mhurhangee/ep-ind-claims huggingface dataset:
A charge/discharge device for an activation process of a secondary battery, the charge/discharge device comprising: an accommodation structure for accomodating and arranging a plurality of charge/ discharge boxes, the accommodation structure having a plurality of accommodation spaces to accommodate and install the charge/discharge boxes therein, and provided with a wiring duct at one side of each of the accommodation spaces; wires wired in a space inside the wiring duct; and an exhaust fan installed on an inner wall of the wiring duct, wherein the exhaust fan is installed on the inner wall of the wiring duct adjacent to one side of the accommodation space, and wherein the wires are wired to pass an external side of the exhaust fan. an accommodation structure for accomodating and arranging a plurality of charge/ discharge boxes, the accommodation structure having a plurality of accommodation spaces to accommodate and install the charge/discharge boxes therein, and provided with a wiring duct at one side of each of the accommodation spaces; wires wired in a space inside the wiring duct; and an exhaust fan installed on an inner wall of the wiring duct, wherein the exhaust fan is installed on the inner wall of the wiring duct adjacent to one side of the accommodation space, and wherein the wires are wired to pass an external side of the exhaust fan.
An information processing apparatus comprising: a process execution unit configured to execute processes relating to voice operations recognized by a voice operation recognition unit configured to recognize the voice operations on a basis of information from a voice receiving unit and gesture operations recognized by a gesture recognition unit configured to recognize user's gestures recognized on a basis of information from an acceleration sensor and/or a gyro sensor, wherein the voice operation recognition unit enters a voice operation waiting state to wait for a voice operation of a user in parallel with a gesture waiting state to wait for a gesture operation of the user of the gesture recognition unit, the apparatus being characterised in that the gesture recognition unit includes a machine learning determination unit configured to recognize the gesture on a basis of a result of learning with machine learning, and a rule determination unit configured to recognize the gesture on a basis of a predetermined rule, and the gesture recognition unit recognizes the gesture when both the machine learning determination unit and the rule determination unit recognize the gesture. a process execution unit configured to execute processes relating to voice operations recognized by a voice operation recognition unit configured to recognize the voice operations on a basis of information from a voice receiving unit and gesture operations recognized by a gesture recognition unit configured to recognize user's gestures recognized on a basis of information from an acceleration sensor and/or a gyro sensor, wherein the voice operation recognition unit enters a voice operation waiting state to wait for a voice operation of a user in parallel with a gesture waiting state to wait for a gesture operation of the user of the gesture recognition unit, the apparatus being characterised in that the gesture recognition unit includes a machine learning determination unit configured to recognize the gesture on a basis of a result of learning with machine learning, and a rule determination unit configured to recognize the gesture on a basis of a predetermined rule, and a machine learning determination unit configured to recognize the gesture on a basis of a result of learning with machine learning, and a rule determination unit configured to recognize the gesture on a basis of a predetermined rule, and the gesture recognition unit recognizes the gesture when both the machine learning determination unit and the rule determination unit recognize the gesture.
A method of erecting a tubular building structure comprising superposed tube sections each being formed by interconnected axially extending tube segments, said method comprising - forming a base for said building structure and at least one tube section extending upwardly there from, - forming a further tube section on top of an upper tube section already positioned on said base, - fastening lower parts of the tube segments of said further tube section to the upper tube section and interconnecting adjacent tube segments so as to form said further tube section, - wherein the tube segments comprise flanges along each side of opposite longitudinal sides of the tube segments which flanges extend radially inwardly with respect to a longitudinal axis of the tubular building structure, and wherein the tube segments are interconnected by use of bolts or screws via registering holes in the flanges, characterized in that at least some of the tube segments are provided with platform segments that are hinge-connected and foldable from a collapsed position in which they are positioned close to the tube segment to a position of use in which they extend radially inwardly into the tubular building structure in the mounted position of the tube segments, and that the platform segments are hinge-connected to the radially inwardly extending flanges. - forming a base for said building structure and at least one tube section extending upwardly there from, - forming a further tube section on top of an upper tube section already positioned on said base, - fastening lower parts of the tube segments of said further tube section to the upper tube section and interconnecting adjacent tube segments so as to form said further tube section, - wherein the tube segments comprise flanges along each side of opposite longitudinal sides of the tube segments which flanges extend radially inwardly with respect to a longitudinal axis of the tubular building structure, and wherein the tube segments are interconnected by use of bolts or screws via registering holes in the flanges, characterized in that
An infusion medium delivery system, comprising: a reservoir, comprising: a body portion having an interior volume for containing a fluidic medium; a port in fluid flow communication with the interior volume; a bubble trap portion having an interior surface being curved or angled near the port so as to define a volume being in fluid flow communication with the interior volume configured to trap air bubbles that are in the fluidic medium as the fluidic medium is being expelled from the interior volume; and a channel that leads from the interior volume to the port; a plunger head located within the reservoir 210 and moveable in an axial direction of the reservoir to expand or contract a volume of the reservoir; wherein the bubble trap portion encircles at least a portion of the channel. a reservoir, comprising: a body portion having an interior volume for containing a fluidic medium; a port in fluid flow communication with the interior volume; a bubble trap portion having an interior surface being curved or angled near the port so as to define a volume being in fluid flow communication with the interior volume configured to trap air bubbles that are in the fluidic medium as the fluidic medium is being expelled from the interior volume; and a channel that leads from the interior volume to the port; a plunger head located within the reservoir 210 and moveable in an axial direction of the reservoir to expand or contract a volume of the reservoir; a body portion having an interior volume for containing a fluidic medium; a port in fluid flow communication with the interior volume; a bubble trap portion having an interior surface being curved or angled near the port so as to define a volume being in fluid flow communication with the interior volume configured to trap air bubbles that are in the fluidic medium as the fluidic medium is being expelled from the interior volume; and a channel that leads from the interior volume to the port; a plunger head located within the reservoir 210 and moveable in an axial direction of the reservoir to expand or contract a volume of the reservoir; wherein the bubble trap portion encircles at least a portion of the channel.
A computing device for enabling access to a resource, the computing device comprising a claims facilitator, which comprises: an authentication flow manager configured to: receive, from a user, a request for access to a resource; access an authentication flow for granting access to the resource, wherein the authentication flow includes multiple authentication procedures in a defined order, wherein each authentication procedure designates a claims provider that is accessed for authenticating the identity of the user, wherein the claims provider generates one or more claims used for authenticating the identity of the user; obtain first claims for the user from a first claims provider in the authentication flow, determine a second claims provider in the authentication flow, the second claims provider having a trust relationship with the claims facilitator, direct the user to the second claims provider, and receive second claims for the user from the second claims provider; and a resource access controller configured to enable the user to access the resource in response to at least the first and second claims. an authentication flow manager configured to: receive, from a user, a request for access to a resource; access an authentication flow for granting access to the resource, wherein the authentication flow includes multiple authentication procedures in a defined order, wherein each authentication procedure designates a claims provider that is accessed for authenticating the identity of the user, wherein the claims provider generates one or more claims used for authenticating the identity of the user; obtain first claims for the user from a first claims provider in the authentication flow, determine a second claims provider in the authentication flow, the second claims provider having a trust relationship with the claims facilitator, direct the user to the second claims provider, and receive second claims for the user from the second claims provider; and receive, from a user, a request for access to a resource; access an authentication flow for granting access to the resource, wherein the authentication flow includes multiple authentication procedures in a defined order, wherein each authentication procedure designates a claims provider that is accessed for authenticating the identity of the user, wherein the claims provider generates one or more claims used for authenticating the identity of the user; obtain first claims for the user from a first claims provider in the authentication flow, determine a second claims provider in the authentication flow, the second claims provider having a trust relationship with the claims facilitator, direct the user to the second claims provider, and receive second claims for the user from the second claims provider; and a resource access controller configured to enable the user to access the resource in response to at least the first and second claims.
A copier that is configured to copy an image of an original document having a storage medium, and data recorded in the storage medium of the original document, wherein a process of copying the original document having a storage medium, has an operation mode of copying the data recorded in the storage medium and the image of the original document; characterized in that the process further has operation modes of: copying only the data recorded in the storage medium, and copying only the image of the original document, and wherein the copier comprises a selection unit that is configured to let a user select an operation mode to be performed among the operation modes. copying the data recorded in the storage medium and the image of the original document; characterized in that the process further has operation modes of: copying only the data recorded in the storage medium, and copying only the image of the original document, and wherein the copier comprises a selection unit that is configured to let a user select an operation mode to be performed among the operation modes. copying only the data recorded in the storage medium, and copying only the image of the original document, and wherein the copier comprises a selection unit that is configured to let a user select an operation mode to be performed among the operation modes.
A gripping system for helping a user climbing over a substantially vertical surface of an industrial vehicle, the gripping system comprising: - a grip member configured for being installed in a recessed area of a bodywork element, - a closure member movable between: - A first position in which the closure member closes the recessed area, and - A second position in which the closure member is opened so that the grip member can be grasped, characterized in that the closure member is configured for moving from the first position to the second position at least under a pushing action of the user. - a grip member configured for being installed in a recessed area of a bodywork element, - a closure member movable between: - A first position in which the closure member closes the recessed area, and - A second position in which the closure member is opened so that the grip member can be grasped, - A first position in which the closure member closes the recessed area, and - A second position in which the closure member is opened so that the grip member can be grasped,
An antitumor agent comprising azabicyclo compound or a salt thereof and an immune checkpoint molecule regulator which are administered in combination, wherein the azabicyclo compound is 3-ethyl-4-{3-isopropyl-4-(4-(1-methyl-1H-pyrazol-4-yl)-1H-imidazol-1-yl)-1H-pyrazolo[3,4-b]pyridin-1-yl}benzamide; wherein the immune checkpoint molecule regulator is at least one or more selected from the group consisting of a PD-1 pathway antagonist and a CTLA-4 pathway antagonist, wherein the PD-1 pathway antagonist is at least one or more selected from the group consisting of an anti-PD-1 antibody and an anti-PD-L1 antibody, and wherein the CTLA-4 pathway antagonist is an anti-CTLA-4 antibody. wherein the immune checkpoint molecule regulator is at least one or more selected from the group consisting of a PD-1 pathway antagonist and a CTLA-4 pathway antagonist, wherein the PD-1 pathway antagonist is at least one or more selected from the group consisting of an anti-PD-1 antibody and an anti-PD-L1 antibody, and wherein the CTLA-4 pathway antagonist is an anti-CTLA-4 antibody.
Method for heating a continuous elongated metal product (110;7) such as strip or rod, alternatively a discreet sheet, which is transported on a conveyor path (101;14), where the heating takes place at a first heating location using at least one burner (102;12;22;22a,22b;32a,32b), past which the metal product (110;7) is transported, where the combustion products from the burner (102;12;22;22a,22b;32a,32b) are conveyed through at least one channel, which is caused to run, isolated from the metal product (110;7), on to at least a second heating location, which is caused to be arranged along the conveyor path (101;14), so that the combustion products from the burner (102;12;22;22a,22b;32a,32b) are caused to impinge upon a second, opposite surface of the metal product (110;7) when the metal product (110;7) passes the second heating location, characterised i n that the burner (102;12;22;22a,22b;32a,32b) is caused to be a DFI (Direct Flame Impingement) burner the flame of which during passage is impinged directly against a first surface of the metal product (110;7), and in that the channel is caused to run from the place where the flame of the burner (102;12;22;22a,22b;32a,32b) is arranged to impinge against the first surface.
A system for monitoring a fetus during gestation, the system comprising an input for receiving a plurality of electric signals measured on a surface of a maternal body; and means for providing an at least partial representation of a fetal vector electrocardiogram in dependence on the plurality of electric signals and indicative of a time path of an electrical field vector generated by a fetal heart of the fetus, means for establishing orientation information relating to the fetus in dependence on a shape of the fetal vector electrocardiogram according to the at least partial representation, wherein the orientation information is indicative of an orientation of the fetus, and means for providing a fetal electrocardiogram based on the received electric signals and based on the orientation of the fetus, wherein the fetal electrocardiogram represents a projection of a fetal cardiac potential vector according to a predetermined projection direction that is fixed with respect to the fetus and wherein the means for providing the fetal electrocardiogram is arranged for projecting the fetal vector electrocardiogram according to the projection direction.
A turbocharging control apparatus that controls operation of a turbocharger having a compressor disposed on an intake passage of an internal combustion engine and a turbine disposed on an exhaust passage of the internal combustion engine, comprising: a bypass passage that connects an upstream side and a downstream side of the turbine in the exhaust passage together; a wastegate valve that is disposed on said bypass passage and opens and closes said bypass passage according to turbocharging pressure of the compressor; an accumulator that is connected to said bypass passage, and accumulates exhaust gas pressure; a recirculation passage that connects said accumulator and an upstream side of the turbine; and a recirculation valve that is disposed on said recirculation passage, and opens and closes an recirculation passage in accordance with an output request, characterized in that the accumulator is connected to a downstream side of said wastegate valve in said bypass passage. a bypass passage that connects an upstream side and a downstream side of the turbine in the exhaust passage together; a wastegate valve that is disposed on said bypass passage and opens and closes said bypass passage according to turbocharging pressure of the compressor; an accumulator that is connected to said bypass passage, and accumulates exhaust gas pressure; a recirculation passage that connects said accumulator and an upstream side of the turbine; and a recirculation valve that is disposed on said recirculation passage, and opens and closes an recirculation passage in accordance with an output request, characterized in that the accumulator is connected to a downstream side of said wastegate valve in said bypass passage.
A ferritic stainless steel consisting of: an amount of 0.015 wt% or less, excluding 0 wt%, of carbon, an amount of 0.17 wt% or less, excluding 0 wt%, of silicon (Si), an amount of 1.35 wt% or less, excluding 0 wt%, of manganese (Mn), an amount of 17 to 20 wt% of chromium (Cr), an amount of 0.1 to 0.5 wt% of titanium (Ti), an amount of 3 to 5 wt% of aluminum (Al), an amount less than 0.001 wt% of oxygen, an amount of less than 0.02 wt% of nitrogen, iron (Fe) constituting the remaining balance of the ferritic stainless steel, all the wt% based on the total weight of the ferritic stainless steel, wherein contents of Si, Mn, and Al satisfy [Equation 1], 20 Si + Mn / Al < 0.7 wherein Si, Mn, and Al in Equation 1 represent the content in wt% of each component, wherein further comprising: zirconium (Zr), calcium (Ca), and magnesium (Mg), wherein contents of Zr, Ca and Mg satisfy [Equation 2] 0.001 ≤ Zr + Ca + Mg ≤ 0.01 wherein Zr, Ca, and Mg in Equation 2 represent the content in wt% of each component. an amount of 0.015 wt% or less, excluding 0 wt%, of carbon, an amount of 0.17 wt% or less, excluding 0 wt%, of silicon (Si), an amount of 1.35 wt% or less, excluding 0 wt%, of manganese (Mn), an amount of 17 to 20 wt% of chromium (Cr), an amount of 0.1 to 0.5 wt% of titanium (Ti), an amount of 3 to 5 wt% of aluminum (Al), an amount less than 0.001 wt% of oxygen, an amount of less than 0.02 wt% of nitrogen, iron (Fe) constituting the remaining balance of the ferritic stainless steel, all the wt% based on the total weight of the ferritic stainless steel, wherein contents of Si, Mn, and Al satisfy [Equation 1], 20 Si + Mn / Al < 0.7 wherein Si, Mn, and Al in Equation 1 represent the content in wt% of each component, wherein further comprising: zirconium (Zr), calcium (Ca), and magnesium (Mg), wherein contents of Zr, Ca and Mg satisfy [Equation 2] 0.001 ≤ Zr + Ca + Mg ≤ 0.01 wherein Zr, Ca, and Mg in Equation 2 represent the content in wt% of each component. zirconium (Zr), calcium (Ca), and magnesium (Mg), wherein contents of Zr, Ca and Mg satisfy [Equation 2] 0.001 ≤ Zr + Ca + Mg ≤ 0.01 wherein Zr, Ca, and Mg in Equation 2 represent the content in wt% of each component.
A structure comprising: a light source configured to emit a first light; a wavelength-converting layer, wherein the wavelength-converting layer is disposed in a path of the first light and comprises a first wavelength-converting material configured to absorb the first light and emit a second light; a transparent member disposed between the light source and the wavelength converting layer so that the latter is spaced apart from the light source; and a reflective layer configured to be reflective of the first light and the second light, wherein the wavelength-converting layer is disposed between the reflective layer and the light source, and wherein the transparent member is arranged to be spaced apart from the light source, a collimating optic comprising reflective sidewalls, wherein the reflective layer has a lateral extent larger than a lateral extent of the wavelength-converting layer, wherein a mirror is disposed adjacent the light source or beneath the light source on the opposite side of the light source to the wavelength-converting layer, and wherein the wavelength-converting layer is positioned in the collimating optic. a light source configured to emit a first light; a wavelength-converting layer, wherein the wavelength-converting layer is disposed in a path of the first light and comprises a first wavelength-converting material configured to absorb the first light and emit a second light; a transparent member disposed between the light source and the wavelength converting layer so that the latter is spaced apart from the light source; and a reflective layer configured to be reflective of the first light and the second light, wherein the wavelength-converting layer is disposed between the reflective layer and the light source, and wherein the transparent member is arranged to be spaced apart from the light source, a collimating optic comprising reflective sidewalls, wherein the reflective layer has a lateral extent larger than a lateral extent of the wavelength-converting layer, wherein a mirror is disposed adjacent the light source or beneath the light source on the opposite side of the light source to the wavelength-converting layer, and wherein the wavelength-converting layer is positioned in the collimating optic.