mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising an isolated and purified Thyl protein or polypeptide fragment thereof, or an agent that enhances Thyl expression, for use in a method of treating a condition involving excessive adipogenesis, the method comprising: selecting a subject having a condition involving excessive adipogenesis and administering to the selected subject the composition under conditions effective to treat the condition, wherein the Thyl protein has an amino acid sequence that is at least 70% identical to the amino acid sequence of SEQ ID NO:1 and wherein the agent comprises a vector, where the vector comprises a nucleic acid construct comprising a nucleic acid molecule encoding a Thyl protein or polypeptide fragment thereof; a 5' DNA promoter sequence; and a 3' terminator sequence, wherein the nucleic acid molecule, the promoter, and the terminator are operatively coupled to permit transcription of the nucleic acid molecule.
A roller shutter with tilting slats, comprising a fixed frame fitted with sliding guide elements for the shutter curtain comprising slats with closing plugs inserted in the ends, and where in the fixed frame is fitted with two guide channels in which the moving mechanism components run and move in the vertical and angular direction the slats, where in the mechanism is characterized in that, that it comprises links joined to each other by hinge elements, where in the links act on the mechanism for automatically and simultaneously moving each plug in the vertical and angular directions of the slats, and having a lock element fixed inside the guide channel which prevents the slats from rotating into the open position, and where in the lock element is fixed inside the guide channel in a position corresponding to a projecting element locked by a screw at the end of a pin of an arm on which the first upper link of the moving mechanism hinges, and where in the lock element prevents the rotation of the slats thanks to an end profile and a special slat, and where in the end profile has a "U" shape in which the last lower non-tilting slat of the shutter curtain is inserted and also thanks to the two ends of the profile which are fitted with a plug comprising an opening which enables vertical sliding with respect to an additional plug together with the end profile which runs vertically with respect to the last lower non-tilting slat, and which prevent the rotation of the last lower tilting slat and all the remaining slats mechanically connected to the mechanism when the profile is inserted in the upper zone of the profile and permits the rotation of all the slats when the profile reaches the lower part of the profile, thereby permitting the projecting element to pass over the lock element.
Elevator guide rail fixing clip having a u-shaped clip body configured to encompass a side edge of an elevator guide rail and a fastening element, which is fastened to the clip body and which is configured to mount the clip body to a fixed structure of an elevator runway, and which clip body comprises a base wall, a side wall and a cover wall forming the three members of the u-shaped body, whereby at least one of these walls (14, 16, 18) have at least one projection (22, 32, 34) protruding from the respective wall configured to contact the guide rail via a contact face, characterized in that the fastening element is a bolt and the bolt head forms the projection of the wall, to which the fastening element is fixed.
A semiconductor saturable absorber mirror device for serving as means for implementing passive mode-locking in an optical resonator device by saturably absorbing a proportion of electromagnetic radiation of a given optical frequency, comprising a reflective element for essentially reflecting said radiation; a structure of layers, said structure comprising semiconductor material having a nonlinear optical absorption substantially at said frequency, said structure being designed and arranged such that said radiation forms a standing wave in an essentially resonant condition in said structure, characterised in that said structure is designed in a manner that the field strength anywhere within the device is lower than or equal to the field strength in free space or enhanced by not more than a factor of 10.
Computer software having program code which, when executed by a computer, causes the computer to carry out a method for resolving clock management issues in emulation of a target system on a host system, the method comprising: interpreting a first set of code instructions of a target program to generate interpreted code instructions that emulate a first component of the target system on the host system; translating a second set of code instructions to generate translated code instructions that emulate a second component of the target system on the host system; executing the interpreted instructions, wherein timing of the execution of the interpreted instructions is based on a fixed clock; executing the translated instructions, wherein timing of the execution of the translated instructions is based on a variable clock; and maintaining a desired synchronization between the translated instructions and the interpreted instructions by adjusting a clock rate of the variable clock, adjusting timing of an execution of the translated or interpreted instructions, or adjusting timing of a memory access. interpreting a first set of code instructions of a target program to generate interpreted code instructions that emulate a first component of the target system on the host system; translating a second set of code instructions to generate translated code instructions that emulate a second component of the target system on the host system; executing the interpreted instructions, wherein timing of the execution of the interpreted instructions is based on a fixed clock; executing the translated instructions, wherein timing of the execution of the translated instructions is based on a variable clock; and maintaining a desired synchronization between the translated instructions and the interpreted instructions by adjusting a clock rate of the variable clock, adjusting timing of an execution of the translated or interpreted instructions, or adjusting timing of a memory access.
A control method applied to an electronic device, wherein the electronic device comprises a processor and a wireless network module, and the control method comprises the steps: generating a determination result by determining if the wireless network module needs to transmit a packet; and when the determination result indicates that the wireless network module needs to transmit the packet, reducing a frequency of a clock signal used by the processor during the transmission of the packet; wherein the step of when the determination result indicates that the wireless network module needs to transmit the packet, reducing the frequency of the clock signal used by the processor during the transmission of the packet comprises: when the determination result indicates that the wireless network module needs to transmit the packet, reducing the frequency of the clock signal used by the processor; setting a timer, and starting to control the wireless network module to transmit the packet; and when a time set by the timer expires, increasing the frequency of the clock signal used by the processor. generating a determination result by determining if the wireless network module needs to transmit a packet; and when the determination result indicates that the wireless network module needs to transmit the packet, reducing a frequency of a clock signal used by the processor during the transmission of the packet; wherein the step of when the determination result indicates that the wireless network module needs to transmit the packet, reducing the frequency of the clock signal used by the processor during the transmission of the packet comprises: when the determination result indicates that the wireless network module needs to transmit the packet, reducing the frequency of the clock signal used by the processor; setting a timer, and starting to control the wireless network module to transmit the packet; and when a time set by the timer expires, increasing the frequency of the clock signal used by the processor. when the determination result indicates that the wireless network module needs to transmit the packet, reducing the frequency of the clock signal used by the processor; setting a timer, and starting to control the wireless network module to transmit the packet; and when a time set by the timer expires, increasing the frequency of the clock signal used by the processor.
A system comprising: a millimeter-wave radar sensor circuit configured to be fastened to a wheel having a tire, the millimeter-wave radar sensor circuit configured to: transmit a radio-frequency signal towards a portion of an inner surface of the tire, and receive a reflected signal from the tire; and a controller configured to: process the reflected signal, determine a property value of the tire based on processing the reflected signal, and generate and transmit a first signal representative of the property value of the tire, characterized in that the controller is further configured to determine a rotational speed of the tire based on processing the reflected signal. transmit a radio-frequency signal towards a portion of an inner surface of the tire, and receive a reflected signal from the tire; and a controller configured to: process the reflected signal, determine a property value of the tire based on processing the reflected signal, and generate and transmit a first signal representative of the property value of the tire, characterized in that the controller is further configured to determine a rotational speed of the tire based on processing the reflected signal. process the reflected signal, determine a property value of the tire based on processing the reflected signal, and generate and transmit a first signal representative of the property value of the tire, characterized in that the controller is further configured to determine a rotational speed of the tire based on processing the reflected signal.
A process comprising: (a) providing a gas feed stream comprising >1 mol% of an alkane; (b) at least partially converting the alkane to produce a gaseous first intermediate stream comprising water, unreacted alkane, and >1 mol% of an alkene; (c) removing the majority of the water from the gaseous first intermediate stream to produce a gaseous second intermediate stream comprising at least one alkene; and (d) contacting under gas phase carbonylation conditions the gaseous second intermediate stream, carbon monoxide gas, an alkanol gas and a solid sulfide-based metal catalyst to produce an alkyl alkanoate.
An installation method comprising the following steps: - generating a device list of a device (2, 201) or a plurality of devices (2, 201) that communicates with an information processing device; - displaying a first display area, a second display area, and a third display area within one screen of the information processing device, the third display area being blank in an initial state; - displaying soft keys (111, 121) corresponding to the first display area and the second display area, and an installation key within the one screen; - displaying the device list in the first display area; - displaying a driver list in the second display area; - displaying in the third display area at least one device (2, 201) selected from the displayed device list by a user, when the soft key corresponding to the first display area is operated by the user; - displaying corresponding to the device displayed in the third display area at least one driver selected from the displayed driver list by the user, when the soft key corresponding to the second display area is operated by the user; - installing in the information processing device the driver displayed corresponding to the device in the third display area, when the installation key is operated; and - displaying an icon corresponding to the device displayed in the third display area; and - displaying, if the icon is operated, a setting screen for inputting a setting value for the at least one driver displayed together with the device corresponding to the icon, which has been operated, wherein the driver selected from the driver list is displayed in the third display area together with the selected device (2, 201). - generating a device list of a device (2, 201) or a plurality of devices (2, 201) that communicates with an information processing device; - displaying a first display area, a second display area, and a third display area within one screen of the information processing device, the third display area being blank in an initial state; - displaying soft keys (111, 121) corresponding to the first display area and the second display area, and an installation key within the one screen; - displaying the device list in the first display area; - displaying a driver list in the second display area; - displaying in the third display area at least one device (2, 201) selected from the displayed device list by a user, when the soft key corresponding to the first display area is operated by the user; - displaying corresponding to the device displayed in the third display area at least one driver selected from the displayed driver list by the user, when the soft key corresponding to the second display area is operated by the user; - installing in the information processing device the driver displayed corresponding to the device in the third display area, when the installation key is operated; and - displaying an icon corresponding to the device displayed in the third display area; and - displaying, if the icon is operated, a setting screen for inputting a setting value for the at least one driver displayed together with the device corresponding to the icon, which has been operated,
A method for attaching a formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) to a bonding part comprising the steps of: providing a matrix plate having a formed adhesive element receiving detent formed thereon; positioning a formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) on said formed adhesive element receiving detent of said matrix plate, wherein said formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) is spherical and includes an embedded spacer element characterized by warming a bonding part; positioning said warmed bonding part over said formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52); manipulating one or the other of said formed adhesive element (20, 24, 26, 28, 30, 32, 34) and said bonding part by moving the bonding part into contact with the formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52), or pushing the adhesive elements (20, 24, 26, 28, 30, 32, 34, 52) mechanically or manually against the adhesive coating surface of the bonding part so that said formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) is attached directly to said bonding part. providing a matrix plate having a formed adhesive element receiving detent formed thereon; positioning a formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) on said formed adhesive element receiving detent of said matrix plate, wherein said formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) is spherical and includes an embedded spacer element characterized by warming a bonding part; positioning said warmed bonding part over said formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52); manipulating one or the other of said formed adhesive element (20, 24, 26, 28, 30, 32, 34) and said bonding part by moving the bonding part into contact with the formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52), or pushing the adhesive elements (20, 24, 26, 28, 30, 32, 34, 52) mechanically or manually against the adhesive coating surface of the bonding part so that said formed adhesive element (20, 24, 26, 28, 30, 32, 34, 52) is attached directly to said bonding part.
A sensor to be placed in contact with the skin of a user for acquiring physiological signals which comprises: a) a conductive layer comprising at least conductive fibers to be placed in contact with the skin for receiving physiological signals; b) an electrical connector connected to the conductive layer; wherein the conductive layer comprises a plurality of orifices filled with a silicone rubber throughout the conductive area; and the conductive layer comprises at least an electrode area which is configured to receive the physiological signals and a track area which is configured to transmit the physiological signals from the electrode area to the electrical connector; the electrical connector being connected to the track area. a) a conductive layer comprising at least conductive fibers to be placed in contact with the skin for receiving physiological signals; b) an electrical connector connected to the conductive layer; wherein the conductive layer comprises a plurality of orifices filled with a silicone rubber throughout the conductive area; and the conductive layer comprises at least an electrode area which is configured to receive the physiological signals and a track area which is configured to transmit the physiological signals from the electrode area to the electrical connector; the electrical connector being connected to the track area.
Greenhouse for underwater cultivation of terrestrial plant species comprising a dome suitable for being filled with air in an underwater environment, provided with an aperture for lower access and made of a material that is impermeable to water and permeable to light, such dome comprising means for restraining to the sea floor, means for adjusting the level of water/air in the dome itself which must ensure that the plant species cultivated in the greenhouse always reside above such level, a system for the automatic irrigation of the cultivated plants is present inside such dome, such system comprising a tubular structure on which a plurality of mutually spaced holes are provided, inside which supports are placed for housing and cultivating plant species, irrigation water flowing inside such tubular structure and irrigating such supports in order to achieve a hydroponic culture, wherein it comprises a device for collecting condensation from the inner surface of the dome that includes a movable blade, which adheres to the transparent inner surface of the dome, on which due to the strongly damp environment, a multiplicity of water drops is formed, such blade collects the drops with its movement, which drops, due to weight gain, slide down along the inner surface and are conveyed into at least one collection gutter, positioned on the inner walls of the dome, such gutter being arranged along a downhill path, terminating near the collection tank, so that the water collected on the inner walls of the dome is then transported from the gutter to such tank, wherein the blade is substantially curved as the dome, in order to operate substantially like a windshield wiper on the transparent lower surface of the dome itself.
A cap remover for a medical injector, the cap remover comprising: a cylindrical portion, and a hemispherical member including a gripping component, wherein the cylindrical portion has an inner wall extending from a proximal end to a distal end, and the inner wall defines a cavity, the hemispherical member has a proximal end connected to the cylindrical portion and extends to a distal end, the cap remover is adapted to be positioned on the medical injector with the distal end of the cylindrical portion spaced farther from an injector housing of the medical injector than the proximal end of the cylindrical portion and the distal end of the hemispherical member spaced farther from the injector housing than the proximal end of the hemispherical member, and the cavity is sized and shaped to accommodate a cap disposed on the medical injector at least partially therein, and with the cap received within the cavity, the cap remover may remove the cap from the medical injector, wherein the proximal end of the hemispherical member has a first diameter and the distal end of the hemispherical member has a second diameter, the second diameter being larger than the first diameter. a cylindrical portion, and a hemispherical member including a gripping component, wherein the cylindrical portion has an inner wall extending from a proximal end to a distal end, and the inner wall defines a cavity, the hemispherical member has a proximal end connected to the cylindrical portion and extends to a distal end, the cap remover is adapted to be positioned on the medical injector with the distal end of the cylindrical portion spaced farther from an injector housing of the medical injector than the proximal end of the cylindrical portion and the distal end of the hemispherical member spaced farther from the injector housing than the proximal end of the hemispherical member, and the cavity is sized and shaped to accommodate a cap disposed on the medical injector at least partially therein, and with the cap received within the cavity, the cap remover may remove the cap from the medical injector, wherein the proximal end of the hemispherical member has a first diameter and the distal end of the hemispherical member has a second diameter, the second diameter being larger than the first diameter.
A process for manufacturing a glazing unit comprising a glazed element equipped with a portion of a profiled strip, said glazing unit having at least one flexible part and one hard part, said flexible part belonging to said profiled strip and said hard part belonging to said glazed element or to said profiled strip, characterized in that at least one film comprising a substrate having a rear face and a front face, on which a decorative coating having a thickness of 0.1 to 1 mm is positioned, is applied to said glazing unit by successively carrying out the following steps: a- the glazing unit is positioned on a support comprising a counter-form, b- the film is pressed at least partially against a flexible part having a hardness from 55 to 95 Shore A, and in particular a protruding flexible part, of the profiled strip by applying at least one punch against the rear face of the substrate, c- this punch is raised and d- said substrate is withdrawn, said decorative coating then adhering to said glazing unit. a- the glazing unit is positioned on a support comprising a counter-form, b- the film is pressed at least partially against a flexible part having a hardness from 55 to 95 Shore A, and in particular a protruding flexible part, of the profiled strip by applying at least one punch against the rear face of the substrate, c- this punch is raised and d- said substrate is withdrawn,