mhurhangee/ep-ind-claims huggingface dataset:
A system on a chip (SoC) comprising: a single core, wherein the single core comprises the only core of the SoC, and wherein the single core is configured to enter a system management mode to provide a trusted execution environment to perform at least one secure operation, wherein in the TEE, the single core is to emulate at least one security instruction of an instruction set unsupported by the single core; and a memory controller coupled to the single core, the memory controller to interface with a system memory, wherein, to set up the TEE, the single core is to authenticate a pre-boot firmware, execute the pre-boot firmware, create a trusted portion of the system memory for the SMM, and transfer execution to a trusted agent associated with the trusted portion to obtain a key pair from a protected storage and store the key pair in the trusted portion of the system memory. a single core, wherein the single core comprises the only core of the SoC, and wherein the single core is configured to enter a system management mode to provide a trusted execution environment to perform at least one secure operation, wherein in the TEE, the single core is to emulate at least one security instruction of an instruction set unsupported by the single core; and a memory controller coupled to the single core, the memory controller to interface with a system memory, wherein, to set up the TEE, the single core is to authenticate a pre-boot firmware, execute the pre-boot firmware, create a trusted portion of the system memory for the SMM, and transfer execution to a trusted agent associated with the trusted portion to obtain a key pair from a protected storage and store the key pair in the trusted portion of the system memory.
A method for forming a porous layer on a forged orthopaedic implant, said method comprising the steps of: (a) providing an orthopaedic implant substrate formed from a forged metal alloy and having a surface adapted to support a porous layer and providing a plurality of metallic particles; (b) incorporating a substance into the forged substrate which reduces the melting point of the substrate; (c) bringing the substrate surface and the metallic particles into contact with one another; (d) subsequent to step (b) heating the metallic particles and the substrate to a temperature less than the reduced melting point, whereby the particles sinter and bond to the surface; (e) gas quenching the implant to at least room temperature after sintering; (f) heating the implant to an aging temperature range of about 426°C (800°F) to 1150°C (2100°F); and (g) aging the implant having the metallic particles bonded thereto within the aging temperature range for 1 to 100 hours. (a) providing an orthopaedic implant substrate formed from a forged metal alloy and having a surface adapted to support a porous layer and providing a plurality of metallic particles; (b) incorporating a substance into the forged substrate which reduces the melting point of the substrate; (c) bringing the substrate surface and the metallic particles into contact with one another; (d) subsequent to step (b) heating the metallic particles and the substrate to a temperature less than the reduced melting point, whereby the particles sinter and bond to the surface; (e) gas quenching the implant to at least room temperature after sintering; (f) heating the implant to an aging temperature range of about 426°C (800°F) to 1150°C (2100°F); and (g) aging the implant having the metallic particles bonded thereto within the aging temperature range for 1 to 100 hours.
Process for manufacturing an abrasive wire formed by abrasive particles kept on a central core by a binder, this process comprising: a) the deposition (204; 222) of magnetic abrasive particles on the central core, each magnetic abrasive particle comprising a magnetic material the relative permeability of which is higher than 50, this magnetic material representing at least 1% of the volume of the magnetic abrasive particle, a magnetic interaction being created, during this step a), between the central core and the abrasive particles, in order to attract the abrasive particles to the central core; and b) the deposition (204, 208; 208) of the binder on the central core in order to keep the abrasive particles attached to this central core, characterized in that, before step a), the central core has on its surface at least two south poles and two north poles distributed in alternation along its periphery and/or along its length. a) the deposition (204; 222) of magnetic abrasive particles on the central core, each magnetic abrasive particle comprising a magnetic material the relative permeability of which is higher than 50, this magnetic material representing at least 1% of the volume of the magnetic abrasive particle, a magnetic interaction being created, during this step a), between the central core and the abrasive particles, in order to attract the abrasive particles to the central core; and b) the deposition (204, 208; 208) of the binder on the central core in order to keep the abrasive particles attached to this central core,
A method for forwarding an incoming call for a first telecommunication terminal to a second telecommunication terminal that can be connected to the first telecommunication terminal via a switching center, wherein the first telecommunication terminal transmits a message for checking the availability of the second telecommunication terminal, which was identified as forwarding destination, when the call forwarding function is activated on the first telecommunication terminal, characterized in that • the message for checking the availability is directly transmitted to the second telecommunication terminal, and • the first telecommunication terminal checks the signaling channel used for transmitting the message from the first to the second telecommunication terminal for a reply generated by the second telecommunication terminal within a predefinable time period. • the message for checking the availability is directly transmitted to the second telecommunication terminal, and • the first telecommunication terminal checks the signaling channel used for transmitting the message from the first to the second telecommunication terminal for a reply generated by the second telecommunication terminal within a predefinable time period.
An image processing device of a computer tomography system, comprising: an interface which is implemented to receive a first set of X-ray recordings (36a, 36b, 36c) of an object to be examined from first discrete recording angles (w36a, w36b, w36c) and to receive a second set of X-ray recordings (38a, 38b, 38c, 38d, 38e, 38f) of the object to be examined from second discrete recording angles (w38a, w38b, w38c, w38d, w38e, w38f); and a calibration data determiner which is implemented to determine calibration data for the computer tomography system on the basis of the first set; wherein the first set is recorded during a first rotation run wherein the computer tomography system and the object to be examined rotate relative to each other and wherein the second set is recorded during at least a further rotation run after the first rotation run, wherein a computer tomography recording is reconstructable on the basis of the calibration data and on the basis of the first and second sets (36, 38), wherein the first discrete recording angles (w36a, w36b, w36c) differ from the second discrete recording angles (w38a, w38b, w38c, w38d, w38e, w38f). an interface which is implemented to receive a first set of X-ray recordings (36a, 36b, 36c) of an object to be examined from first discrete recording angles (w36a, w36b, w36c) and to receive a second set of X-ray recordings (38a, 38b, 38c, 38d, 38e, 38f) of the object to be examined from second discrete recording angles (w38a, w38b, w38c, w38d, w38e, w38f); and a calibration data determiner which is implemented to determine calibration data for the computer tomography system on the basis of the first set; wherein the first set is recorded during a first rotation run wherein the computer tomography system and the object to be examined rotate relative to each other and wherein the second set is recorded during at least a further rotation run after the first rotation run, wherein a computer tomography recording is reconstructable on the basis of the calibration data and on the basis of the first and second sets (36, 38), wherein the first discrete recording angles (w36a, w36b, w36c) differ from the second discrete recording angles (w38a, w38b, w38c, w38d, w38e, w38f).
A flow distribution assembly configured to be mounted into a rack, comprising: a filter housing having an air inlet portion; a first elongated duct fluidly coupled to a first outlet portion of the filter housing and having a first plurality of openings (102, 136) defined on a lower surface of the first elongated duct; and a second elongated duct fluidly coupled to a second outlet portion of the filter housing adjacent to the first outlet portion and having a second plurality of openings (102, 136) defined on a lower surface of the second elongated duct; characterized in that the first elongated duct and second elongated duct extend adjacent to one another from the filter housing such that the first and second elongated ducts are positionable upon a rack to extend along the rack; wherein, when the flow distribution assembly is mounted into a rack, the filter housing is configured so that air passing through the air inlet portion is received into the filter housing in a downward direction and the air passing through the first and second outlet portions is received into the first and second elongated ducts in a horizontal direction. a filter housing having an air inlet portion; a first elongated duct fluidly coupled to a first outlet portion of the filter housing and having a first plurality of openings (102, 136) defined on a lower surface of the first elongated duct; and a second elongated duct fluidly coupled to a second outlet portion of the filter housing adjacent to the first outlet portion and having a second plurality of openings (102, 136) defined on a lower surface of the second elongated duct; characterized in that the first elongated duct and second elongated duct extend adjacent to one another from the filter housing such that the first and second elongated ducts are positionable upon a rack to extend along the rack; wherein, when the flow distribution assembly is mounted into a rack, the filter housing is configured so that air passing through the air inlet portion is received into the filter housing in a downward direction and the air passing through the first and second outlet portions is received into the first and second elongated ducts in a horizontal direction.
A controller for an LED illuminating lamp, the controller comprising a processing unit, connectors (200;202) for connecting the controller in series with the LED illuminating lamp, and a switch electrically coupled between the connectors; the processing unit being configured to control the switch between an electrically conducting state for switching light of the LED illuminating lamp on and an electrically non-conducting state for switching light of the LED illuminating lamp off; characterized by the controller further comprising a power harvesting arrangement coupled between the connectors and comprising a first power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically non-conducting state and a second power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically conducting state, the controller further comprising a wireless communication unit configured to receive control commands or data for controlling the LED illuminating lamp. a processing unit, connectors (200;202) for connecting the controller in series with the LED illuminating lamp, and a switch electrically coupled between the connectors; the processing unit being configured to control the switch between an electrically conducting state for switching light of the LED illuminating lamp on and an electrically non-conducting state for switching light of the LED illuminating lamp off; characterized by the controller further comprising a power harvesting arrangement coupled between the connectors and comprising a first power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically non-conducting state and a second power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically conducting state, the controller further comprising a wireless communication unit configured to receive control commands or data for controlling the LED illuminating lamp.
An extract of algae from the order of Ulvales, in particular an extract of green algae of the type Ulva, comprising sulphated and non-sulphated polyanionic polysaccharides, the size of which is less than or equal to 50 kDa, for use in a method for preventing and/or treating neurological disorders, depression, anxiety, neuropathic and inflammatory chronic pain, skin pain (of the skin, of subcutaneous tissues and associated organs) or body pain.
A nozzle for cleaning the interior of a pipe, comprising a forward end, a rear end, a centre axis extending between the front and rear ends, a rinsing fluid inlet and a plurality of rinsing fluid discharges, wherein the rinsing fluid inlet is arranged for introducing rinsing fluid into the nozzle in a forward direction and wherein each of the rinsing fluid discharges is arranged for discharging fluid in a direction at least partially being in a rearward direction, wherein the nozzle further comprises a plurality of rinsing fluid outlets for discharging rinsing fluid in a direction at least partially being in the rearward direction, wherein each of the rinsing fluid outlets is enclosed by a tube forming a passage between the tube and the rinsing fluid outlet, and wherein each tube is connected to a material suction inlet and comprises a tube outlet for discharging material and rinsing fluid, wherein the tubes comprise a first tube section and a second tube section, wherein the rinsing fluid outlet is arranged inside the first tube section to form a chamber inside the first tube section for material and rinsing fluid, wherein the second tube section ends with the tube outlet, characterised in that the first tube section is wider than the second tube section. wherein the nozzle further comprises a plurality of rinsing fluid outlets for discharging rinsing fluid in a direction at least partially being in the rearward direction, wherein each of the rinsing fluid outlets is enclosed by a tube forming a passage between the tube and the rinsing fluid outlet, and wherein each tube is connected to a material suction inlet and comprises a tube outlet for discharging material and rinsing fluid, wherein the tubes comprise a first tube section and a second tube section, wherein the rinsing fluid outlet is arranged inside the first tube section to form a chamber inside the first tube section for material and rinsing fluid, wherein the second tube section ends with the tube outlet, characterised in that the first tube section is wider than the second tube section.
A cardio-pulmonary compression device, comprising: a motor having a rotating portion; a ball nut mounted on the rotating portion and configured to rotate with the rotating portion; a ball screw being received in the ball nut such that rotation on the ball nut advances and/or retracts the ball screw in accordance with a direction of the motor; a pad assembly coupled to an end portion of the ball screw such that longitudinal motion of the ball screw imparts a compression cycle to a patient whereby the ball screw includes a telescoping ball screw. a motor having a rotating portion; a ball nut mounted on the rotating portion and configured to rotate with the rotating portion; a ball screw being received in the ball nut such that rotation on the ball nut advances and/or retracts the ball screw in accordance with a direction of the motor; a pad assembly coupled to an end portion of the ball screw such that longitudinal motion of the ball screw imparts a compression cycle to a patient whereby the ball screw includes a telescoping ball screw.
A power harvester, comprising: a transformer having a core and a coil (14, 16) around the core, wherein the core has an interleaved portion (18, 19) and the transformer is configured to be inductively coupled to a current conductor, wherein the core comprises a first section and a second section, and the first section is separable from the second section at the interleaved portion (18, 19); a rectifier coupled to the coil (14, 16); a transistor coupled in series between the rectifier and a load, wherein the transistor receives an output current from the rectifier and provides power to the load; and a resistor ( R s, R p) coupled to the transistor and the load, wherein the transistor and resistor ( R s, R p) provide for limiting of the power to the load over a particular range of currents within the current conductor. a transformer having a core and a coil (14, 16) around the core, wherein the core has an interleaved portion (18, 19) and the transformer is configured to be inductively coupled to a current conductor, wherein the core comprises a first section and a second section, and the first section is separable from the second section at the interleaved portion (18, 19); a rectifier coupled to the coil (14, 16); a transistor coupled in series between the rectifier and a load, wherein the transistor receives an output current from the rectifier and provides power to the load; and a resistor ( R s, R p) coupled to the transistor and the load, wherein the transistor and resistor ( R s, R p) provide for limiting of the power to the load over a particular range of currents within the current conductor.
Pinch roller (1,18), comprising - a roller body; - at least one axle shaft journal (3,5,19,32), wherein the at least one axle shaft journal (3,5,19,32) is arranged with its longitudinal axis coaxial to the longitudinal axis of the roller body, and wherein the at least one axle shaft journal (3,5,19,32) is a separate component, characterised in that the at least one axle shaft journal (3,5,19,32) is attached by detachable connection means to the roller body indirectly by way of at least one support member (4,6,21,25,27,29) itself attached to the roller body, and wherein the support member (4,6,21,25,27,29) is designed to be annular or disc-shaped, with a groove in an end wall of the annular or disc-shaped support member (4,6,21,25,27,29), and the support member (4,6,21,25,27,29) has a flange, to which the axle shaft journal (3,5,19,32) is flanged. - a roller body; - at least one axle shaft journal (3,5,19,32),
A friction disc for a false-twist device, comprising an annular hub, on which a circular race is fixable that can be formed by a polyurethane layer and has a minimum wall thickness required for a secure interlocking fit, the hub having a circumferential support ring and a central hole, by which the friction disc is fixable on one of the shafts of the false-twist device, characterized in that the formed race fixed on the hub is ground according to a predefinable profile such that the flanks of the race have a predefinable width dimension following the grinding process; and/or the hub has, at a spacing from the support ring, a circumferential shoulder for abutment for the fixable PU layer, a cross-sectional width of the shoulder being smaller than a cross-sectional width of the support ring. the formed race fixed on the hub is ground according to a predefinable profile such that the flanks of the race have a predefinable width dimension following the grinding process; and/or the hub has, at a spacing from the support ring, a circumferential shoulder for abutment for the fixable PU layer, a cross-sectional width of the shoulder being smaller than a cross-sectional width of the support ring.
A process for making greater than about 80% by weight of (-) huperzine A and less than about 20% by weight of (+) huperzine A, the (-) huperzine A having the formula: comprising subjecting an amide of the formula: to modified Hoffmann reaction in alcohol solvent, which is methanol and in the presence of bis(trifluoroacetoxyiodo)benzene (PIFA) to form an intermediate, followed by evaporation, and globally deprotecting the intermediate with TMSI to form (-) huperzine A, and optionally, further purifying the (-) huperzine A.
Aircraft seat row with three aircraft seats (10a, 18a, 20a) which are realized substantially identically and in each case comprise a backrest and an aircraft seat device having at least one security device (46a; 46b), the security device (46a; 46b) being configured for securing a passenger on an aircraft seat (10a; 10b) and including at least one multi-point restraining unit which comprises a pelvic strap and a shoulder strap, wherein for a connection of the multi-point restraining unit, the security device comprises a connection unit with at least one connection point for the shoulder strap, characterised in that the connection point is arranged on a side of the backrest which has in a transversal direction a shorter distance from a seat base (22a, 24a, 26a, 28a) than an opposite-situated side of the backrest, wherein the connection point is arranged in an upper region of the backrest, wherein in the aircraft seat row with several aircraft seats (10a, 18a, 20a) all the connection points of the shoulder straps of the aircraft seats (10a, 18a, 20a) are arranged on a side of the respective backrest which has in a transversal direction a shorter distance from a seat base (22a, 24a, 26a, 28a) than the opposite-situated side of the backrest. with three aircraft seats (10a, 18a, 20a) which are realized substantially identically and in each case comprise a backrest and an aircraft seat device having at least one security device (46a; 46b), the security device (46a; 46b) being configured for securing a passenger on an aircraft seat (10a; 10b) and including at least one multi-point restraining unit which comprises a pelvic strap and a shoulder strap, wherein for a connection of the multi-point restraining unit, the security device comprises a connection unit with at least one connection point for the shoulder strap, characterised in that the connection point is arranged on a side of the backrest which has in a transversal direction a shorter distance from a seat base (22a, 24a, 26a, 28a) than an opposite-situated side of the backrest, wherein the connection point is arranged in an upper region of the backrest, wherein in the aircraft seat row with several aircraft seats (10a, 18a, 20a) all the connection points of the shoulder straps of the aircraft seats (10a, 18a, 20a) are arranged on a side of the respective backrest which has in a transversal direction a shorter distance from a seat base (22a, 24a, 26a, 28a) than the opposite-situated side of the backrest.