mhurhangee/patent-ind-claim-en huggingface dataset:
Two part medical device comprising a first part and a second part, wherein one connecting feature is positioned in the distal area or at the distal end of a strut extending from each part of the medical device wherein said one connecting feature of the first part and said one connecting feature of the second part are aligned in the same direction and a snap lock cover is engaging the two connecting features and the two connecting features are locked by way of two snap lock tongues of the snap lock cover and two strut tongue stops of each connecting feature, wherein a strut tongue stop being a counterpart in the strut that can engage with one snap lock tongue to form a connection, wherein the snap lock cover comprises two snap lock hard stops , wherein each connecting feature comprises two strut hard stops , wherein said snap lock hard stops and said strut hart stops permit to better position and lock the struts within the snap lock cover and avoid that said struts continue to keep on sliding within the snap lock cover, wherein the two struts are superimposed in distal to proximal direction.
A method of manufacturing a light emitting device, comprising: providing a substrate ; forming a plurality of photosensitive bumps over the substrate ; forming a photosensitive layer over the plurality of photosensitive bumps ; said method characterized by further comprising: forming a buffer layer between the photosensitive layer and the plurality of photosensitive bumps ; patterning the photosensitive layer and the buffer layer to form a recess through the photosensitive layer and the buffer layer to expose a surface; disposing an organic emissive layer on the surface, forming a metal containing layer over the organic emissive layer , and removing the patterned photosensitive layer and the remaining portion of the buffer layer . providing a substrate ; forming a plurality of photosensitive bumps over the substrate ; forming a photosensitive layer over the plurality of photosensitive bumps ; said method characterized by further comprising: forming a buffer layer between the photosensitive layer and the plurality of photosensitive bumps ; patterning the photosensitive layer and the buffer layer to form a recess through the photosensitive layer and the buffer layer to expose a surface; disposing an organic emissive layer on the surface, forming a metal containing layer over the organic emissive layer , and removing the patterned photosensitive layer and the remaining portion of the buffer layer . forming a buffer layer between the photosensitive layer and the plurality of photosensitive bumps ; patterning the photosensitive layer and the buffer layer to form a recess through the photosensitive layer and the buffer layer to expose a surface; disposing an organic emissive layer on the surface, forming a metal containing layer over the organic emissive layer , and removing the patterned photosensitive layer and the remaining portion of the buffer layer .
Powertrain arrangement of a work machine , which has a first electric motor , a second electric motor , a frame component and a transmission , wherein the first electric motor and the second electric motor are connected to the transmission for transmitting torque, wherein the first electric motor and the second electric motor are arranged next to one another in the transverse direction of the vehicle and at least partially on the same level in the vertical direction of the vehicle, characterized in that the frame component forms a receiving space in which the first electric motor , the second electric motor and the transmission are received, wherein the frame component has a rear axle bridge portion , which is designed to rotatably mount on the frame component a cardan shaft which connects the transmission to a rear axle of the work machine , and wherein the frame component has a top-side frame portion , which is arranged adjacent to a cab floor of the work machine in the vertical direction of the vehicle, wherein the first electric motor and the second electric motor are arranged above the rear axle bridge portion and below the top-side frame portion in the vertical direction of the vehicle.
A pressure regulating module for controlling a fluid supply line pressure comprising: a) a housing including a fluid inlet , a control fluid outlet to said fluid supply line, a reference fluid port , and at least a portion of the housing having an inner circumferential surface defining an axially extending cylinder bore , said cylinder bore being fluidly coupled to the fluid inlet on a first side of the housing and fluidly coupled to the reference fluid port on a second side of the housing; b) a pressure transfer assembly including a piston linked to a restricting element that controls the flow of fluid from the fluid inlet to the control fluid outlet ; said piston slidably disposed within the cylinder bore , said piston comprising a main body having a first face in communication with a control fluid chamber , a second face in communication with a reference fluid chamber , and a cylindrical outer side wall ; said piston dimensioned to provide a predefined radial clearance between at least a portion of said outer side wall and said inner circumferential surface of the housing along a predefined axial length of said main body; c) a fluid leak orifice extending from said inner circumferential surface of said housing to an exterior surface of said housing between said reference fluid chamber and said control fluid chamber ; wherein said predefined radial clearance and predefined axial length are dimensioned to control the flow rate of fluid along a fluid communication passage formed between at least a portion of said piston and said inner circumferential surface from a high pressure fluid zone to a lower pressure fluid zone. a) a housing including a fluid inlet , a control fluid outlet to said fluid supply line, a reference fluid port , and at least a portion of the housing having an inner circumferential surface defining an axially extending cylinder bore , said cylinder bore being fluidly coupled to the fluid inlet on a first side of the housing and fluidly coupled to the reference fluid port on a second side of the housing; b) a pressure transfer assembly including a piston linked to a restricting element that controls the flow of fluid from the fluid inlet to the control fluid outlet ; said piston slidably disposed within the cylinder bore , said piston comprising a main body having a first face in communication with a control fluid chamber , a second face in communication with a reference fluid chamber , and a cylindrical outer side wall ; said piston dimensioned to provide a predefined radial clearance between at least a portion of said outer side wall and said inner circumferential surface of the housing along a predefined axial length of said main body; c) a fluid leak orifice extending from said inner circumferential surface of said housing to an exterior surface of said housing between said reference fluid chamber and said control fluid chamber ;
Process for making a reinforcing structure for dental prostheses in continuous fiber composite materials, comprising the steps of: - a) obtaining a digital three-dimensional model of the patient's palate by means of a three-dimensional scan; - b) defining an operative outline (3;3') through an offset of at least one portion of said three-dimensional model ; - c) obtaining a path for at least one height h1 of said three-dimensional model, said path being arranged between said operative outline (3:3') and said three-dimensional model ; - d) depositing a continuous filiform element according to said path , said depositing step comprises the steps of - feeding a continuous filiform element to a feeding head; - making the feeding head follow the path generated by delivering a continuous filiform element onto a supporting surface ; - suddenly melting and cooling and/or polymerizing and/or also partially fixing the continuous filiform element such as to stabilize the composite material in a solid state. - a) obtaining a digital three-dimensional model of the patient's palate by means of a three-dimensional scan; - b) defining an operative outline (3;3') through an offset of at least one portion of said three-dimensional model ; - c) obtaining a path for at least one height h1 of said three-dimensional model, said path being arranged between said operative outline (3:3') and said three-dimensional model ; - d) depositing a continuous filiform element according to said path , said depositing step comprises the steps of - feeding a continuous filiform element to a feeding head; - making the feeding head follow the path generated by delivering a continuous filiform element onto a supporting surface ; - suddenly melting and cooling and/or polymerizing and/or also partially fixing the continuous filiform element such as to stabilize the composite material in a solid state.
A method for manufacturing a tilting pad journal bearing including a bearing housing formed in a tubular shape and having a rotary shaft inserted therein, a plurality of pivots integrally attached to the bearing housing, and a plurality of tilting pads attached to a distal end portion of the pivot and disposed to surround the rotary shaft inside the bearing housing, characterized in that the method comprises: machining metal material to roughly process a back metal portion of the tilting pad ; next, affixing a resin material by laminating to an inner circumferential surface of the back metal portion of the tilting pad formed into a concave circular arc surface shape having a predetermined curvature by rough processing, and pressure-welding the resin material by a metal mold , and integrating the resin material with the inner circumferential surface portion of the tilting pad ; next, machining the back metal portion of the tilting pad to form a convex circular arc-shaped outer circumferential surface having a predetermined curvature, and forming a pivot fitting hole at a predetermined position on the outer circumferential surface ; and when forming the pivot fitting hole , an inner diameter of the pivot fitting hole is made slightly smaller than the outer diameter of the distal end portion of the substantially columnar pivot ; and next automatically forming a concave portion on the concave curved inner circumferential surface of the tilting pad by attaching the distal end portion of the pivot to the pivot fitting hole by interference-fitting. machining metal material to roughly process a back metal portion of the tilting pad ; next, affixing a resin material by laminating to an inner circumferential surface of the back metal portion of the tilting pad formed into a concave circular arc surface shape having a predetermined curvature by rough processing, and pressure-welding the resin material by a metal mold , and integrating the resin material with the inner circumferential surface portion of the tilting pad ; next, machining the back metal portion of the tilting pad to form a convex circular arc-shaped outer circumferential surface having a predetermined curvature, and forming a pivot fitting hole at a predetermined position on the outer circumferential surface ; and when forming the pivot fitting hole , an inner diameter of the pivot fitting hole is made slightly smaller than the outer diameter of the distal end portion of the substantially columnar pivot ; and next automatically forming a concave portion on the concave curved inner circumferential surface of the tilting pad by attaching the distal end portion of the pivot to the pivot fitting hole by interference-fitting.
A sunlight-to-heat converting device comprising: a light collecting part; either or both of a container and a flow path where sunlight is collected by the light collecting part; and a heating medium housed in either or both of the container and the flow path, wherein a sunlight-to-heat converting stack is formed on a surface of either or both of the container and the flow path, said sunlight-to-heat converting stack comprising: a sunlight-to-heat converting member having the shape of a layer and a metal layer which is an infrared reflection layer that reflects thermal radiation light, characterized in that the sunlight-to-heat converting member contains chromium silicide having an element ratio of Cr to Si from 1:1.6 to 1:4.7. a light collecting part; either or both of a container and a flow path where sunlight is collected by the light collecting part; and a heating medium housed in either or both of the container and the flow path, wherein a sunlight-to-heat converting stack is formed on a surface of either or both of the container and the flow path, said sunlight-to-heat converting stack comprising: a sunlight-to-heat converting member having the shape of a layer and a metal layer which is an infrared reflection layer that reflects thermal radiation light, characterized in that the sunlight-to-heat converting member contains chromium silicide having an element ratio of Cr to Si from 1:1.6 to 1:4.7. a sunlight-to-heat converting member having the shape of a layer and a metal layer which is an infrared reflection layer that reflects thermal radiation light, characterized in that the sunlight-to-heat converting member contains chromium silicide having an element ratio of Cr to Si from 1:1.6 to 1:4.7.
A network comprising a first base station, BS, , a second BS , a first distributed unit, DU, and a central unit, CU, for handling a secondary node, SN, configuration for a communication device , wherein a first SN configuration includes at least one of a physical layer configuration, a medium access control, MAC, configuration, a radio link control, RLC, configuration, a special cell configuration and a secondary cell configuration, and a second SN configuration includes at least one of a random access configuration, a physical layer configuration, a MAC configuration, a RLC configuration, a special cell configuration and a secondary cell configuration, the network comprising: the first BS communicating with the communication device according to a master node, MN, configuration, and the second BS communicating with the communication device according to a first SN configuration; the first BS transmitting a SN Addition Request message to the CU to perform a SN change from the second BS to the CU, wherein the first SN Addition Request message comprises the first SN configuration; the CU transmitting a user equipment, UE, Context Setup Request message comprising the first SN configuration to the first DU; the CU receiving a UE Context Setup Response message responding to the UE Context Setup Request message from the first DU, wherein the UE Context Setup Response message comprises a first full configuration indicator and a second SN configuration; the CU transmitting a SN Addition Request Acknowledge message comprising the second SN configuration and a second full configuration indicator, to the first BS in response to the SN Addition Request message; and the first BS transmitting a RRC message to the communication device , wherein the RRC message comprises the second SN configuration and a third full configuration indicator. the first BS communicating with the communication device according to a master node, MN, configuration, and the second BS communicating with the communication device according to a first SN configuration; the first BS transmitting a SN Addition Request message to the CU to perform a SN change from the second BS to the CU, wherein the first SN Addition Request message comprises the first SN configuration; the CU transmitting a user equipment, UE, Context Setup Request message comprising the first SN configuration to the first DU; the CU receiving a UE Context Setup Response message responding to the UE Context Setup Request message from the first DU, wherein the UE Context Setup Response message comprises a first full configuration indicator and a second SN configuration; the CU transmitting a SN Addition Request Acknowledge message comprising the second SN configuration and a second full configuration indicator, to the first BS in response to the SN Addition Request message; and the first BS transmitting a RRC message to the communication device , wherein the RRC message comprises the second SN configuration and a third full configuration indicator.
A compressor, comprising: a compression cylinder configured to have a cylinder that forms a compression space (PS) for compressing gas and a valve plate that has a plurality of discharge ports for discharging the compressed gas provided along a predetermined direction in which a straight line passes through a plurality of centres of the plurality of discharge ports; and a plurality of discharge valves comprising: a plurality of valve heads that are provided to cover the plurality of discharge ports , and a plurality of valve necks that extend toward a point of intersection of a plurality of centre lines, the point of intersection being on a line perpendicular to the straight line, wherein at least one of the plurality of valve necks extends to a different length from the plurality of valve heads to the point of intersection and gradually narrows toward the point of intersection. a compression cylinder configured to have a cylinder that forms a compression space (PS) for compressing gas and a valve plate that has a plurality of discharge ports for discharging the compressed gas provided along a predetermined direction in which a straight line passes through a plurality of centres of the plurality of discharge ports; and a plurality of discharge valves comprising: a plurality of valve heads that are provided to cover the plurality of discharge ports , and a plurality of valve necks that extend toward a point of intersection of a plurality of centre lines, the point of intersection being on a line perpendicular to the straight line, wherein at least one of the plurality of valve necks extends to a different length from the plurality of valve heads to the point of intersection and gradually narrows toward the point of intersection. a plurality of valve heads that are provided to cover the plurality of discharge ports , and a plurality of valve necks that extend toward a point of intersection of a plurality of centre lines, the point of intersection being on a line perpendicular to the straight line, wherein at least one of the plurality of valve necks extends to a different length from the plurality of valve heads to the point of intersection and gradually narrows toward the point of intersection.
A rechargeable battery comprising: an electrode assembly comprising a first electrode , a second electrode , and a separator between the first electrode and the second electrode ; a case having an opening and housing the electrode assembly ; and a cap assembly sealing the opening of the case , wherein the cap assembly comprises: a cap plate bonded to the case and covering the opening; a terminal plate bonded to the cap plate ; and a thermal fusion member formed of an electrically insulating material, between the terminal plate and the cap plate and thermally fused with the terminal plate and the cap plate , wherein, in the terminal plate and the cap plate , a surface in contact with the thermal fusion member is etched such that the thermal fusion member is bonded thereto. an electrode assembly comprising a first electrode , a second electrode , and a separator between the first electrode and the second electrode ; a case having an opening and housing the electrode assembly ; and a cap assembly sealing the opening of the case , wherein the cap assembly comprises: a cap plate bonded to the case and covering the opening; a terminal plate bonded to the cap plate ; and a thermal fusion member formed of an electrically insulating material, between the terminal plate and the cap plate and thermally fused with the terminal plate and the cap plate , wherein, in the terminal plate and the cap plate , a surface in contact with the thermal fusion member is etched such that the thermal fusion member is bonded thereto. a cap plate bonded to the case and covering the opening; a terminal plate bonded to the cap plate ; and a thermal fusion member formed of an electrically insulating material, between the terminal plate and the cap plate and thermally fused with the terminal plate and the cap plate , wherein, in the terminal plate and the cap plate , a surface in contact with the thermal fusion member is etched such that the thermal fusion member is bonded thereto.
A method for detecting a bending state of an electronic device comprising a bendable flexible screen, wherein the bendable flexible screen comprises a touch array, the touch array comprises at least two touch sensors, and the method being characterized in that it comprises the following steps: determining (S101) that a first type of detection data generated by mutual coupling between the at least two touch sensors is detected in a case that a change of electrical parameters generated by different touch sensors on the bendable flexible screen is symmetrically distributed in a predetermined pattern, and a difference between electrical parameters of touch sensors with a same distance to a line through two edges of the bendable flexible screen comprised in the predetermined pattern is within a first threshold range; and determining (S102) a current bending state of the electronic device based on the first type of detection data. determining (S101) that a first type of detection data generated by mutual coupling between the at least two touch sensors is detected in a case that a change of electrical parameters generated by different touch sensors on the bendable flexible screen is symmetrically distributed in a predetermined pattern, and a difference between electrical parameters of touch sensors with a same distance to a line through two edges of the bendable flexible screen comprised in the predetermined pattern is within a first threshold range; and determining (S102) a current bending state of the electronic device based on the first type of detection data.
Perfume complex not comprising water and comprising three basic ingredients as follows: 15 to 45 wt.% perfume, 15 to 50 wt.% isopentyldiol and 15 to 30 wt.% C12-13 pareth-9, the percentages being expressed with respect to the total weight of the three basic ingredients.
Packaging for a set of bottles of longitudinal axis XX, comprising at least one first cord disposed in a first plane P1 substantially perpendicular to the axis XX and enclosing said bottles; a second cord disposed in a second plane P2 substantially parallel to said first plane P1, enclosing said bottles and situated at a distance D, measured along the axis XX, from said first plane P1; a handle formed by a cord which, in the tensioned state, is disposed in a plane P4, referred to as handle plane, perpendicular to said first and second planes, said at least one first cord and/or said at least one second cord being able to be engaged in grooves present on the outer surface of said bottles such that said handle is connected to said first cord at at least two points by knots or any equivalent means, the two points belonging to a plane containing the centre of gravity of the packaging containing said bottles, and characterized in that it further comprises at least one third cord disposed in a third plane P3 perpendicular to said first and second planes and to said handle plane P4, said at least one third cord not being situated in the plane P4 and being tensioned between the first and the second cord and disposed between at least two bottles.