mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the blanking of metal parts (1; 10, 20) provided with one or more holes and/or one or more slots from a layered basic material , wherein the metal parts (1; 10, 20) are blanked from the layered basic material with the aid of a blanking station , which blanking station is provided with a blank holder and with a blanking die , each of which defines a cavity (71; 81) with a contour shape corresponding to that of the metals parts (1; 10, 20) to be blanked and with a blanking punch and a counter punch contained therein, whereof the blank holder and the blanking die , on the one hand, and the blanking punch and the counter punch , on the other hand, are movable with respect to each other, to which end the layered basic material is first clamped between the blank holder and the blanking die on the one hand and the blanking punch and the counter punch on the other hand and, thereafter, the blanking punch is moved through the successive layers of the layered basic material , while this is supported by the counter punch , and thereby cuts loose a single metal part (1; 10, 20) from the surrounding basic material per such layer , characterized in that , prior to such cutting loose of the metal parts (1; 10, 20), one or more holes (3; 12, 21, 22) are punched into the layered base material with the aid of a further blanking station , which further blanking station is likewise provided with a blank holder and with a blanking die , each of which defines an opening with a contour shape corresponding to that of the holes (3; 12, 21, 22) to be punched and with a further blanking punch contained therein, whereof the blank holder and the blanking die are movable with respect to the further blanking punch , to which end the layered base material is first clamped between the blank holder and the blanking die and, thereafter, the further blanking punch is moved through the successive layers of the layered basic material and thereby cuts loose a piece of scrap material from the surrounding basic material per such layer without utilizing a counter punch.
Safety and/or work scaffold for the overhead line construction with at least two tower elements and at least one upper chord carried by the tower elements, wherein the tower elements have similar parallelepiped and prefabricated modules that are arranged one above the other and connected with one another and the at least one upper chord has similar cuboid and prefabricated modules that are arranged next to each other and connected with one another and the connection between one tower element and the at least one upper chord is carried out by means of a cubic adapter module common to these two elements and the tower elements are carried by foundation elements , wherein the parallelepiped modules of the tower elements and of the at least one upper chord as well as the adapter modules are designed as a framework and the parallelepiped modules of the tower elements (!4) and of the at least one upper chord are designed with four parallel beams extending in the longitudinal direction of the tower element and/or of the at least one upper chord and respectively four transverse beams that connect the longitudinal beams at their ends, characterized in that the longitudinal beams, the transverse beams and the struts of the respective framework are designed as tubes and the tubes have a rectangular cross-section and that the parallelepiped modules of the tower elements and of the at least one upper chord are provided at their ends, which ends constitute front faces , and the adapter modules at provided at least on three sides, which sides constitute boundary surfaces , with connecting elements , wherein the connecting elements are designed as tabs provided with holes and wherein the tab-shaped connecting elements are fixed at corners of the boundary surfaces provided therewith of the modules of the tower elements and of the at least one upper chord and/or at corners of the front faces provided therewith of the adapter modules in such a manner that the tabs respectively diagonally arranged in pairs of a connection between parallelepiped modules and/or between the parallelepiped modules and the adapter modules extend in planes parallel to each other and the planes of the one pair is placed offset by 90° to the planes of the other pair.
A catheter, comprising: a catheter tube defining a catheter lumen, the catheter tube having a distal region ; a hub attached to the catheter tube, the hub including a hub body and a locking arm connected to the hub body, the locking arm having an outer surface defining a cutting notch having a cutting notch bottom wall comprising a portion of an external surface of the locking arm; a filament for securing the distal region of the catheter tube in an anchoring profile, the filament extending from the distal region of the catheter tube to the hub, the filament including a proximal filament segment external of the hub body, wherein the proximal filament segment is positionable to a filament path providing a first filament portion extending over the cutting notch bottom wall of the locking arm outer surface and a second filament portion extending between the locking arm and the hub body; and the locking arm movable relative to the hub body between an unlocked position in which the second filament portion is not positionally fixed by compression between the locking arm and the hub body and a locked position in which the second filament portion is positionally fixed by compression between the locking arm and the hub body for securing the distal region of the catheter tube in the anchoring profile. a catheter tube defining a catheter lumen, the catheter tube having a distal region ; a hub attached to the catheter tube, the hub including a hub body and a locking arm connected to the hub body, the locking arm having an outer surface defining a cutting notch having a cutting notch bottom wall comprising a portion of an external surface of the locking arm; a filament for securing the distal region of the catheter tube in an anchoring profile, the filament extending from the distal region of the catheter tube to the hub, the filament including a proximal filament segment external of the hub body, wherein the proximal filament segment is positionable to a filament path providing a first filament portion extending over the cutting notch bottom wall of the locking arm outer surface and a second filament portion extending between the locking arm and the hub body; and the locking arm movable relative to the hub body between an unlocked position in which the second filament portion is not positionally fixed by compression between the locking arm and the hub body and a locked position in which the second filament portion is positionally fixed by compression between the locking arm and the hub body for securing the distal region of the catheter tube in the anchoring profile.
An electronic power switch drive control module for a power semiconductor unit , comprising an electronic power switch drive and a current transducer mounted on one or more circuit boards , the electronic power switch drive comprising at least one circuit portion for controlling at least one electronic power switch of a power semiconductor module of said power semiconductor unit , the current transducer configured to be coupled to an output of the power semiconductor module for measuring an output current of the power semiconductor module, said at least one circuit portion being a high side drive circuit connected to an output potential ( V out ) of the output current to be measured, said electronic power switch drive further comprising a low side drive circuit , the current transducer comprises a Rogowski coil surrounding a passage formed in a current transducer portion of said one or more circuit boards, the passage configured for extension of an output conductor of the power semiconductor module therethrough, and at least one discrete magnetic field sensor mounted on said current transducer portion , the current transducer being connected to said at least one high side drive circuit of the electronic power switch drive at said output potential in a non-isolated manner, said at least one high side drive circuit comprising a control logic circuit configured for connection to a control board of said power semiconductor module , a measurement output signal of the current transducer being fed into the control logic circuit, said high side drive circuit and low side drive circuit connected via an isolated connection to an interface circuit connected to said control board , and wherein the current transducer comprises a signal processing circuit connected to the Rogowski coil magnetic field sensor and to the at least one discrete magnetic field sensor, the signal processing circuit combining the signal of the Rogowski magnetic field sensor and the at least one discrete magnetic field sensor for generating a measurement signal of the output current.
A transmission apparatus that transmits a block signal including a plurality of data symbols, the transmission apparatus comprising: a data-symbol generation unit (1; 1-2) that generates data symbols; a symbol arrangement unit (2; 9) that generates two or more same-quadrant symbols that become signal points in a same quadrant in a complex plane and arranges the data symbols and the same-quadrant symbols in a time domain such that the two or more same-quadrant symbols are inserted at predetermined positions in a block signal to generate a block symbol, wherein the same-quadrant symbols are used for each block signal of one frame; an interpolation unit that performs interpolation processing on the block symbol; and a CP insertion unit that inserts a Cyclic Prefix into a signal on which the interpolation processing has been performed to generate the block signal; wherein the symbol arrangement unit (2; 9) arranges one out of the same-quadrant symbols at a head of a symbol to be copied as a Cyclic Prefix and one further out of the same-quadrant symbols at a head of the block symbol, and the interpolation unit performs the interpolation processing such that an interpolated point that has been interpolated between a last symbol of the block symbol and a head symbol of the block symbol is added behind the last symbol. a data-symbol generation unit (1; 1-2) that generates data symbols; a symbol arrangement unit (2; 9) that generates two or more same-quadrant symbols that become signal points in a same quadrant in a complex plane and arranges the data symbols and the same-quadrant symbols in a time domain such that the two or more same-quadrant symbols are inserted at predetermined positions in a block signal to generate a block symbol, wherein the same-quadrant symbols are used for each block signal of one frame; an interpolation unit that performs interpolation processing on the block symbol; and a CP insertion unit that inserts a Cyclic Prefix into a signal on which the interpolation processing has been performed to generate the block signal; wherein the symbol arrangement unit (2; 9) arranges one out of the same-quadrant symbols at a head of a symbol to be copied as a Cyclic Prefix and one further out of the same-quadrant symbols at a head of the block symbol, and the interpolation unit performs the interpolation processing such that an interpolated point that has been interpolated between a last symbol of the block symbol and a head symbol of the block symbol is added behind the last symbol.
A power transmission device comprising: a planetary gear ; an intermediate case having a portion of a wall defining a space (Sb) that houses the planetary gear ; a case linked with the intermediate case ; a parking gear configured to rotate integrally with one rotation element of the planetary gear ; a parking pawl configured to engage with and disengage from the parking gear ; and a barrier wall positioned between the parking pawl and the case , characterized by the barrier wall rotatably supporting the parking pawl . a planetary gear ; an intermediate case having a portion of a wall defining a space (Sb) that houses the planetary gear ; a case linked with the intermediate case ; a parking gear configured to rotate integrally with one rotation element of the planetary gear ; a parking pawl configured to engage with and disengage from the parking gear ; and a barrier wall positioned between the parking pawl and the case , characterized by the barrier wall rotatably supporting the parking pawl .
An IgG bispecific antibody comprising: a. a first heavy chain, wherein said first heavy chain comprises a first variable domain V H and a first human IgG1, human IgG2 or human IgG4 constant region, wherein said first human IgG1, human IgG2 or human IgG4 constant region comprises an alanine at residue 407, a methionine at residue 399, and an aspartic acid at residue 360 of the C H 3 domain, wherein the residues are numbered according to the EU Index Numbering system; b. a first light chain, wherein said first light chain comprises a first variable domain V L and a first constant domain C L ; c. a second heavy chain, wherein said second heavy chain comprises a second variable domain V H and a second human IgG1, human IgG2 or human IgG4 constant region, wherein said second human IgG1, human IgG2 or human IgG4 constant region comprises a valine at residue 366, a valine at residue 409, and an arginine at residues 345 and 347 of the C H 3 domain, wherein the residues are numbered according to the EU Index Numbering system; and d. a second light chain, wherein said second light chain comprises a second variable domain V L and a second constant domain C L . a. a first heavy chain, wherein said first heavy chain comprises a first variable domain V H and a first human IgG1, human IgG2 or human IgG4 constant region, wherein said first human IgG1, human IgG2 or human IgG4 constant region comprises an alanine at residue 407, a methionine at residue 399, and an aspartic acid at residue 360 of the C H 3 domain, wherein the residues are numbered according to the EU Index Numbering system; b. a first light chain, wherein said first light chain comprises a first variable domain V L and a first constant domain C L ; c. a second heavy chain, wherein said second heavy chain comprises a second variable domain V H and a second human IgG1, human IgG2 or human IgG4 constant region, wherein said second human IgG1, human IgG2 or human IgG4 constant region comprises a valine at residue 366, a valine at residue 409, and an arginine at residues 345 and 347 of the C H 3 domain, wherein the residues are numbered according to the EU Index Numbering system; and d. a second light chain, wherein said second light chain comprises a second variable domain V L and a second constant domain C L .
A temperature-regulating support, in particular a stretcher support , comprising a head part and a body part which are coupled to one another; at least one temperature-regulating layer ; and a support layer , wherein the at least one temperature-regulating layer has a battery as a power supply, wherein the battery is arranged in a compartment of the support and the battery can be removed from said compartment and can be inserted into said compartment , wherein the temperature of the temperature-regulating layer can be set in dependence on the patient by means of an apparatus , characterized in that the temperature-regulating layer can be regulated to an at least substantially constant temperature in the range from 15 to 42°C and the apparatus is arranged at the battery .
A method performed by an access and mobility management function, AMF, entity of a visited public land mobile network, VPLMN, in a communication system, the method comprising: receiving (7-01), from a terminal, a registration request message including requested network slice selection assistance information, NSSAI, for the VPLMN; transmitting (7-02), to a user data management, UDM, entity, a request message for requesting subscription data based on the registration request message; receiving (7-03), from the UDM entity, a response message as a response to the request message, the response message including slice information associated with the subscription data; determining allowed NSSAI for the VPLMN based on the slice information associated with the subscription data and a mapping policy between a home public mobile network, HPLMN, and the VPLMN; and transmitting (7-04), to the terminal, a registration accept message as a response to the registration request message, the registration accept message including information on the allowed NSSAI for the VPLMN. receiving (7-01), from a terminal, a registration request message including requested network slice selection assistance information, NSSAI, for the VPLMN; transmitting (7-02), to a user data management, UDM, entity, a request message for requesting subscription data based on the registration request message; receiving (7-03), from the UDM entity, a response message as a response to the request message, the response message including slice information associated with the subscription data; determining allowed NSSAI for the VPLMN based on the slice information associated with the subscription data and a mapping policy between a home public mobile network, HPLMN, and the VPLMN; and transmitting (7-04), to the terminal, a registration accept message as a response to the registration request message, the registration accept message including information on the allowed NSSAI for the VPLMN.
A polyarylate resin comprising a bisphenol component including a compound shown by a general formula and an aromatic dicarboxylic acid component as monomeric components, wherein the polyarylate resin is satisfied with the formula (A) mentioned below: 0.75 ≤ η B / η A ≤ 0.95 (wherein η A represents an inherent viscosity measured in a concentration of 1 g/dL and a temperature of 25°C using tetrachloroethane as a solvent and η B represents an inherent viscosity measured in a concentration of 1 g/dL and a temperature of 25°C using a mixed liquid of phenol/tetrachloroethane/sodium acetate having a mass ratio of 6/4/0.006 as a solvent); (wherein R 1 and R 2 respectively and independently represent an alkyl group).
An apparatus for enabling service-oriented communication of a service-oriented device with a plurality of signal-based devices , said apparatus comprising: - a plurality of service-oriented communication interfaces for communicative linking to a plurality of external service-oriented communication partners , - a plurality of signal-based communication interfaces for communication with a plurality of external signal-based devices , - an embedded system , said embedded system being configured to communicatively link respective signal-based communication interfaces to respective service-oriented communication interfaces according to a predetermined routing logic and to transform signal-based communication signals provided via the respective signal-based communication interfaces into service-oriented communication signals according to a service-oriented communication protocol and to transform service-oriented communication signals provided via the respective service-oriented communication interfaces into signal-based communication signals according to a signal-based communication protocol, characterized in that the embedded system is configured to transmit a switching signal to a respective external signal-based device in order to activate or deactivate the respective external signal-based device depending on a service-oriented communication signal requested by an external service-oriented communication partner . - a plurality of service-oriented communication interfaces for communicative linking to a plurality of external service-oriented communication partners , - a plurality of signal-based communication interfaces for communication with a plurality of external signal-based devices , - an embedded system , said embedded system being configured to communicatively link respective signal-based communication interfaces to respective service-oriented communication interfaces according to a predetermined routing logic and to transform signal-based communication signals provided via the respective signal-based communication interfaces into service-oriented communication signals according to a service-oriented communication protocol and to transform service-oriented communication signals provided via the respective service-oriented communication interfaces into signal-based communication signals according to a signal-based communication protocol, characterized in that the embedded system is configured to transmit a switching signal to a respective external signal-based device in order to activate or deactivate the respective external signal-based device depending on a service-oriented communication signal requested by an external service-oriented communication partner .
A fuel assembly for use in a core of a nuclear power reactor, the assembly comprising: a frame shaped and configured to fit within the nuclear reactor internal core structure; and a plurality of helically twisted fuel elements supported by the frame in a fuel rod bundle, each of the fuel elements comprising fissile material; wherein as viewed in a cross-section that is perpendicular to an axial direction of the fuel assembly , the outermost fuel elements of the fuel rod bundle define a substantially circular perimeter; wherein the plurality of fuel elements are arranged into a mixed grid pattern that includes a first, rectangular grid pattern and a second, triangular grid pattern ; characterized in that some of the plurality of fuel elements are separated from adjacent fuel elements by a common centerline-to-centerline distance, and a circumscribed diameter of some of the plurality of fuel elements equals the centerline-to-centerline distance. a frame shaped and configured to fit within the nuclear reactor internal core structure; and a plurality of helically twisted fuel elements supported by the frame in a fuel rod bundle, each of the fuel elements comprising fissile material; wherein as viewed in a cross-section that is perpendicular to an axial direction of the fuel assembly , the outermost fuel elements of the fuel rod bundle define a substantially circular perimeter; wherein the plurality of fuel elements are arranged into a mixed grid pattern that includes a first, rectangular grid pattern and a second, triangular grid pattern ;