mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator-oven combination for an aircraft galley food service system, said refrigerator-oven combination having a heating mode for heating food items, and a refrigerator mode for cooling food and beverage items, the refrigerator-oven combination comprising: a housing defining a thermally insulated compartment; a heating device disposed in said thermally insulated compartment for heating at least a portion of an interior of said compartment; and a refrigeration device disposed in said thermally insulated compartment for cooling at least a portion of the interior of said compartment; the refrigerator-oven combination being characterized in that: said heating device comprises a steam heating device including a steam injection valve disposed in said thermally insulated compartment for providing heated steam into the compartment for heating at least a portion of an interior of said compartment. a housing defining a thermally insulated compartment; a heating device disposed in said thermally insulated compartment for heating at least a portion of an interior of said compartment; and a refrigeration device disposed in said thermally insulated compartment for cooling at least a portion of the interior of said compartment; the refrigerator-oven combination being characterized in that: said heating device comprises a steam heating device including a steam injection valve disposed in said thermally insulated compartment for providing heated steam into the compartment for heating at least a portion of an interior of said compartment. said heating device comprises a steam heating device including a steam injection valve disposed in said thermally insulated compartment for providing heated steam into the compartment for heating at least a portion of an interior of said compartment.
A landing jamb for an elevator, comprising: a jamb main body provided on both sides of a landing doorway and to an upper part of the landing doorway; a design plate (8, 9, 10) superposed to a surface of the jamb main body, and a plurality of sets of fixtures configured to fix the design plate (8, 9, 10) to the jamb main body, wherein each of the fixtures of at least one set of the plurality of sets of fixtures includes: a stud bolt, which is fixed to the design plate (8, 9, 10), and passes through the jamb main body; a main nut screwed over the stud bolt; and an intermediate member (14, 15, 16) through which the stud bolt is caused to pass, and which is interposed between the main nut and the jamb main body, and characterized in that the design plate (8, 9, 10) is a flat plate having a plate thickness larger than a plate thickness of the jamb main body, and a melting point of a material used to form the intermediate member (14, 15, 16) is lower than a melting point of a material used to form the stud bolt and a melting point of a material used to form the main nut. a jamb main body provided on both sides of a landing doorway and to an upper part of the landing doorway; a design plate (8, 9, 10) superposed to a surface of the jamb main body, and a plurality of sets of fixtures configured to fix the design plate (8, 9, 10) to the jamb main body, wherein each of the fixtures of at least one set of the plurality of sets of fixtures includes: a stud bolt, which is fixed to the design plate (8, 9, 10), and passes through the jamb main body; a main nut screwed over the stud bolt; and an intermediate member (14, 15, 16) through which the stud bolt is caused to pass, and which is interposed between the main nut and the jamb main body, and characterized in that the design plate (8, 9, 10) is a flat plate having a plate thickness larger than a plate thickness of the jamb main body, and a melting point of a material used to form the intermediate member (14, 15, 16) is lower than a melting point of a material used to form the stud bolt and a melting point of a material used to form the main nut. a stud bolt, which is fixed to the design plate (8, 9, 10), and passes through the jamb main body; a main nut screwed over the stud bolt; and an intermediate member (14, 15, 16) through which the stud bolt is caused to pass, and which is interposed between the main nut and the jamb main body, and characterized in that the design plate (8, 9, 10) is a flat plate having a plate thickness larger than a plate thickness of the jamb main body, and a melting point of a material used to form the intermediate member (14, 15, 16) is lower than a melting point of a material used to form the stud bolt and a melting point of a material used to form the main nut.
A camera (20; 30; 40; 50; 60; 70) for use on vehicles, in particular commercial vehicles, comprising: a housing; at least one optical element (24, 26) disposed within or at the housing; at least one group of circuit boards disposed within the housing and including at least one circuit board (10, 80), the at least one group of circuit boards having at least one active circuit for executing a direct camera function; characterized in that at least one heating element (18, 19, 68, 69) is arranged and adapted to heat the group of circuit boards, the optical element (24, 26) and/or the housing, the at least one heating element (18, 19, 68, 69) being directly attached to one of the circuit boards (10, 80) of the group of circuit boards; and at least one heat conducting element (28, 29, 38, 39, 48, 49, 58, 59) is disposed between the at least one heating element (18, 19, 68, 69) and the housing and is adapted to transfer the heat of the heating element (18, 19, 68, 69) and/or the group of circuit boards to the housing. a housing; at least one optical element (24, 26) disposed within or at the housing; at least one group of circuit boards disposed within the housing and including at least one circuit board (10, 80), the at least one group of circuit boards having at least one active circuit for executing a direct camera function; characterized in that at least one heating element (18, 19, 68, 69) is arranged and adapted to heat the group of circuit boards, the optical element (24, 26) and/or the housing, the at least one heating element (18, 19, 68, 69) being directly attached to one of the circuit boards (10, 80) of the group of circuit boards; and at least one heat conducting element (28, 29, 38, 39, 48, 49, 58, 59) is disposed between the at least one heating element (18, 19, 68, 69) and the housing and is adapted to transfer the heat of the heating element (18, 19, 68, 69) and/or the group of circuit boards to the housing.
A formwork system (1, 51, 61) suitable for pouring concrete, which formwork system (1, 51, 61) comprises plate-shaped formwork elements (6, 7, 62, 66) to be positioned substantially transversely to a ground surface, wherein a first set (2, 3, 4, 5) of plate-shaped formwork elements is positioned opposite a second set (2, 3, 4, 5) of plate-shaped formwork elements (6, 7, 62, 66), substantially parallel thereto and spaced a predetermined distance therefrom, characterised in that at least two plate-shaped formwork elements (6, 7, 62, 66) of at least the first set (2, 3, 4, 5) are each provided with stiffening ribs (10, 11, 20, 64, 67) between a bottom side of the plate-shaped formwork element, which is located near the ground surface, and an upper side of the plate-shaped formwork element, which extends parallel thereto, spaced therefrom by some distance, which stiffening ribs (10, 11, 20, 64, 67) are located on a side of the plate-shaped formwork elements (6, 7, 62, 66) remote from the second set (2, 3, 4, 5), wherein the two plate-shaped formwork elements (6, 7, 62, 66), which practically abut against each other, are movable relative to each other in a longitudinal direction parallel to the ground surface.
A tap holder comprising: a chuck for holding a tap, a holder body for holding the chuck so that the chuck is movable along a rotational axis and rotatable in synchronism with the chuck, an elastically deforming member (31, 32) deformable as receiving only a tension force and an elastically deforming member deformable as receiving only a compression force between the chuck and the holder body when the tension force or the compression force is applied to the tap along the direction of the rotational axis, the elastically deforming member (31, 32; 33) being provided respectively in a tension direction and a compression direction; and a deformation reducing mechanism for the elastically deforming member (31, 32; 33) such that a deformation amount (L1, L2; L3) along the rotational axis generated in at least either one of the elastically deforming members (31, 32; 33) disposed respectively in the tension direction and the compression direction is smaller than an amount (X2; X1) of displacement of the chuck along the rotational axis, characterized in that the deformation reducing mechanism comprises a retainer constituted of a tubular member interposed between the holder body and the chuck, the retainer including a plurality of ball members caused to act in the direction of the rotational axis and disposed along a circumferential direction relative to the rotational axis and in contact with an inner face of the holder body and an outer face of the chuck. a chuck for holding a tap, a holder body for holding the chuck so that the chuck is movable along a rotational axis and rotatable in synchronism with the chuck, an elastically deforming member (31, 32) deformable as receiving only a tension force and an elastically deforming member deformable as receiving only a compression force between the chuck and the holder body when the tension force or the compression force is applied to the tap along the direction of the rotational axis, the elastically deforming member (31, 32; 33) being provided respectively in a tension direction and a compression direction; and a deformation reducing mechanism for the elastically deforming member (31, 32; 33) such that a deformation amount (L1, L2; L3) along the rotational axis generated in at least either one of the elastically deforming members (31, 32; 33) disposed respectively in the tension direction and the compression direction is smaller than an amount (X2; X1) of displacement of the chuck along the rotational axis, characterized in that the deformation reducing mechanism comprises a retainer constituted of a tubular member interposed between the holder body and the chuck, the retainer including a plurality of ball members caused to act in the direction of the rotational axis and disposed along a circumferential direction relative to the rotational axis and in contact with an inner face of the holder body and an outer face of the chuck.
Wafer level package (10, 10', 10", 10"', 10"") with integrated antenna, comprising: a contacting layer (14, 14'); a rewiring layer (16, 16', 16u') with the integrated antenna; a chip layer (12, 12') including at least one chip (12a, 12b) arranged between the contacting layer (14, 14') and the rewiring layer (16, 16', 16u'); wherein the integrated antenna (16a, 16a') is laterally arranged in the rewiring layer (16, 16', 16u') such that a projection area of the integrated antenna is offset from or partly overlapping with a projection area of the at least one chip (12a, 12b), wherein the chip (12a, 12b) is connected to the integrated antenna (16a, 16a') with the help of the rewiring layer (16, 16", 16u'); wherein the contacting layer (14, 14') includes a reflector opposite to the antenna (16a, 16a') for the antenna (16a, 16a') or a reflector (12v"") is arranged opposite to the antenna (16a, 16a') on a side facing away from the antenna in order to cooperate with the same; and wherein at least one shielding via is arranged beside the chip (12a, 12b), wherein the at least one shielding via is configured to establish shielding between the integrated antenna and the at least one chip (12a, 12b) and wherein no electrical connection exists between the at least one shielding via and the chip (12a, 12b) as well as the reflector (14a, 12v""). a contacting layer (14, 14'); a rewiring layer (16, 16', 16u') with the integrated antenna; a chip layer (12, 12') including at least one chip (12a, 12b) arranged between the contacting layer (14, 14') and the rewiring layer (16, 16', 16u'); wherein the integrated antenna (16a, 16a') is laterally arranged in the rewiring layer (16, 16', 16u') such that a projection area of the integrated antenna is offset from or partly overlapping with a projection area of the at least one chip (12a, 12b), wherein the chip (12a, 12b) is connected to the integrated antenna (16a, 16a') with the help of the rewiring layer (16, 16", 16u'); wherein the contacting layer (14, 14') includes a reflector opposite to the antenna (16a, 16a') for the antenna (16a, 16a') or a reflector (12v"") is arranged opposite to the antenna (16a, 16a') on a side facing away from the antenna in order to cooperate with the same; and wherein at least one shielding via is arranged beside the chip (12a, 12b), wherein the at least one shielding via is configured to establish shielding between the integrated antenna and the at least one chip (12a, 12b) and wherein no electrical connection exists between the at least one shielding via and the chip (12a, 12b) as well as the reflector (14a, 12v"").
Hob with a cooktop embodied for positioning a preparation vessel and an electronic interconnect device arranged below the cooktop, characterised in that at least one positioning element (15, 16) is arranged on the underside of the cooktop, said positioning element (15, 16) engaging in a recess (29, 30) in the interconnect device mounted moveably in a housing, wherein the at least one positioning element (15, 16) and the housing are separate components.
A blend, containing at least two different vinyl chloride graft copolymers prepared by emulsion polymerization, wherein said at least two different graft copolymers each contain a graft base and a grafted copolymer phase at least partially consisting of vinyl chloride, characterized in that said graft copolymers differ in their percentage weight distribution of graft base and grafted copolymer phase, and wherein for each of the graft copolymers the glass transition temperature T g of the graft base is lower than the glass transition temperature T g of the grafted copolymer phase.
A method for analyzing polynucleotide macromolecules, comprising: providing a device having a nanofluidic area in fluid communication with a microfluidic area, the nanofluidic area comprising at least one nanofluidic channel; introducing polynucleotide macromolecules into the microfluidic area, the microfluidic area comprising at least one micropost, where the polynucleotides are at least partially coiled in the microfluidic area; transporting the polynucleotides through a gradient interface area linking the microfluidic area and the nanofluidic area, thereby at least partially elongating the polynucleotides, wherein the gradient interface area is formed as a gradual slope in height from a substrate from the microfluidic area to the nanofluidic area; transporting the polynucleotides into the at least one nanofluidic channel, wherein the at least one nanofluidic channel has dimensions that maintain the polynucleotides in an elongated form; and detecting signals indicative of at least one property of elongated polynucleotides in the at least one nanofluidic channel, characterised in that the gradient interface area and the nanofluidic area comprise a plurality of branched channels that are split into smaller and smaller branches to provide decreasing lateral gradient distances between channels providing a lateral gradient. providing a device having a nanofluidic area in fluid communication with a microfluidic area, the nanofluidic area comprising at least one nanofluidic channel; introducing polynucleotide macromolecules into the microfluidic area, the microfluidic area comprising at least one micropost, where the polynucleotides are at least partially coiled in the microfluidic area; transporting the polynucleotides through a gradient interface area linking the microfluidic area and the nanofluidic area, thereby at least partially elongating the polynucleotides, wherein the gradient interface area is formed as a gradual slope in height from a substrate from the microfluidic area to the nanofluidic area; transporting the polynucleotides into the at least one nanofluidic channel, wherein the at least one nanofluidic channel has dimensions that maintain the polynucleotides in an elongated form; and detecting signals indicative of at least one property of elongated polynucleotides in the at least one nanofluidic channel, characterised in that the gradient interface area and the nanofluidic area comprise a plurality of branched channels that are split into smaller and smaller branches to provide decreasing lateral gradient distances between channels providing a lateral gradient.
Apparatus for monitoring exposure conditions to which an operator or a machine situated in a magnetic environment is subjected, comprising a portable device arranged to be carried on the operator or on the machine, said portable device comprising portable modules including a portable module for measuring, at several known times t, an indicative item of data comprising the three components of a magnetic field vector, the apparatus being characterized in that: - the portable device further comprises a portable module for measuring an indicative item of data making it possible to determine the three components of a movement speed vector at known times t; and - the monitoring apparatus comprises calculation means comprising means for calculating an estimation of an induced current passing though the operator or the machine, from the magnetic field and movement speed vectors at known times t. - the portable device further comprises a portable module for measuring an indicative item of data making it possible to determine the three components of a movement speed vector at known times t; and - the monitoring apparatus comprises calculation means comprising means for calculating an estimation of an induced current passing though the operator or the machine, from the magnetic field and movement speed vectors at known times t.
A method for processing an aqueous polymer emulsion or suspension containing a continuous aqueous phase and polymer agglomerates, said polymer being a fluoropolymer, said method comprising the steps of: - polymerizing a mixture of monomer, initiator and additives into a reactor vessel, to obtain an aqueous polymer emulsion or suspension containing a continuous aqueous phase and polymer agglomerates, - filtering said aqueous polymer emulsion or suspension through a screener, - agitating the filtered aqueous polymer emulsion or suspension, said method being characterized in that: - said agitated aqueous polymer emulsion or suspension is thickened by centrifuging it in a decanter centrifuge, said polymer agglomerates being less dense than the continuous aqueous phase. - polymerizing a mixture of monomer, initiator and additives into a reactor vessel, to obtain an aqueous polymer emulsion or suspension containing a continuous aqueous phase and polymer agglomerates, - filtering said aqueous polymer emulsion or suspension through a screener, - agitating the filtered aqueous polymer emulsion or suspension, - said agitated aqueous polymer emulsion or suspension is thickened by centrifuging it in a decanter centrifuge, said polymer agglomerates being less dense than the continuous aqueous phase.
A method comprising: executing a managed application on a mobile device wherein the managed application is configured to operate in accordance with a set of one or more policy files defined independent of the managed application, wherein the one or more policy files restrict the managed application to only send data messages to other instances of that managed application executing on other devices, and wherein the one or more policy files configure the managed application to delete at least a payload of a data message when one or more of a plurality of destruction criteria set in the policy files are met; receiving the data message from an application on a second device; and automatically deleting the payload when the one or more of the plurality of destruction criteria is met by determining whether one or more of the plurality of the plurality of destruction criteria are met; wherein the plurality of destruction criteria comprise: a) a length of time the payload has been viewed, b) a number of times the payload has been viewed, c) a length of time the payload has been stored on the second device, d) a length of time the data message has been stored unopened on the second device, and e) detection of a known security threat on the second device. executing a managed application on a mobile device wherein the managed application is configured to operate in accordance with a set of one or more policy files defined independent of the managed application, wherein the one or more policy files restrict the managed application to only send data messages to other instances of that managed application executing on other devices, and wherein the one or more policy files configure the managed application to delete at least a payload of a data message when one or more of a plurality of destruction criteria set in the policy files are met; receiving the data message from an application on a second device; and automatically deleting the payload when the one or more of the plurality of destruction criteria is met by determining whether one or more of the plurality of the plurality of destruction criteria are met; wherein the plurality of destruction criteria comprise: a) a length of time the payload has been viewed, b) a number of times the payload has been viewed, c) a length of time the payload has been stored on the second device, d) a length of time the data message has been stored unopened on the second device, and e) detection of a known security threat on the second device.
Process for the preparation of surface-treated calcium carbonate material comprising the following steps: a) providing at least one calcium carbonate-containing material; b) providing at least one salt of a C 5 - C 28 fatty acid selected from the group consisting of mono-alcohol primary alkanolamine salts, polyethyleneimine salts, and mixtures thereof; c) treating said calcium carbonate-containing material of step a) by contacting it with said fatty acid salt(s) of step b); d) obtaining a surface-treated calcium carbonate material. a) providing at least one calcium carbonate-containing material; b) providing at least one salt of a C 5 - C 28 fatty acid selected from the group consisting of mono-alcohol primary alkanolamine salts, polyethyleneimine salts, and mixtures thereof; c) treating said calcium carbonate-containing material of step a) by contacting it with said fatty acid salt(s) of step b); d) obtaining a surface-treated calcium carbonate material.