mhurhangee/patent-ind-claim-en huggingface dataset:
A power relay assembly comprising: a supporting plate having at least one electric element mounted on one surface thereof and formed entirely of a plastic material having a heat dissipation property and an insulation property; and at least one bus bar electrically connected to the electric element and including a portion thereof buried in the supporting plate, wherein the bus bar includes a first portion buried in the supporting plate, a second portion configured to extend from an end portion of the first portion along a thickness direction of the supporting plate , and a third portion configured to extend from the second portion to protrude toward an outer side of the supporting plate , wherein the first portion and the second portion of the bus bar are buried inside the supporting plate so that the bus bar is fixed by the supporting plate , and characterized in that the plastic material of the supporting plate has insulating heat dissipation fillers dispersed on a polymer matrix, wherein the supporting plate further includes a plate-shaped metal member disposed to be spaced apart from a lower side of the portion of the bus bar buried in the supporting plate at an interval and disposed to be completely buried inside the supporting plate , and in that the supporting plate is integrated with the first portion and the second portion of the bus bar and the metal member buried therein through a resin-forming composition having a heat dissipation property and an insulation property and formed by insert-molding. a supporting plate having at least one electric element mounted on one surface thereof and formed entirely of a plastic material having a heat dissipation property and an insulation property; and at least one bus bar electrically connected to the electric element and including a portion thereof buried in the supporting plate, wherein the bus bar includes a first portion buried in the supporting plate, a second portion configured to extend from an end portion of the first portion along a thickness direction of the supporting plate , and a third portion configured to extend from the second portion to protrude toward an outer side of the supporting plate , wherein the first portion and the second portion of the bus bar are buried inside the supporting plate so that the bus bar is fixed by the supporting plate , and characterized in that the plastic material of the supporting plate has insulating heat dissipation fillers dispersed on a polymer matrix, wherein the supporting plate further includes a plate-shaped metal member disposed to be spaced apart from a lower side of the portion of the bus bar buried in the supporting plate at an interval and disposed to be completely buried inside the supporting plate , and in that the supporting plate is integrated with the first portion and the second portion of the bus bar and the metal member buried therein through a resin-forming composition having a heat dissipation property and an insulation property and formed by insert-molding.
A computer-implemented method comprising: receiving , by a first server of a secure multi-party computation (MPC) system and from an application on a user device, a request for a digital component; parsing , by the first server, the request into two or more distinct sub-requests; transmitting , by the first server of the secure MPC system, each of the two or more distinct sub-requests to a different server; receiving , by the first server and from a separate server in response to transmitting the two or more distinct sub-requests, a first set of candidate selection values; performing , by the first server in collaboration with one or more second servers of the MPC system, a selection process to generate a selection result for a winning digital component comprising: merging, by the first server, the first set of candidate selection values and a set of cached selection values to create a final set of candidate selection values; sorting, by the first server, the final set of candidate selection values according to the values of the candidate selection values; and applying, by the first server, each rule of a set of two or more selection rules; and transmitting , by the first server in collaboration with the one or more second servers and to the user device, the selection result for the winning digital component. receiving , by a first server of a secure multi-party computation (MPC) system and from an application on a user device, a request for a digital component; parsing , by the first server, the request into two or more distinct sub-requests; transmitting , by the first server of the secure MPC system, each of the two or more distinct sub-requests to a different server; receiving , by the first server and from a separate server in response to transmitting the two or more distinct sub-requests, a first set of candidate selection values; performing , by the first server in collaboration with one or more second servers of the MPC system, a selection process to generate a selection result for a winning digital component comprising: merging, by the first server, the first set of candidate selection values and a set of cached selection values to create a final set of candidate selection values; sorting, by the first server, the final set of candidate selection values according to the values of the candidate selection values; and applying, by the first server, each rule of a set of two or more selection rules; and transmitting , by the first server in collaboration with the one or more second servers and to the user device, the selection result for the winning digital component. merging, by the first server, the first set of candidate selection values and a set of cached selection values to create a final set of candidate selection values; sorting, by the first server, the final set of candidate selection values according to the values of the candidate selection values; and applying, by the first server, each rule of a set of two or more selection rules; and transmitting , by the first server in collaboration with the one or more second servers and to the user device, the selection result for the winning digital component.
A method for manufacturing a housing assembly for an electronics enabled eyewear device, the method comprising: forming a button insert in a co-molding operation that comprises: molding a button frame that defines an access opening extending therethrough, the button frame being of a substantially rigid plastics material; overmolding a button membrane onto the button frame , the button membrane covering at least part of the access opening through the button frame, the button membrane being of a resiliently flexible material; bonding a hard island to the button membrane to be displaceable relative to the button frame responsive to resilient deformation of the button membrane , the hard island being of a substantially rigid plastics material, and overmolding a housing for electronics components on to the button insert such that the housing is bonded to the button frame , with the button membrane being located in a button aperture defined by the housing, the button aperture being closed off by the button insert and the hard island being located in register with the button aperture defined by the housing . forming a button insert in a co-molding operation that comprises: molding a button frame that defines an access opening extending therethrough, the button frame being of a substantially rigid plastics material; overmolding a button membrane onto the button frame , the button membrane covering at least part of the access opening through the button frame, the button membrane being of a resiliently flexible material; bonding a hard island to the button membrane to be displaceable relative to the button frame responsive to resilient deformation of the button membrane , the hard island being of a substantially rigid plastics material, and molding a button frame that defines an access opening extending therethrough, the button frame being of a substantially rigid plastics material; overmolding a button membrane onto the button frame , the button membrane covering at least part of the access opening through the button frame, the button membrane being of a resiliently flexible material; bonding a hard island to the button membrane to be displaceable relative to the button frame responsive to resilient deformation of the button membrane , the hard island being of a substantially rigid plastics material, and overmolding a housing for electronics components on to the button insert such that the housing is bonded to the button frame , with the button membrane being located in a button aperture defined by the housing, the button aperture being closed off by the button insert and the hard island being located in register with the button aperture defined by the housing .
A machine for separative machining with a machining tool for a plate-shaped workpiece , which has two workpiece support surfaces for supporting the workpiece , between which a gap is formed, and comprises at least one movable carriage in or along the gap which is connected to at least one covering element which at least partially covers the gap and which comprises a chain with a plurality of chain links which are designed to be pivotable relative to one another, characterised in that - the chain links have a brush support on an upper side , and - at least two mutually adjacent chain links have a pivot delimitation angle (a) relative to the longitudinal axis of the chain links , so that the chain links assume a non-planar, upwardly curved course when they are aligned in a straight line without the application of force, and - the pivot delimitation angle (a) between two adjacent chain links in relation to the longitudinal axis of the chain links comprises at least 1°, and/or the chain links are pivotable relative to one another at a pivot angle (β) of at least 1° to 60° and the pivot angle (β), starting from the longitudinal axis , adjoins the pivot delimitation angle (a). - the chain links have a brush support on an upper side , and - at least two mutually adjacent chain links have a pivot delimitation angle (a) relative to the longitudinal axis of the chain links , so that the chain links assume a non-planar, upwardly curved course when they are aligned in a straight line without the application of force, and - the pivot delimitation angle (a) between two adjacent chain links in relation to the longitudinal axis of the chain links comprises at least 1°, and/or the chain links are pivotable relative to one another at a pivot angle (β) of at least 1° to 60° and the pivot angle (β), starting from the longitudinal axis , adjoins the pivot delimitation angle (a).
A coupling device for connecting wagon elements of a freight wagon, comprising a coupling rod and two linkages arranged at the ends of the coupling rod for connecting the coupling rod to one wagon element each, with at least one of the linkages comprising a force transmission body and a first and a second damping element, which are arranged on both sides of the force transmission body , characterized in that the coupling rod has, at each end , an end section with a diameter that is smaller in comparison to a central area (Z) of the coupling rod and only the following elements are slid onto the end sections in the following order, as viewed from the central area (Z) of the coupling rod : - a first spring distancing disk , - the first damping element designed as a single-piece spring element , - the force transmission body , - the second damping element designed as a single-piece spring element , - a second spring distancing disk , - a threaded sleeve locked on a thread at the end of the end section facing away from the central area (Z) of the coupling rod , wherein all components of the first and the second single-piece spring elements are, in each case, permanently connected to one another, and the first and the second single-piece spring elements have at least two metal discs and one elastomeric plastic glued or vulcanized on between them. the coupling rod has, at each end , an end section with a diameter that is smaller in comparison to a central area (Z) of the coupling rod and only the following elements are slid onto the end sections in the following order, as viewed from the central area (Z) of the coupling rod : - a first spring distancing disk , - the first damping element designed as a single-piece spring element , - the force transmission body , - the second damping element designed as a single-piece spring element , - a second spring distancing disk , - a threaded sleeve locked on a thread at the end of the end section facing away from the central area (Z) of the coupling rod , - a first spring distancing disk , - the first damping element designed as a single-piece spring element , - the force transmission body , - the second damping element designed as a single-piece spring element , - a second spring distancing disk , - a threaded sleeve locked on a thread at the end of the end section facing away from the central area (Z) of the coupling rod , wherein all components of the first and the second single-piece spring elements are, in each case, permanently connected to one another, and the first and the second single-piece spring elements have at least two metal discs and one elastomeric plastic glued or vulcanized on between them.
Method for treating a metal strip , where the metal strip undergoes heat treatment first of all in a directly fired furnace and is subsequently heat-treated further in a radiant tube furnace , characterised in that at least part of the exhaust gases from the radiant tubes is fed to a burner in the directly fired furnace .
A method of multilevel mask circuit fabrication, the method comprising: patterning a first conductor layer of a multilayer circuit using a multilevel mask , the multilevel mask has a first thickness in a first region and a second thickness in a second region, the second thickness being thicker than the first thickness, and wherein the first conductor layer is patterned to: provide electrical isolation between the first conductor layer and a second conductor layer that overlies the multilevel mask , the electrical isolation being provided by undercutting the multilevel mask . patterning a first conductor layer of a multilayer circuit using a multilevel mask , the multilevel mask has a first thickness in a first region and a second thickness in a second region, the second thickness being thicker than the first thickness, and wherein the first conductor layer is patterned to: provide electrical isolation between the first conductor layer and a second conductor layer that overlies the multilevel mask , the electrical isolation being provided by undercutting the multilevel mask .
A walking training apparatus comprising: a treadmill ; a walking assistance apparatus configures to be mounted on the leg part of a user and assist the user's walking; a first pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and frontward; a second pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and rearward; and a control means for controlling pulling forces of the first pulling means and the second pulling means in an operating state of the treadmill configured to reduce a load applied to the leg part of the user on which the walking assistance apparatus is mounted; characterized in that a treadmill operation determination unit is configured to determine whether the treadmill is in an operating state or a non-operating state; the control means is configured to control, while the treadmill is not being operated, pulling forces of the first pulling means and the second pulling means so that the direction of a resultant pulling force, which is a resultant force of the pulling force of the first pulling means and the pulling force of the second pulling means , is directed upward and rearward. a treadmill ; a walking assistance apparatus configures to be mounted on the leg part of a user and assist the user's walking; a first pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and frontward; a second pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and rearward; and a control means for controlling pulling forces of the first pulling means and the second pulling means in an operating state of the treadmill configured to reduce a load applied to the leg part of the user on which the walking assistance apparatus is mounted; characterized in that a treadmill operation determination unit is configured to determine whether the treadmill is in an operating state or a non-operating state; the control means is configured to control, while the treadmill is not being operated, pulling forces of the first pulling means and the second pulling means so that the direction of a resultant pulling force, which is a resultant force of the pulling force of the first pulling means and the pulling force of the second pulling means , is directed upward and rearward.
A detector device comprising an activator element and a detector element that are mounted to move relative to each other, the detector element generating a detection signal by a proximity effect when the activator element is facing it, said detector device further comprising a swing system with a first lever carrying the detector element and a second lever carrying the activator element , said levers being mounted on a common pivot while being offset angularly from each other, the second lever being designed to pivot from a rest position towards the first lever under the effect of a thrust (P) and to move angularly closer to the first lever until it reaches a state of alignment in which the activator element and the detector element are in alignment, said first and second levers being designed such that, starting from the state of alignment and under the effect of the thrust, the second lever causes the first lever to pivot through a certain angular range.
A heat conductive paste which comprises silver fine particles having an average particle diameter of primary particles of 40 to 350 nm, a crystallite diameter of 20 to 70 nm, and a ratio of the average particle diameter to the crystallite diameter of 1 to 5, an aliphatic primary amine and a compound having one or more phosphoric acid groups, wherein the aliphatic primary amine is coordinated to the silver fine particles.
Multi-user test system , comprising: a measuring and testing device which is designed to carry out predetermined measuring and testing operations; an authentication device which is designed to authenticate a user; a profile database which is designed to store and provide user profiles comprising settings, parameterizations and/or configurations of the relevant user on the measuring and testing device ; a control device which is designed to create a user profile for an authenticated user and to store it in the profile database , and to read out a user profile for an authenticated user from the profile database and to set the measuring and testing device using the read-out user profile, the control device being designed to read out configuration data of the measuring and testing device and to create a user profile using the read-out configuration data, and to automatically store the user profile for an authenticated user in the profile database when the user logs out and/or changes. a measuring and testing device which is designed to carry out predetermined measuring and testing operations; an authentication device which is designed to authenticate a user; a profile database which is designed to store and provide user profiles comprising settings, parameterizations and/or configurations of the relevant user on the measuring and testing device ; a control device which is designed to create a user profile for an authenticated user and to store it in the profile database , and to read out a user profile for an authenticated user from the profile database and to set the measuring and testing device using the read-out user profile, the control device being designed to read out configuration data of the measuring and testing device and to create a user profile using the read-out configuration data, and to automatically store the user profile for an authenticated user in the profile database when the user logs out and/or changes.
Use of N- retinamide for improving or preserving hematopoietic stem cell (HSC) renewability during ex-vivo expansion of a population of cells comprising HSCs in an expansion medium.
Ink feed system for providing and feeding printing ink to an inking unit of an intaglio printing unit , comprising an inking device , which is provided in the inking unit , and comprising a provision device , by which printing ink can be fed to the inking device via at least one line , the provision device comprising a storage receptacle in which an ink reservoir of printing ink can be kept available and which has an outlet through which the printing ink can be transferred from the storage receptacle into the line path leading to the inking device , and the provision device comprising at least one delivery device , which supports and/or effectuates the delivery of the printing ink from the storage receptacle , characterized in that a metering device is provided in the line path arranged downstream from the at least one delivery device and the outlet , which is driven by a drive means and, on the output side, can provide a mass flow or volume flow that correlates with the working speed of the metering device via a defined relationship, that the metering device is in a signal connection with a control device comprising control means that control by open-loop or closed-loop control the working speed of the metering device , that the control device and/or the control means controlling by open-loop or closed-loop control the working speed of the metering device are connected, in terms of signaling, to a source supplying the information about the current machine speed, and that a functional or tabular relationship between a target value (n S ) of a correcting variable (n) determining the working speed of the metering device and a variable representing a machine speed (ω) is stored in the control means, which, when used by the control means, allows the target value (n S ) to be varied, as a function of a variable that can be supplied or is supplied to the control means on the input side and represents a machine speed (ω).