mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilizer device for arrangement between a first railcar body and a second railcar body of a vehicle, in particular a roll stabilizer for arrangement in the roof region between the railcar bodies of a rail vehicle, having a first fastening member for arrangement at the first railcar body and a second fastening member for arrangement at the second railcar body , further having a coupling element by which the two fastening members are coupled to one another, wherein the fastening members have a flange part for arrangement at the railcar body and a coupling part for receiving the coupling element , wherein the coupling element is movably linked to the respective coupling part of the fastening members by means of a coupling joint , and wherein the flange part and the coupling part are connected to one another by means of a pivot joint , wherein the pivot joint has a damping means , and wherein the damping means comprises at least one elastic member , characterized in that the pivot joint has a sleeve member and an axle member , with the elastic member forming the damping means being introduced between the sleeve member and the axle member .
A dressing for use with negative-pressure treatment on a foot, the dressing comprising: a tissue interface comprising: a hindfoot section comprising at least two heel flaps , a midfoot section, a forefoot section, a forefoot extension configured to fold over the forefoot section, a fluid control layer having a plurality of fluid restrictions, and a manifold adhered to the fluid control layer in a stacked relationship across the hindfoot section , the midfoot section , the forefoot section , and the forefoot extension ; and a cover comprising a non-porous film having an open end configured to receive the tissue interface applied to the foot. a tissue interface comprising: a hindfoot section comprising at least two heel flaps , a midfoot section, a forefoot section, a forefoot extension configured to fold over the forefoot section, a fluid control layer having a plurality of fluid restrictions, and a manifold adhered to the fluid control layer in a stacked relationship across the hindfoot section , the midfoot section , the forefoot section , and the forefoot extension ; and a hindfoot section comprising at least two heel flaps , a midfoot section, a forefoot section, a forefoot extension configured to fold over the forefoot section, a fluid control layer having a plurality of fluid restrictions, and a manifold adhered to the fluid control layer in a stacked relationship across the hindfoot section , the midfoot section , the forefoot section , and the forefoot extension ; and a cover comprising a non-porous film having an open end configured to receive the tissue interface applied to the foot.
A display system comprising: a display module that produces image light; a waveguide; ; a reflective input coupling prism mounted to the waveguide, wherein the reflective input coupling prism is configured to receive the image light through the waveguide, the reflective input coupling prism is configured to reflect the image light into the waveguide, and the waveguide is configured to propagate the reflected image light via total internal reflection; and an output coupler on the waveguide and configured to couple the reflected image light out of the waveguide, wherein the output coupler comprises diffractive grating structures in a grating medium embedded within the waveguide. a display module that produces image light; a waveguide; ; a reflective input coupling prism mounted to the waveguide, wherein the reflective input coupling prism is configured to receive the image light through the waveguide, the reflective input coupling prism is configured to reflect the image light into the waveguide, and the waveguide is configured to propagate the reflected image light via total internal reflection; and an output coupler on the waveguide and configured to couple the reflected image light out of the waveguide, wherein the output coupler comprises diffractive grating structures in a grating medium embedded within the waveguide.
A medical tube comprising: a tube wall having a first end and a second end, and a heater wire , characterised in that the medical tube further comprises a tube recess provided in an outer surface of said tube wall near, or at, one of said first end or said second end, wherein said heater wire is wrapped around said tube wall and passes over said tube recess such that said heater wire does not contact said tube wall in the area of said tube recess . a tube wall having a first end and a second end, and a heater wire , characterised in that the medical tube further comprises a tube recess provided in an outer surface of said tube wall near, or at, one of said first end or said second end, wherein said heater wire is wrapped around said tube wall and passes over said tube recess such that said heater wire does not contact said tube wall in the area of said tube recess .
An electronic viewfinder installed at a main body of a photographing apparatus to provide a viewfinder image, the electronic viewfinder comprising: a first holder fixed to the main body ; a viewfinder comprising a display unit and an ocular portion configured to view an image of the subject displayed on the display unit ; wherein the viewfinder is supported by the first holder such that the ocular portion is slid to a first position adjacent to the main body and a second position spaced apart from the main body ; and characterised in that the electronic viewfinder comprises a toggle spring configured to elastically connect the first holder and the viewfinder , wherein a direction of an elastic force of the toggle spring is switched from a slide obstructing direction to a slide allowing direction when the viewfinder is slid. a first holder fixed to the main body ; a viewfinder comprising a display unit and an ocular portion configured to view an image of the subject displayed on the display unit ; wherein the viewfinder is supported by the first holder such that the ocular portion is slid to a first position adjacent to the main body and a second position spaced apart from the main body ; and characterised in that the electronic viewfinder comprises a toggle spring configured to elastically connect the first holder and the viewfinder , wherein a direction of an elastic force of the toggle spring is switched from a slide obstructing direction to a slide allowing direction when the viewfinder is slid.
A method in a wireless device, the wireless device being configured to operate in a 3GPP system, comprising: transmitting (S310) uplink data to a network node, the uplink data transmitted according to a semi-persistent scheduling, SPS, configuration obtained from the network node, and skipping transmission of padding when no data is available for transmission; retransmitting (S320) the uplink data to the network node until receiving an indication to transmit new uplink data, the indication received from the network node via a physical downlink control channel, PDCCH, wherein indications from the network node on a corresponding Physical Hybrid-ARQ Indicator Channel, PHICH, are not being monitored; and receiving a message from the network node indicating to fallback to a negative acknowledgement, NACK, procedure for performing retransmissions, when the uplink traffic pattern changes from sporadic to non-sporadic according to the SPS grant utilization pattern, wherein the NACK procedure comprises monitoring the corresponding PHICH for NACK messages, and wherein the message from the network node indicating to fallback to the NACK procedure comprises a Radio Resource Control, RRC, reconfiguration message. transmitting (S310) uplink data to a network node, the uplink data transmitted according to a semi-persistent scheduling, SPS, configuration obtained from the network node, and skipping transmission of padding when no data is available for transmission; retransmitting (S320) the uplink data to the network node until receiving an indication to transmit new uplink data, the indication received from the network node via a physical downlink control channel, PDCCH, wherein indications from the network node on a corresponding Physical Hybrid-ARQ Indicator Channel, PHICH, are not being monitored; and receiving a message from the network node indicating to fallback to a negative acknowledgement, NACK, procedure for performing retransmissions, when the uplink traffic pattern changes from sporadic to non-sporadic according to the SPS grant utilization pattern, wherein the NACK procedure comprises monitoring the corresponding PHICH for NACK messages, and wherein the message from the network node indicating to fallback to the NACK procedure comprises a Radio Resource Control, RRC, reconfiguration message.
Tool carrier for a clinching installation, having a housing having a longitudinal axis (L), in which housing - a hold-down which is impinged by a first compression spring , - an outer die which is impinged by a second compression spring , and - an inner die which is rigidly connected to the housing (5.1) are disposed coaxially within one another so as to be routed out of the housing (5.1) by way of their free ends, characterized in that the first compression spring is disposed so as to be coaxial within the second compression spring . - a hold-down which is impinged by a first compression spring , - an outer die which is impinged by a second compression spring , and - an inner die which is rigidly connected to the housing (5.1) are disposed coaxially within one another so as to be routed out of the housing (5.1) by way of their free ends,
An isolated polynucleotide encoding a modified foot-and-mouth disease virus (FMDV) 3C protease, wherein the modified FMDV 3C protease comprises a V124P amino acid, wherein the modified FMDV 3C protease, when expressed in a host cell, enhances transgene expression of a P1 precursor polypeptide in comparison to an amount of P1 precursor polypeptide transgene expression exhibited in a host cell expressing a wild-type FMDV 3C protease selected from the group consisting of SEQ ID NOS: 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20, and wherein the modified FMDV 3C protease has at least 95% identity to the wild-type FMDV 3C protease selected from the group consisting of SEQ ID NOS: 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20, and wherein said polynucleotide, when transformed into and expressed in a host cell, reduces an amount of proteolytically-cleaved eIF4A1 compared to an amount of proteolytically-cleaved eIF4A1 in a host cell expressing the wild-type 3C protease. wherein the modified FMDV 3C protease comprises a V124P amino acid, wherein the modified FMDV 3C protease, when expressed in a host cell, enhances transgene expression of a P1 precursor polypeptide in comparison to an amount of P1 precursor polypeptide transgene expression exhibited in a host cell expressing a wild-type FMDV 3C protease selected from the group consisting of SEQ ID NOS: 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20, and wherein the modified FMDV 3C protease has at least 95% identity to the wild-type FMDV 3C protease selected from the group consisting of SEQ ID NOS: 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20, and wherein said polynucleotide, when transformed into and expressed in a host cell, reduces an amount of proteolytically-cleaved eIF4A1 compared to an amount of proteolytically-cleaved eIF4A1 in a host cell expressing the wild-type 3C protease.
A power converter system for a plurality of electrolysis cell stack units, comprising: a parallel arrangement of multiple DC/DC converter modules; wherein each DC/DC converter module is configured to power a single electrolysis cell stack unit; and wherein each DC/DC converter module is capable of supplying said electrolysis cell stack unit with a predetermined variation of current, power and/or voltage such that near-thermoneutral operation at part load is enabled by matching the integral Joule heat production with the integral reaction heat consumption inside said electrolysis cell stack unit, and/or wherein each DC/DC converter module is capable of reversing the current supplied to said electrolysis cell stack unit, causing said electrolysis cell stack unit to perform in fuel cell mode. a parallel arrangement of multiple DC/DC converter modules; wherein each DC/DC converter module is configured to power a single electrolysis cell stack unit; and wherein each DC/DC converter module is capable of supplying said electrolysis cell stack unit with a predetermined variation of current, power and/or voltage such that near-thermoneutral operation at part load is enabled by matching the integral Joule heat production with the integral reaction heat consumption inside said electrolysis cell stack unit, and/or wherein each DC/DC converter module is capable of reversing the current supplied to said electrolysis cell stack unit, causing said electrolysis cell stack unit to perform in fuel cell mode.
Method for carrying out a safe emergency stopping manoeuvre or a driving motor vehicle (EF) comprising the following steps: monitoring the driver of the motor vehicle in order to generate driver state data (S1), determining the degree of fitness of the driver to drive from the driver state data (S2), transferring the vehicle into an automatic driving mode if the degree of fitness of the driver to drive undershoots a predefined threshold, and executing a safe emergency driving manoeuvre (S3, S4), determining a stopping position for the emergency stop of the vehicle from predictive route data (PS) of the future route profile of the motor vehicle (S5), wherein the predictive route data (PS) is determined form the position information and the map information of a navigation system , driving to the stopping position with the automatic driving mode (S6), and executing the safe emergency stopping manoeuvre in the stopping position (S7), characterized in that a stopping position with minimal risk is determined and driven to, wherein the position information contains altitude information (PS1) of a satellite-based navigation system, and a route section which can be clearly seen by the traffic to the rear is selected for the determination of the stopping position (NH) with minimal risk on the basis of the altitude information (PS1). monitoring the driver of the motor vehicle in order to generate driver state data (S1), determining the degree of fitness of the driver to drive from the driver state data (S2), transferring the vehicle into an automatic driving mode if the degree of fitness of the driver to drive undershoots a predefined threshold, and executing a safe emergency driving manoeuvre (S3, S4), determining a stopping position for the emergency stop of the vehicle from predictive route data (PS) of the future route profile of the motor vehicle (S5), wherein the predictive route data (PS) is determined form the position information and the map information of a navigation system , driving to the stopping position with the automatic driving mode (S6), and executing the safe emergency stopping manoeuvre in the stopping position (S7), characterized in that a stopping position with minimal risk is determined and driven to, wherein the position information contains altitude information (PS1) of a satellite-based navigation system, and a route section which can be clearly seen by the traffic to the rear is selected for the determination of the stopping position (NH) with minimal risk on the basis of the altitude information (PS1).
Coiling device for spirally rolling-up a three-dimensional cushioning material made by a cushion forming device from a web-type source material, comprising: a reel having at least two deflectors, such as mandrels , hooks or deflector edges (23*), characterized in that the reel has a rotational axis (D) extending in a vertical direction (V). a reel having at least two deflectors, such as mandrels , hooks or deflector edges (23*), characterized in that the reel has a rotational axis (D) extending in a vertical direction (V).
System comprising a container for a tobacco related product and a supplemental product , wherein the container for a tobacco related product, comprises at least one storage compartment for storing the tobacco related product; at least one closure element for providing controlled access to the storage compartment ; and one of a first adhesive element and a second adhesive element , wherein the supplemental product comprises the other one of the first adhesive element and the second adhesive element , wherein the first adhesive element comprises an adhesive layer and a cover layer disposed on the adhesive layer and configured for lowering the adhesive strength of the adhesive layer such that the first adhesive element is generally non-tacky, wherein the second adhesive element comprises a release layer , and wh erein the first adhesive element is configured for specifically adhering to the release layer of the second adhesive element .
A rotation pulsation generating mechanism, comprising: a drive motor (MT1); a transmission coupled between the drive motor (MT1) and a rotation target (TG); a cam fixed to a rotary shaft between the drive motor (MT1) and the transmission and configured to be rotated and driven by the drive motor (MT1); and a cam follower (20: 20a, 20b), characterized in that : the cam follower (20: 20a, 20b) is configured to be biased so as to press the cam in a direction perpendicular to a rotation axis of the cam , wherein the cam pressed by the cam follower (20: 20a, 20b) is configured to be rotated and driven by the drive motor (MT1) so as to generate rotation pulsation according to a rotational speed of the drive motor (MT1), and the transmission is configured to change the rotational speed of the drive motor (MT1) to a rotational speed of the rotation target (TG) which is different from the rotational speed of the drive motor (MT1), so that a given order of rotation pulsation is applied to the rotation target (TG). a drive motor (MT1); a transmission coupled between the drive motor (MT1) and a rotation target (TG); a cam fixed to a rotary shaft between the drive motor (MT1) and the transmission and configured to be rotated and driven by the drive motor (MT1); and a cam follower (20: 20a, 20b), characterized in that : the cam follower (20: 20a, 20b) is configured to be biased so as to press the cam in a direction perpendicular to a rotation axis of the cam , wherein the cam pressed by the cam follower (20: 20a, 20b) is configured to be rotated and driven by the drive motor (MT1) so as to generate rotation pulsation according to a rotational speed of the drive motor (MT1), and the transmission is configured to change the rotational speed of the drive motor (MT1) to a rotational speed of the rotation target (TG) which is different from the rotational speed of the drive motor (MT1), so that a given order of rotation pulsation is applied to the rotation target (TG). the cam follower (20: 20a, 20b) is configured to be biased so as to press the cam in a direction perpendicular to a rotation axis of the cam , wherein the cam pressed by the cam follower (20: 20a, 20b) is configured to be rotated and driven by the drive motor (MT1) so as to generate rotation pulsation according to a rotational speed of the drive motor (MT1), and the transmission is configured to change the rotational speed of the drive motor (MT1) to a rotational speed of the rotation target (TG) which is different from the rotational speed of the drive motor (MT1), so that a given order of rotation pulsation is applied to the rotation target (TG).
An electrode lead , intended for connection to an implant by means of a plug, with at least one electrical conductor and an insulation sleeve , comprising an ID circuit which is arranged in the insulation sleeve and has an ID chip , wherein the ID circuit is connected by means of its first connector to an electrical conductor , wherein the ID chip has a memory unit, wherein at least one individual property of the electrode lead , for example the associated ID number, batch number, type, the design, revision or the like, is stored in the memory unit, characterised in that the ID circuit is connected by means of its second connector to an electrically conductive element exposed externally on the electrode lead and the electrically conductive element is arranged at a predefined distance from the plug in the longitudinal direction of the electrode lead .
An on/off control device for a robotic assisted surgical device, comprising: an on/off key (S1) operable to trigger a start action or a shutdown action; the shutdown action triggers a hardware shutdown signal; an on/off control module operable to detect the shutdown action of the on/off key (S1) and prompt a predetermined shutdown trigger action through man-machine interaction; the on/off control module operable to output a shutdown control signal when the predetermined shutdown trigger action is realized; and an on/off hardware circuit operable to detect the shutdown control signal and the hardware shutdown signal, and send a signal for cutting off power supply when both of the shutdown control signal and the hardware shutdown signal are detected. an on/off key (S1) operable to trigger a start action or a shutdown action; the shutdown action triggers a hardware shutdown signal; an on/off control module operable to detect the shutdown action of the on/off key (S1) and prompt a predetermined shutdown trigger action through man-machine interaction; the on/off control module operable to output a shutdown control signal when the predetermined shutdown trigger action is realized; and an on/off hardware circuit operable to detect the shutdown control signal and the hardware shutdown signal, and send a signal for cutting off power supply when both of the shutdown control signal and the hardware shutdown signal are detected.
A surgical instrument, comprising: an outer shaft ; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; a non-rotating elongate member coaxially disposed within an inner lumen of the drive shaft; a plurality of selectively engageable clutches configured to transfer torque from the rotatable drive shaft to the end effector; and a plurality of sensors disposed along the non-rotating elongate member; wherein each clutch of the plurality of clutches is configured to convert rotation of the drive shaft into one of a plurality of movements of the end effector relative to the outer shaft; and wherein each sensor of the plurality of sensors is configured to detect one of clutches in an engaged state or one of the end effector movements. an outer shaft ; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; a non-rotating elongate member coaxially disposed within an inner lumen of the drive shaft; a plurality of selectively engageable clutches configured to transfer torque from the rotatable drive shaft to the end effector; and a plurality of sensors disposed along the non-rotating elongate member; wherein each clutch of the plurality of clutches is configured to convert rotation of the drive shaft into one of a plurality of movements of the end effector relative to the outer shaft; and wherein each sensor of the plurality of sensors is configured to detect one of clutches in an engaged state or one of the end effector movements.