mhurhangee/ep-ind-claims huggingface dataset:
Machine for finishing flexible laminar surfaces used as coating of objects comprising: - a load-bearing frame suitable to rest on a reference surface; - a lower transport and contrast cylinder, covered with flexible material and stably coupled to said load-bearing frame, operatively connected with first motorization means suitable to rotate it around a first transverse axis (X 1) defined by said lower cylinder; - an upper coating cylinder, provided with an outer surface engraved and stably coupled to said load-bearing frame, operatively connected with second motorization means suitable to rotate it around a second transverse axis (X 2) defined by said upper cylinder which is superiorly facing and opposed to said lower cylinder from which it is spaced apart to define a passage light between said lower cylinder and said upper cylinder suitable to receive one at a time spread flexible laminar surfaces at least partly supported by said lower cylinder; - at least one transversal blade, coupled to said load-bearing frame, operatively connected with said upper cylinder on said outer surface of which it is suitable to distribute a film of liquid product which said upper cylinder, while rotating around said second transverse axis (X 2), deposits by pressure, at said passage light, on the upper face (P s) of said flexible laminar surfaces advancing along a prefixed direction and supported by said lower transport and contrast cylinder, characterized in that the ratio (D 1 /D 2) between the diameter (D 1) of said lower cylinder and the diameter (D 2) of said upper cylinder has a value comprised between 1.35 and 1.40 (1.35 ≤ D 1 /D 2 ≤ 1.40). - a load-bearing frame suitable to rest on a reference surface; - a lower transport and contrast cylinder, covered with flexible material and stably coupled to said load-bearing frame, operatively connected with first motorization means suitable to rotate it around a first transverse axis (X 1) defined by said lower cylinder; - an upper coating cylinder, provided with an outer surface engraved and stably coupled to said load-bearing frame, operatively connected with second motorization means suitable to rotate it around a second transverse axis (X 2) defined by said upper cylinder which is superiorly facing and opposed to said lower cylinder from which it is spaced apart to define a passage light between said lower cylinder and said upper cylinder suitable to receive one at a time spread flexible laminar surfaces at least partly supported by said lower cylinder; - at least one transversal blade, coupled to said load-bearing frame, operatively connected with said upper cylinder on said outer surface of which it is suitable to distribute a film of liquid product which said upper cylinder, while rotating around said second transverse axis (X 2), deposits by pressure, at said passage light, on the upper face (P s) of said flexible laminar surfaces advancing along a prefixed direction and supported by said lower transport and contrast cylinder,
A method performed in a deployment server, the deployment server being configured to deploy a software container (2, 2a-b), the method comprising the steps of: receiving a trigger to deploy a software container (2, 2a-b); obtaining an image intended for the software container (2, 2a-b) comprising a set of at least one module; injecting a security module in the image (2, 2a-b); obtaining a container specification of the image, the container specification comprising information of at least one service exposed by the set of at least one module; configuring the security module to forward incoming communication to the set of at least one module in accordance with the obtained container specification; modifying the container specification such that the at least one service is accessed externally only via the security module and that all outgoing communication, from the set of at least one module, is directed via the security module; publishing the modified container specification in a service discovery repository; and deploying the software container (2, 2a-b) on at least one execution server (4, 4a-b). receiving a trigger to deploy a software container (2, 2a-b); obtaining an image intended for the software container (2, 2a-b) comprising a set of at least one module; injecting a security module in the image (2, 2a-b); obtaining a container specification of the image, the container specification comprising information of at least one service exposed by the set of at least one module; configuring the security module to forward incoming communication to the set of at least one module in accordance with the obtained container specification; modifying the container specification such that the at least one service is accessed externally only via the security module and that all outgoing communication, from the set of at least one module, is directed via the security module; publishing the modified container specification in a service discovery repository; and deploying the software container (2, 2a-b) on at least one execution server (4, 4a-b).
A locking clip for attaching a lamp assembly to a traffic signal housing, the housing having a front wall defining a window through which the lamp assembly is visible, the clip comprising: a first fixed portion attachable to the housing proximate to the window; characterized by a second portion connected to the first portion and movable relative thereto, the second portion being releasably lockable to the first portion or to the housing for retaining an edge of the lamp assembly to secure the lamp assembly to the front wall of the housing allowing it to be visible through the window; and wherein the clip further comprises a locking wedge on one of the second portion or the first portion and a locking slot on the other of the second portion or the first portion for releasably receiving the locking wedge. a first fixed portion attachable to the housing proximate to the window; characterized by a second portion connected to the first portion and movable relative thereto, the second portion being releasably lockable to the first portion or to the housing for retaining an edge of the lamp assembly to secure the lamp assembly to the front wall of the housing allowing it to be visible through the window;
A display protector attaching apparatus for a smart device provided with a display, comprising: a base portion provided with a receiving groove adapted to receive a smart device; a cover portion detachably coupled to the base portion to cover the smart device when received in the receiving groove with the display facing the cover portion; characterized by said cover portion comprising a cover body, an opened central portion for receiving therein the display protector to be attached to the display of the smart device, and an edge portion provided to protrude upwardly from the opened central portion of the cover body, a lifting supporter detachably coupled to a coupler provided in the base portion and comprising a lifting support body,wherein said lifting supporter is free to move, thanks to a cutout of the edge portion forming a moving path for said lifting support body, from a first position wherein said lifting supporter is extending inside the opened central portion so as to support one side of the display protector to be attached to the smart device so that the supported side is spaced apart from the upper surface of the display of the smart device, and a second position wherein said lifting supporter is not extending inside the opened central portion to no longer lift the display protector from the upper surface of the display of the smart device. a base portion provided with a receiving groove adapted to receive a smart device; a cover portion detachably coupled to the base portion to cover the smart device when received in the receiving groove with the display facing the cover portion; characterized by said cover portion comprising a cover body, an opened central portion for receiving therein the display protector to be attached to the display of the smart device, and an edge portion provided to protrude upwardly from the opened central portion of the cover body, a lifting supporter detachably coupled to a coupler provided in the base portion and comprising a lifting support body,wherein said lifting supporter is free to move, thanks to a cutout of the edge portion forming a moving path for said lifting support body, from a first position wherein said lifting supporter is extending inside the opened central portion so as to support one side of the display protector to be attached to the smart device so that the supported side is spaced apart from the upper surface of the display of the smart device, and a second position wherein said lifting supporter is not extending inside the opened central portion to no longer lift the display protector from the upper surface of the display of the smart device.
A freeze-dried composition comprising (a) sodium alginate and (b) sodium chloride, wherein (c) the mass ratio of the component (a)/the component (b) is 100/70 to 100/10, and wherein the freeze-dried composition can be dissolved using an injection water and/or a physiological saline.
A method for implementing load balancing in a home NodeB environment, comprising: a macro NodeB sending a home NodeB information request message to a target home NodeB so as to acquire information of the target home NodeB; when the load of the macro cell exceeds a preset threshold, according to the acquired information of the target home NodeB and a measurement report reported by a User Equipment, UE, the macro NodeB selects the target home NodeB with relatively better signal quality for the UE to perform handover, wherein the step of the macro NodeB acquiring the information of the target home NodeB comprises the macro NodeB sending the home NodeB information request message to the target home NodeB, and the target home NodeB feeding back a home NodeB information request response message to the macro NodeB after receiving the home NodeB information request message; characterized in that the home NodeB information request message and home NodeB information request response message are provided through a S1 interface message or X2 interface message, if the home NodeB information request message and home NodeB information request response message are provided through an S1 interface, the home NodeB information request message and home NodeB information request response message performs passthrough through a Mobility Management Entity, MME (201, 202, 301, 302, 303), or the MME and a home NodeB gateway (203, 204, 304, 305, 306). a macro NodeB sending a home NodeB information request message to a target home NodeB so as to acquire information of the target home NodeB; when the load of the macro cell exceeds a preset threshold, according to the acquired information of the target home NodeB and a measurement report reported by a User Equipment, UE, the macro NodeB selects the target home NodeB with relatively better signal quality for the UE to perform handover, wherein the step of the macro NodeB acquiring the information of the target home NodeB comprises the macro NodeB sending the home NodeB information request message to the target home NodeB, and the target home NodeB feeding back a home NodeB information request response message to the macro NodeB after receiving the home NodeB information request message; characterized in that the home NodeB information request message and home NodeB information request response message are provided through a S1 interface message or X2 interface message, if the home NodeB information request message and home NodeB information request response message are provided through an S1 interface, the home NodeB information request message and home NodeB information request response message performs passthrough through a Mobility Management Entity, MME (201, 202, 301, 302, 303), or the MME and a home NodeB gateway (203, 204, 304, 305, 306).
A compression device for applying reduction and/or compression to a bone fracture, wherein the compression device comprises: a. a first handle comprising a first pivot hole and at least one cam portion; b. a rod holder comprising a channel, a first receiver, and a shaft portion with a locking portion; c. a second handle comprising a body portion with a second pivot hole which is aligned with the first pivot hole, a second receiver, a chamber, and a passage, the passage adapted to receive the shaft portion of the rod holder; d. a pivot pin for placement through the first pivot hole and the second pivot hole; e. a release member comprising an engagement portion and a thumb release, the release member configured to move within the chamber, and the engagement portion adapted to engage the locking portion of the rod holder; and f. a plate for engagement by the at least one cam portion of the first handle, the plate comprising a capture hole adapted to receive the shaft portion of the rod holder, characterized in that the at least one cam portion of the first handle causes the plate to rotate such that the shaft portion of the rod holder is captured by the capture hole of the plate to move the shaft portion of the rod holder axially to change the distance between the first receiver and the second receiver. a. a first handle comprising a first pivot hole and at least one cam portion; b. a rod holder comprising a channel, a first receiver, and a shaft portion with a locking portion; c. a second handle comprising a body portion with a second pivot hole which is aligned with the first pivot hole, a second receiver, a chamber, and a passage, the passage adapted to receive the shaft portion of the rod holder; d. a pivot pin for placement through the first pivot hole and the second pivot hole; e. a release member comprising an engagement portion and a thumb release, the release member configured to move within the chamber, and the engagement portion adapted to engage the locking portion of the rod holder; and f. a plate for engagement by the at least one cam portion of the first handle, the plate comprising a capture hole adapted to receive the shaft portion of the rod holder, characterized in that the at least one cam portion of the first handle causes the plate to rotate such that the shaft portion of the rod holder is captured by the capture hole of the plate to move the shaft portion of the rod holder axially to change the distance between the first receiver and the second receiver.
A method for manufacturing a shape-set non-superelastic nonlinear file comprising the steps of: (i) providing a superelastic file having a shaft and a file axis; (ii) providing a fixture (40, 50) including a file groove being defined by one or more displacement members, the file groove configured for receiving the shaft; (iii) inserting at least a portion of the shaft into the fixture (40, 50) along the file groove, the portion of the shaft including a first portion of the shaft; (iv) contacting the first portion of the shaft with a first displacement member of the one or more displacement members such that the first portion of the shaft is displaced from the file axis thereby forming a first offset portion of the shaft; (v) heating the portion of the shaft while inserted in the fixture (40, 50) to a temperature 450°C to 550°C for a time period from about 1 minute to about 45 minutes to shape-set the portion of the shaft thereby forming a shape-set nonlinear file, and (vi) further comprising the step of cooling the portion of the shaft to form the shape-set nonlinear file and heating at least a portion of the cooled shape-set nonlinear file to a temperature from 300 °C to 600 °C for a period of time from 20 minutes to 120 minutes to alter the austenite finish temperature thereby forming a shape-set non-superelastic nonlinear file, and wherein the altered austenite finish temperature of the shape-set non-superelastic nonlinear file is from 20°C to 40°C. (i) providing a superelastic file having a shaft and a file axis; (ii) providing a fixture (40, 50) including a file groove being defined by one or more displacement members, the file groove configured for receiving the shaft; (iii) inserting at least a portion of the shaft into the fixture (40, 50) along the file groove, the portion of the shaft including a first portion of the shaft; (iv) contacting the first portion of the shaft with a first displacement member of the one or more displacement members such that the first portion of the shaft is displaced from the file axis thereby forming a first offset portion of the shaft; (v) heating the portion of the shaft while inserted in the fixture (40, 50) to a temperature 450°C to 550°C for a time period from about 1 minute to about 45 minutes to shape-set the portion of the shaft thereby forming a shape-set nonlinear file, and (vi) further comprising the step of cooling the portion of the shaft to form the shape-set nonlinear file and heating at least a portion of the cooled shape-set nonlinear file to a temperature from 300 °C to 600 °C for a period of time from 20 minutes to 120 minutes to alter the austenite finish temperature thereby forming a shape-set non-superelastic nonlinear file, and wherein the altered austenite finish temperature of the shape-set non-superelastic nonlinear file is from 20°C to 40°C.
A shock absorption mechanism of a steering motor, configured to be arranged inside the steering motor, and comprising: an upper cover buffering assembly, an oil distributor, and a cylinder assembly; the oil distributor being fitted with the upper cover buffering assembly to form a hermetical axial cavity; the cylinder assembly comprising: a cylinder with openings defined at two ends thereof, and an elastic oil bag arranged in the cylinder and defining an opening at an upper end thereof; the upper end of the elastic oil bag being fixedly connected to an inner wall of the cylinder and communicating with the axial cavity; the cylinder being further provided therein with a piston that is capable of sliding axially along the cylinder; the piston being connected to a lower end of the elastic oil bag; characterized in that the oil distributor is arranged under the upper cover buffering assembly; the cylinder assembly is fixedly arranged under the oil distributor; and the upper cover buffering assembly comprises an upper cover and a buffering assembly; the buffering assembly comprises an elastomer, an elastic spacer and an elastic diaphragm which are laminated inside the axial cavity in sequence; an edge of the elastic diaphragm is embedded into a lower margin of the inner side of the upper cover and fixedly connected with an inner wall of the axial cavity and forms a seal; a bottom end of the oil distributor is provided with a damping hole; the damping hole is arranged to be aligned with the top end of the elastic oil bag, and is in communication with the axial cavity and the elastic oil bag respectively; and an aperture of the damping hole is smaller than a caliber of the opening of the upper end of the elastic oil bag.
A labeled complex, comprising: a labeled-complex intermediate, wherein the labeled-complex intermediate comprises an antigen and a marker protein,, wherein the marker protein has a functional group on the surface thereof, and the functional group is one or more of carboxyl, amino, hydroxyl, sulfydryl, aldehyde group, glycosyl and imidazolyl, and the functional group is covalently-coupled with free amino, carboxyl, sulfydryl, aldehyde group or glycosyl on the antigen, and wherein the marker protein is horse radish peroxidase, alkaline phosphatase, acid phosphatase, glucose oxidase or β-galactosidase; and a signal generation substance covalently-coupled with the marker protein of the labeled-complex intermediate to form the labeled complex; wherein the marker protein and the signal generation substance are different substances. a labeled-complex intermediate, wherein the labeled-complex intermediate comprises an antigen and a marker protein,, wherein the marker protein has a functional group on the surface thereof, and the functional group is one or more of carboxyl, amino, hydroxyl, sulfydryl, aldehyde group, glycosyl and imidazolyl, and the functional group is covalently-coupled with free amino, carboxyl, sulfydryl, aldehyde group or glycosyl on the antigen, and wherein the marker protein is horse radish peroxidase, alkaline phosphatase, acid phosphatase, glucose oxidase or β-galactosidase; and a signal generation substance covalently-coupled with the marker protein of the labeled-complex intermediate to form the labeled complex; wherein the marker protein and the signal generation substance are different substances.
A greenhouse system comprising at least one crop, whereby at least part of the glazing of the greenhouse system comprises at least one functional layer that is adapted to this crop, whereby moreover, the functional layer influences the amount of diffuse transmitted light, so that the amount of diffuse transmitted light is between 10% and 100%, whereby moreover, at least part of the glazing of the greenhouse system comprises at least two glass panes that are arranged parallel and joined together, forming at least one closed space in-between, whereby furthermore, at least one glass pane is low in substances that absorb radiation having a wavelength ranging from 10 nm to 1.1 mm, whereby the content of such substances is less than 0.1%, whereby furthermore, at least one measure is provided in order to reduce reflection on at least one glass pane.
A network structure having a three-dimensional random loop bonded structure composed of a thermoplastic elastomer continuous linear body having a fiber diameter of not less than 0.1 mm and not more than 3.0 mm, wherein the thermoplastic elastomer continuous linear body is complexed with a thermoplastic elastomer including a polyester-based thermoplastic elastomer and a polystyrene-based thermoplastic elastomer, wherein the polyester-based thermoplastic elastomer has a melting point of lower than 200°C and a Shore D hardness of not more than 40, wherein a volume ratio of the polyester-based thermoplastic elastomer to the polystyrene-based thermoplastic elastomer is 90/10 to 10/90, wherein a complexed structure of the thermoplastic elastomer continuous linear body is a sheath-core structure in which 100% of the surface of the linear body is occupied by the polyester-based thermoplastic elastomer, and wherein the network structure has a 70°C compressive residual strain of not more than 35% and a rebound resilience of not more than 10%, as measured in accordance with the method specified in the description, respectively. wherein the thermoplastic elastomer continuous linear body is complexed with a thermoplastic elastomer including a polyester-based thermoplastic elastomer and a polystyrene-based thermoplastic elastomer, wherein the polyester-based thermoplastic elastomer has a melting point of lower than 200°C and a Shore D hardness of not more than 40, wherein a volume ratio of the polyester-based thermoplastic elastomer to the polystyrene-based thermoplastic elastomer is 90/10 to 10/90, wherein a complexed structure of the thermoplastic elastomer continuous linear body is a sheath-core structure in which 100% of the surface of the linear body is occupied by the polyester-based thermoplastic elastomer, and wherein the network structure has a 70°C compressive residual strain of not more than 35% and a rebound resilience of not more than 10%, as measured in accordance with the method specified in the description, respectively.