mhurhangee/ep-ind-claims huggingface dataset:
A bush for a stabilizer (100, 200), comprising: a hole part (100A, 200A) in which a bar of the stabilizer is inserted, and the bush for a stabilizer (100, 200) is contained in a concave part of a bracket and the bar is bonded to the hole part (100A, 200A), wherein the hole part (100A, 200A) includes a first arc part and a second arc part, the center (O1, O2) of the first arc part and the center (O1, O2) of the second arc part are separate, a curvature radius (r1, r2) of the second arc part is set to be smaller than that of the first arc part, and during bonding of the bar to the hole part (100A, 200A), the first arc part is located at the opposite side of the opening part side of the concave part of the bracket, and the second arc part is located at the opening part side of the concave part of the bracket. a hole part (100A, 200A) in which a bar of the stabilizer is inserted, and the bush for a stabilizer (100, 200) is contained in a concave part of a bracket and the bar is bonded to the hole part (100A, 200A), wherein the hole part (100A, 200A) includes a first arc part and a second arc part, the center (O1, O2) of the first arc part and the center (O1, O2) of the second arc part are separate, a curvature radius (r1, r2) of the second arc part is set to be smaller than that of the first arc part, and during bonding of the bar to the hole part (100A, 200A), the first arc part is located at the opposite side of the opening part side of the concave part of the bracket, and the second arc part is located at the opening part side of the concave part of the bracket.
Appliance installation kit for arrangement of an appliance in an electrical switchgear assembly having an appliance support with at least one attachment surface for attaching an appliance and carrier supports arranged on the appliance support which are detachably attached and perpendicular to the attachment surface, wherein four carrier supports are connected to the appliance support such that their connection points on the appliance support essentially produce a square in a plane parallel to the attachment surface, and wherein the connection of the appliance support to two carrier supports arranged in a common horizontal or perpendicular plane is implemented by means of a plug-in connection and the connection to the other two support carriers is implemented by means of a clamping angle element in each case, which has two angle legs (41, 42), wherein one angle leg is inserted through a support carrier and the other angle leg, in which there is a drill hole for accommodating a screw connection, is screwed to the appliance support, characterised in that the two angle legs (41, 42) are arranged at an obtuse angle to one another, and arranged on the clamping angle element is at least one essentially trapezoidal projection, one leg of which extends parallel to the angle leg inserted through the support carrier.
A retinal prosthesis, comprising: a vertically integrated photosensitive junction field-effect-transistor (Photo-JFET) having a silicon mesa; and a neural stimulating electrode; characterised in that the Photo-JFET comprises a pair of back-to-back p/n diodes configured in either a N-P-N or P-N-P configuration in parallel with a sidewall junction field-effect-transistor wherein a dielectric film is deposited on a sidewall of the silicon mesa to induce a weak inversion layer along the vertical edge of the middle layer of the back-to-back diode, forming a vertical channel along the mesa sidewall. a vertically integrated photosensitive junction field-effect-transistor (Photo-JFET) having a silicon mesa; and a neural stimulating electrode; characterised in that the Photo-JFET comprises a pair of back-to-back p/n diodes configured in either a N-P-N or P-N-P configuration in parallel with a sidewall junction field-effect-transistor wherein a dielectric film is deposited on a sidewall of the silicon mesa to induce a weak inversion layer along the vertical edge of the middle layer of the back-to-back diode, forming a vertical channel along the mesa sidewall.
An annotation display method, comprising: starting an annotation application, and prohibiting creating the system view layer corresponding to the annotation layer; at the end of starting an annotation application, initializing a mouse layer; receiving touch data, wherein the touch data is data of a touch point caused by an annotation event that occurs on a touch screen of an interaction intelligent tablet; and the annotation event is an event used to instruct the interaction intelligent tablet to display an annotation handwriting on a currently displayed content; displaying the annotation handwriting via the interaction intelligent tablet, wherein the annotation handwriting is obtained according to the touch data, and is drawn on the mouselayer, characterized in that the mouse layer is a view layer corresponding to the drawing of a mouse icon, and the mouse layer is a transparent layer and is located above a system view layer; the mouse layer being independent of the system view layer; while displaying the annotation handwriting through the interaction intelligent tablet, displaying a refreshed content of the system view layer; and overlaying and displaying the mouse layer and the refreshed content of the system view layer; whereby the contents of said two displayed layers are mixed at the hardware level. starting an annotation application, and prohibiting creating the system view layer corresponding to the annotation layer; at the end of starting an annotation application, initializing a mouse layer; receiving touch data, wherein the touch data is data of a touch point caused by an annotation event that occurs on a touch screen of an interaction intelligent tablet; and the annotation event is an event used to instruct the interaction intelligent tablet to display an annotation handwriting on a currently displayed content; displaying the annotation handwriting via the interaction intelligent tablet, wherein the annotation handwriting is obtained according to the touch data, and is drawn on the mouselayer, characterized in that the mouse layer is a view layer corresponding to the drawing of a mouse icon, and the mouse layer is a transparent layer and is located above a system view layer; the mouse layer being independent of the system view layer; while displaying the annotation handwriting through the interaction intelligent tablet, displaying a refreshed content of the system view layer; and overlaying and displaying the mouse layer and the refreshed content of the system view layer; whereby the contents of said two displayed layers are mixed at the hardware level.
Production method of a support for polyurethane-based imitation leather free of dimethylformamide (DMFa) or other solvents or water, comprising the steps of: - preparing a base (1,1') having a width; - spraying a polyurethane layer on the base (1,1'); this step involves: preparing a component and a component of the polyurethane; combining the two components (A, B) to obtain a mixture; spraying the mixture uniformly on the base (1,1') forming the polyurethane layer without a further step of leveling using a blade; - applying a backing on the polyurethane layer forming a support; - drying the support; wherein the phase of spraying the mixture uniformly on the base (1,1') involves translating a spray system along the width of the base while said base runs at a constant speed beneath the spray system. - preparing a base (1,1') having a width; - spraying a polyurethane layer on the base (1,1'); this step involves: preparing a component and a component of the polyurethane; combining the two components (A, B) to obtain a mixture; spraying the mixture uniformly on the base (1,1') forming the polyurethane layer without a further step of leveling using a blade; - applying a backing on the polyurethane layer forming a support; - drying the support;
A computer implemented method for determining effects of non-network elements on a resource utilization in a mobile network, comprising: receiving, by a computing device, network traffic data; analyzing the traffic data to determine the effects of non-network elements, wherein said determination includes correlating resource utilization in the mobile network with different non-network elements, the non-network elements including one or more of: a make of a mobile device, a model of a mobile device, an operating system of a mobile device, a mobile application operating via the mobile network, or a version of a mobile application; determining, by the computing device, a first communication procedure used by the one or more non-network elements based on the network traffic data; determining, by the computing device, a utilization of network resources by the one or more non-network elements based on the first communication procedure; and predicting, by the computing device, a change in the utilization of network resources based on a hypothetical use of a second communication procedure by the one or more non-network elements. receiving, by a computing device, network traffic data; analyzing the traffic data to determine the effects of non-network elements, wherein said determination includes correlating resource utilization in the mobile network with different non-network elements, the non-network elements including one or more of: a make of a mobile device, a model of a mobile device, an operating system of a mobile device, a mobile application operating via the mobile network, or a version of a mobile application; determining, by the computing device, a first communication procedure used by the one or more non-network elements based on the network traffic data; determining, by the computing device, a utilization of network resources by the one or more non-network elements based on the first communication procedure; and predicting, by the computing device, a change in the utilization of network resources based on a hypothetical use of a second communication procedure by the one or more non-network elements.
Drive assembly for a sewing machine, - comprising a main drive for activating a device for reversing the sewing direction and a foot lifting device, - wherein on activating the device for reversing the sewing direction a drive component (16, 18) of the main drive is coupled mechanically to the device for reversing the sewing direction and - wherein on activating the foot lifting device the same drive component (16, 18) of the main drive is coupled mechanically to the foot lifting device. - comprising a main drive for activating a device for reversing the sewing direction and a foot lifting device, - wherein on activating the device for reversing the sewing direction a drive component (16, 18) of the main drive is coupled mechanically to the device for reversing the sewing direction and - wherein on activating the foot lifting device the same drive component (16, 18) of the main drive is coupled mechanically to the foot lifting device.
A method performed by a user equipment, UE, for handover, using one of a delta configuration signalling scheme or a full configuration signalling scheme, from a source base station, BS, supporting a first protocol release to a target BS supporting a second protocol release, wherein the UE is configured according to the first protocol release used by the source BS, the method comprising: receiving a handover command message from the target BS, via the source BS, wherein on a condition that the first protocol release is newer than the second protocol release, the handover command message comprises a one-bit indication that the UE perform a full configuration; and on a condition that the handover command message comprises the one-bit indication, releasing parameters defined in said first protocol release and performing a full configuration procedure for handover to the target BS. receiving a handover command message from the target BS, via the source BS, wherein on a condition that the first protocol release is newer than the second protocol release, the handover command message comprises a one-bit indication that the UE perform a full configuration; and on a condition that the handover command message comprises the one-bit indication, releasing parameters defined in said first protocol release and performing a full configuration procedure for handover to the target BS.
A refrigeration appliance, comprising: a body, a front end of which has an opening; a first door and a second door each comprising a first edge (41, 51) and a second edge (42, 52) opposite to said first edge (41, 51), the first edges of the first door and the second door being fixed to opposite sides of said opening respectively; a bar fixed to the second edge of said first door and being able to be pivoted between a retraction position and an extension position, the bar being in the extension position when the first door is closed, wherein said bar can pass through the closed second door when the bar is in said retraction position; and a guiding mechanism for guiding said bar to rotate, said guiding mechanism comprising a first guiding member disposed on said bar and a second guiding member disposed on an edge of said opening, wherein one of said first guiding member and said second guiding member comprises a guiding projection, the other of said first guiding member and said second guiding member comprises a guiding groove, and said guiding projection can be moved within said guiding groove to cause said bar to rotate, wherein said guiding mechanism is configured such that said guiding projection can enter said guiding groove to close said first door when said bar is in said extension position, characterised in that a sleeve is provided at an inside of the guiding projection and the sleeve surrounds a pin located within the bar. a body, a front end of which has an opening; a first door and a second door each comprising a first edge (41, 51) and a second edge (42, 52) opposite to said first edge (41, 51), the first edges of the first door and the second door being fixed to opposite sides of said opening respectively; a bar fixed to the second edge of said first door and being able to be pivoted between a retraction position and an extension position, the bar being in the extension position when the first door is closed, wherein said bar can pass through the closed second door when the bar is in said retraction position; and a guiding mechanism for guiding said bar to rotate, said guiding mechanism comprising a first guiding member disposed on said bar and a second guiding member disposed on an edge of said opening, wherein one of said first guiding member and said second guiding member comprises a guiding projection, the other of said first guiding member and said second guiding member comprises a guiding groove, and said guiding projection can be moved within said guiding groove to cause said bar to rotate, wherein said guiding mechanism is configured such that said guiding projection can enter said guiding groove to close said first door when said bar is in said extension position, characterised in that a sleeve is provided at an inside of the guiding projection and the sleeve surrounds a pin located within the bar.
A method of producing an article comprising forming a diffractive microstructure (2, 3) at an interface of the article, wherein the method comprises forming the article by means of a pressing or moulding operation, the microstructure (2, 3) being formed in the pressing or moulding process of the article by forming the pressing or moulding tool (31, 32) with a negative version of the microstructure, characterized in coating the article at least in an area covering the microstructure with a transparent layer having a higher refractive index than the microstructure.
An air inlet for an engine of an aircraft, the inlet comprising: · a duct for feeding outside air to said engine; · at least one filter and · at least one bypass device allowing said outside air to pass therethrough when said filter is obstructed; the air inlet being characterized in that said duct, said filter and said bypass device are fastened to a common support, said support being situated at one end of said duct and being fastenable to the structure of the aircraft so that the filter and the bypass device can be assembled on the support away from the aircraft. · a duct for feeding outside air to said engine; · at least one filter and · at least one bypass device allowing said outside air to pass therethrough when said filter is obstructed;
An epoxy resin composition that comprises an epoxy resin and a curing agent, the epoxy resin comprising an epoxy compound that has, in one molecule, two structural units represented by the following Formula and two or more epoxy groups, in an amount of from 10% by mass to 60% by mass of the epoxy resin, and the curing agent comprising a compound having two or more amino groups that are directly bound to an aromatic ring: wherein, in Formula, each of R 1 to R 4 independently represents a hydrogen atom or an alkyl group having 1 to 3 carbon atoms. the epoxy resin comprising an epoxy compound that has, in one molecule, two structural units represented by the following Formula and two or more epoxy groups, in an amount of from 10% by mass to 60% by mass of the epoxy resin, and the curing agent comprising a compound having two or more amino groups that are directly bound to an aromatic ring: wherein, in Formula, each of R 1 to R 4 independently represents a hydrogen atom or an alkyl group having 1 to 3 carbon atoms.
A child safety seat comprising a seat base having a shell body, and a support leg (100a, 100b, 100c, 100d) connected with the shell body, the support leg (100a, 100b, 100c, 100d) including a tubular segment, a support portion, a fastener connected with the tubular segment and the support portion, and a cushioning structure (13, 13a) disposed adjacent to the fastener, characterized in that: the cushioning structure (13, 13a) is configured to block displacement of the fastener so that the support portion is locked in position relative to the tubular segment, and to deform or break as a result of a displacement of the fastener into the cushioning structure (13, 13a) when a substantial force is applied that forces the tubular segment to move relative to the support portion. the cushioning structure (13, 13a) is configured to block displacement of the fastener so that the support portion is locked in position relative to the tubular segment, and to deform or break as a result of a displacement of the fastener into the cushioning structure (13, 13a) when a substantial force is applied that forces the tubular segment to move relative to the support portion.
A method for preparing a diene-based rubber polymer comprising: a step of adding 50 parts by weight to 75 parts by weight of a conjugated diene-based monomer which is a single material or a monomer mixture comprising the conjugated diene-based monomer as a major ingredient, 1 part by weight to 4 parts by weight of an emulsifier and 0.1 parts by weight to 0.5 parts by weight of a molecular weight control agent into a reactor, and then subjecting thereof to a first polymerization (Step 1); a step of continuously adding 25 parts by weight to 50 parts by weight of a conjugated diene-based monomer for 0.5 hour to 10 hours at the time point of polymer conversion rate of 10% to 40% in the (Step 1), and then subjecting thereof to a second polymerization (Step 2); and a step of terminating the polymerization at the time point of polymer conversion rate of 92% or higher in the (Step 2) (Step 3), wherein 0.01 parts by weight to 0.3 parts by weight of a molecular weight control agent is further added at the time point of the polymerization conversion rate of the second polymerization step of 55% to 70%, the first polymerization is conducted at a temperature range from 60°C to 72°C, the second polymerization is conducted at a temperature range from 72°C to 85°C. a step of adding 50 parts by weight to 75 parts by weight of a conjugated diene-based monomer which is a single material or a monomer mixture comprising the conjugated diene-based monomer as a major ingredient, 1 part by weight to 4 parts by weight of an emulsifier and 0.1 parts by weight to 0.5 parts by weight of a molecular weight control agent into a reactor, and then subjecting thereof to a first polymerization (Step 1); a step of continuously adding 25 parts by weight to 50 parts by weight of a conjugated diene-based monomer for 0.5 hour to 10 hours at the time point of polymer conversion rate of 10% to 40% in the (Step 1), and then subjecting thereof to a second polymerization (Step 2); and a step of terminating the polymerization at the time point of polymer conversion rate of 92% or higher in the (Step 2) (Step 3), wherein 0.01 parts by weight to 0.3 parts by weight of a molecular weight control agent is further added at the time point of the polymerization conversion rate of the second polymerization step of 55% to 70%, the first polymerization is conducted at a temperature range from 60°C to 72°C, the second polymerization is conducted at a temperature range from 72°C to 85°C.
A system for optically programming an in-flight projectile fired from a fire control device, said system comprising: a) a transmitter attached to said fire control device for transmitting modulated optical signals (32, 34) to said projectile; b) a collector mounted on said projectile for refracting, reflecting and focusing said modulated optical signals (32, 34), c) a sensor disposed within said projectile for receiving said modulated optical signals (32, 34) from said collector, wherein said modulated optical signals (32, 34) energize said sensor; and d) a fuze circuit, wherein said fuze circuit is modulated by said energized sensor. a) a transmitter attached to said fire control device for transmitting modulated optical signals (32, 34) to said projectile; b) a collector mounted on said projectile for refracting, reflecting and focusing said modulated optical signals (32, 34), c) a sensor disposed within said projectile for receiving said modulated optical signals (32, 34) from said collector, wherein said modulated optical signals (32, 34) energize said sensor; and d) a fuze circuit, wherein said fuze circuit is modulated by said energized sensor.