mhurhangee/ep-ind-claims huggingface dataset:
An impeller-free vortex generator apparatus for fluid mixing, comprising: a fluid tank defined by a sidewall and comprising: a first fluid inlet port, the first fluid inlet port comprising a curved flow channel defined between a first sidewall segment of the fluid tank sidewall and a second sidewall segment of the fluid tank sidewall; a second fluid inlet port, and a fluid outlet port; and a first fluid intake duct in fluid communication with the first fluid inlet port; wherein the first fluid intake duct is provided substantially on a tangent to the first sidewall segment of the fluid tank sidewall and aligned to deliver a first fluid to an internal surface of the first sidewall segment; characterised in that the vortex generator further comprises: a fluid outlet duct arranged in flow communication with the fluid outlet port, the fluid outlet duct comprising: a divergent section, and a column section in series with the divergent section, wherein the column section has an internal cross-sectional area which is larger than the internal cross-sectional area of the fluid outlet port. a fluid tank defined by a sidewall and comprising: a first fluid inlet port, the first fluid inlet port comprising a curved flow channel defined between a first sidewall segment of the fluid tank sidewall and a second sidewall segment of the fluid tank sidewall; a second fluid inlet port, and a fluid outlet port; and a first fluid inlet port, the first fluid inlet port comprising a curved flow channel defined between a first sidewall segment of the fluid tank sidewall and a second sidewall segment of the fluid tank sidewall; a second fluid inlet port, and a fluid outlet port; and a first fluid intake duct in fluid communication with the first fluid inlet port; wherein the first fluid intake duct is provided substantially on a tangent to the first sidewall segment of the fluid tank sidewall and aligned to deliver a first fluid to an internal surface of the first sidewall segment; characterised in that the vortex generator further comprises: a fluid outlet duct arranged in flow communication with the fluid outlet port, the fluid outlet duct comprising: a divergent section, and a column section in series with the divergent section, wherein the column section has an internal cross-sectional area which is larger than the internal cross-sectional area of the fluid outlet port. a fluid outlet duct arranged in flow communication with the fluid outlet port, the fluid outlet duct comprising: a divergent section, and a column section in series with the divergent section, a divergent section, and a column section in series with the divergent section, wherein the column section has an internal cross-sectional area which is larger than the internal cross-sectional area of the fluid outlet port.
Furniture structure convertible from desk to resting-place and vice versa, comprising: - a compartment delimited by walls; - a platform which is hinged to the compartment to be rotatable between two positions: one position wherein the platform is upright and contained in the compartment, and one position wherein the platform is horizontal and allows to lie on it; and - two parallel extensions which are integral with the platform and extend orthogonally to the plane of the platform towards the outside of the structure; - a shelf supported by and hinged to the free end of the extensions to constitute a working surface of the desk; the shelf being able to rotate with respect to the extensions to remain always horizontal while the platform moves from one of said positions to the other, - a driving element connected to the shelf to impart a torque to it and rotate it, the element being mounted to move linearly along a direction orthogonal to the platform's plane, and connected to the compartment so as to be moved following a relative rotation between the platform and the compartment, characterized in that the platform has a hinging axis to the compartment, and one of the extensions has a dimension that lies in a plane orthogonal to said hinging axis and is delimited by edges, and the driving element is mounted so as to move remaining between such edges. - a compartment delimited by walls; - a platform which is hinged to the compartment to be rotatable between two positions: one position wherein the platform is upright and contained in the compartment, and one position wherein the platform is horizontal and allows to lie on it; and one position wherein the platform is upright and contained in the compartment, and one position wherein the platform is horizontal and allows to lie on it; and - two parallel extensions which are integral with the platform and extend orthogonally to the plane of the platform towards the outside of the structure; - a shelf supported by and hinged to the free end of the extensions to constitute a working surface of the desk; the shelf being able to rotate with respect to the extensions to remain always horizontal while the platform moves from one of said positions to the other, - a driving element connected to the shelf to impart a torque to it and rotate it, the element being mounted to move linearly along a direction orthogonal to the platform's plane, and connected to the compartment so as to be moved following a relative rotation between the platform and the compartment, mounted to move linearly along a direction orthogonal to the platform's plane, and connected to the compartment so as to be moved following a relative rotation between the platform and the compartment, the platform has a hinging axis to the compartment, and one of the extensions has a dimension that lies in a plane orthogonal to said hinging axis and is delimited by edges, and the driving element is mounted so as to move remaining between such edges.
The use of a composition comprising at least one fat and at least one anti-caking agent as an anti-surface film forming admixture for hydraulic binders.
A cartridge assembly for an aerosol-generating system, the cartridge assembly comprising: a cartridge having an upstream end and a downstream end, the cartridge comprising: a first compartment having a first air inlet at the upstream end of the cartridge and a first air outlet at the downstream end of the cartridge; a second compartment having a second air inlet at the upstream end of the cartridge and a second air outlet at the downstream end of the cartridge; a cartridge holder, wherein at least a portion of the cartridge is received within the cartridge holder; a mouthpiece having an upstream end and a downstream end, wherein at least a portion of the cartridge holder is received within the mouthpiece, wherein the downstream end of the cartridge is spaced apart from the downstream end of the mouthpiece to define a mixing chamber between the downstream end of the cartridge and the downstream end of the mouthpiece, and wherein a portion of the cartridge holder is spaced apart from the mouthpiece to define an airflow channel between the cartridge holder and the mouthpiece; and a ventilation air aperture providing fluid communication between a downstream portion of the airflow channel and the mixing chamber. a cartridge having an upstream end and a downstream end, the cartridge comprising: a first compartment having a first air inlet at the upstream end of the cartridge and a first air outlet at the downstream end of the cartridge; a second compartment having a second air inlet at the upstream end of the cartridge and a second air outlet at the downstream end of the cartridge; a first compartment having a first air inlet at the upstream end of the cartridge and a first air outlet at the downstream end of the cartridge; a second compartment having a second air inlet at the upstream end of the cartridge and a second air outlet at the downstream end of the cartridge; a cartridge holder, wherein at least a portion of the cartridge is received within the cartridge holder; a mouthpiece having an upstream end and a downstream end, wherein at least a portion of the cartridge holder is received within the mouthpiece, wherein the downstream end of the cartridge is spaced apart from the downstream end of the mouthpiece to define a mixing chamber between the downstream end of the cartridge and the downstream end of the mouthpiece, and wherein a portion of the cartridge holder is spaced apart from the mouthpiece to define an airflow channel between the cartridge holder and the mouthpiece; and a ventilation air aperture providing fluid communication between a downstream portion of the airflow channel and the mixing chamber.
A transistor comprising: a gate electrode layer; a gate insulating layer over the gate electrode layer; a source electrode layer and a drain electrode layer over the gate insulating layer; an oxide semiconductor layer (103, 106) over the gate insulating layer, which overlaps with part of the source electrode layer and the drain electrode layer; and an oxide insulating layer on and in contact with the oxide semiconductor layer, wherein the oxide semiconductor layer is expressed by InMO 3 (ZnO) m with m > 0, wherein M represents one or more metal elements selected from Ga, Al, Mn, and Co; and wherein the oxide semiconductor layer includes a superficial first region which is formed of microcrystals c-axis-oriented in a direction perpendicular to a surface of the oxide semiconductor layer, and a second region of a rest portion which has an amorphous structure. a gate electrode layer; a gate insulating layer over the gate electrode layer; a source electrode layer and a drain electrode layer over the gate insulating layer; an oxide semiconductor layer (103, 106) over the gate insulating layer, which overlaps with part of the source electrode layer and the drain electrode layer; and an oxide insulating layer on and in contact with the oxide semiconductor layer, wherein the oxide semiconductor layer is expressed by InMO 3 (ZnO) m with m > 0, wherein M represents one or more metal elements selected from Ga, Al, Mn, and Co; and wherein the oxide semiconductor layer includes a superficial first region which is formed of microcrystals c-axis-oriented in a direction perpendicular to a surface of the oxide semiconductor layer, and a second region of a rest portion which has an amorphous structure.
A method for collecting information on road surface slipperiness, the method comprising collecting from a data bus of a freight vehicle traveling on the road operational data on the vehicle, using the operational data to determine the slip ratio s of the vehicle's driving wheel and the traction force F applied to the road from the driving wheel for moving the vehicle, and determining the road surface slipperiness from the slip ratio s, the traction force F and the normal force N applied to the road from the vehicle's driving wheel, characterized in that the method comprises - predetermining the slip ratio s 0 of the driving wheel during driving on a non-slip surface as a function of the normal force N and the traction force F, - determining the slip ratio s 1, the normal force N 1 and the traction force F 1 of the driving wheel during driving, - determining the normalized slip ratio s' by comparing the slip ratio s 1 of the driving wheel during driving with the predetermined slip ratio s 0 of the driving wheel during driving on a non-slip surface with the same traction force F 1 and normal force N 1, the normalized slip ratio indicating the degree of slipping with regard to the non-slip surface; and - determining the road surface slipperiness from the normalized slip ratio s' said determining comprising detecting the slipperiness from the increase in slipping. - predetermining the slip ratio s 0 of the driving wheel during driving on a non-slip surface as a function of the normal force N and the traction force F, - determining the slip ratio s 1, the normal force N 1 and the traction force F 1 of the driving wheel during driving, - determining the normalized slip ratio s' by comparing the slip ratio s 1 of the driving wheel during driving with the predetermined slip ratio s 0 of the driving wheel during driving on a non-slip surface with the same traction force F 1 and normal force N 1, the normalized slip ratio indicating the degree of slipping with regard to the non-slip surface; and - determining the road surface slipperiness from the normalized slip ratio s' said determining comprising detecting the slipperiness from the increase in slipping.
A hydrofluoroolefin compound represented by the following general formula: in which, Rh is CH-CH 2 or C(CH 3)-CH 2; and (i) x is O; n is 1; Y is F; Rf 2 is F; and Rf 1 is a linear or branched fluorinated alkyl group having 1 - 10 carbon atoms and optionally includes one or more catenated heteroatoms selected from O, N, and S; or (ii) x is N, n is 2, Y is F or CF 3; Rf 2 is F or CF 3; and (a) each Rf 1 is bonded to x, and is independently a linear or branched fluorinated alkyl group having 1-8 carbon atoms and optionally includes one or more catenated heteroatom selected from O, N or S; or (b) the Rf 1 groups are bonded together to form a ring structure having 4 to 8 carbon atoms that optionally includes one or more catenated heteroatoms selected from O, N, or S; with the proviso that when Y-CF 3, then Rf 2 -F wherein when a catenated heteroatom is a tertiary N atom said N atom is bonded to three perfluorinated carbon atoms. (i) x is O; n is 1; Y is F; Rf 2 is F; and Rf 1 is a linear or branched fluorinated alkyl group having 1 - 10 carbon atoms and optionally includes one or more catenated heteroatoms selected from O, N, and S; or (ii) x is N, n is 2, Y is F or CF 3; Rf 2 is F or CF 3; and (a) each Rf 1 is bonded to x, and is independently a linear or branched fluorinated alkyl group having 1-8 carbon atoms and optionally includes one or more catenated heteroatom selected from O, N or S; or (b) the Rf 1 groups are bonded together to form a ring structure having 4 to 8 carbon atoms that optionally includes one or more catenated heteroatoms selected from O, N, or S; (a) each Rf 1 is bonded to x, and is independently a linear or branched fluorinated alkyl group having 1-8 carbon atoms and optionally includes one or more catenated heteroatom selected from O, N or S; or (b) the Rf 1 groups are bonded together to form a ring structure having 4 to 8 carbon atoms that optionally includes one or more catenated heteroatoms selected from O, N, or S;
A control device of a vehicle (10, 200, 250, 260) comprising: an engine; a connection/disconnection device (C1, C2) configured to connect/interrupt the engine with respect to wheels (16, 18); a rotating machine disposed to enable transmission of drive power to the wheels; and a running position selection device configured to select an automatic running position and a manual running position, the control device of a vehicle including a first manual mode selected by performing a deceleration increasing operation by a driver for increasing vehicle deceleration while the automatic running position is selected and a second manual mode selected by performing a deceleration increasing operation by a driver for increasing the vehicle deceleration while the manual running position is selected, characterized in that while the vehicle is running with the engine interrupted from the wheels, if the first manual mode is selected, the vehicle deceleration is generated only by the rotating machine, and in that, if the second manual mode is selected, the connection/disconnection device is put into the connected state to generate the vehicle deceleration at least by the engine.
A computer-implemented method, comprising: generating a request to perform a privileged operation on a virtualization layer (105, 102) of a host computing device; obtaining a public key and including the public key in the request, the public key capable of being used at least to encrypt information by the virtualisation layer, the public key having a corresponding private key that is capable of being used to at least decrypt the information encrypted using the public key by the virtualisation layer, wherein the request to perform the privileged operation is encrypted using a second key; submitting the request including the public key to the virtualization layer of the host computing device, the virtualization layer configured to execute the privileged operation to produce a result; and wherein the virtualization layer is configured to decrypt the request to perform the privileged operation and encrypt the result of the privileged operation by using the public key provided with the request, and wherein the virtualization layer is configured to encrypt the result before the result is communicated out of a hypervisor or a kernel of the virtualization layer of the host computing device, the result comprising hypervisor or kernel information including abnormal state information. generating a request to perform a privileged operation on a virtualization layer (105, 102) of a host computing device; obtaining a public key and including the public key in the request, the public key capable of being used at least to encrypt information by the virtualisation layer, the public key having a corresponding private key that is capable of being used to at least decrypt the information encrypted using the public key by the virtualisation layer, wherein the request to perform the privileged operation is encrypted using a second key; submitting the request including the public key to the virtualization layer of the host computing device, the virtualization layer configured to execute the privileged operation to produce a result; and wherein the virtualization layer is configured to decrypt the request to perform the privileged operation and encrypt the result of the privileged operation by using the public key provided with the request, and wherein the virtualization layer is configured to encrypt the result before the result is communicated out of a hypervisor or a kernel of the virtualization layer of the host computing device, the result comprising hypervisor or kernel information including abnormal state information.
An apparatus comprising: means for receiving data comprising multiple types of data exchanged between a terminal and at least one other terminal via a wireless communication network in a session, wherein the means for receiving is configured to query a user of each terminal engaged in the session for authorization to archive a specific type of data for the session; means for receiving from the terminal a request to archive the specific type of data among said multiple types of data exchanged in the session,; means for archiving the specific type of data exchanged in the session for possible use later by the terminal if authorization is received from the user of each terminal engaged in the session to archive any single type of data or any combination of data types. means for receiving data comprising multiple types of data exchanged between a terminal and at least one other terminal via a wireless communication network in a session, wherein the means for receiving is configured to query a user of each terminal engaged in the session for authorization to archive a specific type of data for the session; means for receiving from the terminal a request to archive the specific type of data among said multiple types of data exchanged in the session,; means for archiving the specific type of data exchanged in the session for possible use later by the terminal if authorization is received from the user of each terminal engaged in the session to archive any single type of data or any combination of data types.
A method comprising: generating, by a computing device, a shared vault comprising a vault database encrypted using a vault key; receiving, by a first application executing on the computing device, first user entropy from a user associated with the shared vault; decrypting, by the first application, a first vault key record using the first user entropy to generate a first copy of the vault key; decrypting, by the first application, the vault database using the first copy of the vault key; accessing, by the first application and using the first copy of the vault key, the vault database to retrieve an unlock key, wherein the unlock key is operable to decrypt a second vault key record associated with the shared vault to generate a copy of the vault key; storing the unlock key in application memory associated with the first application; writing, by the first application, first shared secrets for accessing secured network resources to the vault database; accessing, by a second application executing on the computing device and using second user entropy, the vault database to retrieve the unlock key; decrypting, by the second application, the second vault key record using the unlock key to generate a second copy of the vault key, wherein a copy of the unlock key is stored in application memory associated with the second application; and accessing, by the second application and using the second copy of the vault key, the vault database to retrieve the first shared secrets for accessing secured network resources. generating, by a computing device, a shared vault comprising a vault database encrypted using a vault key; receiving, by a first application executing on the computing device, first user entropy from a user associated with the shared vault; decrypting, by the first application, a first vault key record using the first user entropy to generate a first copy of the vault key; decrypting, by the first application, the vault database using the first copy of the vault key; accessing, by the first application and using the first copy of the vault key, the vault database to retrieve an unlock key, wherein the unlock key is operable to decrypt a second vault key record associated with the shared vault to generate a copy of the vault key; storing the unlock key in application memory associated with the first application; writing, by the first application, first shared secrets for accessing secured network resources to the vault database; accessing, by a second application executing on the computing device and using second user entropy, the vault database to retrieve the unlock key; decrypting, by the second application, the second vault key record using the unlock key to generate a second copy of the vault key, wherein a copy of the unlock key is stored in application memory associated with the second application; and accessing, by the second application and using the second copy of the vault key, the vault database to retrieve the first shared secrets for accessing secured network resources.
Device, with a plurality of thermal conductivity sensors, for measuring the thermal conductivity of gas components of a gas mixture to determine the amounts of the gas components, wherein each thermal conductivity sensor is part of a resistance bridge circuit and is connected to an evaluation unit belonging to the device, wherein each thermal conductivity sensor has a heating element and an integrated temperature measurement element, characterised in that the heating element and the integrated temperature measurement element are configured to generate two measuring voltages (UM3, UM2) if there is a change in temperature of the thermal conductivity sensor due to removal of heat by the gas mixture, and the evaluation unit is configured to compare these to determine measuring errors.