mhurhangee/ep-ind-claims huggingface dataset:
A bypass configured gas turbine engine having a bypass airflow path and a cooling system, the cooling system comprising: a lubricated mechanical system having an internal cavity adapted to contain lubricating oil; a surface cooler adapted for mounting to a surface of the bypass configured gas turbine engine; and one or more fluid conduits linking the cavity of the lubricated mechanical system to the surface cooler such that the surface cooler reduces a temperature of the lubricating oil; characterized in that the surface cooler is configured to be mounted on a surface of a fan exit guide vane, the surface cooler having a plan view shape generally following a plan view shape of the fan exit guide vane, a front surface of the surface cooler being exposed to airflow in the engine bypass airflow path, the front surface forming fins or lands, and grooves, parallel to the surface of the fan exit guide vane and in line with a direction of airflow, the fins or lands extending into the airflow beyond the surface of the fan exit guide vane and the grooves being coplanar with the surface of the fan exit guide vane, the front surface forming an internal cavity for the surface cooler through which heated oil is flowed. a lubricated mechanical system having an internal cavity adapted to contain lubricating oil; a surface cooler adapted for mounting to a surface of the bypass configured gas turbine engine; and one or more fluid conduits linking the cavity of the lubricated mechanical system to the surface cooler such that the surface cooler reduces a temperature of the lubricating oil; characterized in that the surface cooler is configured to be mounted on a surface of a fan exit guide vane, the surface cooler having a plan view shape generally following a plan view shape of the fan exit guide vane, a front surface of the surface cooler being exposed to airflow in the engine bypass airflow path, the front surface forming fins or lands, and grooves, parallel to the surface of the fan exit guide vane and in line with a direction of airflow, the fins or lands extending into the airflow beyond the surface of the fan exit guide vane and the grooves being coplanar with the surface of the fan exit guide vane, the front surface forming an internal cavity for the surface cooler through which heated oil is flowed.
A portable device (100, 200,300) for the monitored storage and dispensing of medication comprising: a plurality of storage compartments (126,226, 326), wherein each storage compartment has an interior space for storing at least one medication (122, 222, 322) or at least one medication reminder marker, wherein each storage compartment comprises a lid, and wherein each storage compartment has an optically transparent bottom wall; an image capturing device (228,328) configured to move to focus on each storage compartment and capture an image of the interior space of each of the plurality of storage compartments; a communications module (236, 336) for electronically transmitting the image captured by the image capturing device to a central monitoring station; and a user identification module to confirm identity of a person accessing contents in each of said storage compartments. a plurality of storage compartments (126,226, 326), wherein each storage compartment has an interior space for storing at least one medication (122, 222, 322) or at least one medication reminder marker, wherein each storage compartment comprises a lid, and wherein each storage compartment has an optically transparent bottom wall; an image capturing device (228,328) configured to move to focus on each storage compartment and capture an image of the interior space of each of the plurality of storage compartments; a communications module (236, 336) for electronically transmitting the image captured by the image capturing device to a central monitoring station; and a user identification module to confirm identity of a person accessing contents in each of said storage compartments.
A chewable soft capsule shell, comprising by weight percentage: gelatin 10%-50% water retention agent 10%-40% thickening agent 2%-20% water 6%-20%; wherein said water retention agent is glycerol; optionally, further comprises one or more selected from the group consisting of sorbitol, polydextrose, and maltitol; wherein the soft capsule is prepared via the following step: 1) dissolving gelatin: adding water into a tank for dissolving gelatin, elevating temperature to 70°C -80°C and then adding gelatin, water retention agent, stirring until the gelatin is fully dissolved to obtain a transparent solution A; 2) decocting sugar: dissolving thickening agent, optional sweetening agent, optional water retention agent with water, then heating and decocting to reach a solid content of up to 70-80 Brix, then stopping heating to obtain a substance B; 3) blending: mixing the transparent solution A and the substance B, stirring homogeneously then vacuum degassing to obtain a mixture gum solution, the temperature of the mixture gum solution being 55°C -65°C; 4) allowing the mixture gum solution obtained in step 3) to flow into a gum box, then flow from the gum box to a rubber wheel under the gum box, regulating to form a gum film with uniform thickness. 1) dissolving gelatin: adding water into a tank for dissolving gelatin, elevating temperature to 70°C -80°C and then adding gelatin, water retention agent, stirring until the gelatin is fully dissolved to obtain a transparent solution A; 2) decocting sugar: dissolving thickening agent, optional sweetening agent, optional water retention agent with water, then heating and decocting to reach a solid content of up to 70-80 Brix, then stopping heating to obtain a substance B; 3) blending: mixing the transparent solution A and the substance B, stirring homogeneously then vacuum degassing to obtain a mixture gum solution, the temperature of the mixture gum solution being 55°C -65°C; 4) allowing the mixture gum solution obtained in step 3) to flow into a gum box, then flow from the gum box to a rubber wheel under the gum box, regulating to form a gum film with uniform thickness.
A method for forming by metal cutting a circular groove in a metal work piece, the method comprises the steps of providing a rotatable tool for forming by metal cutting a circular groove in a metal work piece, comprising a front end and a rear end, in that the rotatable tool is rotatable in a given direction of rotation around a tool center axis which is a longitudinal axis of the rotatable tool, the front end comprises two cutting edges (6, 7') located on opposite sides and at a distance from the tool center axis, in that the two cutting edges comprise a first radially outer cutting edge and a second radially inner cutting edge, in that the first radially outer cutting edge is located at a larger radial distance from the tool center axis than any other cutting edge of the rotatable tool, and in that the second radially inner cutting edge is located at a smaller radial distance from the tool center axis than any other cutting edge of the rotatable tool, providing a metal work piece comprising a surface which is perpendicular to a groove center axis, setting the tool center axis parallel and at a distance X from the groove center axis, rotating the rotatable tool around the tool center axis, rotating the tool center axis around the groove center axis and moving the rotatable tool in a forward longitudinal direction towards the work piece such that the cutting edges (6, 7') of the rotatable tool enter the metal work piece, characterised by comprising the further steps of gradually decreasing the distance X and simultaneously moving the rotatable tool in a forward longitudinal direction, thereby forming in the metal work piece a circular groove comprising a bottom surface, an inner wall surface formed by the second radially inner cutting edge, and an outer wall surface formed by the first radially outer cutting edge, and an opening in the surface of the work piece which is perpendicular to a groove center axis of the circular groove.
Metallurgical plant comprising a contact region for hot material, wherein at least one functional element supplied with electrical energy by an energy supply element is arranged in the metallurgical plant and wherein the energy supply element is constructed as a thermoelectrical generator thermally connected with the contact region for hot material and with a colder region of the metallurgical plant, characterised in that a thermal transmission element in the form of a heat pipe is arranged between the contact region for hot material and a side region of the thermoelectric generator, wherein the functional element comprises sensor and a transmitter (3") for a signal measured by the sensor.
An ultrasonic pulse-echo ranging device comprising: - a piezo-electric transducer for emitting ultrasonic waves to a target and receiving echo waves reflected by the target, - a transmitter having an output for driving the transducer, - a receiver having an input for receiving signals from the transducer, - a first transformer having a primary winding coupled to the output of the transmitter and a secondary winding connected to the transducer, and - a second transformer having a primary winding coupled to the input of the receiver and a secondary winding connected to the transducer, wherein: - the secondary windings (11, 13) of the first and second transformers (3, 7) are in series with the transducer, - a first switching element is in parallel with the primary winding of the first transformer, said first switching element being controlled to short-circuit the primary winding of the first transformer when the receiver is receiving the signals from the transducer, and - a second switching element is in parallel with the primary winding of the second transformer, said second switching element being controlled to short-circuit the primary winding of the second transformer when the transmitter is driving the transducer. - a piezo-electric transducer for emitting ultrasonic waves to a target and receiving echo waves reflected by the target, - a transmitter having an output for driving the transducer, - a receiver having an input for receiving signals from the transducer, - a first transformer having a primary winding coupled to the output of the transmitter and a secondary winding connected to the transducer, and - a second transformer having a primary winding coupled to the input of the receiver and a secondary winding connected to the transducer, - the secondary windings (11, 13) of the first and second transformers (3, 7) are in series with the transducer, - a first switching element is in parallel with the primary winding of the first transformer, said first switching element being controlled to short-circuit the primary winding of the first transformer when the receiver is receiving the signals from the transducer, and - a second switching element is in parallel with the primary winding of the second transformer, said second switching element being controlled to short-circuit the primary winding of the second transformer when the transmitter is driving the transducer.
A liquid jetting apparatus, comprising: a first pressure chamber; a second pressure chamber located next to the first pressure chamber in a first direction; a first insulating film covering the first pressure chamber and the second pressure chamber; a first piezoelectric element arranged above the first pressure chamber, the first insulating film being intervened between the first pressure chamber and the first piezoelectric element; a second piezoelectric element arranged above the second pressure chamber, the first insulating film being intervened between the second pressure chamber and the second piezoelectric element; a trace arranged between the first piezoelectric element and the second piezoelectric element in the first direction; and a second insulating film covering the trace, wherein the first pressure chamber includes a first end and a second end in the first direction, the second pressure chamber includes a third end and a fourth end in the first direction, and the second end of the first pressure chamber is located next to the third end of the second pressure chamber in the first direction, wherein the second insulating film includes two ends between the second end of the first pressure chamber and the third end of the second pressure chamber in the first direction. a first pressure chamber; a second pressure chamber located next to the first pressure chamber in a first direction; a first insulating film covering the first pressure chamber and the second pressure chamber; a first piezoelectric element arranged above the first pressure chamber, the first insulating film being intervened between the first pressure chamber and the first piezoelectric element; a second piezoelectric element arranged above the second pressure chamber, the first insulating film being intervened between the second pressure chamber and the second piezoelectric element; a trace arranged between the first piezoelectric element and the second piezoelectric element in the first direction; and a second insulating film covering the trace, wherein the first pressure chamber includes a first end and a second end in the first direction, the second pressure chamber includes a third end and a fourth end in the first direction, and the second end of the first pressure chamber is located next to the third end of the second pressure chamber in the first direction, wherein the second insulating film includes two ends between the second end of the first pressure chamber and the third end of the second pressure chamber in the first direction.
Thymosin β4 for use in a method of treating a neural injury by myelinating damaged neurons, which comprises administering to a subject in need thereof a pharmaceutically effective amount of thymosin β4, so as to myelinate said damaged neurons.
A trocar assembly, comprising: a trocar housing that defines a working chamber; a cannula coupled to the trocar housing at a proximal end to facilitate communication between the cannula and the working chamber; and a tool stabilizing device (402, 702) coupled to at least one of the trocar housing and the cannula and actuatable by rotation to stabilize and center a surgical tool within the cannula; wherein the cannula defines a plurality of fingers and each finger provides a tapered outer portion, and wherein the tool stabilizing device comprises: a body arranged about an exterior of one or both of the trocar housing and the cannula; and characterized in that a ring is arranged at a distal end of the body and having an annular shoulder engageable with the tapered outer portion of each finger to adjust an inner diameter of the cannula when the tool stabilizing device is actuated. a trocar housing that defines a working chamber; a cannula coupled to the trocar housing at a proximal end to facilitate communication between the cannula and the working chamber; and a tool stabilizing device (402, 702) coupled to at least one of the trocar housing and the cannula and actuatable by rotation to stabilize and center a surgical tool within the cannula; wherein the cannula defines a plurality of fingers and each finger provides a tapered outer portion, and wherein the tool stabilizing device comprises: a body arranged about an exterior of one or both of the trocar housing and the cannula; and characterized in that a ring is arranged at a distal end of the body and having an annular shoulder engageable with the tapered outer portion of each finger to adjust an inner diameter of the cannula when the tool stabilizing device is actuated. a body arranged about an exterior of one or both of the trocar housing and the cannula; and characterized in that a ring is arranged at a distal end of the body and having an annular shoulder engageable with the tapered outer portion of each finger to adjust an inner diameter of the cannula when the tool stabilizing device is actuated.
A method of operating a terminal device in a wireless telecommunications network comprising the terminal device and a base station, wherein the wireless telecommunications network supports a random access procedure comprising an exchange of random access procedure messages between the terminal device and the base station, wherein at least one of the random access procedure messages is a variable size uplink message; wherein the method comprises: receiving from the base station an instruction to perform the random access procedure, characterised in that the instruction to perform the random access procedure comprises an indication of a message size to be used by the terminal device for the variable size uplink message during the random access procedure; and the method further comprises: performing the random access procedure by exchanging random access procedure messages with the base station, including transmitting the uplink message of variable size with a size corresponding to the indicated message size received from the base station.
A system comprising: a plurality of static uninterruptible power supplies, UPSs,; a ring bus; a plurality of chokes, each choke of said plurality of chokes electrically coupled between a respective static UPS of said plurality of static UPSs and said ring bus; and a plurality of series compensators, each series compensator of said plurality of series compensators electrically coupled between an associated choke of said plurality of chokes and said ring bus for steady state power transfer from ring bus to loads of the static UPSs, wherein each series compensator of said plurality of series compensators comprises: a capacitor; and a bypass switch electrically coupled in parallel with said capacitor to bypass said capacitor and configured to close when said capacitor exceeds a predetermined charge level allowing the associated choke to limit fault current. a plurality of static uninterruptible power supplies, UPSs,; a ring bus; a plurality of chokes, each choke of said plurality of chokes electrically coupled between a respective static UPS of said plurality of static UPSs and said ring bus; and a plurality of series compensators, each series compensator of said plurality of series compensators electrically coupled between an associated choke of said plurality of chokes and said ring bus for steady state power transfer from ring bus to loads of the static UPSs, wherein each series compensator of said plurality of series compensators comprises: a capacitor; and a bypass switch electrically coupled in parallel with said capacitor to bypass said capacitor and configured to close when said capacitor exceeds a predetermined charge level allowing the associated choke to limit fault current. a capacitor; and a bypass switch electrically coupled in parallel with said capacitor to bypass said capacitor and configured to close when said capacitor exceeds a predetermined charge level allowing the associated choke to limit fault current.
A doorbell system, comprising: a doorbell configurable to wirelessly communicate with a remotely located computing device, the doorbell comprising, a speaker, a microphone, a camera, and a button, wherein the button is configurable to enable a visitor to sound a chime, the doorbell having a setup mode and a shipping mode, the doorbell, in the setup mode, being configured to increase, relative to the shipping mode, electrical activities of the doorbell wherein, in the shipping mode, the doorbell is configured to detect whether the doorbell is electrically coupled to an external power source and to enter the setup mode in response to detecting electricity from the external power source, the shipping mode consuming less power than the setup mode, wherein the doorbell comprises a battery and the setup mode includes using the electricity from the external power source to charge the battery before enabling communication between the doorbell and the remotely located computing device. a doorbell configurable to wirelessly communicate with a remotely located computing device, the doorbell comprising, a speaker, a microphone, a camera, and a button, wherein the button is configurable to enable a visitor to sound a chime, the doorbell having a setup mode and a shipping mode, the doorbell, in the setup mode, being configured to increase, relative to the shipping mode, electrical activities of the doorbell wherein, in the shipping mode, the doorbell is configured to detect whether the doorbell is electrically coupled to an external power source and to enter the setup mode in response to detecting electricity from the external power source, the shipping mode consuming less power than the setup mode, wherein the doorbell comprises a battery and the setup mode includes using the electricity from the external power source to charge the battery before enabling communication between the doorbell and the remotely located computing device.
A system comprising: processor means including a binary translation means having a binary translation steering unit and an instrumentation unit, the binary translation means for receiving a code segment responsive to profiling of an application including the code segment by a security agent, for generating a binary translation of the code segment, and storing the binary translation in a translation cache, wherein the binary translation comprises an instrumented version of the code segment including at least one policy check routine comprising one or more security checks embedded therein to be executed as an in-line security check during execution of the binary translation without a transfer of control to the security agent, the transfer of control comprising a context switch; the translation cache coupled to the processor means to store the binary translation; and a dynamic random access memory (DRAM) coupled to the processor, wherein the translation cache is located within the physical memory. processor means including a binary translation means having a binary translation steering unit and an instrumentation unit, the binary translation means for receiving a code segment responsive to profiling of an application including the code segment by a security agent, for generating a binary translation of the code segment, and storing the binary translation in a translation cache, wherein the binary translation comprises an instrumented version of the code segment including at least one policy check routine comprising one or more security checks embedded therein to be executed as an in-line security check during execution of the binary translation without a transfer of control to the security agent, the transfer of control comprising a context switch; the translation cache coupled to the processor means to store the binary translation; and a dynamic random access memory (DRAM) coupled to the processor, wherein the translation cache is located within the physical memory.
Device for applying a paste-like compound containing an at least two-component, hardenable adhesive or sealant, with a housing, with a lance, rotatable around the longitudinal axis of the housing, accommodated within the housing, in the interior of which, for each component of the adhesive or sealant, a material feed channel runs to a lance tip limiting the lance in an axial direction, and with a rotary feedthrough for feeding the components of the adhesive or sealant through a jacket of the housing into the respective material feed channel, wherein each material feed channel is assigned a closing valve through which the material feed channel can be closed against a valve seat, characterised in that the material feed channels each open into an end channel which opens into an outlet opening at the lance tip.
A process for producing microcellulose comprising subjecting fibrous cellulosic material to acid hydrolysis at a temperature of at least 140°C and at a consistency from 15 to 50% on dry weight of the cellulose, wherein the amount of added acid is from 0.2 to 2% on dry weight of the cellulose, and wherein the hydrolysis is carried in a reactor without essential compression, the compression ratio of the reactor being below 1.2:1.