mhurhangee/ep-ind-claims huggingface dataset:
A terminal device comprising: an obtainer configured to obtain information indicating a current location of a preregistered second user from a home controller configured to manage an appliance installed in a home; a display device configured to display a list of appliances installed in the home; an acceptor configured to accept an operation that selects any of the appliances from among the list and an instruction for remotely controlling the selected appliance from a first user, and a transmitter configured to transmit the instruction accepted by the acceptor to the home controller, wherein the preregistered second user is one of multiple users registered in the home controller, each of the multiple users is associated with an image by which each of the multiple users is identified, the list includes an area indicating an installation location of the appliance, and the display device is further configured to display, in an area in the list, an image by which the second user is identified, the area indicating the installation location that matches with the current location of the second user. an obtainer configured to obtain information indicating a current location of a preregistered second user from a home controller configured to manage an appliance installed in a home; a display device configured to display a list of appliances installed in the home; an acceptor configured to accept an operation that selects any of the appliances from among the list and an instruction for remotely controlling the selected appliance from a first user, and a transmitter configured to transmit the instruction accepted by the acceptor to the home controller, wherein the preregistered second user is one of multiple users registered in the home controller, each of the multiple users is associated with an image by which each of the multiple users is identified, the list includes an area indicating an installation location of the appliance, and the display device is further configured to display, in an area in the list, an image by which the second user is identified, the area indicating the installation location that matches with the current location of the second user.
A light amplification device comprising: a seed light source configured to generate a pulsing seed light; an excitation light source (,) configured to generate excitation light; a light amplifying fiber configured to amplify the seed light by the excitation light and output the pulsing amplified light; and a control unit configured to control the seed light source and the excitation light source, the control unit configured to have a control mode to set a pulse width of the amplified light and control the excitation light's power, wherein in the control mode, the control unit controls the amplified light's peak power such that the peak power increases as the pulse width increases, and the peak power is below a predetermined threshold value, and wherein the threshold value is set so as to correspond to an upper limit value which does not damage the light amplifying fiber at a predetermined minimum value of the pulse width. a seed light source configured to generate a pulsing seed light; an excitation light source (,) configured to generate excitation light; a light amplifying fiber configured to amplify the seed light by the excitation light and output the pulsing amplified light; and a control unit configured to control the seed light source and the excitation light source, the control unit configured to have a control mode to set a pulse width of the amplified light and control the excitation light's power, wherein in the control mode, the control unit controls the amplified light's peak power such that the peak power increases as the pulse width increases, and the peak power is below a predetermined threshold value, and wherein the threshold value is set so as to correspond to an upper limit value which does not damage the light amplifying fiber at a predetermined minimum value of the pulse width.
An immunogenic composition comprising a nucleic acid that comprises a sequence encoding a dog telomerase reverse transcriptase (TERT) wherein the dog TERT is deleted of amino acids VDD which provides inactivation of telomerase catalytic activity, and is further deleted of N-terminal 47 amino acids with respect to full-length dog TERT sequence.
A laser system, comprising: a laser source outputting light at a fundamental frequency; and a frequency converter operative to convert the fundamental frequency into a higher harmonic and including at least one frequency converting stage which is based on a SrB 4 O 7 or PbB 4 O 7 crystal, wherein the SBO/PBO crystal is configured with a plurality of domains (30, 32) with respective periodically alternating polarity of the crystal axis, wherein the domains (30, 32) in the SBO/PBO crystal are configured with a periodic structure enabling use of quasi phase matching, QPM, and wherein the domains (30, 32) have highly parallel walls deviating from one another less than 1 μm over a 10 mm distance. a laser source outputting light at a fundamental frequency; and a frequency converter operative to convert the fundamental frequency into a higher harmonic and including at least one frequency converting stage which is based on a SrB 4 O 7 or PbB 4 O 7 crystal, wherein the SBO/PBO crystal is configured with a plurality of domains (30, 32) with respective periodically alternating polarity of the crystal axis, wherein the domains (30, 32) in the SBO/PBO crystal are configured with a periodic structure enabling use of quasi phase matching, QPM, and wherein the domains (30, 32) have highly parallel walls deviating from one another less than 1 μm over a 10 mm distance.
Pyrotechnic gas generator comprising: - a casing, - a combustion chamber. - a propellant loading in the combustion chamber, in order to create inflation gas for an air bag, - an electro-pyrotechnic igniter arranged so as to ignite the propellant loading, - a filter with two ends, comprising a filtering material and a protective screen (20; 20A; 20B; 20C), wherein the protective screen (20; 20A; 20B; 20C) forms at least one sealed loop arranged to surround at said least part of the propellant loading of the pyrotechnic gas generator, so as to protect said at least part of the filtering material from a pressure wave of ignition of the propellant loading, wherein the filtering material has a height, and wherein the protective screen (20; 20A; 20B; 20C) covers at least part of the filtering material located at mid-height, characterized in that the protective screen (20; 20A; 20B; 20C) comprises a full band and in that the filter is held by contact zones between the ends of the filter and the casing, and in that the protective screen (20; 20A; 20B; 20C) is omitted in these zones. - a casing, - a combustion chamber. - a propellant loading in the combustion chamber, in order to create inflation gas for an air bag, - an electro-pyrotechnic igniter arranged so as to ignite the propellant loading, - a filter with two ends, comprising a filtering material and a protective screen (20; 20A; 20B; 20C),
A method of using a listening policy for a virtual server of a plurality of virtual servers executing on an intermediary device deployed between a plurality of clients and one or more servers, to control or direct the flow of network traffic to each virtual server of the plurality of virtual servers, the method comprising: (a) establishing for a first virtual server of the plurality of virtual servers executing on the intermediary device, a first listening policy, the first listening policy comprising an expression for evaluating packets received by the intermediary device to determine whether the packet may access the first virtual server; (b) listening, by a packet engine of the intermediary device, for packets at a first internet protocol, IP, address and a first port specified for the first virtual server; (c) evaluating, by packet engine of the intermediary device, the expression of the first listening policy of the first virtual server to a first packet received at the first IP address and the first port; and (d) determining, by the packet engine of the intermediary device, whether to provide the first packet to the first virtual server based on a result of the evaluation. (a) establishing for a first virtual server of the plurality of virtual servers executing on the intermediary device, a first listening policy, the first listening policy comprising an expression for evaluating packets received by the intermediary device to determine whether the packet may access the first virtual server; (b) listening, by a packet engine of the intermediary device, for packets at a first internet protocol, IP, address and a first port specified for the first virtual server; (c) evaluating, by packet engine of the intermediary device, the expression of the first listening policy of the first virtual server to a first packet received at the first IP address and the first port; and (d) determining, by the packet engine of the intermediary device, whether to provide the first packet to the first virtual server based on a result of the evaluation.
Synthetic composite biomaterial comprising collagen, at least one organic polymer and at least one active ingredient, characterized in that: - the organic polymer is biodegradable, biocompatible, hydrophobic and has a glass transition temperature of less than or equal to 50°C, and an average molar mass ranging from 5 to 120 KDa, - the collagen is in the form of striated fibrils in which the periodicity of the striations is 67 nm, - the mass ratio of collagen/organic polymer ranges from 10/1 to 1/3, - the active principle is a hydrophobic active ingredient chosen from among anti-inflammatories, antibiotics, compounds that promote tissue repair or scarring and one of their mixtures. - the organic polymer is biodegradable, biocompatible, hydrophobic and has a glass transition temperature of less than or equal to 50°C, and an average molar mass ranging from 5 to 120 KDa, - the collagen is in the form of striated fibrils in which the periodicity of the striations is 67 nm, - the mass ratio of collagen/organic polymer ranges from 10/1 to 1/3, - the active principle is a hydrophobic active ingredient chosen from among anti-inflammatories, antibiotics, compounds that promote tissue repair or scarring and one of their mixtures.
Bone graft substitute in the form of an implantable three-dimensional scaffold comprising calcium phosphate and having pores, characterized in that (i) the calcium phosphate comprising scaffold is impregnated with a calcium and/or phosphate containing substance; (ii) the dissolution rate DR S of said calcium phosphate comprising scaffold being slower than the dissolution rate DR D of said calcium and/or phosphate containing substance used for the impregnation of the calcium phosphate comprising scaffold; whereby the chemical composition and integrity of the calcium phosphate comprising scaffold remains essentially unaffected by said impregnation with said calcium and/or phosphate containing substance; (iii) the degree of porosity of said calcium phosphate comprising scaffold is 40 - 95 %; (iv) said calcium phosphate comprising scaffold has micropores with a mean diameter D micro smaller than 10 microns; (v) said calcium phosphate comprising scaffold has macropores with a mean diameter D macro in the range of 0.03 to 1 mm. (vi) said calcium phosphate comprising scaffold has a specific surface area superior to 1 m 2 /g, and (vii) said pores are interconnected. (i) the calcium phosphate comprising scaffold is impregnated with a calcium and/or phosphate containing substance; (ii) the dissolution rate DR S of said calcium phosphate comprising scaffold being slower than the dissolution rate DR D of said calcium and/or phosphate containing substance used for the impregnation of the calcium phosphate comprising scaffold; whereby the chemical composition and integrity of the calcium phosphate comprising scaffold remains essentially unaffected by said impregnation with said calcium and/or phosphate containing substance; (iii) the degree of porosity of said calcium phosphate comprising scaffold is 40 - 95 %; (iv) said calcium phosphate comprising scaffold has micropores with a mean diameter D micro smaller than 10 microns; (v) said calcium phosphate comprising scaffold has macropores with a mean diameter D macro in the range of 0.03 to 1 mm. (vi) said calcium phosphate comprising scaffold has a specific surface area superior to 1 m 2 /g, and (vii) said pores are interconnected.
Method for the production of porous sintered bodies, comprising the steps: producing a solid-liquid-liquid capillary suspension on the basis of a liquid primary phase, a liquid secondary phase, with the primary phase and the secondary phase not being miscible with each other, and an at least bimodal solid particle mixture, comprising at least one fine material fraction and at least one coarse material fraction, with the radius ratio of the particles of coarse material fraction: particles of fine material fraction being 5: 1 to 100: 1, with the solid fraction in the capillary suspension being 1 to 50 volume percent, of which the percentage of the fine material fraction is 1 to 40 volume percent, and the percentage of the secondary phase with reference to the capillary suspension being 0.01 - 10 volume percent, with the primary phase accounting for the corresponding remaining percentage of the capillary suspension, forming the capillary suspension into a mold, removing the primary phase and secondary phase from the suspension, and sintering, thus obtaining a porous sintered body. producing a solid-liquid-liquid capillary suspension on the basis of a liquid primary phase, a liquid secondary phase, with the primary phase and the secondary phase not being miscible with each other, and an at least bimodal solid particle mixture, comprising at least one fine material fraction and at least one coarse material fraction, with the radius ratio of the particles of coarse material fraction: particles of fine material fraction being 5: 1 to 100: 1, with the solid fraction in the capillary suspension being 1 to 50 volume percent, of which the percentage of the fine material fraction is 1 to 40 volume percent, and the percentage of the secondary phase with reference to the capillary suspension being 0.01 - 10 volume percent, with the primary phase accounting for the corresponding remaining percentage of the capillary suspension, forming the capillary suspension into a mold, removing the primary phase and secondary phase from the suspension, and sintering, thus obtaining a porous sintered body.
A flow control device for use in a supply line between a pressurised liquid container and a dispenser for the liquid, the flow control device comprising a chamber having a wall with an inner surface an inlet for receiving liquid from the container; a base section comprising a chamber outlet for supplying liquid to the dispenser; a vent valve for venting gas from the chamber; a float valve comprising a float section and a seat section and movable to and from an open position wherein the chamber outlet is open to liquid flow and a closed position wherein the chamber outlet is closed to liquid flow; and a float valve opening mechanism characterised in that the float section of the float valve comprises a plurality of protrusions, at least some of which engage the inner surface of the wall of the chamber so as to locate the float valve substantially in line with the chamber outlet, such that the float valve is guided into the correct location in the outlet by its own protrusions. the flow control device comprising a chamber having a wall with an inner surface an inlet for receiving liquid from the container; a base section comprising a chamber outlet for supplying liquid to the dispenser; a vent valve for venting gas from the chamber; a float valve comprising a float section and a seat section and movable to and from an open position wherein the chamber outlet is open to liquid flow and a closed position wherein the chamber outlet is closed to liquid flow; and a float valve opening mechanism characterised in that the float section of the float valve comprises a plurality of protrusions, at least some of which engage the inner surface of the wall of the chamber so as to locate the float valve substantially in line with the chamber outlet, such that the float valve is guided into the correct location in the outlet by its own protrusions. a wall with an inner surface an inlet for receiving liquid from the container; a base section comprising a chamber outlet for supplying liquid to the dispenser; a vent valve for venting gas from the chamber; a float valve comprising a float section and a seat section and movable to and from an open position wherein the chamber outlet is open to liquid flow and a closed position wherein the chamber outlet is closed to liquid flow; and a float valve opening mechanism characterised in that the float section of the float valve comprises a plurality of protrusions, at least some of which engage the inner surface of the wall of the chamber so as to locate the float valve substantially in line with the chamber outlet, such that the float valve is guided into the correct location in the outlet by its own protrusions.
A refrigerator unit and/or freezer unit having an adjustment foot unit, the adjustment foot unit comprising a vertical adjustment device having an adjustment unit which is arranged rotationally fixedly in a housing, is designed as a sliding block and has a thread as well as comprising a foot part displaceable relative to the housing, with the foot part and/or the adjustment unit having a sloped plane in which the adjustment unit is in contact with the foot part, the adjustment unit having a spindle rotatably supported in its two end regions in the housing receiving the foot part in a shape-matched manner and having a thread at least sectionally, between these support regions being engaged with the thread of the adjustment unit, characterized in that the vertical adjustment device further has a rotatable rod, with a front end of the rod extending in the region of the front side of the refrigerator unit and/or freezer unit, and is connected to the rod at a rear end region remote from the operating side such a rotation of the rod results in a rotation of the spindle.
A method of producing a population of producer cells expressing a target polypeptide, the method comprising the steps of: (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and a target polypeptide; (b) isolating from the transfected host cells, within 2 to 15 days of transfection, a sub-population of early-expressing transfected but uncloned host cells which express the selectable polypeptide, wherein the isolating employs fluorescence activated cell sorting (FACS) or magnetic activated cell sorting (MACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected but uncloned host cells, thereby producing a population of transfected but uncloned producer cells expressing the target polypeptide. (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and a target polypeptide; (b) isolating from the transfected host cells, within 2 to 15 days of transfection, a sub-population of early-expressing transfected but uncloned host cells which express the selectable polypeptide, wherein the isolating employs fluorescence activated cell sorting (FACS) or magnetic activated cell sorting (MACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected but uncloned host cells, thereby producing a population of transfected but uncloned producer cells expressing the target polypeptide.
Plug-in electronic extension module for the pump electronics of a centrifugal pump for extension of the pump electronics with at least one additional function, comprising - a casing that can be attached to the outside of a casing of the pump electronics by means of at least one connecting mechanism (3, 4a, 4b), - electronics providing the additional function, housed in the casing, and - an electrical interface connected in a circuit with the electronics for the plug-in electrical connection of the extension module with the pump electronics, projecting from the underside of the casing that faces the pump electronics, for insertion through an opening in the pump electronics casing as intended, characterised by the electrical interface having contacts (7a, 7b) in the form of PCB tracks on a flat carrier that projects as a tongue from a base at a distance from the underside of the casing. - a casing that can be attached to the outside of a casing of the pump electronics by means of at least one connecting mechanism (3, 4a, 4b), - electronics providing the additional function, housed in the casing, and - an electrical interface connected in a circuit with the electronics for the plug-in electrical connection of the extension module with the pump electronics, projecting from the underside of the casing that faces the pump electronics, for insertion through an opening in the pump electronics casing as intended,
Method for the chisel-less formation of boreholes for deep bores by means of high pressure water jet cutting, characterized by a combination of the high pressure water jet cutting process with high frequency rock fragmentation by sonotrodes.
A method for producing a reduction reaction product, comprising: adding a nitrogen-containing compound to a reaction solution in which a reduction reaction has been conducted by using a transition metal complex; and then performing reaction solvent recovery and/or distillation, wherein the nitrogen-containing compound is selected from the group consisting of aliphatic amines, aromatic amines, and nitrogen-containing heterocyclic compounds, and the transition metal complex is a ruthenium complex, a rhodium complex, or an iridium complex. adding a nitrogen-containing compound to a reaction solution in which a reduction reaction has been conducted by using a transition metal complex; and then performing reaction solvent recovery and/or distillation, wherein the nitrogen-containing compound is selected from the group consisting of aliphatic amines, aromatic amines, and nitrogen-containing heterocyclic compounds, and the transition metal complex is a ruthenium complex, a rhodium complex, or an iridium complex.