mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly of a protection cover and a metallic anchor clamp of a fastening retainer of a vehicle cable tie, the cover comprising a vertical central hollow body portion , extending along a vertical axis (V) from a top extremity to a bottom extremity , provided for vertically inserting a body part of the metallic anchor clamp ; said central hollow body portion comprising retention means configured to provide a retention force (Fr) onto the body part of the metallic anchor clamp ; and at least two lateral hollow body portions peripherally distributed around the vertical central hollow body portion , each lateral hollow body portion comprising anchoring hooks guiding means provided for insertion and arrangement of anchoring hooks of the metallic anchor clamp inside the lateral hollow body portions . a vertical central hollow body portion , extending along a vertical axis (V) from a top extremity to a bottom extremity , provided for vertically inserting a body part of the metallic anchor clamp ; said central hollow body portion comprising retention means configured to provide a retention force (Fr) onto the body part of the metallic anchor clamp ; and at least two lateral hollow body portions peripherally distributed around the vertical central hollow body portion , each lateral hollow body portion comprising anchoring hooks guiding means provided for insertion and arrangement of anchoring hooks of the metallic anchor clamp inside the lateral hollow body portions .
A machine (1; 100) for winding a web material (N) into a plurality of secondary reels (BS), comprising: a web material feeding path (P); a winding station (3; 101), adapted to receive one or more secondary winding cores (T) and to form secondary reels of web material therearound; characterized by an in-line measurement arrangement (81-87) for measuring the Poisson's ratio of the web material (N). a web material feeding path (P); a winding station (3; 101), adapted to receive one or more secondary winding cores (T) and to form secondary reels of web material therearound;
An extensible flexible hose, comprising: one elastic inner layer , one elastic textile reinforcement layer , one elastic outer layer ; the elastic textile reinforcement layer placed on the outer surface of said the elastic inner layer, the elastic outer layer disposed on said elastic textile reinforcement layer; wherein said one elastic inner layer and said one elastic textile reinforcement layer are reciprocally coupled, said one elastic outer layer and the uncovered surface area of said one elastic inner layer are reciprocally joined to form a unitary tubular member ; characterized in that said elastic textile reinforcement layer comprises a twill weave textile layer, with stretch yarns longitudinally distributed among, wherein said twill weave textile layer is prepared by twilled weaving, while said stretch yarns being parallelly woven in between. one elastic inner layer , one elastic textile reinforcement layer , one elastic outer layer ; the elastic textile reinforcement layer placed on the outer surface of said the elastic inner layer, the elastic outer layer disposed on said elastic textile reinforcement layer; wherein said one elastic inner layer and said one elastic textile reinforcement layer are reciprocally coupled, said one elastic outer layer and the uncovered surface area of said one elastic inner layer are reciprocally joined to form a unitary tubular member ;
Ceiling, wall or floor element having a cover layer which consists of a metal material and has an outer side and a rear side opposite the outer side , and having an insulating layer which is foamed onto the rear side of the cover layer and consists of a foam, wherein at least one through-opening is moulded into the cover layer and a reinforcing element is arranged on the rear side of the cover layer , which reinforcing element has a recess , wherein the reinforcing element is provided as a counter-bearing for a coupling element which can be inserted through the through-opening into the recess in order to couple a component or a transported item to the ceiling, wall or floor element , characterised in that the edge of the through-opening is bent at least in sections to form a collar which projects from the rear side of the cover layer , delimits the through-opening at least in sections and is positively connected to a form element formed on the reinforcing element , so that the reinforcing element with its recess is aligned centrally and flush with respect to the through-opening due to the cooperation of the collar and the form element .
A method for arranging a mobile cart of a robotic system in an operating room using a guidance station comprising a display , said method comprising: providing surgical procedure information to the guidance station ; determining, by the guidance station , a desired placement of the mobile cart of the robotic system in the operating room based on the surgical procedure information, the robotic system having a tracking device capable of communication with the guidance station to determine a current placement of the mobile cart ; and guiding a user on manual placement of the mobile cart in the operating room by displaying representations of the current placement and the desired placement of the mobile cart , wherein displaying representations of the current placement and the desired placement of the mobile cart comprises displaying the current placement and the desired placement of the mobile cart on the display of the guidance station . determining, by the guidance station , a desired placement of the mobile cart of the robotic system in the operating room based on the surgical procedure information, the robotic system having a tracking device capable of communication with the guidance station to determine a current placement of the mobile cart ; and guiding a user on manual placement of the mobile cart in the operating room by displaying representations of the current placement and the desired placement of the mobile cart , wherein displaying representations of the current placement and the desired placement of the mobile cart comprises displaying the current placement and the desired placement of the mobile cart on the display of the guidance station .
A transparent conductive oxide thin film substrate comprising: a base substrate ; a first transparent conductive oxide thin film formed on the base substrate (110; and a second transparent conductive oxide thin film formed on the first transparent conductive oxide thin film , wherein a surface of the second transparent conductive oxide thin film is flatter than a surface of the first transparent conductive oxide thin film , characterized in that the first transparent conductive oxide thin film comprises a first dopant, the content ratio of the first dopant ranging, by weight, from 4.5 to 7.0 percent and the second transparent conductive oxide thin film comprises a second dopant at a higher concentration than the first dopant in the first transparent conductive oxide thin film, the content ratio of the second dopant ranging, by weight, from 7.5 to 9.5 percent. a base substrate ; a first transparent conductive oxide thin film formed on the base substrate (110; and a second transparent conductive oxide thin film formed on the first transparent conductive oxide thin film , wherein a surface of the second transparent conductive oxide thin film is flatter than a surface of the first transparent conductive oxide thin film , characterized in that the first transparent conductive oxide thin film comprises a first dopant, the content ratio of the first dopant ranging, by weight, from 4.5 to 7.0 percent and the second transparent conductive oxide thin film comprises a second dopant at a higher concentration than the first dopant in the first transparent conductive oxide thin film, the content ratio of the second dopant ranging, by weight, from 7.5 to 9.5 percent.
A sampling circuit, comprising: a first resistor (R 1 ) a second resistor (R 2 ), a third resistor (R 3 ), an inductor (L) and a capacitor (C), wherein the inductor (L) is connected in series between a first measurement point and a second measurement point in a live line, the third resistor (R 3 ) is connected in parallel with the inductor (L), the first resistor (R 1 ) is connected in series between the first measuring point and a third measuring point, the second resistor (R 2 ) is connected in series between the second measuring point and the third measuring point, the third measuring point is connected to a neutral line via the capacitor (C), and a load is connected between the live line and the neutral line; and in performing sampling, a voltage signal of the inductor between the first measuring point and the second measuring point and a voltage signal of the first resistor between the first measuring point and the third measuring point are collected respectively to analyze whether an arc fault occurs in the sampled line.
A tissue anchor comprising: a leading end and a trailing end , a longitudinal midpoint (M) located in a middle of the anchor between the leading end and the trailing end, a leading end portion of the anchor that extends from the longitudinal midpoint (M) to the leading end and a trailing end portion that extends from the longitudinal midpoint (M) to the trailing end , and a leading surface located on the leading end portion and a trailing surface located on the trailing end portion ; a tissue engagement fin located along the leading end portion of the anchor, the tissue engagement fin comprising an eyelet , a leading edge , and a trailing edge ; a barrel located on the leading end portion of the anchor; characterized in that the tissue engagement fin provides the anchor with more area on the leading end portion than on the trailing end portion , and that the barrel , in combination with the tissue engagement fin , contributes to a distribution of mass for the anchor that is predominantly distributed forward in the anchor along the leading end portion . a leading end and a trailing end , a longitudinal midpoint (M) located in a middle of the anchor between the leading end and the trailing end, a leading end portion of the anchor that extends from the longitudinal midpoint (M) to the leading end and a trailing end portion that extends from the longitudinal midpoint (M) to the trailing end , and a leading surface located on the leading end portion and a trailing surface located on the trailing end portion ; a tissue engagement fin located along the leading end portion of the anchor, the tissue engagement fin comprising an eyelet , a leading edge , and a trailing edge ; a barrel located on the leading end portion of the anchor; characterized in that the tissue engagement fin provides the anchor with more area on the leading end portion than on the trailing end portion , and that the barrel , in combination with the tissue engagement fin , contributes to a distribution of mass for the anchor that is predominantly distributed forward in the anchor along the leading end portion .
An extract of Cistanche tubulosa comprising a component for use in protecting eye cells from damage caused by oxidative stress through t-BHP, NaN 3 , or blue light; wherein the component is selected from the group consisting of echinacoside, acteoside, isoacteoside, tubuloside A, and a combination thereof.
A method performed by a terminal, the method comprising: sensing (5e-05, 5e-10) an event associated with at least one data radio bearer, DRB, to be suspended, wherein the event corresponds to one of a radio link failure or a reception of a first radio resource control, RRC, message including a resume identity for a suspension of an RRC connection; suspending (5e-15, 5e-30) all DRBs, and at least one signaling radio bearer, SRB, based on the sensing of the event; transmitting (5e-35), to a base station, a second RRC message including the resume identity for requesting a resumption of a suspended RRC connection through an SRB 0, in case that the terminal received the first RRC message, wherein the SRB 0 and an SRB 1 are kept; receiving (5e-40), from the base station, a third RRC message for resuming the suspended RRC connection through the SRB 1 as a response to the second RRC message, the third message including a next hop chaining count, NCC; and resuming (5e-45) an SRB2 and all DRBs based on the third RRC message, wherein a key, based on which a communication is performed between the terminal and the base station, is updated based on the NCC, wherein an integrity protection is applied to the third RRC message based on the key, and wherein a ciphering is deactivated based on the first RRC message and the ciphering is activated in case that the integrity of the third RRC message is verified successfully. sensing (5e-05, 5e-10) an event associated with at least one data radio bearer, DRB, to be suspended, wherein the event corresponds to one of a radio link failure or a reception of a first radio resource control, RRC, message including a resume identity for a suspension of an RRC connection; suspending (5e-15, 5e-30) all DRBs, and at least one signaling radio bearer, SRB, based on the sensing of the event; transmitting (5e-35), to a base station, a second RRC message including the resume identity for requesting a resumption of a suspended RRC connection through an SRB 0, in case that the terminal received the first RRC message, wherein the SRB 0 and an SRB 1 are kept; receiving (5e-40), from the base station, a third RRC message for resuming the suspended RRC connection through the SRB 1 as a response to the second RRC message, the third message including a next hop chaining count, NCC; and resuming (5e-45) an SRB2 and all DRBs based on the third RRC message, wherein a key, based on which a communication is performed between the terminal and the base station, is updated based on the NCC, wherein an integrity protection is applied to the third RRC message based on the key, and wherein a ciphering is deactivated based on the first RRC message and the ciphering is activated in case that the integrity of the third RRC message is verified successfully.
A method for decoupling an output power of an inverter, the inverter configured to be electrically connected to a power grid, wherein the method comprises the following steps: step 1: obtaining an active power P and a reactive power Q of the inverter according to the output voltage and the output current of the inverter, and obtaining a voltage phase instruction θ* and a voltage amplitude instruction E* according to the active power P and the reactive power Q using a droop control algorithm; step 2: obtaining a variation ΔE of the amplitude E of the output voltage of the inverter and a variation Δδ of the phase difference δ during two adjacent control periods, respectively, and obtaining an amplitude feedforward amount E ff and a phase feedforward amount δ ff according to an amplitude U of a grid voltage of the power grid, an amplitude E of the output voltage of the inverter, and a phase difference δ between the output voltage of the inverter and the grid voltage, using the following Equations: E ff = ∑ UE sin δ U cos δ − 2 E Δ δ δ ff = − ∑ tan δ E Δ E ; step 3: obtaining a reference voltage amplitude E ref by adding the voltage amplitude instruction E* with the amplitude feedforward amount E ff , and obtaining a reference voltage phase θ ref by adding the voltage phase instruction θ* with the phase feedforward amount δ ff ; and step 4: regulating the output power of the inverter using the reference voltage amplitude E ref and the reference voltage phase θ ref . step 1: obtaining an active power P and a reactive power Q of the inverter according to the output voltage and the output current of the inverter, and obtaining a voltage phase instruction θ* and a voltage amplitude instruction E* according to the active power P and the reactive power Q using a droop control algorithm; step 2: obtaining a variation ΔE of the amplitude E of the output voltage of the inverter and a variation Δδ of the phase difference δ during two adjacent control periods, respectively, and obtaining an amplitude feedforward amount E ff and a phase feedforward amount δ ff according to an amplitude U of a grid voltage of the power grid, an amplitude E of the output voltage of the inverter, and a phase difference δ between the output voltage of the inverter and the grid voltage, using the following Equations: E ff = ∑ UE sin δ U cos δ − 2 E Δ δ δ ff = − ∑ tan δ E Δ E ; step 3: obtaining a reference voltage amplitude E ref by adding the voltage amplitude instruction E* with the amplitude feedforward amount E ff , and obtaining a reference voltage phase θ ref by adding the voltage phase instruction θ* with the phase feedforward amount δ ff ; and step 4: regulating the output power of the inverter using the reference voltage amplitude E ref and the reference voltage phase θ ref .
High pressure fuel pump adapted to be arranged in a diesel fuel injection equipment, said pump comprising - a pressurizing assembly wherein a plunger arranged in a bore is adapted to translate along a main axis (X) in order to vary the volume of a compression chamber defined by an extremity of the bore and an extremity of the plunger and, - a fuel transfer assembly comprising an inlet valve assembly , controlling an inlet flow of low pressure fuel in said compression chamber and, an outlet valve assembly controlling an outlet flow of pressurized fuel out of said compression chamber , wherein the pressurizing assembly has a pressurizing body provided with the bore and, the fuel transfer assembly has a fuel transfer body wherein are arranged the inlet and the outlet valve assemblies , said pressurizing body and fuel transfer body being distinct parts sealingly fixed to each other along a sealing area and wherein, the bore opens in the pressurizing body sealing face and wherein, the fuel transfer body sealing face closes the opening of the bore and wherein, the pressurizing body is further provided with a counterbore formed at the opening end of the bore , portion of the bore defining the compression chamber , said counterbore forming a gallery in the ceiling of which open the inlet orifice and the outlet orifice and, characterized in that the pressurizing body has a cylindrical barrel shape extending along the main axis (X), said barrel being threaded on its peripheral outer face and screwed in a complementary threaded another bore provided in the fuel transfer body , the fuel transfer body sealing face being the bottom face of said another bore and, the pressurizing body sealing face being a transverse face of the barrel. - a pressurizing assembly wherein a plunger arranged in a bore is adapted to translate along a main axis (X) in order to vary the volume of a compression chamber defined by an extremity of the bore and an extremity of the plunger and, - a fuel transfer assembly comprising an inlet valve assembly , controlling an inlet flow of low pressure fuel in said compression chamber and, an outlet valve assembly controlling an outlet flow of pressurized fuel out of said compression chamber ,
A plug configured to be connected to a portable terminal , the plug comprising - a concave side configured to wrap a lateral side of the portable terminal, - side edges extending from a bottom of the concave side for wrapping the lateral side of the portable terminal, - a plurality of connection pins arranged on the concave side of the plug, and - one or more magnets arranged to protrude from the bottom of the concave side of the plug, wherein in a protruding direction of the one or more magnets from the bottom of the concave side toward the side edges , ends of the one or more magnets are positioned between the bottom of the concave side and the side edges , wherein in the protruding direction of the one or more magnets from the bottom of the concave side , ends of the plurality of connection pins are positioned between the ends of the one or more magnets and the bottom of the concave side , and wherein each of the one or more magnets is movable in vertical and/or horizontal directions on the concave side of the plug characterized in that the one or more magnets is configured to be received in coupling slots formed on a lateral side of the portable terminal so that the one or more magnets enable the side edges of the concave side of the plug , which extend farther than the ends of the magnets from the bottom of the concave side , to be closely contacted with the lateral side of the portable terminal . - a concave side configured to wrap a lateral side of the portable terminal, - side edges extending from a bottom of the concave side for wrapping the lateral side of the portable terminal, - a plurality of connection pins arranged on the concave side of the plug, and - one or more magnets arranged to protrude from the bottom of the concave side of the plug,
A load sensor disposed between a first member and a second member to detect a load applied to the first member in an up-down direction, the load sensor comprising: a strain body including a strain gauge (G1, G2); a first fixation member (F1) fixing the strain body and the first member to each other; a second fixation member (F2) fixing the strain body and the second member to each other; and a restriction portion restricting a displacement of the strain body in a state where the first member is displaced upward by a predetermined distance (Δ1, Δ2, Δa, Δb) relative to the second member based on the upward load applied to the first member ; characterized in that the restriction portion includes a first restriction member disposed between the strain body and the first member and including a first folding-back portion and a second restriction member disposed between the strain body and the second member and including a second folding-back portion , the first folding-back portion and the second folding-back portion being positioned in an alternating manner so that the second folding-back portion makes contact with the first folding-back portion in a case where a relative position of the second folding-back portion in the up-down direction relative to the first folding-back portion is displaced by the predetermined distance (Δa, Δb) by a load applied to the first member in the up-down direction. a strain body including a strain gauge (G1, G2); a first fixation member (F1) fixing the strain body and the first member to each other; a second fixation member (F2) fixing the strain body and the second member to each other; and a restriction portion restricting a displacement of the strain body in a state where the first member is displaced upward by a predetermined distance (Δ1, Δ2, Δa, Δb) relative to the second member based on the upward load applied to the first member ; characterized in that the restriction portion includes a first restriction member disposed between the strain body and the first member and including a first folding-back portion and a second restriction member disposed between the strain body and the second member and including a second folding-back portion , the first folding-back portion and the second folding-back portion being positioned in an alternating manner so that the second folding-back portion makes contact with the first folding-back portion in a case where a relative position of the second folding-back portion in the up-down direction relative to the first folding-back portion is displaced by the predetermined distance (Δa, Δb) by a load applied to the first member in the up-down direction.