mhurhangee/patent-ind-claim-en huggingface dataset:
A method for closing an opening in a body , for example in a housing , for which a closing element is provided, which is inserted into the opening , characterized by the following steps: - providing the closing element with a bottom and with a border , which stretches from the plane of extension of the bottom , wherein the border includes several elastic sections , - forming the opening with a circumferential edge , which reaches into the opening , behind which edge an undercutting area is formed, - joining the closing element into the opening so that the bottom points inwards, and - elastically latching the elastic sections of the border into the undercutting area . - providing the closing element with a bottom and with a border , which stretches from the plane of extension of the bottom , wherein the border includes several elastic sections , - forming the opening with a circumferential edge , which reaches into the opening , behind which edge an undercutting area is formed, - joining the closing element into the opening so that the bottom points inwards, and - elastically latching the elastic sections of the border into the undercutting area .
A centrifugal pump with at least one pump stage, with a rotatable impeller with a suction port which is sealed with respect to a stationary pump part by way of a sealing arrangement, wherein the sealing arrangement comprises a sealing ring between the impeller and the stationary pump part and the sealing ring at least in sections is designed in an elastic manner and the contact surface of the sealing ring or of the sealing ring sections on the counter surface is controlled by the hydraulic forces at the delivery side of the impeller , wherein the sealing ring has sections of different stiffness which are distributed over its periphery, characterised in that the sealing ring on its outer periphery comprises recesses which reduce the cross section.
A method of detecting or determining the proteins XBP1u and XBP1s comprising bringing an in vitro cell line or an in vitro biological sample taken from an individual into contact with a solid-state device supporting two antibodies at discrete locations on the solid-state device, one antibody specific to XBP1u the second antibody specific to XBP1s; adding at least one further detector antibody, and detecting or determining the amount of XBP1u and XBP1s.
A dental self-tapping device comprising a body having a longitudinal axis (t,T), the body having a proximal neck portion N, a proximal-central straight portion S of substantially constant diameter and a distal conical portion C of decreasing diameter, the body comprising a core and a thread provided thereon, a flute having a circular arc shape and the central angle of the circular arc being at most 180 degrees, the flute formed in the thread , which flute runs spirally around the core and an axis of the flute is at an angle (α, β) with the longitudinal axis (t,T), characterized in that the angle (α, β) measured from a proximal end of the body is 45 to 70 degrees, preferably 50 to 60 degrees, and the diameter of the flute in at least a portion of the body is 25 to 35%, preferably 27 to 33%, of the diameter (d 2 ) of the body .
Use of a wire guide for production of a condensation polymerization reaction polymer, wherein in a polymerization reactor for production of a condensation polymerization reaction polymer, a polymerization material composed of a molten prepolymer is allowed to drop down while in contact therewith, for polymerization of the polymerization material, and the condensation polymerization reaction polymer is obtained, the wire guide comprising a vertical wire group consisting of a plurality of vertical wires that extend in the vertical direction and are mutually spaced in alignment, and a plurality of anchoring wires that link the plurality of vertical wires of the vertical wire group and anchor a positional relationship between the vertical wires , wherein, an assumed tabular virtual space (B) containing the vertical wire group extends in the alignment direction of the vertical wires , and is delineated by a pair of virtual vertical planes (A) sandwiching the vertical wire group, wherein the anchoring wires extend along a virtual vertical plane (A) outside of the virtual space (B) while being anchored to the plurality of vertical wires of the vertical wire group on the virtual vertical plane (A). the wire guide comprising a vertical wire group consisting of a plurality of vertical wires that extend in the vertical direction and are mutually spaced in alignment, and a plurality of anchoring wires that link the plurality of vertical wires of the vertical wire group and anchor a positional relationship between the vertical wires , wherein, an assumed tabular virtual space (B) containing the vertical wire group extends in the alignment direction of the vertical wires , and is delineated by a pair of virtual vertical planes (A) sandwiching the vertical wire group, wherein the anchoring wires extend along a virtual vertical plane (A) outside of the virtual space (B) while being anchored to the plurality of vertical wires of the vertical wire group on the virtual vertical plane (A).
System comprising a display rack , wherein the display rack comprises multiple shelves (2', 2", 2"', 2"") and a base for supporting the shelves, wherein each of the shelves comprises a sensor mat comprising a lattice of load sensors, wherein the base is configured for measuring a total weight, wherein the total weight includes weights of any objects positioned on the shelves, characterized in that, the system is configured for determining object addition or removal event data based on in time corresponding changes of: - total weight measured at the base; and - binary load status of multiple load sensors of a sensor mat of the display rack, wherein a binary load status of a load sensor indicates whether the load sensor at least in part supports an object or not, wherein the object addition or removal event data comprises: - an object weight based on said change of total weight measured at the base; and - an object support shape and an object location both based on said change of binary load status of multiple load sensors of said sensor mat of the display rack. - total weight measured at the base; and - binary load status of multiple load sensors of a sensor mat of the display rack, wherein a binary load status of a load sensor indicates whether the load sensor at least in part supports an object or not, - an object weight based on said change of total weight measured at the base; and - an object support shape and an object location both based on said change of binary load status of multiple load sensors of said sensor mat of the display rack.
A fluid dispenser comprising: • a fluid reservoir (R), • a pump (P) having a pump body (P1), a return spring (P2), and an actuator rod (P3) that is axially movable down and up between an extended rest position and a depressed actuated position, • a cup for collecting the fluid coming from the pump (P), the cup being mounted on the actuator rod (P3), and • a removable member that is removable along an axial direction, said removable member including an applicator (A) that is received in the cup so as to pick up the fluid, the applicator (A) being elastically deformable and constrained inside the cup by locking means , the locking means being locking means that lock by turning, advantageously through an angle of about 60°, characterized in that the locking means include a plurality of stationary flanges that are secured to the reservoir (R)and the removable member includes a plurality of fins that are suitable for coming into engagement beneath the stationary flanges . • a fluid reservoir (R), • a pump (P) having a pump body (P1), a return spring (P2), and an actuator rod (P3) that is axially movable down and up between an extended rest position and a depressed actuated position, • a cup for collecting the fluid coming from the pump (P), the cup being mounted on the actuator rod (P3), and • a removable member that is removable along an axial direction, said removable member including an applicator (A) that is received in the cup so as to pick up the fluid, the applicator (A) being elastically deformable and constrained inside the cup by locking means ,
An electrosurgical device, comprising: a first shaft defining a proximal end , a distal end , and a lumen there through; a fluid delivery tube disposed within the lumen, the fluid delivery tube defining a proximal end portion a distal end portion; the proximal end portion of the fluid delivery tube being affixed to the proximal end of the first shaft; an electrically conductive treatment element in electrical communication with and coupled to the distal end of the first shaft, the electrically conductive treatment element including a conductive fluid conduit in fluid communication with and affixed within a portion of the fluid delivery tube,; and a second shaft in electrical communication with the first shaft, the first shaft being slideably disposed within the second shaft and movable from a first position in which the electrically conductive treatment element is proximate to the distal end of the second shaft to a second position in which the electrically conductive treatment element is advanced a distance away from the distal end of the second shaft a handle , wherein the proximal ends of the first shaft and the second shaft are disposed within the handle , wherein the first shaft is slidable within the handle , characterized in that the fluid delivery tube is slidable within the handle and the handle includes one or more oblique angles (Θ) configured to provide a soft angle for the fluid deliver tube to bend. a first shaft defining a proximal end , a distal end , and a lumen there through; a fluid delivery tube disposed within the lumen, the fluid delivery tube defining a proximal end portion a distal end portion; the proximal end portion of the fluid delivery tube being affixed to the proximal end of the first shaft; an electrically conductive treatment element in electrical communication with and coupled to the distal end of the first shaft, the electrically conductive treatment element including a conductive fluid conduit in fluid communication with and affixed within a portion of the fluid delivery tube,; and a second shaft in electrical communication with the first shaft, the first shaft being slideably disposed within the second shaft and movable from a first position in which the electrically conductive treatment element is proximate to the distal end of the second shaft to a second position in which the electrically conductive treatment element is advanced a distance away from the distal end of the second shaft a handle , wherein the proximal ends of the first shaft and the second shaft are disposed within the handle , wherein the first shaft is slidable within the handle ,
An oral pharmaceutical composition in the form of a solid dosage form comprising 600 mg ±10% of rifamycin SV, or a pharmaceutically acceptable salt thereof, and one or more pharmaceutically acceptable excipients, wherein the oral pharmaceutical composition comprises: at least one lipophilic compound; at least one hydrophilic compound; and at least one amphiphilic compound; and a gastro-resistant coating which dissolves and/or breaks down when exposed to an aqueous medium having a pH in the range of pH 5 to pH 6.5; such that the oral pharmaceutical composition is formulated for modified, delayed and/or extended release. at least one lipophilic compound; at least one hydrophilic compound; and at least one amphiphilic compound; and a gastro-resistant coating which dissolves and/or breaks down when exposed to an aqueous medium having a pH in the range of pH 5 to pH 6.5; such that the oral pharmaceutical composition is formulated for modified, delayed and/or extended release.
A method for selecting a user plane, UP, functional entity supporting non-3rd Generation Partnership Project, non-3GPP, access performed by a control plane, CP, functional entity (200; 800; 900), wherein the method comprises: ∘ when a user equipment, UE, performs access via a 3GPP network, obtaining subscription data of the UE, wherein the subscription data comprises indication information that indicates whether the UE is allowed to connect to a non-3GPP network, wherein that the subscription data comprises indication information that indicates whether the UE is allowed to connect to the non-3GPP network comprises that the subscription data comprises a network access mode parameter, and: ▪ if the network access mode parameter is set to a packet switched domain, it indicates that the UE is allowed to connect to the non-3GPP network; and ▪ if the network access mode parameter is set to a circuit switched domain, it indicates that the UE is not allowed to connect to the non-3GPP network; and ∘ if the indication information indicates that the UE is allowed to connect to the non-3GPP network, selecting (S305, S407, S505, S607, S705) a target UP functional entity supporting non-3GPP access. ∘ when a user equipment, UE, performs access via a 3GPP network, obtaining subscription data of the UE, wherein the subscription data comprises indication information that indicates whether the UE is allowed to connect to a non-3GPP network, wherein that the subscription data comprises indication information that indicates whether the UE is allowed to connect to the non-3GPP network comprises that the subscription data comprises a network access mode parameter, and: ▪ if the network access mode parameter is set to a packet switched domain, it indicates that the UE is allowed to connect to the non-3GPP network; and ▪ if the network access mode parameter is set to a circuit switched domain, it indicates that the UE is not allowed to connect to the non-3GPP network; and ▪ if the network access mode parameter is set to a packet switched domain, it indicates that the UE is allowed to connect to the non-3GPP network; and ▪ if the network access mode parameter is set to a circuit switched domain, it indicates that the UE is not allowed to connect to the non-3GPP network; and ∘ if the indication information indicates that the UE is allowed to connect to the non-3GPP network, selecting (S305, S407, S505, S607, S705) a target UP functional entity supporting non-3GPP access.
A tail stock equipment, comprising: - a tail stock configured to hold a workpiece ; - a ball screw configured to support the tail stock ; - a drive motor configured to drive the ball screw ; - a brake ; characterised in that the tail stock equipment further comprises - a control program configured to operate the brake to limit a rotation of the ball screw and to cut off an input from a power supply to the drive motor when a detected torque generated by the drive motor reaches a predetermined reference value corresponding to the pressure force for holding the workpiece . - a tail stock configured to hold a workpiece ; - a ball screw configured to support the tail stock ; - a drive motor configured to drive the ball screw ; - a brake ; characterised in that the tail stock equipment further comprises - a control program configured to operate the brake to limit a rotation of the ball screw and to cut off an input from a power supply to the drive motor when a detected torque generated by the drive motor reaches a predetermined reference value corresponding to the pressure force for holding the workpiece .
A method for installing a fastening device for fastening a photovoltaic panel (P) above a roof of the type formed of partially-overlapping cover parts comprising a first step consisting in removing a cover part for access to a frame and a second step consisting in fastening on the frame a plate for supporting a socalled offset body on which appears a bearing element visible above the cover and used for the fastening of the photovoltaic panel (P), said method being such that the support plate is provided, having on its side facing upwards a threaded rod substantially normal to this support plate , and, after having fastened the support plate on the frame, on the one hand, at least one flexible seal strip is applied on the uncovered surface, making the overlapping of the roof along the two axes, said method being characterized in that , on the other hand, above this flexible strip is applied a stamped rigid sheet having a hole for the passage of the threaded rod and on this threaded rod is fastened the above-mentioned visible bearing element .
A curable composition comprising one or more epoxy resins, a boron tri-halide complex accelerator, and a curing system comprising one or more polyether-amido-amine crosslinking agents, the crosslinking agent(s) comprising at least two primary amine groups and at least one tertiary amide group; wherein the composition is substantially free of anhydride groups, wherein the crosslinking agent comprises a polyether-amido-amine curing agent comprising both the at least two primary amine groups and the at least one tertiary amide group.
A method comprising: receiving, at an application registration application executed at a MFP device , a registration request to register a particular application with an activation server , wherein the particular application uses at least one external Web service; in response to receiving the registration request, the application registration application performing: obtaining a device identification of the MFP device ; generating a verification request that includes the device identification; and transmitting the verification request to the activation server to cause the activation server to generate and send to the application registration application a response indicating whether the MFP device has been registered with the activation server; upon receiving, at the application registration application from the activation server, the response indicating that the MFP device has not been registered with the activation server, displaying a recommendation message on a display of the MFP device ; and upon receiving, at the application registration application from the activation server , the response indicating that the MFP device has been registered with the activation server , proceeding to registering the particular application with the activation server . receiving, at an application registration application executed at a MFP device , a registration request to register a particular application with an activation server , wherein the particular application uses at least one external Web service; in response to receiving the registration request, the application registration application performing: obtaining a device identification of the MFP device ; generating a verification request that includes the device identification; and transmitting the verification request to the activation server to cause the activation server to generate and send to the application registration application a response indicating whether the MFP device has been registered with the activation server; obtaining a device identification of the MFP device ; generating a verification request that includes the device identification; and transmitting the verification request to the activation server to cause the activation server to generate and send to the application registration application a response indicating whether the MFP device has been registered with the activation server; upon receiving, at the application registration application from the activation server, the response indicating that the MFP device has not been registered with the activation server, displaying a recommendation message on a display of the MFP device ; and upon receiving, at the application registration application from the activation server , the response indicating that the MFP device has been registered with the activation server , proceeding to registering the particular application with the activation server .
A method for identifying a compound that modulates the interaction of caspase-8 with c-FLIP in a cell, comprising the steps of a1) contacting at least one of caspase-8, a c-FLIP binding fragment of caspase-8, a cell expressing caspase-8, and/or a cell expressing a c-FLIP binding fragment thereof with at least one compound that potentially modulates the interaction of caspase-8 with c-FLIP in a cell, or a2) contacting at least one of c-FLIP, a caspase-8 binding fragment of c-FLIP, a cell expressing c-FLIP, and/or a cell expressing a caspase-8 binding fragment thereof with at least one compound that potentially modulates the interaction of c-FLIP with caspase-8 in a cell, or a3) contacting at least one of a complex of caspase-8 with c-FLIP, a complex of at least one binding fragment of caspase-8 or c-FLIP with c-FLIP or caspase-8, respectively, and/or a cell expressing at least one of a complex of caspase-8 with c-FLIP, a complex of at least one binding fragment of caspase-8 or c-FLIP, with c-FLIP or caspase-8, respectively, with at least one compound that potentially modulates the interaction of said fragment(s) in a cell, and b) identifying a modulation of the binding of c-FLIP or said fragment to caspase-8 or the binding of caspase-8 or said fragment to c-FLIP in the presence of said at least one compound, wherein said modulation is selected from an increase of said binding, a stabilization of said binding, and an increase of caspase-8 activity in said cell, in particular Caspase-8 activity in the heterodimer Caspase-8/c-FLIP L . a1) contacting at least one of caspase-8, a c-FLIP binding fragment of caspase-8, a cell expressing caspase-8, and/or a cell expressing a c-FLIP binding fragment thereof with at least one compound that potentially modulates the interaction of caspase-8 with c-FLIP in a cell, or a2) contacting at least one of c-FLIP, a caspase-8 binding fragment of c-FLIP, a cell expressing c-FLIP, and/or a cell expressing a caspase-8 binding fragment thereof with at least one compound that potentially modulates the interaction of c-FLIP with caspase-8 in a cell, or a3) contacting at least one of a complex of caspase-8 with c-FLIP, a complex of at least one binding fragment of caspase-8 or c-FLIP with c-FLIP or caspase-8, respectively, and/or a cell expressing at least one of a complex of caspase-8 with c-FLIP, a complex of at least one binding fragment of caspase-8 or c-FLIP, with c-FLIP or caspase-8, respectively, with at least one compound that potentially modulates the interaction of said fragment(s) in a cell, and b) identifying a modulation of the binding of c-FLIP or said fragment to caspase-8 or the binding of caspase-8 or said fragment to c-FLIP in the presence of said at least one compound, wherein said modulation is selected from an increase of said binding, a stabilization of said binding, and an increase of caspase-8 activity in said cell, in particular Caspase-8 activity in the heterodimer Caspase-8/c-FLIP L .