mhurhangee/ep-ind-claims huggingface dataset:
A hinge (1,101), particularly for a door, in particular of the reinforced type, or for a shutter, comprising at least three arc-like elements (3,103), which are mutually vertically stacked and slidingly associated, said at least three arc-like elements (3,103) comprising an upper arc-like element (3a,103a) and a lower arc-like element (3b,103b), said upper and lower arc-like elements (3a,3b;103a,103b) being provided with means for connection and fixing to a fixed surface of a frame and to said door or shutter, said at least three arc-like elements (3,103) having means which are adapted to limit their mutual sliding from a closed position, in which they are mutually superimposed, to an open position, in which they are mutually offset so as to determine as a whole, in plan view, an angle which can vary from approximately 180° to approximately 360°, characterized in that said arc-like elements (3,103) are approximately annular sector-shaped in plan view, a guide (6,106) being formed on the upper surface (5,105) of said at least three arc-like elements (3,103), except for said upper arc-like element (3a,103a), having the same shape and affecting the entire longitudinal extension of said arc-like element, said guide (6,106) having an approximately inverted-T cross-section along a transverse plane, and a complementarily shaped first tab (8,108) being slidingly associable within said guide (6,106) of each of said at least three arc-like elements (3,103) and protruding approximately at right angles from the lower surface of an additional one of said arc-like elements (3,103) except for said lower arc-like element (3b,103b).
A process for producing oxymethylene homo- or copolymers comprising: a) polymerizing at least one monomer to form an oxymethylene polymer in the presence of an initiator; b) deactivating the polymerization; c) removing residual monomers containing formaldehyde; d) contacting the formaldehyde with an aprotic compound having a boiling point of 120 °C or higher determined at 1 bar, and a catalyst; and e) at least partly converting the formaldehyde to a cyclic acetal. a) polymerizing at least one monomer to form an oxymethylene polymer in the presence of an initiator; b) deactivating the polymerization; c) removing residual monomers containing formaldehyde; d) contacting the formaldehyde with an aprotic compound having a boiling point of 120 °C or higher determined at 1 bar, and a catalyst; and e) at least partly converting the formaldehyde to a cyclic acetal.
A method (426, 500) for wireless communication performed at a first user equipment, 'UE', comprising: transmitting (414, 502) a first sequence (s 0) to a second UE over an inter-device communication link; receiving a response sequence from the second UE over the inter-device communication link; determining that the response sequence is the first sequence (s 0); in response to determining that the response sequence is the first sequence (s 0), increasing a transmit power level (P UE0) associated with the first UE based on the response sequence; using (520, 522) the increased transmit power level (P UE0 + Δ TP) of the first UE for a further transmission to the second UE over the inter-device communication link; subsequently receiving (420, 506) a further response sequence from the second UE over the inter-device communication link; determining that the further response sequence is a second sequence (s 1) different from the first sequence (s 0); in response to determining that the further response sequence is the second sequence (s 1): maintaining the transmit power level of the first UE for subsequent transmissions (510, 514) to the second UE over the inter-device communication link; and sending (424, 512) a response message to a base station indicating a completion of a device handshake procedure. transmitting (414, 502) a first sequence (s 0) to a second UE over an inter-device communication link; receiving a response sequence from the second UE over the inter-device communication link; determining that the response sequence is the first sequence (s 0); in response to determining that the response sequence is the first sequence (s 0), increasing a transmit power level (P UE0) associated with the first UE based on the response sequence; using (520, 522) the increased transmit power level (P UE0 + Δ TP) of the first UE for a further transmission to the second UE over the inter-device communication link; subsequently receiving (420, 506) a further response sequence from the second UE over the inter-device communication link; determining that the further response sequence is a second sequence (s 1) different from the first sequence (s 0); in response to determining that the further response sequence is the second sequence (s 1): maintaining the transmit power level of the first UE for subsequent transmissions (510, 514) to the second UE over the inter-device communication link; and sending (424, 512) a response message to a base station indicating a completion of a device handshake procedure. maintaining the transmit power level of the first UE for subsequent transmissions (510, 514) to the second UE over the inter-device communication link; and sending (424, 512) a response message to a base station indicating a completion of a device handshake procedure.
System for determining the speed S of a guided vehicle guided along a route by at least one conductive rail extending according to its length along a direction R, the system comprising: - a device for producing a magnetic field B capable of inducing Eddy currents in the conductive rail, said device being capable of displacing the magnetic field B at a time T_i according to a speed vector V that is parallel to the direction R of extension of the conductive rail; - a magnetic flux sensor configured for measuring a reciprocal magnetic field resulting from the Eddy currents created in the conductive rail by the magnetic field B; - a controller connected to the device and to the magnetic flux sensor in order to control the magnitude of the speed vector V and its direction at said time T_i in function of a value of the reciprocal magnetic field measured by said magnetic flux sensor, the controller being configured for controlling said magnitude and direction of the speed vector V so that at said time T_i, the reciprocal magnetic field measured by the magnetic flux sensor is minimized, leading to S = | V |. - a device for producing a magnetic field B capable of inducing Eddy currents in the conductive rail, said device being capable of displacing the magnetic field B at a time T_i according to a speed vector V that is parallel to the direction R of extension of the conductive rail; - a magnetic flux sensor configured for measuring a reciprocal magnetic field resulting from the Eddy currents created in the conductive rail by the magnetic field B; - a controller connected to the device and to the magnetic flux sensor in order to control the magnitude of the speed vector V and its direction at said time T_i in function of a value of the reciprocal magnetic field measured by said magnetic flux sensor, the controller being configured for controlling said magnitude and direction of the speed vector V so that at said time T_i, the reciprocal magnetic field measured by the magnetic flux sensor is minimized, leading to S = | V |.
A method for depleting host nucleic acid in a biological sample, said sample having been previously obtained from an animal host, wherein said method comprises: a) adding to said sample a saponin, a DNase, and NaCl and/or KCl, to form a reaction mix, wherein the addition of said NaCl and/or KCl is sufficient to ensure a final concentration of NaCl and/or KCI in the reaction mix of at least 0.2M; and b) incubating the reaction mix at between 10°C and 50°C. a) adding to said sample a saponin, a DNase, and NaCl and/or KCl, to form a reaction mix, wherein the addition of said NaCl and/or KCl is sufficient to ensure a final concentration of NaCl and/or KCI in the reaction mix of at least 0.2M; and b) incubating the reaction mix at between 10°C and 50°C.
A latching system for securing a door to a panel, the latching system comprising: a pawl having a first end that is configured to releasably engage a striker on the panel, and a second end opposite the first end having a connector; a pawl connector that is connected to the connector on the second end of the pawl, wherein the pawl connector includes a hollow cylindrical body, said body having a longitudinal axis, a revolved outer side wall extending about the longitudinal axis, an open end through which the connector of the pawl is positioned, an opening defined on the revolved outer side wall of the cylindrical body, and a deformable portion formed on the revolved outer side wall, the deformable portion extending between the open end and the opening, the deformable portion being configured to elastically deform upon inserting the connector through the open end until the connector is non-removably seated within the opening, wherein a portion of the revolved outer side wall of the pawl connector that extends from the open end to the opening is formed continuously and without gaps about the longitudinal axis. a pawl having a first end that is configured to releasably engage a striker on the panel, and a second end opposite the first end having a connector; a pawl connector that is connected to the connector on the second end of the pawl, wherein the pawl connector includes a hollow cylindrical body, said body having a longitudinal axis, a revolved outer side wall extending about the longitudinal axis, an open end through which the connector of the pawl is positioned, an opening defined on the revolved outer side wall of the cylindrical body, and a deformable portion formed on the revolved outer side wall, the deformable portion extending between the open end and the opening, the deformable portion being configured to elastically deform upon inserting the connector through the open end until the connector is non-removably seated within the opening, wherein a portion of the revolved outer side wall of the pawl connector that extends from the open end to the opening is formed continuously and without gaps about the longitudinal axis.
A method for z-folding a web material, wherein the method comprises the following steps: - continuously feeding a web material to be folded into a folding device along a feeding direction; - alternatingly gripping the web material in a proximal area of the folding device by means of gripping devices (4, 5), which are guided from opposing sides of the web material toward the proximal area with a gap, wherein the gripping devices (4, 5) grip the edges of the web material on opposing sides of the web material, - holding and transporting the web material by means of the gripping devices (4, 5) in a distal area of the folding device, thereby z-folding the web material, and - detaching the web material from the gripping devices (4, 5) and deositing the web material in a stack with folds in the distal area, wherein the folds in the stack extend transverse to the feeding direction, wherein, for the gripping devices (4, 5) on the opposing sides of the web material, a respective straight connecting line between a proximal position of the gripping device while gripping the web material in the proximal area and a distal position of the same gripping device while detaching the web material in the distal area runs obliquely relative to the feeding direction, and wherein a distance between adjacent gripping devices (4, 5) is equal to a fold length, characterized in that a feeding rate for continuously feeding the web material to be folded and a transport rate for transporting the gripping devices (4, 5) toward the proximal area can be set independently of each other and are adjusted to each other. - continuously feeding a web material to be folded into a folding device along a feeding direction; - alternatingly gripping the web material in a proximal area of the folding device by means of gripping devices (4, 5), which are guided from opposing sides of the web material toward the proximal area with a gap, wherein the gripping devices (4, 5) grip the edges of the web material on opposing sides of the web material, - holding and transporting the web material by means of the gripping devices (4, 5) in a distal area of the folding device, thereby z-folding the web material, and - detaching the web material from the gripping devices (4, 5) and deositing the web material in a stack with folds in the distal area, wherein the folds in the stack extend transverse to the feeding direction,
A lubricant composition comprising: (i) a base oil, (ii) at least one ashless component having the structure P(=S)(SR 1)(OR 2)(OR 3), wherein R 1, R 2 and R 3 are independently selected from the group consisting of alkyl, aryl, alkylaryl, cycloalkyl, alcohol, carboxylic acid and ester having 1 to 24 carbon atoms; (iii) at least one component being a metal dialkyl dithio phosphate salt, at least one component which is a thiadiazole or derivative thereof; and at least one overbased alkaline earth metal sulfonate detergent, wherein the total of ashless components provides to the lubricant composition from 0.010 to 0.080 wt.-% phosphorus based on the total weight of the lubricant composition, the total of components provides to the lubricant composition from 0.010 to 0.080 wt.-% phosphorus based on the total weight of the lubricant composition, the total of component provides to the lubricant composition from 0.010 to 0.5 wt. % sulfur based on the total weight of the lubricant composition and the at least one overbased alkaline earth metal sulfonate detergent is an overbased calcium sulfonate detergent and provides to the lubricant composition from 0.01 to 0.8 wt. % calcium based on the total weight of the lubricant composition. (i) a base oil, (ii) at least one ashless component having the structure P(=S)(SR 1)(OR 2)(OR 3), wherein R 1, R 2 and R 3 are independently selected from the group consisting of alkyl, aryl, alkylaryl, cycloalkyl, alcohol, carboxylic acid and ester having 1 to 24 carbon atoms; (iii) at least one component being a metal dialkyl dithio phosphate salt, at least one component which is a thiadiazole or derivative thereof; and at least one overbased alkaline earth metal sulfonate detergent,
A method comprising: determining, by an apparatus, a communications window for a plurality of served nodes; causing, by the apparatus, the communications window to be signaled to the plurality of served nodes; and characterized by; causing a communications window for one or more internal applications of the apparatus to be altered based on the communications window signaled to the plurality of served nodes,. determining, by an apparatus, a communications window for a plurality of served nodes; causing, by the apparatus, the communications window to be signaled to the plurality of served nodes; and characterized by; causing a communications window for one or more internal applications of the apparatus to be altered based on the communications window signaled to the plurality of served nodes,.
Central clutch operator for a hydraulic or pneumatic clutch actuating device, preferably for a motor vehicle, the central clutch operator being connected fixedly to a clutch unit (1, 23) so as to rotate with it, and having an annular pressure space, in which an axially movable piston (6; 34, 35) is mounted which is operatively connected to a clutch (10; 24, 25), it being possible for the piston (6; 34, 35) to be actuated by way of a fluid which is introduced into the pressure space by way of a pressure line (13, 28) which is connected to a stationary adapter housing (17, 36) which comprises an input shaft, the adapter housing (17, 36) having at least one rotary leadthrough (22; 39, 40, 41) for absorbing the rotational movement of the clutch (10; 24, 25), a transmission being arranged between the clutch (10, 24, 25) and the adapter housing (17, 36), the input shaft which comprises the pressure line (13, 28) being routed from the adapter housing (17, 36) through the transmission as far as a clutch operator housing which forms the pressure space and on which the pressure line (13, 28) is fixed, and the pressure line (13, 28) being routed through the input shaft to the pressure space.
A method comprising: in a system in which a cloud provider is configured to provide Software-as-a-Service offerings to multiple organizations, each organization to operate a distinct Infrastructure-as-a-Service, IaaS, platform and being associated with at least one distinct organization domain associated with the organization: deploying to each IaaS platform a cluster of software services, including communication services, operated by the cloud provider, each cluster being uniquely associated with the organization that operates that IaaS platform; provisioning users that belong to each organization on the cluster associated with that organization, wherein the provisioning includes storing user information for each user only on the associated cluster; and enabling users provisioned on different clusters to communicate with each other as if the users were part of a centralized cloud communication service by creating a globally accessible domain-to-cluster map to map each cluster to the organization domain uniquely associated therewith; and storing in each cluster a locally accessible user-to-cluster map to map that cluster to each user provisioned on that cluster. in a system in which a cloud provider is configured to provide Software-as-a-Service offerings to multiple organizations, each organization to operate a distinct Infrastructure-as-a-Service, IaaS, platform and being associated with at least one distinct organization domain associated with the organization: deploying to each IaaS platform a cluster of software services, including communication services, operated by the cloud provider, each cluster being uniquely associated with the organization that operates that IaaS platform; provisioning users that belong to each organization on the cluster associated with that organization, wherein the provisioning includes storing user information for each user only on the associated cluster; and enabling users provisioned on different clusters to communicate with each other as if the users were part of a centralized cloud communication service by deploying to each IaaS platform a cluster of software services, including communication services, operated by the cloud provider, each cluster being uniquely associated with the organization that operates that IaaS platform; provisioning users that belong to each organization on the cluster associated with that organization, wherein the provisioning includes storing user information for each user only on the associated cluster; and enabling users provisioned on different clusters to communicate with each other as if the users were part of a centralized cloud communication service by creating a globally accessible domain-to-cluster map to map each cluster to the organization domain uniquely associated therewith; and storing in each cluster a locally accessible user-to-cluster map to map that cluster to each user provisioned on that cluster.
A method for producing a liquid infant formula base, the method comprising the following steps of: a) heat treating a milk raw material at about 65 to about 95°C for about 15 s to about 10 min, b) subjecting the heat-treated milk raw material to microfiltration at a temperature of about 5 to about 15°C to provide a casein concentrate as a microfiltration retentate and a microfiltration permeate containing whey proteins, c) subjecting the microfiltration permeate to ultrafiltration to provide a whey protein concentrate as an ultrafiltration retentate and an ultrafiltration permeate containing lactose and milk salts, d) subjecting the ultrafiltration permeate to nanofiltration to provide a lactose concentrate as a nanofiltration retentate and a nanofiltration permeate containing milk salts, e) composing a liquid infant formula base from the whey protein concentrate, the lactose concentrate and a milk based fat containing liquid wherein the liquid infant formula base optionally has a total protein concentration of about 1.0 to about 1.5%. a) heat treating a milk raw material at about 65 to about 95°C for about 15 s to about 10 min, b) subjecting the heat-treated milk raw material to microfiltration at a temperature of about 5 to about 15°C to provide a casein concentrate as a microfiltration retentate and a microfiltration permeate containing whey proteins, c) subjecting the microfiltration permeate to ultrafiltration to provide a whey protein concentrate as an ultrafiltration retentate and an ultrafiltration permeate containing lactose and milk salts, d) subjecting the ultrafiltration permeate to nanofiltration to provide a lactose concentrate as a nanofiltration retentate and a nanofiltration permeate containing milk salts, e) composing a liquid infant formula base from the whey protein concentrate, the lactose concentrate and a milk based fat containing liquid wherein the liquid infant formula base optionally has a total protein concentration of about 1.0 to about 1.5%.
An optical sensing target, comprising: a target configured to be aimed and shot by a shooting object and to be attached with the shooting object; an optical matrix sensor disposed around the target by a plurality of frames, and comprising a plurality of light emitting devices and a plurality of light receiving devices disposed in the plurality of frames, respectively, wherein the optical matrix sensor is configured to output location information of attachment of the shooting object; a computation controller configured to receive the location information from the optical matrix sensor for computing; characterized in that the target comprises a shooting-object standing layer and a projection layer, the shooting-object standing layer is configured to be shot by and attached with the shooting object, and the projection layer is provided in front of the shooting-object standing layer and comprises a smooth surface to make an image projected thereon clear. a target configured to be aimed and shot by a shooting object and to be attached with the shooting object; an optical matrix sensor disposed around the target by a plurality of frames, and comprising a plurality of light emitting devices and a plurality of light receiving devices disposed in the plurality of frames, respectively, wherein the optical matrix sensor is configured to output location information of attachment of the shooting object; a computation controller configured to receive the location information from the optical matrix sensor for computing; characterized in that the target comprises a shooting-object standing layer and a projection layer, the shooting-object standing layer is configured to be shot by and attached with the shooting object, and the projection layer is provided in front of the shooting-object standing layer and comprises a smooth surface to make an image projected thereon clear.