mhurhangee/ep-ind-claims huggingface dataset:
System comprising one or plural covers for binding a stack of sheets to form a brochure and an office binding apparatus suited therefor, wherein the covers are each provided with a cover back and cover sheets (5, 6) adjoining at longitudinal edges (3, 4) of the cover back and wherein the cover back includes an adhesive strip out of hot-melt adhesive at the inside of the cover back and wherein the office binding apparatus includes an insertion hopper with a heating plate defining the insertion hopper in an insertion direction, wherein the heating plate is coupled with a control device for adjusting the heating power of the heating plate, wherein the cover or the covers is or are provided with at least one identification element including an identification feature which is specific for the amount of heat that is required for melting the glue strip belonging thereto respectively, and wherein the office binding apparatus includes at least one reader for detecting the identification feature touch free, wherein the reader and the control device cooperate after detecting the identification feature so that an amount of heat transmitted in a binding cycle, in particular the duration of the binding cycle is automatically adapted according to the detected identification feature, and/or wherein the reader cooperates with a display device after detecting the identification feature so that the display device puts out a display according to the detected identification feature and the control device includes an actuation device that is operable to adjust the duration of the binding cycle.
A transport refrigeration system having a refrigeration unit, the transport refrigeration system comprising: a first closed loop refrigeration circuit configured to circulate a first refrigerant; an electric generation device configured to power the first refrigeration circuit; a prime mover configured to drive the electric generation device; a mechanical subcooler configured to operate in a second closed loop refrigerant circuit to circulate a second refrigerant, wherein the mechanical subcooler is thermally connected to the first refrigeration circuit; and a battery system configured to power the mechanical subcooler, characterized in that: the battery system is integrally attached to a drop deck configured to carry a refrigerated transport container of the transport refrigeration system, the drop deck being releasably connected to the refrigerated transport container, or the battery system is integrally attached to a tractor configured to pull a refrigerated transport container of the transport refrigeration system, the tractor being releasably connected to the refrigerated transport container. a first closed loop refrigeration circuit configured to circulate a first refrigerant; an electric generation device configured to power the first refrigeration circuit; a prime mover configured to drive the electric generation device; a mechanical subcooler configured to operate in a second closed loop refrigerant circuit to circulate a second refrigerant, wherein the mechanical subcooler is thermally connected to the first refrigeration circuit; and a battery system configured to power the mechanical subcooler, characterized in that: the battery system is integrally attached to a drop deck configured to carry a refrigerated transport container of the transport refrigeration system, the drop deck being releasably connected to the refrigerated transport container, or the battery system is integrally attached to a tractor configured to pull a refrigerated transport container of the transport refrigeration system, the tractor being releasably connected to the refrigerated transport container. the battery system is integrally attached to a drop deck configured to carry a refrigerated transport container of the transport refrigeration system, the drop deck being releasably connected to the refrigerated transport container, or the battery system is integrally attached to a tractor configured to pull a refrigerated transport container of the transport refrigeration system, the tractor being releasably connected to the refrigerated transport container.
An electronic device comprising a display apparatus and a camera module, wherein the display apparatus comprises: a pixel definition layer defined with a plurality of pixel holes in an array manner; a plurality of organic light emitters, each of the plurality of organic light emitters disposed in one of the plurality of pixel holes; a common electrode layer covering the organic light emitters and the pixel definition layer; and a filling layer comprising a plurality of filling members, each of the plurality of filling members disposed on one side of the common electrode layer away from the plurality of organic light emitters and opposite to one of the plurality of pixel holes; wherein a difference between refractive indices of the pixel definition layer and each of the plurality of filling members is smaller than a difference between refractive indices of the pixel definition layer and vacuum; and characterized in that the camera module is at least partially disposed face to at least one of the plurality of pixel holes and configured to acquire an image through the display apparatus. a pixel definition layer defined with a plurality of pixel holes in an array manner; a plurality of organic light emitters, each of the plurality of organic light emitters disposed in one of the plurality of pixel holes; a common electrode layer covering the organic light emitters and the pixel definition layer; and a filling layer comprising a plurality of filling members, each of the plurality of filling members disposed on one side of the common electrode layer away from the plurality of organic light emitters and opposite to one of the plurality of pixel holes; wherein a difference between refractive indices of the pixel definition layer and each of the plurality of filling members is smaller than a difference between refractive indices of the pixel definition layer and vacuum; and characterized in that the camera module is at least partially disposed face to at least one of the plurality of pixel holes and configured to acquire an image through the display apparatus.
A method of contacting integrated circuit components, comprising the steps of: heating an inert gas to a temperature of at least 42°C; providing an atmosphere comprising the heated inert gas; and contacting contact regions of contact springs of a contact socket (210, 310) with respective contacting areas of an integrated circuit component to be tested, the contacting being performed in the provided atmosphere comprising the heated inert gas; wherein a flow of the heated inert gas is directed and concentrated to the contact regions of the contact springs of the contact socket (210, 310) by means of nozzles (250, 350) provided in the contact socket (210, 310). heating an inert gas to a temperature of at least 42°C; providing an atmosphere comprising the heated inert gas; and contacting contact regions of contact springs of a contact socket (210, 310) with respective contacting areas of an integrated circuit component to be tested, the contacting being performed in the provided atmosphere comprising the heated inert gas; wherein a flow of the heated inert gas is directed and concentrated to the contact regions of the contact springs of the contact socket (210, 310) by means of nozzles (250, 350) provided in the contact socket (210, 310).
Method for retrieving at least one image from a database of images based on at least two input images (image i, image j), said method comprising the steps of - determining first low level feature correspondences between said at least two input images (image i, image j), - searching within said database for at least two sets (Mi, Mj) of images respectively matching features of said at least two input images (image i, image j), - determining second low level features correspondences between respective images from said at least two sets of images (Mi, Mj), - determining a first set of relationships between entities of said at least two input images (image i, image j) based on said first low level feature correspondences, wherein an entity means a recognized object or feature of an image, - determining a second set of relationships between respective entities of said respective images from said at least two sets of images (Mi, Mj) based on said second low level feature correspondences, and attributing a weighting score to each of said relationships, said weighting score specifying the strength of the relationship, - identifying matching relationships between said first set of relationships and said second set of relationships, - checking the quality of the matching relationships, by checking their weighting score, and, if matching relationships of sufficient quality are found, as expressed by a high weighting score against a threshold, retrieving the at least one image corresponding to the matching relationships of said second set of relationships from said database, and - providing said at least one image of said second set as output. - determining first low level feature correspondences between said at least two input images (image i, image j), - searching within said database for at least two sets (Mi, Mj) of images respectively matching features of said at least two input images (image i, image j), - determining second low level features correspondences between respective images from said at least two sets of images (Mi, Mj), - determining a first set of relationships between entities of said at least two input images (image i, image j) based on said first low level feature correspondences, wherein an entity means a recognized object or feature of an image, - determining a second set of relationships between respective entities of said respective images from said at least two sets of images (Mi, Mj) based on said second low level feature correspondences, and attributing a weighting score to each of said relationships, said weighting score specifying the strength of the relationship, - identifying matching relationships between said first set of relationships and said second set of relationships, - checking the quality of the matching relationships, by checking their weighting score, and, if matching relationships of sufficient quality are found, as expressed by a high weighting score against a threshold, retrieving the at least one image corresponding to the matching relationships of said second set of relationships from said database, and - providing said at least one image of said second set as output.
Switchover device for a sprinkler, comprising a nozzle which is rotatably mounted about a rotation axis, having a switching unit which can be switched between a first switching position and a second switching position, wherein a rotation direction of the nozzle is defined by the switching position, characterized in that the switching unit comprises at least one at least partially magnetic and/or magnetizable component (11, 12), and therefore the switching unit is held by magnetic forces in the first and/or the second switching position, characterized in that the switching unit comprises a switching lever and an actuating element, and in that the switching lever and the actuating element have magnetic regions of the same polarization on mutually facing sides (112, 123), wherein the magnetic region of the actuating element is arranged between two magnetic regions of opposite polarization.
A conjugate having a structural formula of MAb-CL2A-SN-38, with a structure represented by: for use in the treatment of cancer or a malignancy, wherein the MAb targets an epitope or an antigen expressed on the cancer or a malignant cell of the malignancy, wherein the cancer is selected from the group consisting of hematopoietic tumor, carcinoma, sarcoma, melanoma and glial tumor.
A container comprising: - an enclosure comprising at least three lateral ends and - a door movably connected to the enclosure for closing and opening one of the three lateral ends of the enclosure, the door comprising an extension which is configured to be articulated in respect to the door about an articulation axis to extend along another lateral end of the at least three lateral ends of the enclosure when the door is closed, - a translation restraint mechanism (115, 215) comprising: ∘ a first counterpart provided to the extension of the door and o a second counterpart provided to the enclosure, which second counterpart is configured to cooperate with the first counterpart such to prevent translation movement of the extension of the door in a direction perpendicular to the articulation axis, when the first and second counterparts (115, 215) are engaged, and to allow the translation movement, when the first and second counterparts (115, 215) are disengaged, and - a rotation restraint mechanism being configured to engage the extension of the door in a deployed state, in which the rotation restraint mechanism is configured to prevent the rotation of the extension about the articulation axis. - an enclosure comprising at least three lateral ends and - a door movably connected to the enclosure for closing and opening one of the three lateral ends of the enclosure, the door comprising an extension which is configured to be articulated in respect to the door about an articulation axis to extend along another lateral end of the at least three lateral ends of the enclosure when the door is closed, - a translation restraint mechanism (115, 215) comprising: ∘ a first counterpart provided to the extension of the door and o a second counterpart provided to the enclosure, which second counterpart is configured to cooperate with the first counterpart such to prevent translation movement of the extension of the door in a direction perpendicular to the articulation axis, when the first and second counterparts (115, 215) are engaged, and to allow the translation movement, when the first and second counterparts (115, 215) are disengaged, and ∘ a first counterpart provided to the extension of the door and o a second counterpart provided to the enclosure, which second counterpart is configured to cooperate with the first counterpart such to prevent translation movement of the extension of the door in a direction perpendicular to the articulation axis, when the first and second counterparts (115, 215) are engaged, and to allow the translation movement, when the first and second counterparts (115, 215) are disengaged, and - a rotation restraint mechanism being configured to engage the extension of the door in a deployed state, in which the rotation restraint mechanism is configured to prevent the rotation of the extension about the articulation axis.
A multi-shaft aeronautical turboprop engine comprising a casing housing a compressor that draws in air coming from an air intake and drives, through a first shaft, a first stage of a turbine set in rotation by exhaust gases coming from a plurality of burners; the turbine being provided with a secondary stage that drives a propeller by means of a second shaft; said turboprop engine being characterized in that it includes a starting system, comprising: - an asynchronous reversible electric machine connected by means of a transmission to the first shaft; - a synchronous electric machine connected by means of a transmission to the second shaft; - a reconfigurable electrical network that, in a phase of dynamic starting of the turboprop engine following its cutting out during flight, is designed to enable the transfer of energy produced by the synchronous electric machine, working as a generator under the thrust of the propeller driven by dynamic effects, to the asynchronous electric machine, which operates as motor and turns at a lower speed than the asynchronous machine; the torque generated by the asynchronous machine is added to the torque originating from the compressor, which is impinged upon by the airflow coming from the air intake; the composition of said torques enables the first shaft to be set in rotation at a speed sufficient to achieve the starting of the turboprop engine. - an asynchronous reversible electric machine connected by means of a transmission to the first shaft; - a synchronous electric machine connected by means of a transmission to the second shaft; - a reconfigurable electrical network that, in a phase of dynamic starting of the turboprop engine following its cutting out during flight, is designed to enable the transfer of energy produced by the synchronous electric machine, working as a generator under the thrust of the propeller driven by dynamic effects, to the asynchronous electric machine, which operates as motor and turns at a lower speed than the asynchronous machine; the torque generated by the asynchronous machine is added to the torque originating from the compressor, which is impinged upon by the airflow coming from the air intake; the composition of said torques enables the first shaft to be set in rotation at a speed sufficient to achieve the starting of the turboprop engine.
A spherical polymethylsilsesquioxane particle, comprising a particle main body containing at least: a network structure formed by silicon atoms (n) and oxygen atoms (n) bonded to the silicon atoms (n); a methyl group bonded to at least one of the silicon atoms (n); and an alkoxyl group bonded to at least one of the silicon atoms (n), wherein the spherical polymethylsilsesquioxane particle satisfies the following expression: · S 1 / S 2 ≥ 8.0 in the expression, S 1 represents a specific surface area (m 2 /g) measured by a nitrogen adsorption BET one-point method, S 2 represents 6/(ρ×D50) and a unit thereof is (m 2 /g), ρ represents a particle density (g/m 3) measured as indicated in-the specification, and D50 represents a volume-based 50% cumulative diameter (m) measured by a laser diffraction/scattering method. a network structure formed by silicon atoms (n) and oxygen atoms (n) bonded to the silicon atoms (n); a methyl group bonded to at least one of the silicon atoms (n); and an alkoxyl group bonded to at least one of the silicon atoms (n), wherein the spherical polymethylsilsesquioxane particle satisfies the following expression: · S 1 / S 2 ≥ 8.0 in the expression, S 1 represents a specific surface area (m 2 /g) measured by a nitrogen adsorption BET one-point method, S 2 represents 6/(ρ×D50) and a unit thereof is (m 2 /g), ρ represents a particle density (g/m 3) measured as indicated in-the specification, and D50 represents a volume-based 50% cumulative diameter (m) measured by a laser diffraction/scattering method. · S 1 / S 2 ≥ 8.0 in the expression, S 1 represents a specific surface area (m 2 /g) measured by a nitrogen adsorption BET one-point method, S 2 represents 6/(ρ×D50) and a unit thereof is (m 2 /g), ρ represents a particle density (g/m 3) measured as indicated in-the specification, and D50 represents a volume-based 50% cumulative diameter (m) measured by a laser diffraction/scattering method.
A gas turbine engine comprising a nacelle and a breather duct providing communication between a component of the engine within the nacelle and the exterior of the nacelle, characterized in that the breather duct opens at an exhaust port on the external surface of the nacelle, and at least one clean air outlet bounds the exhaust port and arranged to expel, in use, a vortical flow of clean air to form an aerodynamic barrier between the external surface of the nacelle and a flow of breather air expelled from the exhaust port.
A method for manufacturing a waveguide (40, 240) including a semiconducting junction (23, 223), the method comprising: - providing a support (10, 100) comprising a semiconducting layer (20, 200) having at least one first part (21, 221) of a first conductivity type comprising a concentration of first conductivity-type dopants, - protecting the first part (21, 221) of the semiconducting layer (20, 200), - selectively implanting dopants of a second conductivity type opposite to the first conductivity type in a second part (22, 222) of the semiconducting layer (20, 200), the implantation selectivity being achieved by means of the protection of the first part (21, 221) so that the second part (22, 222) is adjacent to the first part (21, 221), the implantation being made so that the concentration of second conductivity-type dopants in the second part (22, 222) is greater than the one of the first conductivity-type dopants in the first part (21, 221), - diffusing the dopants of the second conductivity type in the first part (21, 221) to form a semiconducting junction (23, 223) in the first part (21, 221), - after the steps of implanting and diffusing have been performed, partially etching the semiconducting layer (20, 200) to form the waveguide (40, 240) in the first part (21, 221), the protection of the first part (21, 221) being used during this etching to bound the first side wall of the waveguide (40, 240) at the interface between the first and the second parts (21, 221, 22, 222) so that the semiconducting junction (23, 223) is included in the waveguide (40, 240). - providing a support (10, 100) comprising a semiconducting layer (20, 200) having at least one first part (21, 221) of a first conductivity type comprising a concentration of first conductivity-type dopants, - protecting the first part (21, 221) of the semiconducting layer (20, 200), - selectively implanting dopants of a second conductivity type opposite to the first conductivity type in a second part (22, 222) of the semiconducting layer (20, 200), the implantation selectivity being achieved by means of the protection of the first part (21, 221) so that the second part (22, 222) is adjacent to the first part (21, 221), the implantation being made so that the concentration of second conductivity-type dopants in the second part (22, 222) is greater than the one of the first conductivity-type dopants in the first part (21, 221), - diffusing the dopants of the second conductivity type in the first part (21, 221) to form a semiconducting junction (23, 223) in the first part (21, 221), - after the steps of implanting and diffusing have been performed, partially etching the semiconducting layer (20, 200) to form the waveguide (40, 240) in the first part (21, 221), the protection of the first part (21, 221) being used during this etching to bound the first side wall of the waveguide (40, 240) at the interface between the first and the second parts (21, 221, 22, 222) so that the semiconducting junction (23, 223) is included in the waveguide (40, 240).
A dental light irradiation device comprising a first light source for emitting blue light, a camera and at least a first detector, wherein the device is operable in a camera mode in which the camera is activated and in a non-camera mode in which the camera is deactivated, wherein in the non-camera mode a user input on the first detector activates the camera mode, wherein in the camera mode a detection of a "freeze image" instruction of the user input via the first detector triggers a freeze of an image captured by the camera and a detection of a "camera-off" instruction of the user input via the first detector causes the device to switch in the non-camera mode.
A method for restricting the potential of a marrow adherent stromal cell to differentiate into a chondrogenic lineage, the method comprising: (a) transfecting a marrow adherent stromal cell with a nucleic acid comprising sequences encoding a Notch intracellular domain (NICD); (b) placing the cells under selection for the nucleic acid of step (a); (c) withdrawing selection after a predetermined amount of time; and (d) expanding the cells of step (c) (a) transfecting a marrow adherent stromal cell with a nucleic acid comprising sequences encoding a Notch intracellular domain (NICD); (b) placing the cells under selection for the nucleic acid of step (a); (c) withdrawing selection after a predetermined amount of time; and (d) expanding the cells of step (c)