mhurhangee/ep-ind-claims huggingface dataset:
Nanostructured composite material that comprises: a) ZrO 2 stabilised with CeO 2, with a mean particle size ranging between 50 and 1000 nm, doped with γ-Al 2 O 3, with a concentration of γ-Al 2 O 3 ranging between 5% and 50% by volume with respect to the total of (a) and mean sizes of less than 50 nm. b) α-Al 2 O 3, with a mean particle size ranging between 150 and 400 nm, doped with ZrO 2, with a mean particle size ≤ 40 nm and a concentration of ZrO 2 ranging between 0.5% and 5% by weight with respect to the total of (b). a) ZrO 2 stabilised with CeO 2, with a mean particle size ranging between 50 and 1000 nm, doped with γ-Al 2 O 3, with a concentration of γ-Al 2 O 3 ranging between 5% and 50% by volume with respect to the total of (a) and mean sizes of less than 50 nm. b) α-Al 2 O 3, with a mean particle size ranging between 150 and 400 nm, doped with ZrO 2, with a mean particle size ≤ 40 nm and a concentration of ZrO 2 ranging between 0.5% and 5% by weight with respect to the total of (b).
An information processing apparatus comprising: a presentation control unit configured to generate a risk avoidance proposal for a user on a basis of a predicted risk; an evaluating unit configured to evaluate a level of obedience of the user on a basis of response of the user to the risk avoidance proposal; a risk predicting unit configured to adjust a risk prediction parameter on a basis of the evaluated level of obedience, wherein the risk predicting unit predicts a risk regarding driving of a mobile body by the user; and a driving behavior detecting unit configured to detect driving behavior which is behavior of the user or the mobile body during driving, wherein the risk predicting unit predicts the risk on a basis of a detection result of the driving behavior, characterized in that a level of dangerous driving behavior, which is to be detected by the driving behavior detecting unit, changes on a basis of the level of obedience. a presentation control unit configured to generate a risk avoidance proposal for a user on a basis of a predicted risk; an evaluating unit configured to evaluate a level of obedience of the user on a basis of response of the user to the risk avoidance proposal; a risk predicting unit configured to adjust a risk prediction parameter on a basis of the evaluated level of obedience, wherein the risk predicting unit predicts a risk regarding driving of a mobile body by the user; and a driving behavior detecting unit configured to detect driving behavior which is behavior of the user or the mobile body during driving, wherein the risk predicting unit predicts the risk on a basis of a detection result of the driving behavior, characterized in that a level of dangerous driving behavior, which is to be detected by the driving behavior detecting unit, changes on a basis of the level of obedience.
A vacuum interrupter switch assembly comprising: a vacuum interrupter including an outer housing, the housing having a top insert; a contact that extends from the top insert and parallel to a longitudinal axis of the housing, the contact configured to electrically connect the vacuum interrupter within the housing to a contact of a mounting assembly; and a guide and pull ring structure including a mounting ring sized to be received around and mechanically secured to the top insert and being defined in a first plane, characterized in that the mounting ring is an open ring and includes a pair opposing securing tabs (74, 76) that operate to close the mounting ring, wherein the guide and pull ring structure further includes a grasping ring coupled to one side of the mounting ring and being defined in a second plane perpendicular to the first plane and parallel to the longitudinal axis, wherein the grasping ring is coupled to one of the tabs (74, 76), and a V-shaped guide piece coupled to the mounting ring at a side opposite from the grasping ring and extending perpendicular to the first plane and parallel to the longitudinal axis, an acute angle of the V-shaped guide piece being aligned toward and parallel to the contact and an obtuse angle of the V-shaped guide piece, opposite the acute angle, being aligned away from and parallel to the contact when the mounting ring is secured to the top insert and clamped to the top insert, and wherein the V-shaped guide piece guides the contact of the switch assembly to the contact of the mounting assembly. a vacuum interrupter including an outer housing, the housing having a top insert; a contact that extends from the top insert and parallel to a longitudinal axis of the housing, the contact configured to electrically connect the vacuum interrupter within the housing to a contact of a mounting assembly; and a guide and pull ring structure including a mounting ring sized to be received around and mechanically secured to the top insert and being defined in a first plane, characterized in that the mounting ring is an open ring and includes a pair opposing securing tabs (74, 76) that operate to close the mounting ring, wherein the guide and pull ring structure further includes a grasping ring coupled to one side of the mounting ring and being defined in a second plane perpendicular to the first plane and parallel to the longitudinal axis, wherein the grasping ring is coupled to one of the tabs (74, 76), and a V-shaped guide piece coupled to the mounting ring at a side opposite from the grasping ring and extending perpendicular to the first plane and parallel to the longitudinal axis, an acute angle of the V-shaped guide piece being aligned toward and parallel to the contact and an obtuse angle of the V-shaped guide piece, opposite the acute angle, being aligned away from and parallel to the contact when the mounting ring is secured to the top insert and clamped to the top insert, and wherein the V-shaped guide piece guides the contact of the switch assembly to the contact of the mounting assembly.
An information processing device, comprising a first memory, a second memory, data transfer circuitry, power gating circuitry, and a controller; the first memory comprising at least two volatile memory units and the controller being configured for receiving or generating a request for setting the information processing device into a reduced power mode; characterized in that the controller is further configured for: in response to the request, selecting specific memory units among the memory units; controlling the data transfer circuitry to transfer data from the selected memory units to the second memory; and controlling the power gating circuitry to power down the selected memory units. in response to the request, selecting specific memory units among the memory units; controlling the data transfer circuitry to transfer data from the selected memory units to the second memory; and controlling the power gating circuitry to power down the selected memory units.
A method for sending data from an upstream device to a downstream device, comprising: - the sending of a piece of data from one among a plurality of virtual channels sharing the same input buffer memory of the downstream device, if this virtual channel uses a number of memory locations of the input buffer memory strictly less than a current ceiling, characterized in that it further comprises: - the measuring of a communication latency between the upstream and downstream devices, - the calculating (304, 308) of the current ceiling from the latency. - the sending of a piece of data from one among a plurality of virtual channels sharing the same input buffer memory of the downstream device, if this virtual channel uses a number of memory locations of the input buffer memory strictly less than a current ceiling, - the measuring of a communication latency between the upstream and downstream devices, - the calculating (304, 308) of the current ceiling from the latency.
A method of streaming content to at least one access network comprising: preprocessing said content, prior to storing said content on a local streaming server, into at least one packet having a format and a size optimized for storage and retrieval at said local streaming server, wherein said preprocessing step further comprises: transcoding said content into at least one packet format, encapsulating said at least one packet of content in a payload portion of a real time transport protocol packet, and encapsulating said RTP packet in a payload portion of an Internet Protocol packet structure; retrieving from said local streaming server said content encapsulated according to said IP packet structure; processing, at said local steaming server, said retrieved content into a format native to an access network from which a user request originated; streaming said processed content to said at least one access network via a distribution network, a format of said distribution network being different than said access network format, wherein said processed content is encapsulated according to said IP packet structure; and extracting said content from said IP packet structure downstream of said distribution network. preprocessing said content, prior to storing said content on a local streaming server, into at least one packet having a format and a size optimized for storage and retrieval at said local streaming server, wherein said preprocessing step further comprises: transcoding said content into at least one packet format, encapsulating said at least one packet of content in a payload portion of a real time transport protocol packet, and encapsulating said RTP packet in a payload portion of an Internet Protocol packet structure; transcoding said content into at least one packet format, encapsulating said at least one packet of content in a payload portion of a real time transport protocol packet, and encapsulating said RTP packet in a payload portion of an Internet Protocol packet structure; retrieving from said local streaming server said content encapsulated according to said IP packet structure; processing, at said local steaming server, said retrieved content into a format native to an access network from which a user request originated; streaming said processed content to said at least one access network via a distribution network, a format of said distribution network being different than said access network format, wherein said processed content is encapsulated according to said IP packet structure; and extracting said content from said IP packet structure downstream of said distribution network.
System for removing slag from workbenches comprising plates parallel to each other developed in a first main direction L, wherein the system comprises a slag removal machine, a traction group of the machine, wherein the slag removal machine comprises tool means suitable for straddling, during said traction, at least one of said plates which is oriented with said first development direction L parallel to said traction direction L, characterized by further comprising a linear sliding guide for the traction group, and in that said slag removal machine, said traction group of the machine, and said linear sliding guide, are associated with each other in such a way that: - the traction group is operationally interposed between the machine and the guide, so as to drag the machine towards the guide along a traction direction L, and - the traction group slides at least partially along the guide along a sliding direction W orthogonal to the traction direction L. wherein the slag removal machine comprises tool means suitable for straddling, during said traction, at least one of said plates which is oriented with said first development direction L parallel to said traction direction L, characterized by further comprising a linear sliding guide for the traction group, and in that said slag removal machine, said traction group of the machine, and said linear sliding guide, are associated with each other in such a way that: - the traction group is operationally interposed between the machine and the guide, so as to drag the machine towards the guide along a traction direction L, and - the traction group slides at least partially along the guide along a sliding direction W orthogonal to the traction direction L. - the traction group is operationally interposed between the machine and the guide, so as to drag the machine towards the guide along a traction direction L, and - the traction group slides at least partially along the guide along a sliding direction W orthogonal to the traction direction L.
Solar concentrator power station of the Fresnel type comprising at least one elementary module including at least one first receiver and at least one second receiver arranged in parallel with each other and directly adjacent, and mirrors (8.1, 8.2) intended to reflect a solar flux concentrated on said first and second receivers, said first and second receivers being suspended above mirrors (8.1, 8.2), each of said first and second receivers comprising at least one conduit in which a fluid is intended to circulate, said conduits being intended to receive the reflected concentrated solar flux, said mirrors (8.1, 8.2) comprising first mirrors (8.1) focused on the first receiver during nominal operation and the second mirrors (8.2) being focused on the second receiver during nominal operation, mirror movement means, first means of controlling the movement means activating the mirror movement means as a function of the time of day, in which the first receiver, called vaporizing receiver, is connected to a supply of fluid in liquid phase, and in which the second receiver, called superheating receiver, is supplied with fluid in vapour form by the first receiver, said second receiver being intended to deliver superheated vapour, said power station also comprising means for measuring at least one operating parameter of the power station, second means of controlling the movement means, said second control means activating the movement means as a function of at least one operating parameter of the power station so that at least one mirror (8.1, 8.2) is focused onto a different receiver (2, 4) from the receiver on which it is focused during nominal operation.
A circle throw screening machine for screening particulate material according to size, the machine comprising: a housing having a longitudinal aspect, an upper perforated deck and a lower deck disposed underneath the perforated upper deck; a frame configured for mounting the housing; a suspension system (4,12) for mounting the housing to the frame and configured to allow isolation of the housing relative to the frame; three rotatable unbalanced drive shafts equally spaced along a longitudinal aspect of the upper perforated deck coupled to the housing and configured to vibrate the housing in response to rotation of the drive shafts; and a drive mechanism coupled to the unbalanced drive shafts and configured to effect synchronous rotation of the three drive shafts in the same direction characterised in that the distance between a first end of the deck and the first drive shaft, the distance between the first and second drive shafts, the distance between the second and third drive shafts, and the distance between the third drive shaft and a second end of the deck, are substantially the same. a housing having a longitudinal aspect, an upper perforated deck and a lower deck disposed underneath the perforated upper deck; a frame configured for mounting the housing; a suspension system (4,12) for mounting the housing to the frame and configured to allow isolation of the housing relative to the frame; three rotatable unbalanced drive shafts equally spaced along a longitudinal aspect of the upper perforated deck coupled to the housing and configured to vibrate the housing in response to rotation of the drive shafts; and a drive mechanism coupled to the unbalanced drive shafts and configured to effect synchronous rotation of the three drive shafts in the same direction characterised in that the distance between a first end of the deck and the first drive shaft, the distance between the first and second drive shafts, the distance between the second and third drive shafts, and the distance between the third drive shaft and a second end of the deck, are substantially the same.
A compound of general Formula (Ib): wherein one or two Z are present on one ring and Z is absent on the other ring; and each Z is independently selected from unsubstituted linear alkyl or unsubstituted branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl); and R 5 is alkyl, selected from linear alkyl or branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl), wherein each alkyl may be unsubstituted or substituted with one, two, or three substituents selected from the group consisting of halo, nitro, cyano and amino; and stereoisomers, enantiomers, and tautomers thereof, pharmaceutically acceptable salts thereof and mixtures thereof. one or two Z are present on one ring and Z is absent on the other ring; and each Z is independently selected from unsubstituted linear alkyl or unsubstituted branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl); and R 5 is alkyl, selected from linear alkyl or branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl), wherein each alkyl may be unsubstituted or substituted with one, two, or three substituents selected from the group consisting of halo, nitro, cyano and amino; and stereoisomers, enantiomers, and tautomers thereof, pharmaceutically acceptable salts thereof and mixtures thereof.
An air conditioner comprising: front and rear frames (100, 300) that define an outer appearance of the air conditioner and are coupled to each other by a frame coupling part and a frame coupling projection through a coupling member; a main drain pan that is provided between the front and rear frames (100, 300) and divides an inner space between the front and rear frames (100, 300) into upper and lower halves; first and second heat exchangers (510, 870) that are provided a top and bottom of the main drain pan to allow air to be heat-exchanged with refrigerant; an indoor blower unit that is provided on the top of the main drain pan to generate intake and exhaust of indoor air and fixedly coupled to the front frame; a base pan that defines a lower outer appearance of the air conditioner and supports a load of a plurality of components; and an outdoor blower unit that is provided with a pair of housing grooves and guides airflow direction of air that is heat exchanged at the first heat exchanger, wherein the indoor blower unit is provided at a side of an upper end with an avoiding groove for preventing an interference with the frame coupling part and the frame coupling projection, and the avoiding groove is larger than a section of the frame coupling projection, characterized in that the indoor blower unit is provided at a side of a top surface with a dew guide part for guiding dew generated by the air outside the indoor blower unit contacting the heat-exchanged air by the second heat exchanger. front and rear frames (100, 300) that define an outer appearance of the air conditioner and are coupled to each other by a frame coupling part and a frame coupling projection through a coupling member; a main drain pan that is provided between the front and rear frames (100, 300) and divides an inner space between the front and rear frames (100, 300) into upper and lower halves; first and second heat exchangers (510, 870) that are provided a top and bottom of the main drain pan to allow air to be heat-exchanged with refrigerant; an indoor blower unit that is provided on the top of the main drain pan to generate intake and exhaust of indoor air and fixedly coupled to the front frame; a base pan that defines a lower outer appearance of the air conditioner and supports a load of a plurality of components; and an outdoor blower unit that is provided with a pair of housing grooves and guides airflow direction of air that is heat exchanged at the first heat exchanger, wherein the indoor blower unit is provided at a side of an upper end with an avoiding groove for preventing an interference with the frame coupling part and the frame coupling projection, and the avoiding groove is larger than a section of the frame coupling projection, characterized in that the indoor blower unit is provided at a side of a top surface with a dew guide part for guiding dew generated by the air outside the indoor blower unit contacting the heat-exchanged air by the second heat exchanger.
A knotless suture anchoring system, said system comprising: a first anchor component (62; 84; 1004; 5502; 5602; 5802) having a longitudinal axis and a first cinching mechanism (5512; 5612; 5810; 6602); a second anchor component (66; 82; 1002; 5510; 5610; 5812; 6610) initially detached from the first anchor component, at least one of the first and second anchor components being adapted for placement directly into bone or other tissue and comprising a retention feature on an exterior surface thereof for retaining the first or second anchor component in said bone or tissue, wherein the second anchor component is received within a cavity in the first anchor component; a coupling mechanism (83; 1010) for coupling the second anchor component to the first anchor component; and a length of suture (68; S; 86; 1018) at least partially disposed in the first cinching mechanism, the suture having a free end, wherein the first cinching mechanism allows the suture to pass through the first cinching mechanism in a first direction when the free end is tensioned and constrains movement of the suture through the first cinching mechanism in a second direction opposite the first direction. a first anchor component (62; 84; 1004; 5502; 5602; 5802) having a longitudinal axis and a first cinching mechanism (5512; 5612; 5810; 6602); a second anchor component (66; 82; 1002; 5510; 5610; 5812; 6610) initially detached from the first anchor component, at least one of the first and second anchor components being adapted for placement directly into bone or other tissue and comprising a retention feature on an exterior surface thereof for retaining the first or second anchor component in said bone or tissue, wherein the second anchor component is received within a cavity in the first anchor component; a coupling mechanism (83; 1010) for coupling the second anchor component to the first anchor component; and a length of suture (68; S; 86; 1018) at least partially disposed in the first cinching mechanism, the suture having a free end, wherein the first cinching mechanism allows the suture to pass through the first cinching mechanism in a first direction when the free end is tensioned and constrains movement of the suture through the first cinching mechanism in a second direction opposite the first direction.
A compression ignition engine fitted with an exhaust system for an internal combustion engine, the exhaust system comprising: a. a NO x storage and reduction zone on a wall flow monolithic substrate (6, 16) having a pre-coated porosity of 50% or greater, the NO x storage and reduction zone comprising a platinum group metal loaded on one or more first support, the or each first support comprising one or more alkaline earth metal compound; and b. a selective catalytic reduction zone on a monolithic substrate (6, 17); characterised in that; the exhaust system further comprises a lean NO x trap (4, 14); the selective catalytic reduction zone comprising copper or iron loaded on a second support, the second support comprising a molecular sieve; and wherein the exhaust system does not comprise an injection system for a nitrogenous reductant or precursor thereof. a. a NO x storage and reduction zone on a wall flow monolithic substrate (6, 16) having a pre-coated porosity of 50% or greater, the NO x storage and reduction zone comprising a platinum group metal loaded on one or more first support, the or each first support comprising one or more alkaline earth metal compound; and b. a selective catalytic reduction zone on a monolithic substrate (6, 17); the exhaust system further comprises a lean NO x trap (4, 14); the selective catalytic reduction zone comprising copper or iron loaded on a second support, the second support comprising a molecular sieve; and wherein the exhaust system does not comprise an injection system for a nitrogenous reductant or precursor thereof.