mhurhangee/ep-ind-claims huggingface dataset:
A method for use with a fabric-attached memory system including a fabric-attached memory and a plurality of requestors coupled to the fabric-attached memory through a fabric, comprising: requesting notifications from a fabric manager regarding changes in requestors authorized to access a fabric-attached memory region; and in response to a notification from the fabric manager indicating that more than one requestor is authorized to access the fabric-attached memory region, causing fences to be activated for selected memory access instructions. requesting notifications from a fabric manager regarding changes in requestors authorized to access a fabric-attached memory region; and in response to a notification from the fabric manager indicating that more than one requestor is authorized to access the fabric-attached memory region, causing fences to be activated for selected memory access instructions.
Method for managing the rights of access to a network of a communicating object (1, 1'), said method being implemented by a platform for managing the rights of a communication network, said method comprising: - a step of receiving a reporting message (M1, M1') originating from a communicating object (1, 1'); - the method being characterized in that it further comprises: - a step of sending, to at least one device located in proximity to said communicating object (1, 1'), a list comprising at least one communicating object identifier located in proximity to said device; - a step of receiving, originating from the device, a message comprising the identifier (IDU, IDU') of a communicating object of the list, the device having rights of access to the communication network, termed initial rights, which are associated with a user of the device; - a step of sending to said device a description message (M4, M4') containing a list of rights (CRD1, CRD1') allottable to the selected object (1, 1'), said allottable rights (CRD1, CRD1') being defined on the basis of said initial rights; - a step of receiving, originating from said device, a message (M5, M5') requesting establishment of rights, comprising a description of rights which are specific to the object, termed delegated rights (CRD2, CRD2'), selected from among the list of allottable rights; - a step of creating a communication profile (PROF) associated with the delegated rights; and - a step of sending said profile (PROF) to said object (1, 1') for its configuration. - a step of receiving a reporting message (M1, M1') originating from a communicating object (1, 1'); - the method being characterized in that it further comprises: - a step of sending, to at least one device located in proximity to said communicating object (1, 1'), a list comprising at least one communicating object identifier located in proximity to said device; - a step of receiving, originating from the device, a message comprising the identifier (IDU, IDU') of a communicating object of the list, the device having rights of access to the communication network, termed initial rights, which are associated with a user of the device; - a step of sending to said device a description message (M4, M4') containing a list of rights (CRD1, CRD1') allottable to the selected object (1, 1'), said allottable rights (CRD1, CRD1') being defined on the basis of said initial rights; - a step of receiving, originating from said device, a message (M5, M5') requesting establishment of rights, comprising a description of rights which are specific to the object, termed delegated rights (CRD2, CRD2'), selected from among the list of allottable rights; - a step of creating a communication profile (PROF) associated with the delegated rights; and - a step of sending said profile (PROF) to said object (1, 1') for its configuration.
A multifunctional primer formulation for a composite building material wherein the formulation includes an emulsion with an acrylic latex and silicate binder, characterised in that the mass ratio of silicate to acrylic latex is between 0.75 and 1.5 whereby the binder imparts multifunctional action to the primer as a primer and a sealer and wherein the formulation has improved adhesion of a topcoat to a composite fibre cement building material as compared with a primer absent the binder.
A voltage equalization apparatus comprising: a switch controller controlling a first switch that is configured to provide a first voltage to a first rectifier element group corresponding to a first electricity storage member and controlling a second switch that is configured to provide a second voltage to a second rectifier element group corresponding to a second electricity storage member, wherein the switch controller is configured to individually control the first switch and the second switch based on voltage measurement signals of the first electricity storage member and the second electricity storage member, characterized by a voltage controller to which an external power supply and the first electricity storage member and the second electricity storage member are connected as an input, said voltage controller comprising a step-down DC-DC converter configured to step down the voltages of the first electricity storage member and the second electricity storage member in series and provides them as output, a third switch configured to switch between the external power supply and the output of the step-down DC-DC converter, a fourth switch connected between the third switch and the output of the voltage controller, and a fifth switch connected between a ground voltage and the output of the voltage controller, wherein the switch controller is configured to alternately and selectively turn the fourth switch or the fifth switch on. a switch controller controlling a first switch that is configured to provide a first voltage to a first rectifier element group corresponding to a first electricity storage member and controlling a second switch that is configured to provide a second voltage to a second rectifier element group corresponding to a second electricity storage member, wherein the switch controller is configured to individually control the first switch and the second switch based on voltage measurement signals of the first electricity storage member and the second electricity storage member, characterized by a voltage controller to which an external power supply and the first electricity storage member and the second electricity storage member are connected as an input, said voltage controller comprising a step-down DC-DC converter configured to step down the voltages of the first electricity storage member and the second electricity storage member in series and provides them as output, a third switch configured to switch between the external power supply and the output of the step-down DC-DC converter, a fourth switch connected between the third switch and the output of the voltage controller, and a fifth switch connected between a ground voltage and the output of the voltage controller,
An image forming apparatus, comprising: an image forming section configured to selectively form a first toner image to be printed on transfer paper other than plain paper with use of a first color toner that includes a first colorant and to form a second toner image to be printed on the plain paper with use of the first color toner, wherein the transfer paper is an iron-on transfer printing sheet, and wherein the image forming section is configured to use a plurality of color toners as the first color toner; and a controller configured to control the image forming section and thereby to make a first area density of the first color toner in the first toner image when the image forming section forms a first solid pattern with use of the first color toner and a second area density of the first color toner in the second toner image when the image forming section forms a second solid pattern with use of the first color toner differ from each other. an image forming section configured to selectively form a first toner image to be printed on transfer paper other than plain paper with use of a first color toner that includes a first colorant and to form a second toner image to be printed on the plain paper with use of the first color toner, wherein the transfer paper is an iron-on transfer printing sheet, and wherein the image forming section is configured to use a plurality of color toners as the first color toner; and a controller configured to control the image forming section and thereby to make a first area density of the first color toner in the first toner image when the image forming section forms a first solid pattern with use of the first color toner and a second area density of the first color toner in the second toner image when the image forming section forms a second solid pattern with use of the first color toner differ from each other.
A method of assessing the purity of human umbilical-cord derived mesenchymal stem cells (hUC-MSCs) in a cell culture, comprising determining the percentage of cells expressing CD146 in the culture; wherein the purity of hUC-MSCs is calculated by the equation shown below: Y = SX + I, where Y is the purity (%) of hUC-MSCs, X is the percentage of cells expressing CD146, S is 1.206, and I is -23.32.
An oral pharmaceutical composition in the form of tablets comprising: (i) 100 mg sodium N-[8-(2-hydroxybenzoyl)amino]caprylate; (ii) 1 mg vitamin B12; (iii) 2 mg povidone; (iv) 95 mg dibasic calcium phosphate; and (v) 2 mg magnesium stearate, for use in the treatment of vitamin B12 deficiency defined as serum cobalamin below 350 pg/ml, wherein the composition is administered once daily. (i) 100 mg sodium N-[8-(2-hydroxybenzoyl)amino]caprylate; (ii) 1 mg vitamin B12; (iii) 2 mg povidone; (iv) 95 mg dibasic calcium phosphate; and (v) 2 mg magnesium stearate,
Durably homogeneous, low-viscosity, radiation-curable coating material comprising a) x (meth)acrylated polysiloxanes and if desired b) y (meth)acrylated organic compounds and c) at least one particulate hydrophobic emulsifier consisting of hydrophobically modified silicas and/or silicone resin particles having an average particle size of < 1000 nm in at least one dimension, with the proviso that x ≥ 1, y ≥ 0, the sum of x + y ≥ 2 and the mixture of components a) and b) alone is not durably homogeneous, where "durably homogeneous" means that the claimed coating material is stable to sedimentation for at least 14 days when stored at room temperature, the sedimentation stability being tested using a LUMiFuge 116 from L.U.M., by centrifuging a 2 ml sample in a centrifuge tube having a diameter of 1 cm at a rotational speed of 2000/min at 30°C for 17 hours and thereafter determining the height of the supernatant, and "low-viscosity" means that the claimed coating material with component c) has not more than double the shear viscosity at rest and also not more than double the viscosity at high shear rates, relative to a coating material without component c), where the shear viscosity at rest denotes a shear rate of 1 s -1 and high shear rates denote > 1000/s and the viscosities are determined using a Physica MCR 301 rheometer from Anton Paar, the measurement being made at 25°C using a cone/plate geometry, diameter 5 cm. a) x (meth)acrylated polysiloxanes and if desired b) y (meth)acrylated organic compounds and c) at least one particulate hydrophobic emulsifier consisting of hydrophobically modified silicas and/or silicone resin particles having an average particle size of < 1000 nm in at least one dimension,
A process for the production of phase pure doped or undoped lithium titanate Li 4 Ti 5 O 12 comprising the steps of: a) providing an aqueous solution of LiOH, b) optionally adding a compound containing Al, Mg, Ga, Fe, Co, Sc, Y, Mn, Ni, Cr, V or mixtures thereof, before or together with an addition of solid TiO 2, c) reacting the aqueous solution of LiOH after adding solid TiO 2 at a temperature in the range of 100-250°C over a period of 15 to 25 hours to obtain a composite oxide containing x parts cubic phase Li 2 TiO 3 and y parts TiO 2 in anatase modification and z contains parts of a metal oxide, wherein x and y are independently a number between 0.1 and 4 and 0 ≤ z ≤ 1 and the metal of Al, Mg, Ga, Fe, Co, Sc, Y, Mn, Ni, Cr, V or mixtures thereof, wherein the molar ratio of TiO 2 to Li 2 TiO 3 in the composite oxide obtained is in a range of 1.3 to 1.85, and d) sintering of the resulting composite oxide at a temperature of ≤ 750°C for 1 to 20 hours. a) providing an aqueous solution of LiOH, b) optionally adding a compound containing Al, Mg, Ga, Fe, Co, Sc, Y, Mn, Ni, Cr, V or mixtures thereof, before or together with an addition of solid TiO 2, c) reacting the aqueous solution of LiOH after adding solid TiO 2 at a temperature in the range of 100-250°C over a period of 15 to 25 hours to obtain a composite oxide containing x parts cubic phase Li 2 TiO 3 and y parts TiO 2 in anatase modification and z contains parts of a metal oxide, wherein x and y are independently a number between 0.1 and 4 and 0 ≤ z ≤ 1 and the metal of Al, Mg, Ga, Fe, Co, Sc, Y, Mn, Ni, Cr, V or mixtures thereof, wherein the molar ratio of TiO 2 to Li 2 TiO 3 in the composite oxide obtained is in a range of 1.3 to 1.85, and d) sintering of the resulting composite oxide at a temperature of ≤ 750°C for 1 to 20 hours.
Mobile additive manufacturing installation, the installation comprising a main self-supporting frame which makes it possible to render the installation transportable by road, the installation comprising a main manufacturing housing supported by the main frame and closed in leaktight fashion by panels fixed to the main frame, at least one main additive manufacturing machine being installed inside the main manufacturing housing, the main additive manufacturing machine comprising at least one manufacturing chamber inside which is carried out an additive manufacturing process consisting in depositing additive manufacturing powder and in fusing the grains of this powder using a source of energy or of heat, the installation comprising a main inerting device which makes it possible to supply the manufacturing chamber of the machine with an inert gas and which also makes it possible to capture the inert gas contaminated by the fumes resulting from the additive manufacturing inside the manufacturing chamber, a main circulation path being provided in the main manufacturing housing in order to make it possible for an operator to circulate around the main additive manufacturing machine, the installation comprising a main airlock for the entry and the exit of at least one operator, and this main airlock being supported by the main frame and closed in leaktight fashion by panels fixed to the main self-supporting frame, an internal door makes it possible for an operator to circulate between the main airlock and the main manufacturing housing and an external door makes it possible for an operator to circulate between the main airlock and the outside of the installation, the mobile installation comprising at least one auxiliary manufacturing housing connected in leaktight fashion to the main manufacturing housing, at least one auxiliary additive manufacturing machine (M2, M3) being installed inside this auxiliary manufacturing housing, the mobile installation comprising an auxiliary self-supporting frame which supports this auxiliary manufacturing housing and which is independent of the main self-supporting frame, this auxiliary manufacturing housing being closed in leaktight fashion by panels fixed to the auxiliary self-supporting frame, an auxiliary circulation path being provided in the auxiliary manufacturing housing in order to make it possible for an operator to circulate around each auxiliary manufacturing machine (M2, M3) installed in this auxiliary manufacturing housing.
A rotation detecting device comprising: a rotational body (15, 16) coaxially fixed to an outer circumferential surface of a hollow rotational shaft to be detected; a cylindrical cover surrounding the rotational body (15, 16); an annular gap formed between an outer circumferential surface of the rotational body (15, 16) and an inner circumferential surface of the cylindrical cover; a plurality of rigid boards (21 - 25) arranged in the annular gap along a circumferential direction of the annular gap; and a plurality of conductive members for electrically connecting the rigid boards in the annular gap, wherein the rigid boards are respectively arranged in a state extending along a tangential direction with respect to the outer circumferential surface of the rotational body (15, 16); the rigid boards (21 - 25) include a plurality of detection-element implemented boards (21, 24, 25) in which detection elements (17A, 18, 19) for detecting a rotational state of the rotational body (15, 16) are implemented; the rotational body has a 2-pole magnet ring and a multi-pole gear that are arranged coaxially and adjacently in a direction of a device axis line, and the detection-element implemented boards (21, 24, 25) include: a 2-pole-side encoder board (24, 25) in which a 2-pole-side magnetic detection element (18, 19) for detecting a rotating magnetic field of the 2-pole magnet ring is implemented; and a multipole-side encoder board in which a multi-pole-side magnetic detection element for detecting a rotating magnetic field of the multi-pole gear is implemented. a rotational body (15, 16) coaxially fixed to an outer circumferential surface of a hollow rotational shaft to be detected; a cylindrical cover surrounding the rotational body (15, 16); an annular gap formed between an outer circumferential surface of the rotational body (15, 16) and an inner circumferential surface of the cylindrical cover; a plurality of rigid boards (21 - 25) arranged in the annular gap along a circumferential direction of the annular gap; and a plurality of conductive members for electrically connecting the rigid boards in the annular gap, wherein the rigid boards are respectively arranged in a state extending along a tangential direction with respect to the outer circumferential surface of the rotational body (15, 16); the rigid boards (21 - 25) include a plurality of detection-element implemented boards (21, 24, 25) in which detection elements (17A, 18, 19) for detecting a rotational state of the rotational body (15, 16) are implemented; the rotational body has a 2-pole magnet ring and a multi-pole gear that are arranged coaxially and adjacently in a direction of a device axis line, and the detection-element implemented boards (21, 24, 25) include: a 2-pole-side encoder board (24, 25) in which a 2-pole-side magnetic detection element (18, 19) for detecting a rotating magnetic field of the 2-pole magnet ring is implemented; and a multipole-side encoder board in which a multi-pole-side magnetic detection element for detecting a rotating magnetic field of the multi-pole gear is implemented.
An encoder structure comprising: a sensor head unit installed in an irrotational part; a rotative magnetic ring unit positioned close to the sensor head unit and having a north pole and a south pole arranged alternately on a circumference thereof; and a groove unit formed in at least one space between a north pole and an adjacent south pole located on a surface of the magnetic ring unit, characterized in that the groove unit is formed so that the direction of the groove unit dividing the north pole and the south pole in a cross-sectional direction of the groove unit is tilted at a predetermined angle with respect to the direction perpendicular to the surface of the magnetic ring unit. a sensor head unit installed in an irrotational part; a rotative magnetic ring unit positioned close to the sensor head unit and having a north pole and a south pole arranged alternately on a circumference thereof; and a groove unit formed in at least one space between a north pole and an adjacent south pole located on a surface of the magnetic ring unit, characterized in that the groove unit is formed so that the direction of the groove unit dividing the north pole and the south pole in a cross-sectional direction of the groove unit is tilted at a predetermined angle with respect to the direction perpendicular to the surface of the magnetic ring unit.
A display screen comprising: - a substrate made of a plastic material, - at least one transparent heating element, - at least one thermochromic compound, characterized in that said at least one transparent heating element comprises at least one metal nanowire, optionally functionalized, preferably the nanowire is in a metal selected from among silver, gold, copper, platinum, palladium, nickel, cobalt, rhodium, iridium, ruthenium and iron, preferably from among silver, gold and copper. - a substrate made of a plastic material, - at least one transparent heating element, - at least one thermochromic compound,
A method for sending a notification by a subscription servicing apparatus in an Internet of Things, IoT, environment including a participant, a subscriber, and a notified party, comprising: determining an event notification criterion, wherein the event notification criterion is included in a subscription resource created according to a subscription resource creation request sent by the subscriber; and determining (S206, S1002) whether participant information of the participant satisfies the event notification criterion, and if yes, sending (S208, S1003) the notification to a notified party; wherein the participant information includes at least one of a participant identifier, a structural feature and/or a content feature of a participant identifier, a participant role or a participant role feature owned by the participant role. determining an event notification criterion, wherein the event notification criterion is included in a subscription resource created according to a subscription resource creation request sent by the subscriber; and determining (S206, S1002) whether participant information of the participant satisfies the event notification criterion, and if yes, sending (S208, S1003) the notification to a notified party;
A method of forming a cross-linked polymer gel comprising mixing a first solution and a second solution, wherein the first solution comprises a crosslinking agent and a first chelating agent; the second solution comprises a displacing agent that is a molecule capable of binding the first chelator in order to release the cross-linking agent; wherein at least one of the first or second solutions contains an ionotropic polymer; and wherein: (a) the ionotropic polymer has a lower affinity for the crosslinking agent than the first chelating agent, and (b) the first chelating agent has a higher affinity for the displacing agent than the crosslinking agent, and (c) the crosslinking agent and the displacing agent are different multivalent metal ions. (a) the ionotropic polymer has a lower affinity for the crosslinking agent than the first chelating agent, and (b) the first chelating agent has a higher affinity for the displacing agent than the crosslinking agent, and (c) the crosslinking agent and the displacing agent are different multivalent metal ions.