mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle structure , comprising at least one vehicle axle support structure (T4) forming a vehicle chassis module and comprising a vehicle axle , wherein the vehicle axle support structure (T4) comprises at least two front connection nodes (K4) and at least two rear connection nodes (K4), wherein the vehicle axle support structure (T4) comprises four upper connection nodes, and wherein the vehicle axle support structure (T4) comprises at least one of the following functional components, in particular under-carriage components: - a lifting device for raising and lowering the vehicle axle, - at least one roll stabilizer , and/or - a component with integrated longitudinal guiding function, transverse guiding function and roll stabilization function, characterized in that a longitudinal support segment (4.1, 4.3) and a vertical support segment (4.9-4.12) of the vehicle axle support structure (T4) is respectively connected to the four upper connection nodes (K4) of the vehicle axle support structure (T4). - a lifting device for raising and lowering the vehicle axle, - at least one roll stabilizer , and/or - a component with integrated longitudinal guiding function, transverse guiding function and roll stabilization function,
A pile preparation unit for changing a pallet support of a pile of sheets with a first end and second end where the pallet has a support side supporting the pile of sheets at the first end , the pile preparation unit comprising: - a rotation unit configured with an infeed opening for receiving a pallet with a pile of sheets , the rotation unit configured with a rotating structure to rotate a lift unit about a rotational axis ; wherein the lift unit comprises a first lift plate and a second lift plate , each configured to move and position in a lift structure to engage to the respective first end and second end of the pile of sheets ; wherein the lift unit is configured with a lift structure fixed to the rotating structure and has a lift plate movable along the lift structure to engage with the second end of the pile of sheets and to move and position the pile of sheets transverse, relative to the rotational axis providing a portal for changing a pallet , wherein the rotating unit comprises a first conveyor configured to rotate with the rotating structure and the lift unit comprises a second conveyor configured as a second lift plate , characterised in that the pile preparation unit is configured with a pallet change module comprising a pallet portal with movable pallet engagement means for engaging with a pallet for extraction from and insertion into a portal formed in an upper section of the rotation unit . - a rotation unit configured with an infeed opening for receiving a pallet with a pile of sheets , the rotation unit configured with a rotating structure to rotate a lift unit about a rotational axis ; wherein the lift unit comprises a first lift plate and a second lift plate , each configured to move and position in a lift structure to engage to the respective first end and second end of the pile of sheets ; wherein the lift unit is configured with a lift structure fixed to the rotating structure and has a lift plate movable along the lift structure to engage with the second end of the pile of sheets and to move and position the pile of sheets transverse, relative to the rotational axis providing a portal for changing a pallet , wherein the rotating unit comprises a first conveyor configured to rotate with the rotating structure and the lift unit comprises a second conveyor configured as a second lift plate , characterised in that the pile preparation unit is configured with a pallet change module comprising a pallet portal with movable pallet engagement means for engaging with a pallet for extraction from and insertion into a portal formed in an upper section of the rotation unit .
A method for in vitro cell culture, comprising the steps of: a. inserting a support for the cell growth and maintenance in a cell culture container; b. putting one or more cell types in contact with and allowing to attach to the support for the cell growth and maintenance of step a.; c. placing the support with the attached cells of step b. to float at the interface between the air and the culture medium; d. incubating the floating support on the culture medium of step c. in appropriate conditions that allow the growth and differentiation of the cells; wherein: - said one or more cell types grow at the interface between the air and the cell culture medium, and exchange nutrients and metabolites with the underlying growth medium, and - said support is a fibroin microfiber textile tissue integrated with a fibroin film. a. inserting a support for the cell growth and maintenance in a cell culture container; b. putting one or more cell types in contact with and allowing to attach to the support for the cell growth and maintenance of step a.; c. placing the support with the attached cells of step b. to float at the interface between the air and the culture medium; d. incubating the floating support on the culture medium of step c. in appropriate conditions that allow the growth and differentiation of the cells; - said one or more cell types grow at the interface between the air and the cell culture medium, and exchange nutrients and metabolites with the underlying growth medium, and - said support is a fibroin microfiber textile tissue integrated with a fibroin film.
A polymerizable adhesive composition comprising: an organoborane amine complex and a polyamine, both components together with a nitrogen to boron atomic ratio of less than 4; a polyisocyanate component being an isocyanate terminated prepolymer formed by reacting excess isocyanate with polyols or polyamines; a free radically polymerizable component; and, no polyol. an organoborane amine complex and a polyamine, both components together with a nitrogen to boron atomic ratio of less than 4; a polyisocyanate component being an isocyanate terminated prepolymer formed by reacting excess isocyanate with polyols or polyamines; a free radically polymerizable component; and, no polyol.
Current source module for joining methods with current-generated heat support, in particular for welding guns , including a base body formed monolithically as a single component, which has a first immovable attachment means for connecting a first joining tool and at least one first formed receiving space , wherein in the first receiving space a control element is disposed including a linearly movable second attachment means for connecting to a second joining tool, and in the first or a further receiving space a transformer unit is disposed for electrical supplying of the joining, characterized in that the transformer unit is cast in the receiving space in a materially-bonded manner with the base body .
A method of encoding a video signal having at least a first signal component corresponding to a first color, and a second signal component, associated with the first signal component and corresponding to a second color, each said signal component being divided into blocks, and each said block having one or more encodable units, and the encoding of at least one encodable unit of said second signal component being switchable between first and second modes, the encoding in the first mode including a transforming step for transforming an encodable unit into coefficients, and the encoding in the second mode excluding the transforming step, the method comprising: excluding , for at least one said encodable unit of said second signal component, use of said second mode for the encoding of the second-signal-component encodable unit concerned when the following condition is satisfied: the first-signal-component block corresponding to the second-signal-component encodable unit concerned is a sub-divided block having at least two encodable units and the second mode is not used for encoding any of the encodable units of the sub-divided first-signal-component block; and when the condition is not satisfied, enabling a choice of which of the first and second encoding modes to use for the encoding of the second-signal-component encodable unit concerned. excluding , for at least one said encodable unit of said second signal component, use of said second mode for the encoding of the second-signal-component encodable unit concerned when the following condition is satisfied: the first-signal-component block corresponding to the second-signal-component encodable unit concerned is a sub-divided block having at least two encodable units and the second mode is not used for encoding any of the encodable units of the sub-divided first-signal-component block; and when the condition is not satisfied, enabling a choice of which of the first and second encoding modes to use for the encoding of the second-signal-component encodable unit concerned.
A hood comprising a fume collector , in fluidic connection with a chimney , and air circulating means for drawing air through said fume collector and directing it into said chimney and further comprising an odour filter adapted to filter said air, characterised in that said odour filter comprises at least two filtering layers arranged consecutively along the direction of flow, wherein said odour filter has a substantially cylindrical shape, thus defining a lateral filtering surface , and said filtering layers are arranged concentrically on said lateral surface , being placed one inside the other, wherein a first filtering layer comprises a pleated textile and a second filtering layer comprises activated carbon, said odour filter further comprising at least one inlet for an air flow, said inlet being substantially transversal to said lateral filtering surface on a base of said odour filter .
A method, comprising: receiving by a mobility management entity, from a home subscriber server, during terminal attachment to evolved packet system, information whether a subscriber has an internet protocol multimedia subsystem centralized services subscription; transmitting by the mobility management entity, in an initial message of a single radio voice call continuity procedure, the received information to a mobile switching center server for operating as a mobile switching center server enhanced for internet protocol multimedia subsystem centralized services. receiving by a mobility management entity, from a home subscriber server, during terminal attachment to evolved packet system, information whether a subscriber has an internet protocol multimedia subsystem centralized services subscription; transmitting by the mobility management entity, in an initial message of a single radio voice call continuity procedure, the received information to a mobile switching center server for operating as a mobile switching center server enhanced for internet protocol multimedia subsystem centralized services.
A cutting assembly for a rock excavation machine , the rock excavation machine including a frame, the cutting assembly comprising: a boom supported on the frame, and a cutting device, the boom including a first portion and a second portion , the first portion including a first structure and a second structure slidable relative to the first structure , the second portion including a first member pivotably coupled to the second structure , and a second member pivotably coupled to the first member , the boom further including a first fluid actuator for pivoting the first member relative to the first portion , a second fluid actuator for driving sliding movement of the second structure relative to the first structure , and at least one biasing member coupled between the first member and the second member ; and the cutting device supported on the second member, characterised in that the second member is pivotably coupled to the first member by a universal joint , the second portion further including a plurality of biasing members coupled between the first member and the second member. a boom supported on the frame, and a cutting device, the boom including a first portion and a second portion , the first portion including a first structure and a second structure slidable relative to the first structure , the second portion including a first member pivotably coupled to the second structure , and a second member pivotably coupled to the first member , the boom further including a first fluid actuator for pivoting the first member relative to the first portion , a second fluid actuator for driving sliding movement of the second structure relative to the first structure , and at least one biasing member coupled between the first member and the second member ; and the cutting device supported on the second member, characterised in that the second member is pivotably coupled to the first member by a universal joint , the second portion further including a plurality of biasing members coupled between the first member and the second member.
Production method for a drill having a helix : cold forming a rod-shaped blank into a semifinished product having three or more rectilinear longitudinal webs running along a longitudinal axis of the semifinished product , introducing the longitudinal webs of the semifinished product into a first die-plate and a second die-plate in a working direction , wherein the first die-plate lies against the longitudinal webs in a direction of rotation about the longitudinal axis and the second die-plate lies against the longitudinal webs counter to the direction of rotation , pivoting the first die-plate in the direction of rotation in relation to the second die-plate in order to twist the longitudinal webs between the first die-plate and the second die-plate , pulling the longitudinal webs of the semifinished product through the pivoted first die-plate and the second die-plate counter to the working direction in order to twist the longitudinal webs , and attaching a drill head at the rear end in the working direction . cold forming a rod-shaped blank into a semifinished product having three or more rectilinear longitudinal webs running along a longitudinal axis of the semifinished product , introducing the longitudinal webs of the semifinished product into a first die-plate and a second die-plate in a working direction , wherein the first die-plate lies against the longitudinal webs in a direction of rotation about the longitudinal axis and the second die-plate lies against the longitudinal webs counter to the direction of rotation , pivoting the first die-plate in the direction of rotation in relation to the second die-plate in order to twist the longitudinal webs between the first die-plate and the second die-plate , pulling the longitudinal webs of the semifinished product through the pivoted first die-plate and the second die-plate counter to the working direction in order to twist the longitudinal webs , and attaching a drill head at the rear end in the working direction .
A material car for delivering work material to a machine processing the work material , having a housing with which a plurality of wheels enabling the material car to move are associated, having at least one material carrier arranged in the housing for receiving the work material , and having a front which can be actuated manually or automatically and which can be locked by a locking device , whereas the locking device is able to be actuated by an electronic authentication device between a closed position, in which access to the material carrier is denied, and an open position, in which access to the material carrier is granted, characterized in that a communication module is assigned to the authentication device , in that the machine processing the work material can be communicatively connected or coupled to the material car in order to detect a machine signal emitted by the machine, and in that the locking device is only moved into the open position when the communication module receives a machine signal emitted by the machine, wherein upon receipt of a machine signal matching to the material car in the form of an error-free signal , the machine is coupled to the material car and the locking device of the material car is activated, wherein a user can identify himself at the authentication device upon receipt of the error-free signal , and wherein, after successful identification by the user, the activated locking device is moved from the closed position to the open position. wherein upon receipt of a machine signal matching to the material car in the form of an error-free signal , the machine is coupled to the material car and the locking device of the material car is activated, wherein a user can identify himself at the authentication device upon receipt of the error-free signal , and wherein, after successful identification by the user, the activated locking device is moved from the closed position to the open position.
A component comprising a semiconductor substrate with a surface ; a magnetic field sensor ; and a trench in the semiconductor substrate , said trench at least partially surrounding the magnetic field sensor and which completely penetrates the semiconductor substrate , characterized in that the trench and the magnetic field sensor are covered with a cap .
A process for monitoring a decontamination process wherein the decontamination process is implemented in the presence of at least one indicator microorganism and the behavior of said at least one indicator microorganism is observed during said decontamination process, characterized in that the at least one indicator microorganism is selected from non-pathogenic Enterobacteriaceae of the genus Pantoea selected from the species Pantoea agglomerans and Pantoea calida, of the genus Enterobacter selected from the species Enterobacter hormaechei and Enterobacter mori, or of the genus Erwinia selected from the species Erwinia persicina and mixtures thereof.
A surgical training system, comprising: a base; a top cover connected to and spaced apart from the base to define an internal cavity ; the top cover including an opening; a frame connected to the top cover in the location of the opening; and a simulated abdominal wall connected to the frame and spanning at least part of the opening; the simulated abdominal wall being characterized by a plurality of dome-shaped layers forming a unitary dome body having a convex surface and a concave surface facing the internal cavity . a base; a top cover connected to and spaced apart from the base to define an internal cavity ; the top cover including an opening; a frame connected to the top cover in the location of the opening; and a simulated abdominal wall connected to the frame and spanning at least part of the opening; the simulated abdominal wall being characterized by a plurality of dome-shaped layers forming a unitary dome body having a convex surface and a concave surface facing the internal cavity .
Electronic chip comprising an integrated circuit arranged on a substrate and a protective device arranged at least partially facing the integrated circuit , the electronic chip being such that the protective device comprises at least one condenser comprising: - a first electrode , - a second electrode , - and at least three stacked layers of phase change materials, defining at least two outer layers and at least one inner layer inserted between said at least two outer layers , said at least three stacked layers of phase change materials being arranged at least partially between the two electrodes , at least one first layer taken from among said at least two outer layers and said at least one inner layer being in an amorphous state and configured to pass at least locally by penetrating a photonic and/or ionic beam from said amorphous state for which the condenser has a first capacity and/or a first resistance to a crystalline state for which the condenser has a second capacity and/or a second resistance respectively different from the first capacity and from the first resistance, at least one second layer taken from among said at least two outer layers and said at least one inner layer being in a crystalline state, the protective device being electrically connected to the integrated circuit by at least one of said first or second electrodes (6-7) such that the integrated circuit measures the resistance and/or capacity of the condenser. - a first electrode , - a second electrode , - and at least three stacked layers of phase change materials, defining at least two outer layers and at least one inner layer inserted between said at least two outer layers ,
Method for configuring at least one terminal of a client user of an operator managing a first communications network , prior to a request to attach the at least one terminal to a second communications network whose transmission resources are temporarily used to route data from the at least one terminal to a remote server, the method comprising the following steps implemented by a control entity of the second network : - Receiving, from a control entity of the first network , a management instruction relating to the attachment of the at least one terminal to the second network for a geographical area, - Configuring an item of data relating to controlling the attachment of the at least one terminal on the basis of the received management instruction, - Sending, to the at least one terminal , at least one configuration parameter for the attachment of the at least one terminal to the second network . - Receiving, from a control entity of the first network , a management instruction relating to the attachment of the at least one terminal to the second network for a geographical area, - Configuring an item of data relating to controlling the attachment of the at least one terminal on the basis of the received management instruction, - Sending, to the at least one terminal , at least one configuration parameter for the attachment of the at least one terminal to the second network .