mhurhangee/ep-ind-claims huggingface dataset:
An overvoltage protection device, which comprises at least one overvoltage protection unit having at least one contact lug and which comprises a mechanical disconnection apparatus that is activated in the event of a thermal overload, wherein the mechanical disconnection apparatus comprises a connection element which can be moved from a closed position to a current-interrupting or voltage-disconnecting position by means of a slide preloaded by spring force, wherein the connection element consists of a pair of current-dividing metal brackets (1,1'), the ends of which directed toward the contact lug of the overvoltage protection unit extend in parallel and which accommodate the respective contact lug of the overvoltage protection unit in the centre of said brackets, wherein the closed position is secured by a solder or a thermally releasable adhesive between the connection element and the contact lug in the region of the ends of the brackets (1, 1') extending in parallel, and wherein further the ends of the brackets (1, 1') facing away from the contact lug of the overvoltage protection unit are connected to each other to include a cavity, and comprise a section in the further progression for outer connection parts or the like, wherein the slide having a preloading spring is inserted into the cavity in such a way that the spring preloading is oriented in the direction of the contact lug of the overvoltage protection unit, wherein further the slide forms a wedge shape and/or sections of the bracket (1, 1') form an inclined surface in order to produce a force component acting on the ends of the brackets (1, 1') extending in parallel when the slide moves, such that said ends move laterally away from the contact lug, characterized in that the ends of the at least one bracket (1, 1') facing the contact lug form a stop for a visual indicator which can be pivoted about an axis, wherein the pivoting motion is enabled when the ends of the brackets (1, 1') extending in parallel laterally move away from the contact lug by means of the slide.
An accelerator pedal reaction force control device that controls a reaction force in an opposite direction to a depressing direction of an accelerator pedal provided in a vehicle, comprising: a depression amount detector configured to detect a depression amount (θ) of the accelerator pedal; a reaction force imparting unit configured to impart the reaction force to the accelerator pedal; and a reaction force control unit configured to control a manner in which the reaction force is increased by the reaction force imparting unit; wherein the reaction force control unit, in a case that the depression amount (θ) detected by the depression amount detector becomes greater than or equal to a threshold value (θth), sets a target reaction force (Ftar) imparted by the reaction force imparting unit, characterized in that the reaction force control unit sets whether a reaction force rising speed (ΔF/Δt) at which the reaction force increases from a base reaction force (Fb) at the threshold value (θth) to the target reaction force (Ftar) should be made variable, or a reaction force increase amount (Fp) by which the reaction force increases from the base reaction force (Fb) at the threshold value (θth) to the target reaction force (Ftar) should be made variable, wherein in the reaction force control unit: the target reaction force (Ftar) in a case that the reaction force rising speed (ΔF/Δt) is set to be variable is defined as a first target reaction force (Fn + Fb); the target reaction force (Ftar) in a case that the reaction force increase amount (Fp) is set to be variable is defined as a second target reaction force (Fp + Fb); and the second target reaction force (Fp + Fb) is set to be greater than the first target reaction force (Fn + Fb). a depression amount detector configured to detect a depression amount (θ) of the accelerator pedal; a reaction force imparting unit configured to impart the reaction force to the accelerator pedal; and a reaction force control unit configured to control a manner in which the reaction force is increased by the reaction force imparting unit; wherein the reaction force control unit, in a case that the depression amount (θ) detected by the depression amount detector becomes greater than or equal to a threshold value (θth), sets a target reaction force (Ftar) imparted by the reaction force imparting unit, the target reaction force (Ftar) in a case that the reaction force rising speed (ΔF/Δt) is set to be variable is defined as a first target reaction force (Fn + Fb); the target reaction force (Ftar) in a case that the reaction force increase amount (Fp) is set to be variable is defined as a second target reaction force (Fp + Fb); and the second target reaction force (Fp + Fb) is set to be greater than the first target reaction force (Fn + Fb).
Rechargeable electrochemical battery cell having a housing, a positive electrode, a negative electrode, and an electrolyte which contains SO 2 and a conducting salt of the active metal of the cell, characterised in that at least one of the electrodes contains a binder B, wherein binder B consists of a polymer based on monomeric styrene and butadiene structural units.
A fastener assembly (11, 111) for mounting a panel (12, 12a, 12b) to a framework, the fastener assembly (11, 111) comprising: an elongate flexible tie (14, 114) having a proximal end and an opposing distal end; and a clamping block (16, 116) having a tie-receiving channel extending between an inner side and an opposing outer side of the clamping block (16, 116), wherein the proximal end is fixable to the clamping block (16, 116), and gripping means (59,195) adjacent the tie-receiving channel for gripping the tie (14,114); wherein, in use, the inner side of the clamping block (16,116) abuts the panel (12,12a,12b) and the gripping means (59,195) grips the tie such that tension in the tie (14,114) presses the inner side of the clamping block (16,116) against the panel (12,12a,12b); characterised in that the fastener assembly (11,111) further comprises a hinged piece (30, 130) connected by a hinge to the clamping block (16 116) for pivoting between a closed position in which the hinged piece (30, 130) has an inner surface that substantially overlies the outer side of the clamping block (16, 116) and an open position, wherein a slot (59, 195) in the hinged piece (30, 130) has a form complementary to the cross-section of the tie (14, 114) that provides the gripping means adjacent the tie-receiving channel for gripping the tie (14, 114) and, in the open position, the slot (59, 195) is adjacent to and aligned with the tie-receiving channel in the clamping block (16, 116). an elongate flexible tie (14, 114) having a proximal end and an opposing distal end; and a clamping block (16, 116) having a tie-receiving channel extending between an inner side and an opposing outer side of the clamping block (16, 116), wherein the proximal end is fixable to the clamping block (16, 116), and gripping means (59,195) adjacent the tie-receiving channel for gripping the tie (14,114); wherein, in use, the inner side of the clamping block (16,116) abuts the panel (12,12a,12b) and the gripping means (59,195) grips the tie such that tension in the tie (14,114) presses the inner side of the clamping block (16,116) against the panel (12,12a,12b); characterised in that the fastener assembly (11,111) further comprises a hinged piece (30, 130) connected by a hinge to the clamping block (16 116) for pivoting between a closed position in which the hinged piece (30, 130) has an inner surface that substantially overlies the outer side of the clamping block (16, 116) and an open position, wherein a slot (59, 195) in the hinged piece (30, 130) has a form complementary to the cross-section of the tie (14, 114) that provides the gripping means adjacent the tie-receiving channel for gripping the tie (14, 114) and, in the open position, the slot (59, 195) is adjacent to and aligned with the tie-receiving channel in the clamping block (16, 116).
A base material processing apparatus comprising: a transporting mechanism that transports a long band-like base material in a longitudinal direction of the base material along a predetermined transport path; a first detection part that acquires a first detection result by continuously or intermittently detecting a position of an edge of the base material in a width direction at a first detection position (Pa) in said transport path; a second detection part that acquires a second detection result by continuously or intermittently detecting the position of the edge of the base material in the width direction at a second detection position (Pb) that is located downstream of said first detection position in said transport path; and characterized by a displacement amount calculation part that calculates an amount of displacement in position of the base material in a transport direction or an amount of difference in transporting speed of the base material on the basis of said first detection result and said second detection result. a transporting mechanism that transports a long band-like base material in a longitudinal direction of the base material along a predetermined transport path; a first detection part that acquires a first detection result by continuously or intermittently detecting a position of an edge of the base material in a width direction at a first detection position (Pa) in said transport path; a second detection part that acquires a second detection result by continuously or intermittently detecting the position of the edge of the base material in the width direction at a second detection position (Pb) that is located downstream of said first detection position in said transport path; and characterized by a displacement amount calculation part that calculates an amount of displacement in position of the base material in a transport direction or an amount of difference in transporting speed of the base material on the basis of said first detection result and said second detection result.
A composition suitable for treatment and/or prevention of type 1 diabetes (T1D), comprising as the active ingredient of this composition 1) or 2): 1) Mixture of protein antigen and immune suppressive agent(s), wherein the weight ratio of the protein antigen and the immune suppressive agent(s) is 1:1 to 10:1, 2) Mixture of epitope peptides of said protein antigen and immune suppressive agent(s), wherein the weight ratio of the epitope peptides and the immune suppressive agent(s) is 1:1, wherein the protein antigen is Insulin or a fragment thereof, and wherein the immune suppressive agent is selected from the group consisting of dexamethasone (Dex), tacrolimus, cyclosporine (CsA), prednisone (Pred), methylprednisolone, and combinations thereof. 1) Mixture of protein antigen and immune suppressive agent(s), wherein the weight ratio of the protein antigen and the immune suppressive agent(s) is 1:1 to 10:1, 2) Mixture of epitope peptides of said protein antigen and immune suppressive agent(s), wherein the weight ratio of the epitope peptides and the immune suppressive agent(s) is 1:1,
A hand-held instrument (150, 200) comprising: a hand piece configured to be held by a user, the hand piece having a proximal end and a distal end; an extendable shaft movably associated with the hand piece, the extendable shaft having a proximal end and a distal end and being selectively movable relative to the hand piece between a retracted position and an extended position; and a utility conduit connected to the extendable shaft, wherein the utility conduit moves with the extendable shaft and relative to the hand piece when the extendable shaft moves between the retracted position and the extended position, wherein the utility conduit comprises at least one of (i) a power cable and (ii) a hose through which a gas, smoke, or fluid may be conveyed, wherein the utility conduit is configured to exit the hand piece at an exit location disposed between the proximal end and distal end of the hand piece, characterised in that said utility conduit is connected to the distal end of said extendable shaft, and wherein the connection of the utility conduit to the distal end of the extendable shaft enables the exit location of the utility conduit to be selectively adjustable between the proximal end and distal end of the hand piece when the extendable shaft is in the retracted position. a hand piece configured to be held by a user, the hand piece having a proximal end and a distal end; an extendable shaft movably associated with the hand piece, the extendable shaft having a proximal end and a distal end and being selectively movable relative to the hand piece between a retracted position and an extended position; and a utility conduit connected to the extendable shaft, wherein the utility conduit moves with the extendable shaft and relative to the hand piece when the extendable shaft moves between the retracted position and the extended position, wherein the utility conduit comprises at least one of (i) a power cable and (ii) a hose through which a gas, smoke, or fluid may be conveyed, wherein the utility conduit is configured to exit the hand piece at an exit location disposed between the proximal end and distal end of the hand piece, characterised in that said utility conduit is connected to the distal end of said extendable shaft, and wherein the connection of the utility conduit to the distal end of the extendable shaft enables the exit location of the utility conduit to be selectively adjustable between the proximal end and distal end of the hand piece when the extendable shaft is in the retracted position.
Front-end module for a wireless communication system, - which is designed for operation in a plurality of frequency bands for GSM and WCDMA, - having signal paths in which in each case a transmission filter or a duplexer is arranged, - having a transmission input for transmission signals - having an antenna connection which is connected via a second switch to at least two signal paths which are each associated with one frequency band, - in which the second switch is also connected to receive signal paths, - having a first switch which connects the transmission input selectively to one of the signal paths corresponding to a selected non-linked normal operating state, - having a set of control lines - wherein non-linked normal operating states for normal operation of the front-end module can be selected in a transmission band, a reception band or a WCDMA system via the set of control lines, characterized - in that at least one linked operating state can be selected via the set of control lines in addition to the normal operating states by appropriate settings of the first and second switch, - in that the linked operating state comprises parallel activation: • of a plurality of paths which are used for transmission signals, or • of a plurality of receive signal paths, or • of a signal path which is used for transmission signals and of a receive signal path. - which is designed for operation in a plurality of frequency bands for GSM and WCDMA, - having signal paths in which in each case a transmission filter or a duplexer is arranged, - having a transmission input for transmission signals - having an antenna connection which is connected via a second switch to at least two signal paths which are each associated with one frequency band, - in which the second switch is also connected to receive signal paths, - having a first switch which connects the transmission input selectively to one of the signal paths corresponding to a selected non-linked normal operating state, - having a set of control lines - wherein non-linked normal operating states for normal operation of the front-end module can be selected in a transmission band, a reception band or a WCDMA system via the set of control lines, characterized - in that at least one linked operating state can be selected via the set of control lines in addition to the normal operating states by appropriate settings of the first and second switch, - in that the linked operating state comprises parallel activation: • of a plurality of paths which are used for transmission signals, or • of a plurality of receive signal paths, or • of a signal path which is used for transmission signals and of a receive signal path. • of a plurality of paths which are used for transmission signals, or • of a plurality of receive signal paths, or • of a signal path which is used for transmission signals and of a receive signal path.
A method of protecting against unauthorized use of a terminal operating with a subscriber identity module, SIM card, the method comprising: comparing a secondary version of a temporary identity information stored in a storage unit and a primary version of the temporary identity information stored in the SIM card, wherein the temporary identity information is allocated by a network and used for accessing a service provided by the network after initial network registration; sending a message containing the temporary identity information to the network for accessing the service when the primary version and the secondary version of the temporary identity information are identical with each other; sending a message containing a unique identity information to the network when the primary version and the secondary version of the temporary identity information differ from each other, wherein the unique identity information is stored in the SIM card and used in an authentication process of the initial network registration; and restricting operation of a function of the terminal when a registration reject message is received from the network in response to the message containing the unique identity information. comparing a secondary version of a temporary identity information stored in a storage unit and a primary version of the temporary identity information stored in the SIM card, wherein the temporary identity information is allocated by a network and used for accessing a service provided by the network after initial network registration; sending a message containing the temporary identity information to the network for accessing the service when the primary version and the secondary version of the temporary identity information are identical with each other; sending a message containing a unique identity information to the network when the primary version and the secondary version of the temporary identity information differ from each other, wherein the unique identity information is stored in the SIM card and used in an authentication process of the initial network registration; and restricting operation of a function of the terminal when a registration reject message is received from the network in response to the message containing the unique identity information.
A device for washing large fabric items, such as blankets, in particular items dirtied with solid residues, comprising a frame and a washing tank, said tank comprising a bottom, a peripheral wall and an opening for loading/unloading items, positioned across from the tank bottom, this tank being mounted rotatably around an axis, called rotation axis, passing through the bottom of the tank and said opening also tilting, by pivoting along a second axis, called pivot axis, transverse to said rotation axis, to tilt the tank between a high position of the tank, called loading or washing position, in which the opening of the tank is substantially oriented upward, and a low, unloading position, characterized in that said low position is an emptying position in which the opening of the tank is oriented downward, and in that the loading/unloading opening of said tank is, in the loaded state, closed by a grate or open-worked door, able to serve as a draining support for said items after washing and tilting of the tank downward and to allow the direct evacuation of solid residues driven by the washing of the dirtied items.
A transaction intervention module coupled to at least one interconnect component and at least one master device of the at least one interconnect component; the interconnect component is arranged to enable transfer of data between the at least one master device and at least one slave device; the transaction intervention module is arranged to receive an indication of a functional state of the at least one master device, and if the at least one master device is indicated as being in a faulty functional state the transaction intervention module is further arranged to: determine whether any interconnect transactions initiated by the at least one master device with the at least one interconnect component are outstanding; and if it is determined that at least one interconnect transaction initiated by the at least one master device is outstanding, finalise the at least one outstanding interconnect transaction with the at least one interconnect component. the interconnect component is arranged to enable transfer of data between the at least one master device and at least one slave device; the transaction intervention module is arranged to receive an indication of a functional state of the at least one master device, and if the at least one master device is indicated as being in a faulty functional state the transaction intervention module is further arranged to: determine whether any interconnect transactions initiated by the at least one master device with the at least one interconnect component are outstanding; and if it is determined that at least one interconnect transaction initiated by the at least one master device is outstanding, finalise the at least one outstanding interconnect transaction with the at least one interconnect component. determine whether any interconnect transactions initiated by the at least one master device with the at least one interconnect component are outstanding; and if it is determined that at least one interconnect transaction initiated by the at least one master device is outstanding, finalise the at least one outstanding interconnect transaction with the at least one interconnect component.
Hybrid system for performing magnetic resonance imaging and radiofrequency ablation on a patient, with the following features: a) the hybrid system has a magnetic resonance imaging system in which MRI high-frequency signals can be generated for carrying out the magnetic resonance imaging and can be made available at an output connection of the magnetic resonance imaging system, b) the hybrid system has at least one ablation electrode for performing radiofrequency ablation, c) the at least one ablation electrode is coupled to the output connection of the magnetic resonance imaging system, so that the radiofrequency ablation can be performed via the at least one ablation electrode by means of the MRI high-frequency signals, characterized in that the hybrid system is set up to supply the MRI high-frequency signals either to the at least one ablation electrode or to an MRI transmitting coil of the magnetic resonance imaging system. a) the hybrid system has a magnetic resonance imaging system in which MRI high-frequency signals can be generated for carrying out the magnetic resonance imaging and can be made available at an output connection of the magnetic resonance imaging system, b) the hybrid system has at least one ablation electrode for performing radiofrequency ablation, c) the at least one ablation electrode is coupled to the output connection of the magnetic resonance imaging system, so that the radiofrequency ablation can be performed via the at least one ablation electrode by means of the MRI high-frequency signals,