mhurhangee/ep-ind-claims huggingface dataset:
Prosthesis part with a conical protrusion for connection to a further prosthesis part having a complementary conical bore, the conical protrusion having a lateral recess for the engagement of a securing element, characterized in that the prosthesis part with the conical protrusion has a removable cone attachment, which has a lateral recess for the engagement of a securing element.
An electrical machine comprising: - a rotor, - a stator comprising at least one mechanical bearing (3, 4) via which the rotor is supported by the stator, wherein the at least one mechanical bearing is a roller bearing, and - a vibration damper arrangement comprising a winding provided on the stator and configured to suppress stator vibration, characterised by - a vibration sensor configured to sense machine vibration, the vibration sensor comprising at least one accelerometer (7, 8, 9, 10) which is arranged on the stator and which overlaps said mechanical bearing (3, 4) in an axial direction of the electrical machine, and - a controller which is operatively connected to the vibration damper arrangement and to the vibration sensor, and which is configured to control the operation of the vibration damper arrangement on basis of information received from the vibration sensor. - a rotor, - a stator comprising at least one mechanical bearing (3, 4) via which the rotor is supported by the stator, wherein the at least one mechanical bearing is a roller bearing, and - a vibration damper arrangement comprising a winding provided on the stator and configured to suppress stator vibration, characterised by - a vibration sensor configured to sense machine vibration, the vibration sensor comprising at least one accelerometer (7, 8, 9, 10) which is arranged on the stator and which overlaps said mechanical bearing (3, 4) in an axial direction of the electrical machine, and - a controller which is operatively connected to the vibration damper arrangement and to the vibration sensor, and which is configured to control the operation of the vibration damper arrangement on basis of information received from the vibration sensor.
A suture anchor assembly for attachment of tissue to bone, the suture anchor comprising: an anchor body having a length, a distal end, a proximal end, a longitudinal axis, an outer surface, two apertures and a central bore, the central bore extending from an opening at the proximal end of anchor body and extending into the anchor body approximately one-third of the length thereof; an anchor pin extending across the central bore, wherein the anchor pin is supported by the two apertures; characterized in that the suture anchor further comprises at least one suture strand looped around the anchor pin, wherein the at least one suture strand includes a first end and a second end that extend out of the central bore; and a driver having a cannula received in a portion of the central bore, wherein the cannula has a distal opening and a proximal opening, wherein the first end and the second end of the at least one tissue securing suture extend out of the proximal opening of the cannula. an anchor body having a length, a distal end, a proximal end, a longitudinal axis, an outer surface, two apertures and a central bore, the central bore extending from an opening at the proximal end of anchor body and extending into the anchor body approximately one-third of the length thereof; an anchor pin extending across the central bore, wherein the anchor pin is supported by the two apertures; characterized in that the suture anchor further comprises at least one suture strand looped around the anchor pin, wherein the at least one suture strand includes a first end and a second end that extend out of the central bore; and a driver having a cannula received in a portion of the central bore, wherein the cannula has a distal opening and a proximal opening, wherein the first end and the second end of the at least one tissue securing suture extend out of the proximal opening of the cannula.
Apparatus for the safe use of a vehicle simulator in the form of a simulation cockpit actuated by means of a 6-axis robot and rotatable about a pedestal with a slewing ring, in particular of a flight simulator, having a) an access zone, which is open only to those authorized and has a number of safeguards by means of sensors, to the simulation cockpit, wherein the simulation cockpit, in the idle position, is supported on a damping layer which is shaped so as to match the contour of the underside of the cockpit, and in each case one boarding stair leads into the boarding zone of the cockpit on both sides, the treads of which boarding stairs are provided with a sensor layer which indicates to a controller of the overall system the access of a person, b) a rescue unit, which can be moved on a running rail to each location of the operating zone of the vehicle simulator about a slewing ring, mounted on a pedestal of the 6-axis robot, by means of a carriage, wherein this rescue unit has a rescue platform with a lifting unit, a railing and a rescue slide, c) a shock-absorbing surface installed throughout the entire operating zone, wherein said surface extends over the entire operating zone of the simulation cockpit, and is composed of circular safety zones, wherein an airbag can inflate from each of said safety zones, and, in each case as a trigger, each of said safety zones is assigned a sensor which reacts to falling masses, d) a projection surface (33, 34) made up of a plurality of planes and with rigid planar projection surfaces. a) an access zone, which is open only to those authorized and has a number of safeguards by means of sensors, to the simulation cockpit, wherein the simulation cockpit, in the idle position, is supported on a damping layer which is shaped so as to match the contour of the underside of the cockpit, and in each case one boarding stair leads into the boarding zone of the cockpit on both sides, the treads of which boarding stairs are provided with a sensor layer which indicates to a controller of the overall system the access of a person, b) a rescue unit, which can be moved on a running rail to each location of the operating zone of the vehicle simulator about a slewing ring, mounted on a pedestal of the 6-axis robot, by means of a carriage, wherein this rescue unit has a rescue platform with a lifting unit, a railing and a rescue slide, c) a shock-absorbing surface installed throughout the entire operating zone, wherein said surface extends over the entire operating zone of the simulation cockpit, and is composed of circular safety zones, wherein an airbag can inflate from each of said safety zones, and, in each case as a trigger, each of said safety zones is assigned a sensor which reacts to falling masses, d) a projection surface (33, 34) made up of a plurality of planes and with rigid planar projection surfaces.
A molded article formed of a composition comprising: 100 parts by weight of at least one kind of resin selected from a group consisting of thermoplastic resins and thermosetting resins; and 0.01 parts by weight to 10,000 parts by weight of a silylated polyolefin, which is obtained by a reaction between a silicon-containing compound containing a structural unit represented by Formula and a vinyl group-containing compound having a number average molecular weight of equal to or more than 700 and equal to or less than 10,000 that is measured by GPC, a derivative thereof, or a mixture of these, wherein the vinyl group-containing compound has a structure represented by Formula and a molecular weight distribution that falls within a range of 1.1 to 3.0, a conversion rate of the double bond of the vinyl group-containing compound is 90% or higher, which is selected from an automobile interior part, a plastic syringe, a plastic container, and a hollow fiber membrane, wherein the silylated polyolefin has a structure like a block copolymer in which (polyolefin chain)-(silicon-containing compound chain)-(polyolefin chain) bind to one another in this order; HSi(CH 3) 2 O-(-Si(CH 3) 2 -O-) i -Si(CH 3) 2 H in Formula, i represents an integer of equal to or more than 1 and equal to or less than 50; A-CH=CH 2 in Formula, A represents an ethylene homopolymer chain, and -CH=CH 2 is present only on the terminal of a main chain of the polymer. 100 parts by weight of at least one kind of resin selected from a group consisting of thermoplastic resins and thermosetting resins; and 0.01 parts by weight to 10,000 parts by weight of a silylated polyolefin, which is obtained by a reaction between a silicon-containing compound containing a structural unit represented by Formula and a vinyl group-containing compound having a number average molecular weight of equal to or more than 700 and equal to or less than 10,000 that is measured by GPC, a derivative thereof, or a mixture of these,
A sensor assembly comprising a housing, a power source configured to store and output electrical power, electronics, and a sensor, wherein the housing defines an interior space; the sensor is secured to the housing; the power source is disposed within the interior space; and the electronics are disposed within the interior space and configured to receive power from the power source, wherein the electronics comprise: a wireless communication component configured to establish a wireless communication link with an external device; and a microprocessor configured to communicate with the external device via the wireless communication link and to execute a firmware, wherein the firmware is configured to: manage a rate of data transmittal from the wireless communication component to the external device; and spread out an initial energy burst over time to change power consumed at initial start-up of the microprocessor. the housing defines an interior space; the sensor is secured to the housing; the power source is disposed within the interior space; and the electronics are disposed within the interior space and configured to receive power from the power source, wherein the electronics comprise: a wireless communication component configured to establish a wireless communication link with an external device; and a microprocessor configured to communicate with the external device via the wireless communication link and to execute a firmware, wherein the firmware is configured to: manage a rate of data transmittal from the wireless communication component to the external device; and spread out an initial energy burst over time to change power consumed at initial start-up of the microprocessor. a wireless communication component configured to establish a wireless communication link with an external device; and a microprocessor configured to communicate with the external device via the wireless communication link and to execute a firmware, wherein the firmware is configured to: manage a rate of data transmittal from the wireless communication component to the external device; and spread out an initial energy burst over time to change power consumed at initial start-up of the microprocessor. manage a rate of data transmittal from the wireless communication component to the external device; and spread out an initial energy burst over time to change power consumed at initial start-up of the microprocessor.
An electroluminescent device comprising a substrate and on top of the substrate a substrate electrode, a counter electrode and an electroluminescent layer stack with at least one organic electroluminescent layer arranged between the substrate electrode and the counter electrode, an encapsulation means encapsulating at least the electroluminescent layer stack, at least one contact means for electrically contacting the counter electrode to an electrical source, and at least one electrically non-conductive protective means that is arranged on the substrate electrode, at least fully covering the area below the contact means, characterized in that the protective means comprises a non-conductive glue, wherein the non-conductive glue is anhydrous and/or water free and comprises at least one scattering means for scattering light generated by the organic electroluminescent layer.
An industrial wireless communications system, comprising: at least one master wireless device connected, by a fieldbus, to a computer that is within an industrial facility; a plurality of slave wireless devices, which are installed corresponding to respective hardware devices, and are configured to carry out wireless communications with the master wireless device; a connection processing unit configured to carry out a connection process wirelessly between the master wireless device and the slave wireless devices; and a transmission/reception processing unit configured to transmit and receive data wirelessly between the master wireless device and the slave wireless devices, wherein: the connection processing unit is configured to carry out wireless communications at time intervals of 500 msec or less from the master wireless device to the plurality of slave wireless devices over a broadcast system and at synchronous frequencies; and the transmission/reception processing unit is configured to carry out wireless communications by a frequency hopping method between the master wireless device and the slave wireless devices. at least one master wireless device connected, by a fieldbus, to a computer that is within an industrial facility; a plurality of slave wireless devices, which are installed corresponding to respective hardware devices, and are configured to carry out wireless communications with the master wireless device; a connection processing unit configured to carry out a connection process wirelessly between the master wireless device and the slave wireless devices; and a transmission/reception processing unit configured to transmit and receive data wirelessly between the master wireless device and the slave wireless devices, wherein: the connection processing unit is configured to carry out wireless communications at time intervals of 500 msec or less from the master wireless device to the plurality of slave wireless devices over a broadcast system and at synchronous frequencies; and the transmission/reception processing unit is configured to carry out wireless communications by a frequency hopping method between the master wireless device and the slave wireless devices. the connection processing unit is configured to carry out wireless communications at time intervals of 500 msec or less from the master wireless device to the plurality of slave wireless devices over a broadcast system and at synchronous frequencies; and the transmission/reception processing unit is configured to carry out wireless communications by a frequency hopping method between the master wireless device and the slave wireless devices.
Method for scheduling a reload of a supply material (43, 44, 53, 54, 63, 64) in a printing system, the printing system comprising a print engine capable of printing at a settable print velocity while using the supply material (43, 44, 53, 54, 63, 64), a control unit for controlling a print job queue comprising at least one print job scheduled to be printed by means of a scheduling scheme (400, 500, 600) while using the supply material (43, 44, 53, 54, 63, 64), a supply material input holder for holding the supply material (43, 44, 53, 54, 63, 64), and a user interface for interacting with a user of the printing system, the method comprising the steps of a) determining in one moment at or near a start moment of printing the at least one print job a plurality of moments in time (R1 - R6) that the supply material input holder is empty, and b) simultaneously scheduling for each determined moment in time of the plurality of moments in time a reload event of reloading the supply material input holder with the supply material in the scheduling scheme, wherein the plurality of moments in time is determined by taking into account the total planned usage of the supply material from the supply material input holder according to print job specifications of the at least one print job scheduled in the print job queue and a capacity of the supply material input holder with respect to the properties of the supply material, and each of the determined moments in time is established on the basis of the settable print velocity of the printing system with respect to the at least one print job in the print job queue. a) determining in one moment at or near a start moment of printing the at least one print job a plurality of moments in time (R1 - R6) that the supply material input holder is empty, and b) simultaneously scheduling for each determined moment in time of the plurality of moments in time a reload event of reloading the supply material input holder with the supply material in the scheduling scheme,
A multi-electrode lithium-sulphur cell or battery comprising: (a) at least one negative electrode made of metal lithium, lithium alloys or lithium-absorbing materials; (b) at least first and second positive electrodes or groups of positive electrodes, wherein at least one of the positive electrodes contains sulphur or electrochemically active inorganic, organic or polymeric sulphur-based compounds and wherein the first and second positive electrodes or groups of electrodes are distinct from each other; and (c) an electrolyte that is a solution of one or several salts in one or several solvents disposed between the negative and positive electrodes; (d) wherein the first positive electrode or group of positive electrodes is configured for charging, and wherein the second positive electrode or group of positive electrodes is configured for discharging. (a) at least one negative electrode made of metal lithium, lithium alloys or lithium-absorbing materials; (b) at least first and second positive electrodes or groups of positive electrodes, wherein at least one of the positive electrodes contains sulphur or electrochemically active inorganic, organic or polymeric sulphur-based compounds and wherein the first and second positive electrodes or groups of electrodes are distinct from each other; and (c) an electrolyte that is a solution of one or several salts in one or several solvents disposed between the negative and positive electrodes; (d) wherein the first positive electrode or group of positive electrodes is configured for charging, and wherein the second positive electrode or group of positive electrodes is configured for discharging.
Surface heat exchanger to be inserted within a compressible fluid volumetric alternative machine, within which a fluid moves in a not permanent motion, said volumetric alternative machine having a Top Dead Centre and a discharge valve provided in a head of said volumetric alternative machine wherein said heat exchanger is configured to be installed within said compressible fluid volumetric alternative machine, between said top dead centre and said discharge valve, so that an amount of heat is exchanged simultaneously with work exchange during thermodynamic transformation occurring within said volumetric alternative machine, said surface heat exchanger being characterized in that it comprises a plurality of walls, side by side each other, so shaped to realize at least a first duct for the passage of a fluid carrier in a permanent motion, and at least a second duct for the passage of said fluid in a not permanent motion, said first and second ducts (22, 22') being configured so as to make said two fluids exchanging heat, wherein said plurality of walls comprising at least a group of three walls (1 1', 1), wherein at least the first and the second walls (1, 1') are respectively provided with at least a groove (2, 2'), provided on a lateral surface of each one of said walls; said walls (1, 1', 1) being provided so that said at least one groove of said first wall realizes with the lateral surface of said second wall, a duct for passage of the fluid in permanent motion, and in that said at least one groove of said second wall realizes a duct for passage of the fluid in a not permanent motion, along with the lateral surface of said third wall, and in that said at least one duct for passage of the fluid carrier in permanent motion and said at least one duct for passage of the fluid in a not permanent motion has a rectangular section; thus obtaining that if the shortest side of the rectangular section of said ducts (22, 22') varies, with the same longest side and the same duct length, inner volume of each duct varies, without substantially varying the exchange surface, and both the hydraulic diameter and the ratio between the exchange surface and the volume vary, the latter being proportional to the inverse of the hydraulic diameter.
A check valve assembly, comprising: a housing comprising: an inlet body comprising: a fluid inlet; a first seal bead having a first height; a second seal bead having a second height; and a central channel; and an outlet body comprising: a fluid outlet; and a stem having a centering post, the centering post configured to be received by the central channel of the inlet body; wherein the check valve assembly further comprises a seal, characterised in that the seal comprises: an inner ring having a first thickness T 1; and an outer ring having a second thickness T 2 less than the first thickness T 1, wherein the inner ring is engaged with the first seal bead and the outer ring is engaged with the second seal bead in a fully sealed position of the check valve assembly. a housing comprising: an inlet body comprising: a fluid inlet; a first seal bead having a first height; a second seal bead having a second height; and a central channel; and an outlet body comprising: a fluid outlet; and a stem having a centering post, the centering post configured to be received by the central channel of the inlet body; wherein the check valve assembly further comprises an inlet body comprising: a fluid inlet; a first seal bead having a first height; a second seal bead having a second height; and a central channel; a fluid inlet; a first seal bead having a first height; a second seal bead having a second height; and a central channel; and an outlet body comprising: a fluid outlet; and a stem having a centering post, the centering post configured to be received by the central channel of the inlet body; wherein the check valve assembly further comprises a fluid outlet; and a stem having a centering post, the centering post configured to be received by the central channel of the inlet body; wherein the check valve assembly further comprises a seal, characterised in that the seal comprises: an inner ring having a first thickness T 1; and an outer ring having a second thickness T 2 less than the first thickness T 1, wherein the inner ring is engaged with the first seal bead and the outer ring is engaged with the second seal bead in a fully sealed position of the check valve assembly. an inner ring having a first thickness T 1; and an outer ring having a second thickness T 2 less than the first thickness T 1, wherein the inner ring is engaged with the first seal bead and the outer ring is engaged with the second seal bead in a fully sealed position of the check valve assembly.