mhurhangee/ep-ind-claims huggingface dataset:
An aiming device for the insertion of one or more Kirschner-wires, comprising an aiming block for one or more Kirschner-wires, whereby said aiming block can be put against a bone; and further comprising a rail; wherein the aiming block is configured to be displaceably connected to a fixing device, which is configured as a forceps clampable to a bone, via the rail, wherein the aiming block is longitudinally and/or transversely displaceable and/or rotatable relative to the rail and fixable at a front end of the rail, wherein the rail is guidable in a rear section parallel to the forceps, and wherein the front section of the rail is configured at an angle with respect to the rear section, whereby the angled proximal section is guidable parallel to the external contour of a bone, and further comprising a guidance for one or more Kirschner-wires pivotably attached to the aiming block.
An oven comprising: a cooking chamber configured to receive a first food product; a convective heating system configured to provide heated air into the cooking chamber; a radio frequency heating system configured to provide RF energy into the cooking chamber; and processing circuitry configured to execute a recipe defining cooking parameters for cooking the first food product, the cooking parameters defining operational settings for the convective heating system and the RF heating system and a nominal cooking time for a first batch including the first food product, characterised in that the processing circuitry includes or is operably coupled to a mass adjustment module configured to determine, based on an indication of an addition of a second batch comprising a second food product to the cooking chamber, an overlap period during which the first and second food products are simultaneously cooked and a completion time for cooking the second food product after the overlap period. a cooking chamber configured to receive a first food product; a convective heating system configured to provide heated air into the cooking chamber; a radio frequency heating system configured to provide RF energy into the cooking chamber; and processing circuitry configured to execute a recipe defining cooking parameters for cooking the first food product, the cooking parameters defining operational settings for the convective heating system and the RF heating system and a nominal cooking time for a first batch including the first food product, characterised in that the processing circuitry includes or is operably coupled to a mass adjustment module configured to determine, based on an indication of an addition of a second batch comprising a second food product to the cooking chamber, an overlap period during which the first and second food products are simultaneously cooked and a completion time for cooking the second food product after the overlap period.
Use of shaped articles, which a. contain 67 - 99% burnt lime and 1-33 % organic binder, and b. have a porosity in the range between 20-70 vol.%, for manufacturing a calcium oxide-rich powder for treating plants and/or surfaces of foodstuff. a. contain 67 - 99% burnt lime and 1-33 % organic binder, and b. have a porosity in the range between 20-70 vol.%,
A pin for delivering treatment material to a subchondral bone defect, comprising: a cannulated shaft extending between a tip (12, 32) and a tool-engaging end, the cannulated shaft including one or more fenestrations (36, 14) near the tip, and a tubular body (400, 400') configured to receive the pin, the tubular body (400, 400') including a plurality of spacer segments (420, 420'), each spacer segment (420, 420') representing a predetermined length of the tubular body (400, 400'), each spacer segment (420, 420') being attached to the tubular body (400, 400') at a structurally weakened area to enable breakaway removal of the spacer segment (420, 420') the spacer segments forming a depth control collar around the shaft.
An optical transceiver comprising: an optical transmission section adapted to transmit an optical signal an optical reception section adapted to receive an optical signal; and a control section adapted to control the optical transmission section and the optical reception section, wherein the control section is adapted to optically communicate with an external device through the optical transmission section and the optical reception section, a multiplexer adapted to multiplex a signal to be transmitted from the control section to the external device and a main signal so as to generate a signal to the external device through the optical transmission section; and a branching unit adapted to divide a signal input thereto through the optical reception section into a signal to be transmitted from the external device to the control section and a main signal [[.]], characterized in that a control signal by which the control section controls the optical transmission section is transmitted from the control section to the optical transmission section without going through the multiplexer, and a control signal by which the control section controls the optical reception section is transmitted from the control section to the optical reception section without going through the branching unit. an optical transmission section adapted to transmit an optical signal an optical reception section adapted to receive an optical signal; and a control section adapted to control the optical transmission section and the optical reception section, wherein the control section is adapted to optically communicate with an external device through the optical transmission section and the optical reception section, a multiplexer adapted to multiplex a signal to be transmitted from the control section to the external device and a main signal so as to generate a signal to the external device through the optical transmission section; and a branching unit adapted to divide a signal input thereto through the optical reception section into a signal to be transmitted from the external device to the control section and a main signal [[.]], characterized in that a control signal by which the control section controls the optical transmission section is transmitted from the control section to the optical transmission section without going through the multiplexer, and a control signal by which the control section controls the optical reception section is transmitted from the control section to the optical reception section without going through the branching unit.
Method for controlling a compressed air generation system of an automotive vehicle, the system comprising at least one compressor and a first compressed air tank, wherein the method includes steps of: a) in a braking and/or coasting mode of the vehicle, compressing air to a pressure higher than a nominal pressure of the first compressed air tank, b) storing air compressed at step a) in a high pressure compressed air tank of the compressed air generation system, c) in a power mode of the vehicle, expanding at least a portion of the air of the high pressure compressed air tank in a pneumatic motor for generating torque. a) in a braking and/or coasting mode of the vehicle, compressing air to a pressure higher than a nominal pressure of the first compressed air tank, b) storing air compressed at step a) in a high pressure compressed air tank of the compressed air generation system, c) in a power mode of the vehicle, expanding at least a portion of the air of the high pressure compressed air tank in a pneumatic motor for generating torque.
An oral composition comprising particles and an orally acceptable carrier, the particle comprising: a core comprising an oxide compound pretreated with an amino silicone compound to provide tethered amino groups attached to the core surface, and a bioadhesive polymer containing a carbonyl or acid group, wherein the bioadhesive polymer is attached to the oxide compound by linking the carbonyl or acid group to the tethered amino groups, and wherein the bioadhesive polymer is adapted to adhere to an oral surface by physical attraction or chemical reaction. a core comprising an oxide compound pretreated with an amino silicone compound to provide tethered amino groups attached to the core surface, and a bioadhesive polymer containing a carbonyl or acid group,
A composition comprising an effective amount of Galectin-1 for enhancing muscle regeneration, repair, or maintenance in a subject, characterized in that said composition is administered systemically to the subject in need thereof; and wherein the subject has or is at risk of acquiring Duchenne muscular dystrophy.
Method for providing vehicle functions in a motor vehicle, wherein the vehicle functions are provided in a calculation device of the motor vehicle on the basis of sensor data from a sensor device of the motor vehicle, wherein in the motor vehicle, the vehicle functions are coupled to the sensor device via an integration component of the calculation device of the motor vehicle, and the integration component procures the sensor data from a sensor unit or from several sensor units of the sensor device independently of the vehicle functions by means of a respective sensor-specific acquisition routine and from said data generates the respective status data, and each of the vehicle functions respectively retrieves at least some of the provided status data from the integration component by means of a sensor-independent retrieval routine, in that the integration component provides the status data at a retrieval interface accessible to all vehicle functions, and the provided status data are selected and retrieved by the respective retrieval routine at the retrieval interface, wherein the integration component is coupled to a communication device, and the communication device operates a respective communication connection to at least one external device (12, 13, 14) external to the vehicle as a respective component of an offboard level, wherein the respective external device (12, 13, 14) external to the vehicle is a mobile terminal present in the motor vehicle or an internet server or another motor vehicle, and the integration component receives source data via the communication device, wherein the components of the offboard level are provided as data suppliers for the source data, and the integration component produces from said data further status data for the vehicle functions provided in the motor vehicle, wherein the vehicle functions also retrieve these additional status data by means of at least one retrieval routine, characterised in that at least one vehicle function is coupled to at least one sensor unit of the sensor device via a direct connection bypassing the integration component, and receives from the sensor unit its sensor data with a data rate which is greater than a data rate provided by the integration component for retrieval of the status data, and wherein the vehicle functions and an actuator device of the motor vehicle are coupled via the integration component, and at least one of the vehicle functions generates, depending on the respective status data retrieved by the vehicle function, command data for controlling at least one actuator of the actuator device, and the vehicle function emits the command data to the integration component by means of an actuator-independent calling routine, and the integration component converts the command data into respective actuator-specific control data and transmits the control data to the respective actuator by means of an actuator-specific activation routine.
Device for arranging double-sided adhesive foil on a cylindrical holder for a flexible printing plate, comprising: - a frame; - at least one shaft bearing placed in the frame for bearing-mounting in an axial direction a shaft connected to the cylindrical holder; and - foil roll bearings placed in the frame for a roll of foil, wherein the frame is provided with a substantially horizontally extending support plate (6, 42) with a support surface for the foil, characterized in that that the projection of the axis between the foil roll bearings onto the support surface extends at an angle between 0° and 90° relative to the projection of the axial direction of the shaft onto the support surface. - a frame; - at least one shaft bearing placed in the frame for bearing-mounting in an axial direction a shaft connected to the cylindrical holder; and - foil roll bearings placed in the frame for a roll of foil,
A chimeric peptide comprising: a) at least one human VEGF epitope consisting of amino acid sequence ITMQIMRIKPHQGQHIGEMSF; b) a helper T cell epitope selected from the group consisting of amino acid sequences NSVDDALINSTIYSYFPSV, PGINGKAIHLVNNQSSE, QYIKANSKFIGITEL, FNNFTVSFWLRVPKVSASHLE, LSEIKGVIVHRLEGV, FFLLTRILTIPQSLN, and TCGVGVRVRSRVNAANKKPE; and c) a linker from 2 to 15 amino acids in length joining the at least one VEGF epitope to the helper T cell epitope. a) at least one human VEGF epitope consisting of amino acid sequence ITMQIMRIKPHQGQHIGEMSF; b) a helper T cell epitope selected from the group consisting of amino acid sequences NSVDDALINSTIYSYFPSV, PGINGKAIHLVNNQSSE, QYIKANSKFIGITEL, FNNFTVSFWLRVPKVSASHLE, LSEIKGVIVHRLEGV, FFLLTRILTIPQSLN, and TCGVGVRVRSRVNAANKKPE; and c) a linker from 2 to 15 amino acids in length joining the at least one VEGF epitope to the helper T cell epitope.
Electronic device, in particular an alternator regulator, comprising a power stage to be connected to an inductive load, in particular to an alternator inductor, comprising at least one first pair of power transistors (TH1, TH2) connected to a (+) terminal of a DC bus, a second pair of transistors (TB1, TB2) and a control circuit for said transistors, the transistors of the first pair of transistors (TH1, TH2) being disposed in parallel between said (+) terminal of the DC bus and a first output to be connected to the load, at least one flyback diode (DL1, DL2) connecting the opposite (-) terminal of the DC bus to the first output, the transistors of the second pair of transistors (TB1, TB2) being connected in parallel between a second output to be connected to the load and the opposite (-) terminal of the DC bus, at least one diode (DF1, DF2) connecting the second output to the (+) terminal of the DC bus, at least one of the transistors of the second pair being controlled by the control circuit so as to be in an on-state during normal operation of the device, the control circuit being designed to generate a pulsed control signal for regulating the current in the load and for detecting a failure of one of the transistors, the control circuit being designed, during normal operation, in the absence of a failure of the transistors, to send the control signal to one of the transistors of the first pair, while maintaining the other transistor of said pair in an off-state, characterized in that the control circuit is designed, in the event of the failure of one transistor of the first pair (TH1, TH2) causing it to remain in an open circuit, to control the second transistor of said pair in order to saturate said transistor, to maintain a transistor of the other pair (TB1, TB2) in the off-state and to send the pulsed control signal to the other transistor of said second pair (TB1, TB2).
A vehicle parking brake control, comprising: an extendable control pin having upper first, second, and third faces (38, 36, 40), and an extendable control pin roller rotatably connected just above a lower control pin surface, the control pin upper faces (38, 36, 40) corresponding to engage, hold, and disengage positions for a vehicle parking brake; a control lever rotatably connectable at a first end to the vehicle parking brake and having a control lever roller rotatably connected just above a lower control lever surface at a second end, the control lever roller capable of separate rotational motion contact with the three upper control pin faces (38, 36, 40) at the second end; and a control base having an upper surface that cooperates with lateral rotational motion of the control pin roller; wherein, for the mounted parking brake control, when the vehicle parking brake is in the engage position the control lever roller is in physical contact with the first face of the extendable control pin, when the vehicle parking brake is in the hold position the control lever roller is in physical contact with the second face of the extendable control pin, and when the vehicle parking brake is in the disengage position the control lever roller is in physical contact with the third face of the extendable control pin. an extendable control pin having upper first, second, and third faces (38, 36, 40), and an extendable control pin roller rotatably connected just above a lower control pin surface, the control pin upper faces (38, 36, 40) corresponding to engage, hold, and disengage positions for a vehicle parking brake; a control lever rotatably connectable at a first end to the vehicle parking brake and having a control lever roller rotatably connected just above a lower control lever surface at a second end, the control lever roller capable of separate rotational motion contact with the three upper control pin faces (38, 36, 40) at the second end; and a control base having an upper surface that cooperates with lateral rotational motion of the control pin roller; wherein, for the mounted parking brake control, when the vehicle parking brake is in the engage position the control lever roller is in physical contact with the first face of the extendable control pin, when the vehicle parking brake is in the hold position the control lever roller is in physical contact with the second face of the extendable control pin, and when the vehicle parking brake is in the disengage position the control lever roller is in physical contact with the third face of the extendable control pin.
A method for transmitting data to an in-flight aircraft, the method comprising: receiving, at a ground-based system, pilot preferences created based on airline or personal profiles; storing, at the ground based system, the pilot preferences; receiving a first transmission of weather data; receiving a second transmission of weather data; comparing the second transmission of weather data to the first transmission of weather data to identify delta data representing only changes between the second transmission of weather data and the first transmission of weather data; receiving, by the ground-based system, a data request from the in-flight aircraft; in response to the data request, determining, by the ground-based system, whether the pilot has requested that data be supplied in accordance with the stored pilot preferences; when the pilot has requested that the data be supplied in accordance with the stored pilot preferences (i) creating modified delta data in accordance with the pilot preferences; and (ii) transmitting the modified delta data (304, 310) to the in-flight aircraft; and when the pilot has not requested that data be supplied in accordance with stored pilot preferences, transmitting the complete data set (306, 310). receiving, at a ground-based system, pilot preferences created based on airline or personal profiles; storing, at the ground based system, the pilot preferences; receiving a first transmission of weather data; receiving a second transmission of weather data; comparing the second transmission of weather data to the first transmission of weather data to identify delta data representing only changes between the second transmission of weather data and the first transmission of weather data; receiving, by the ground-based system, a data request from the in-flight aircraft; in response to the data request, determining, by the ground-based system, whether the pilot has requested that data be supplied in accordance with the stored pilot preferences; when the pilot has requested that the data be supplied in accordance with the stored pilot preferences (i) creating modified delta data in accordance with the pilot preferences; and (ii) transmitting the modified delta data (304, 310) to the in-flight aircraft; and when the pilot has not requested that data be supplied in accordance with stored pilot preferences, transmitting the complete data set (306, 310).
A storage system communicating with a host system, the storage system comprising: a storage device including storage medium divided into a plurality of blocks including high reliability blocks and reserve blocks; and a controller configured to: provide the host system with block information identifying the high reliability blocks among the plurality of blocks, receive a block allocation request from the host system, wherein the block allocation request is defined with reference to the block information and identifies at least one of the high reliability blocks to be used to store metadata, and allocate at least one of the high reliability blocks to a meta region in response to the block allocation request, wherein the controller comprises a bad block manager configured to manage a block allocation operation performed in response to the block allocation request, and a repair module configured to repair an error in the metadata stored in the at least one of the high reliability blocks. a storage device including storage medium divided into a plurality of blocks including high reliability blocks and reserve blocks; and a controller configured to: provide the host system with block information identifying the high reliability blocks among the plurality of blocks, receive a block allocation request from the host system, wherein the block allocation request is defined with reference to the block information and identifies at least one of the high reliability blocks to be used to store metadata, and allocate at least one of the high reliability blocks to a meta region in response to the block allocation request, provide the host system with block information identifying the high reliability blocks among the plurality of blocks, receive a block allocation request from the host system, wherein the block allocation request is defined with reference to the block information and identifies at least one of the high reliability blocks to be used to store metadata, and allocate at least one of the high reliability blocks to a meta region in response to the block allocation request, wherein the controller comprises a bad block manager configured to manage a block allocation operation performed in response to the block allocation request, and a repair module configured to repair an error in the metadata stored in the at least one of the high reliability blocks.
An aerated food product comprising 0.001 % to 2% w/w hydrophobin and 0.1% to 20% w/w protein particles, wherein an aqueous dispersion of said protein particles at a concentration of 1% by weight at 25°C has a surface tension of at least 60 mN·m -1, and the aerated food product contains less than 1% w/w, preferably less than 0.1% w/w, even more preferably less than 0.01% w/w of proteins on top of hydrophobin and said protein particles.