mhurhangee/patent-ind-claim-en huggingface dataset:
Guard rail for an advancing guard rail, comprising at least a first and a second connecting means for respective attachment to a connecting element of a vertical upright and a central spar, the central spar being designed in particular as a hollow tube and having a longitudinal axis, wherein the guard rail comprises a first and a second section , wherein the first section comprises the first connecting means and the second section comprises the second connecting means , wherein the connecting means are flat in relation to the central spar, wherein the first and/or second connecting means comprises an opening which has a central section and recesses which are arranged radially starting from the center of the central section , characterized in in that four recesses are provided per opening , the four recesses having longitudinal axes which extend in the direction of the longitudinal extension of the recesses and the longitudinal axes of the four recesses describing a cross in the central section of the opening .
An abutment for connecting a dental prosthesis to a dental implant , the abutment comprising a body portion for supporting the dental prosthesis and a contact surface apical to said body portion for contacting the dental implant , the abutment being composed of a resin that is reinforced with glass ibers substantially extending over the total length of said body portion towards said contact surface , characterized in that a fraction of at least 40%, more preferred at least 70%, in volume of the total content of said body portion is constituted by said fibers, in that said body portion exhibits a modulus of elasticity varying in dependence of the direction of a force applied with respect to the orientation of a longitudinal axis (L) extending in the apical direction of said body portion , such that said modulus of elasticity is at least 10 GPa, more preferred at least 30 GPa, lower for a force applied perpendicular to said longitudinal axis (L) as compared to a force applied in parallel with respect to said longitudinal axis (L), and in that said resin is derived from at least one methacrylate monomer, preferably methyl methacrylate (MMA) and/or urethane dimethacrylate (UDMA).
Electronic safety device for an electronic load , comprising an energy supply that can supply the safety device and the load with energy, a time delay , an operating switch and a programmable logic , it being possible for the logic to be activated via the operating switch by means of the time delay , a power switch that can connect or interrupt the energy of the energy supply to the load , characterized in that the logic is connected to a first logic switch , which can switch the operating switch and thus deactivate the logic . an energy supply that can supply the safety device and the load with energy, a time delay , an operating switch and a programmable logic , it being possible for the logic to be activated via the operating switch by means of the time delay , a power switch that can connect or interrupt the energy of the energy supply to the load , characterized in that the logic is connected to a first logic switch , which can switch the operating switch and thus deactivate the logic .
Method for producing cell connectors, comprising the steps of: a) providing a strip-shaped, electrically conductive blank having predetermined dimensions in a longitudinal direction (L) and a width direction (B); b) clamping the blank in a predetermined first holding region (A 1 ) by means of a first clamping device and in a predetermined second holding region (A 2 ) by means of a second clamping device ; c) relative movement of the first clamping device and the second clamping device towards one another substantially in the longitudinal direction (L) of the blank , as a result of which the blank bulges and thus a geometric shape extending substantially in the width direction (B) of the blank is formed; d) releasing the blank by means of the two clamping devices ; and e) ejecting the cell connector formed in this way, the first clamping device remaining substantially stationary during step c), while the second clamping device is displaced in the longitudinal direction (L) of the blank , and during step c) a punch being inserted into the plane of the blank between the first and the second clamping device , characterised in that the insertion movement of the punch extends at an angle to the plane of the blank and comprises a component in the direction of the first clamping device . a) providing a strip-shaped, electrically conductive blank having predetermined dimensions in a longitudinal direction (L) and a width direction (B); b) clamping the blank in a predetermined first holding region (A 1 ) by means of a first clamping device and in a predetermined second holding region (A 2 ) by means of a second clamping device ; c) relative movement of the first clamping device and the second clamping device towards one another substantially in the longitudinal direction (L) of the blank , as a result of which the blank bulges and thus a geometric shape extending substantially in the width direction (B) of the blank is formed; d) releasing the blank by means of the two clamping devices ; and e) ejecting the cell connector formed in this way, the first clamping device remaining substantially stationary during step c), while the second clamping device is displaced in the longitudinal direction (L) of the blank , and during step c) a punch being inserted into the plane of the blank between the first and the second clamping device ,
A method for producing a cylindrical magnetic circuit for generating a magnetic field in a space inside two or more magnets placed annularly, the method comprising the steps of: placing the two or more magnets annularly; inserting at least one nonmagnetic member between two of the magnets circumferentially adjacent to each other; and placing a cylindrical yoke so as to cover a radial outside of the two or more magnets placed annularly, characterized in that the step of placing the two or more magnets comprises: a stage of inserting each of the two or more magnets into a cylindrical side space between a pair of round or annular members separated from each other via the space through which opposing surfaces of the members have two or more recesses or projections in a circumferential direction, the each of the two or more magnets comprising an auxiliary member having at least one projection or recess which is fittable in at least one of the recesses or the projections of the round or annular members , and a stage of removing one of the round or annular members and the auxiliary member , while the other of the round or annular members holds the two or more magnets ; and the step of placing a cylindrical yoke comprises covering a radial outside of the two or more magnets placed annularly from a side where the one of the round or annular members has been removed, and then removing the other of the round or annular members . placing the two or more magnets annularly; inserting at least one nonmagnetic member between two of the magnets circumferentially adjacent to each other; and placing a cylindrical yoke so as to cover a radial outside of the two or more magnets placed annularly, a stage of inserting each of the two or more magnets into a cylindrical side space between a pair of round or annular members separated from each other via the space through which opposing surfaces of the members have two or more recesses or projections in a circumferential direction, the each of the two or more magnets comprising an auxiliary member having at least one projection or recess which is fittable in at least one of the recesses or the projections of the round or annular members , and a stage of removing one of the round or annular members and the auxiliary member , while the other of the round or annular members holds the two or more magnets ; and the step of placing a cylindrical yoke comprises covering a radial outside of the two or more magnets placed annularly from a side where the one of the round or annular members has been removed, and then removing the other of the round or annular members .
Hydraulic arrangement - having a pump for delivering a hydraulic medium in the direction of a hydraulic working load , wherein the pump has an adjustment input for adjustment of a delivery flow rate of the pump , - having an accumulator unit which is connected hydraulically to the pump at the output side, and - having a charging valve unit which is connected hydraulically to the pump at the output side between the pump and the accumulator unit and which acts as a separable hydraulic connection between the pump and the accumulator unit , characterized in that the charging valve unit has exactly two different switching positions, wherein, at a maximum delivery flow rate of the pump , the charging valve unit is closed, while, at a lower delivery flow rate below the maximum delivery flow rate, the charging valve unit is open. - having a pump for delivering a hydraulic medium in the direction of a hydraulic working load , wherein the pump has an adjustment input for adjustment of a delivery flow rate of the pump , - having an accumulator unit which is connected hydraulically to the pump at the output side, and - having a charging valve unit which is connected hydraulically to the pump at the output side between the pump and the accumulator unit and which acts as a separable hydraulic connection between the pump and the accumulator unit , characterized in that the charging valve unit has exactly two different switching positions, wherein, at a maximum delivery flow rate of the pump , the charging valve unit is closed, while, at a lower delivery flow rate below the maximum delivery flow rate, the charging valve unit is open.
Device for aligning building blocks with its neighbouring building blocks for building a wall with a flat surface, comprising - a connecting element having a first end and a second end ; - a longitudinal axis which extends from the first end of the connecting element to the second end of the connecting element ; - a base plate which is connected to the first end of the connecting element , wherein ∘ the base plate extends from two opposite sides of the connecting element ; and ∘ the angle of the base plate with the connecting element is essentially the same on each of the two opposite sides; - a wedge receiving plate which ∘ is connected to the second end of the connecting element ; ∘ is substantially in line with the longitudinal axis ; and ∘ comprises an opening designed for receiving a wedge ; the device being characterized in that the base plate and the wedge receiving plate are each connected to the connecting element via a frangible joint and wherein the angle of the base plate with the connecting element is lower than 90° on each of the two opposite sides of the connecting element , so that the base plate has a bend at the connection with the connecting element , in particular the angle is in the range of 85°-89.5°. - a connecting element having a first end and a second end ; - a longitudinal axis which extends from the first end of the connecting element to the second end of the connecting element ; - a base plate which is connected to the first end of the connecting element , wherein ∘ the base plate extends from two opposite sides of the connecting element ; and ∘ the angle of the base plate with the connecting element is essentially the same on each of the two opposite sides; ∘ the base plate extends from two opposite sides of the connecting element ; and ∘ the angle of the base plate with the connecting element is essentially the same on each of the two opposite sides; - a wedge receiving plate which ∘ is connected to the second end of the connecting element ; ∘ is substantially in line with the longitudinal axis ; and ∘ comprises an opening designed for receiving a wedge ; ∘ is connected to the second end of the connecting element ; ∘ is substantially in line with the longitudinal axis ; and ∘ comprises an opening designed for receiving a wedge ; the device being characterized in that the base plate and the wedge receiving plate are each connected to the connecting element via a frangible joint and wherein the angle of the base plate with the connecting element is lower than 90° on each of the two opposite sides of the connecting element , so that the base plate has a bend at the connection with the connecting element , in particular the angle is in the range of 85°-89.5°.
Light module for a motor vehicle headlight, comprising at least two light sources, two optical elements configured respectively to ensure the guiding of light rays emitted by a light source, and a fixing support against which the optical elements and the light sources are disposed, the optical elements comprising at least one first optical element associated with a first light source and one second optical element associated with a second light source, the light module comprising a securing frame for securing the optical elements on the fixing support , and each optical element being configured to emit a light beam towards a shaping lens arranged at the output of the light module, characterized in that each of the optical elements has a central optical portion , forming an optical guiding means, and lateral fins , arranged transversely on either side of the central optical portion.
A method of managing a telecommunications network , the telecommunications network having a first user and a second user, the method comprising the step of: ascertaining a competitive characteristic associated with the first user and a competitive characteristic associated with the second user , wherein each associated competitive characteristic comprises an indication of a level of skill of the associated user; comparing the ascertained levels of skill for the first and second users ; identifying whether there is a disparity between the levels of skill that exceeds a threshold, thereby to identify a competitive advantage associated with the first or second user ; and characterised in that : in response to identifying that the disparity between the levels of skill exceeds the threshold, adapting a network configuration of a network connection associated with the first user so as to increase a difference in network performance between the first user and the second user thereby to help offset the competitive advantage due to said disparity . ascertaining a competitive characteristic associated with the first user and a competitive characteristic associated with the second user , wherein each associated competitive characteristic comprises an indication of a level of skill of the associated user; comparing the ascertained levels of skill for the first and second users ; identifying whether there is a disparity between the levels of skill that exceeds a threshold, thereby to identify a competitive advantage associated with the first or second user ; and
A communication method , comprising: obtaining , from receivers of a plurality of communication links, respective normalized power values of sums of interference and noise experienced by the receivers and transmit power values of transmitters of the plurality of communication links, each of the plurality of links supporting a plurality of service types of transmissions, respective transmission rate targets being defined for the plurality of service types according to different qualities of service required by the plurality of service types, and the transmission rate targets being sorted as a first sequence in a first order; determining , for the plurality of links, values of non-linear combinations of the transmit powers and the normalized powers corresponding to the plurality of links respectively; arranging the values of the non-linear combinations corresponding to the plurality of links as a second sequence in the first order; and providing the transmitters of the plurality of links with respective location sequence numbers of the values of the non-linear combinations in the second sequence, wherein the values of non-linear combinations of the transmit powers and the normalized powers each comprise a sum of a reciprocal of a normalized power value and a reciprocal of a transmit power value corresponding to a same communication link of the plurality of communication links.
A method of limiting the force applied to a contact trip switch by a contact trip of a fastening tool having a fastening tool housing as the contact trip moves toward a firing position closing the switch, comprising: transmitting force between the contact trip and the contact trip switch via a biasing agent , wherein the biasing agent is disposed in a biasing agent housing .
A negative electrode active material comprising: negative electrode active material particles including a silicon oxide (SiO x , 0<x≤2) and at least one lithium silicate selected from Li 2 SiO 3 , Li 2 Si 2 O 5 , and Li 4 SiO 4 in at least a part of the silicon oxide, wherein the negative electrode active material has a content of a nitrogen element according to X-ray photoelectron spectroscopy (XPS) of 1.45 atom% or less, wherein the negative electrode active material particles include 70 to 85 wt% of the lithium silicate with respect to a total weight. wherein the negative electrode active material has a content of a nitrogen element according to X-ray photoelectron spectroscopy (XPS) of 1.45 atom% or less, wherein the negative electrode active material particles include 70 to 85 wt% of the lithium silicate with respect to a total weight.
A medical needleless connector comprising: a housing defining an internal cavity and a central longitudinal axis , the housing comprising, (i) a body section comprising a first port and an inner contact tab extending into the internal cavity, and (ii) a base section comprising a valve mount at a top of the base section and a second port at a bottom of the base section, the valve mount comprising an upper wall axially separated from a lower wall by a valve mount rim extending between the upper wall and the lower wall, the upper wall and the lower wall being transverse to the central longitudinal axis; and a compressible valve comprising a valve wall and a flange , the flange comprising, an upper lip protruding radially outward from an outer surface of the valve wall, a flange rim transverse to the upper lip, and a lower lip extending radially inward from the flange rim, the flange rim retained between the valve mount rim and the inner contact tab and characterized by wherein a cross-sectional width of the internal cavity tapers along the inner contact tab toward the first port when the compressible valve is coupled with the valve mount so that the compressible valve is disposed within at least a portion of the internal cavity. a housing defining an internal cavity and a central longitudinal axis , the housing comprising, (i) a body section comprising a first port and an inner contact tab extending into the internal cavity, and (ii) a base section comprising a valve mount at a top of the base section and a second port at a bottom of the base section, the valve mount comprising an upper wall axially separated from a lower wall by a valve mount rim extending between the upper wall and the lower wall, the upper wall and the lower wall being transverse to the central longitudinal axis; and a compressible valve comprising a valve wall and a flange , the flange comprising, an upper lip protruding radially outward from an outer surface of the valve wall, a flange rim transverse to the upper lip, and a lower lip extending radially inward from the flange rim, the flange rim retained between the valve mount rim and the inner contact tab and characterized by wherein a cross-sectional width of the internal cavity tapers along the inner contact tab toward the first port when the compressible valve is coupled with the valve mount so that the compressible valve is disposed within at least a portion of the internal cavity.
A computer-implemented method of returning cached data in response to a client request, the method comprising: receiving a client request for client-requested data; accessing a cache set to attempt to locate the client-requested data; a) if the data is in the cache set and is not expired data, returning the data from the cache set in response to the client request; and b) if the data is in the cache set and is expired data, maintaining the expired data and requesting the data from a data provider , and i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request. receiving a client request for client-requested data; accessing a cache set to attempt to locate the client-requested data; a) if the data is in the cache set and is not expired data, returning the data from the cache set in response to the client request; and b) if the data is in the cache set and is expired data, maintaining the expired data and requesting the data from a data provider , and i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request. a) if the data is in the cache set and is not expired data, returning the data from the cache set in response to the client request; and b) if the data is in the cache set and is expired data, maintaining the expired data and requesting the data from a data provider , and i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request. i) if the requested data is available from the data provider, receiving the data from the data provider in response to the request for the data from the data provider and returning the data from the data provider in response to the client request; characterised by ii) if the data is not available from the data provider, returning the expired data with an indication that the data is expired in response to the client request.