, T2) in relation to the two measurement cameras (K1, K2) therefrom; determining the position and alignment of the driver assistance system calibration target (T1, T2) in relation to the geometric drive axis of the vehicle; recording the driver assistance system calibration target (T1, T2) by way of the driver assistance system camera (KFAS); determining the position of the driver assistance system camera (KFAS) in relation to the driver assistance system calibration target (T1, T2) therefrom; and determining the position and alignment of the driver assistance system camera (KFAS) in relation to the geometric drive axis of the vehicle. recording at least one marking of a measurement target applied to the left wheel of the rear axle and at least one marking of a measurement target attached to the opposite right wheel of the rear axle by way of two measurement cameras (K1, K2) situated above the vehicle in at least two vehicle positions; determining the direction of the geometric drive axis of the vehicle and the position thereof centrally in relation to the axis with respect to the two measurement cameras (K1, K2) and determining an inclination of a contact area in relation to the measurement cameras (K2, K2) therefrom; recording a driver assistance system calibration target (T1, T2) using the two measurement cameras (K1, K2); determining the position of the driver assistance system calibration target (T1, T2) in relation to the two measurement cameras (K1, K2) therefrom; determining the position and alignment of the driver assistance system calibration target (T1, T2) in relation to the geometric drive axis of the vehicle; recording the driver assistance system calibration target (T1, T2) by way of the driver assistance system camera (KFAS); determining the position of the driver assistance system camera (KFAS) in relation to the driver assistance system calibration target (T1, T2) therefrom; and determining the position and alignment of the driver assistance system camera (KFAS) in relation to the geometric drive axis of the vehicle.
A front hood lock of a motor vehicle, comprising: - a receptacle for a releasable fixation of a striker; - a rotary latch with a ratchet; and - a catch hook separate from the rotary latch; wherein the striker is insertable into the receptacle in order to engage there with the catch hook in a pre-locking constellation; and wherein the catch hook can be used to tighten the striker and bring it into a locking constellation in which the rotary latch locks the striker and in which the ratchet blocks the rotary latch in the opening direction. - a receptacle for a releasable fixation of a striker; - a rotary latch with a ratchet; and - a catch hook separate from the rotary latch; wherein the striker is insertable into the receptacle in order to engage there with the catch hook in a pre-locking constellation; and wherein the catch hook can be used to tighten the striker and bring it into a locking constellation in which the rotary latch locks the striker and in which the ratchet blocks the rotary latch in the opening direction. wherein the striker is insertable into the receptacle in order to engage there with the catch hook in a pre-locking constellation; and wherein the catch hook can be used to tighten the striker and bring it into a locking constellation in which the rotary latch locks the striker and in which the ratchet blocks the rotary latch in the opening direction.
A convertible multipurpose cooking article for food products, said convertible multipurpose cooking article comprising a mat for receiving food products, the mat including a first surface, a second surface, a first side and a second side extending between a first end and a second end, an enlargement, extending outwardly from the second surface proximate to the first end and formed with a female profile that opens outwardly to the first surface, a male profile proximate to the second end extending outwardly from the second surface, and is foraminate, being full of holes or openings dispersed throughout the mat and extending through the mat from the first surface to the second surface, the mat being sufficiently flexible to be repeatedly flexed between an open configuration in which the mat is flat, and a closed configuration in which the mat defines a continuous sidewall encircling a volume V by the first surface, the first side and the second side encircle opposed upper and lower openings (106, 104) to the volume V and the second surface proximate to the first end and the male profile overlaps the first surface proximate to the second end and the female profile, the female profile is configured to repeatedly receive and releasably secure the male profile for repeatedly securing the first end to the second side when the mat is in the closed configuration, and the holes or openings enabling gases and fluids to pass therethrough when the mat is in the open configuration and the closed configuration.
A piston ring, especially a compression piston ring, comprising a base body which comprises a radially outer bearing surface, a radially inner circumferential surface, an upper and a lower flank surface as well as a joint, characterized in that the bearing surface is provided with at least one circumferential chambering which receives a wear-resistant coating, in particular a PVD coating, wherein a web shoulder (8, 9) is formed on the base body outside the coating and starting from the web edges (6, 7) of the joint, seen in the circumferential direction of the base body, which web shoulder (8, 9) extends with a pre-definable radial height over a defined peripheral length on both sides of the joint.
Adapter comprising - an adapter housing, - a first plug which is arranged at the adapter housing in a spatially fixed way and which is configured for being plugged into a first trailer socket, - a second trailer socket which is arranged at the adapter housing in a spatially fixed way and which is configured for plugging-in a second plug, and - a voltage converter which is arranged within the adapter housing and which is connected between the first plug and the second trailer socket, - wherein the first plug is a 12 V plug and the second trailer socket is a 24 V trailer socket, or the first plug is a 24 V plug and the second trailer socket is a 12 V trailer socket, and - wherein the voltage converter comprises a plurality of channels each comprising a switch, characterized in - that the voltage converter comprises a plurality of channels each comprising a DC/DC converter including the respective switch, wherein the DC/DC converter is a boost converter, if the first plug is a 12 V plug and the second trailer socket is a 24 V trailer socket, and is a buck converter, if the first plug is a 24 V plug and the second trailer socket is a 12 V trailer socket, and - that the components of each of the DC/DC converters are arranged on a separate circuit board. - an adapter housing, - a first plug which is arranged at the adapter housing in a spatially fixed way and which is configured for being plugged into a first trailer socket, - a second trailer socket which is arranged at the adapter housing in a spatially fixed way and which is configured for plugging-in a second plug, and - a voltage converter which is arranged within the adapter housing and which is connected between the first plug and the second trailer socket, - wherein the first plug is a 12 V plug and the second trailer socket is a 24 V trailer socket, or the first plug is a 24 V plug and the second trailer socket is a 12 V trailer socket, and - wherein the voltage converter comprises a plurality of channels each comprising a switch, characterized in - that the voltage converter comprises a plurality of channels each comprising a DC/DC converter including the respective switch, wherein the DC/DC converter is a boost converter, if the first plug is a 12 V plug and the second trailer socket is a 24 V trailer socket, and is a buck converter, if the first plug is a 24 V plug and the second trailer socket is a 12 V trailer socket, and - that the components of each of the DC/DC converters are arranged on a separate circuit board.
A tether anchorage for anchoring a child seat in a vehicle with a tether strap, comprising a folded strap, the strap comprising two holes at such a distance from each other that when the strap is folded and when the parts of the strap with the holes meet, the strap forms a loop between the holes, characterised in that the edges of a portion of the part of the strap between the holes are folded such that a waist is formed on the strap and wherein the strap is woven.
A temporary bonding method comprising: providing a stack comprising a first substrate having a back surface and a front surface; a bonding layer adjacent said front surface; and a second substrate having a first surface, said first surface including a polyimide release layer adjacent said bonding layer, wherein said polyimide release layer is a UV release layer releasable upon exposure to UV laser energy and comprises a polymer; and exposing said polyimide release layer to laser energy so as to facilitate separation of said first and second substrates; characterised in that: said polymer comprises recurring monomers selected from the group consisting of fluorinated dianhydrides, photosensitive dianhydrides, photosensitive diamines, and combinations thereof. providing a stack comprising a first substrate having a back surface and a front surface; a bonding layer adjacent said front surface; and a second substrate having a first surface, said first surface including a polyimide release layer adjacent said bonding layer, wherein said polyimide release layer is a UV release layer releasable upon exposure to UV laser energy and comprises a polymer; and a first substrate having a back surface and a front surface; a bonding layer adjacent said front surface; and a second substrate having a first surface, said first surface including a polyimide release layer adjacent said bonding layer, wherein said polyimide release layer is a UV release layer releasable upon exposure to UV laser energy and comprises a polymer; and exposing said polyimide release layer to laser energy so as to facilitate separation of said first and second substrates; characterised in that: said polymer comprises recurring monomers selected from the group consisting of fluorinated dianhydrides, photosensitive dianhydrides, photosensitive diamines, and combinations thereof.