mhurhangee/ep-ind-claims huggingface dataset:
A drum unit comprising: a photosensitive drum; a flange provided at an end portion of said photosensitive drum to transmit a driving force to said photosensitive drum; and a coupling member (86, 90) provided on said flange, said coupling member (86, 90) including a movable member provided with a driving force receiving portion configured to receive the driving force, said movable member being movable relative to said flange between an advanced position advanced away from said photosensitive member and a retracted position retracted toward an inside of said photosensitive drum, and a connecting member connected with said flange so as to transmit the driving force from said movable member to said flange, wherein said connecting member includes a shaft portion extending along a moving direction of said movable member, and a restricting portion configured to restrict said movable member so as to suppress disengagement, from said flange, of said movable member placed in the advanced position, wherein said restricting portion is not engaged with said movable member when said coupling member (86, 90) is in the retracted position, and said restricting portion receives the driving force from said movable member by engagement with said movable member when said coupling member (86, 90) is in the advanced position. a photosensitive drum; a flange provided at an end portion of said photosensitive drum to transmit a driving force to said photosensitive drum; and a coupling member (86, 90) provided on said flange, said coupling member (86, 90) including a movable member provided with a driving force receiving portion configured to receive the driving force, said movable member being movable relative to said flange between an advanced position advanced away from said photosensitive member and a retracted position retracted toward an inside of said photosensitive drum, and a connecting member connected with said flange so as to transmit the driving force from said movable member to said flange, wherein said connecting member includes a shaft portion extending along a moving direction of said movable member, and a restricting portion configured to restrict said movable member so as to suppress disengagement, from said flange, of said movable member placed in the advanced position, wherein said restricting portion is not engaged with said movable member when said coupling member (86, 90) is in the retracted position, and said restricting portion receives the driving force from said movable member by engagement with said movable member when said coupling member (86, 90) is in the advanced position.
Laser device, comprising at least one laser diode (12; 52; 152, 154) configured to emit radiation, with an output power of the radiation depending on a laser diode driving current, a photodiode (20; 60; 156) configured to receive the radiation emitted by the at least one laser diode (12; 52; 152, 154), wherein the received radiation induces a photodiode current in the photodiode (20; 60; 156) in dependence on the output power of the received radiation, circuitry (34; 74; 159) configured to measure first photodiode currents for at least two first laser diode driving currents at which the at least one laser diode (12; 52; 152, 154) is in a non-lasing operation, calculate a first linear slope from the measured first photodiode currents, measure second photodiode currents for at least two second laser diode driving currents at which the at least one laser diode (12; 52; 152, 154) is in a lasing operation, calculate a second linear slope from the measured second photodiode currents, and determine a calculated laser threshold current of the at least one laser diode (12; 52; 152, 154) as the laser diode current, at which the first and second linear slopes (126, 128) intersect, wherein the circuitry (34; 74; 159) is further configured to determine a ratio of the gradient of the second linear slope to the gradient of the first linear slope, wherein the circuitry is further configured to detect a malfunction or degradation of the at least one laser diode (12; 52; 152, 154), if the ratio is equal to or lower than a threshold. at least one laser diode (12; 52; 152, 154) configured to emit radiation, with an output power of the radiation depending on a laser diode driving current, a photodiode (20; 60; 156) configured to receive the radiation emitted by the at least one laser diode (12; 52; 152, 154), wherein the received radiation induces a photodiode current in the photodiode (20; 60; 156) in dependence on the output power of the received radiation, circuitry (34; 74; 159) configured to measure first photodiode currents for at least two first laser diode driving currents at which the at least one laser diode (12; 52; 152, 154) is in a non-lasing operation, calculate a first linear slope from the measured first photodiode currents, measure second photodiode currents for at least two second laser diode driving currents at which the at least one laser diode (12; 52; 152, 154) is in a lasing operation, calculate a second linear slope from the measured second photodiode currents, and determine a calculated laser threshold current of the at least one laser diode (12; 52; 152, 154) as the laser diode current, at which the first and second linear slopes (126, 128) intersect, wherein the circuitry (34; 74; 159) is further configured to determine a ratio of the gradient of the second linear slope to the gradient of the first linear slope, wherein the circuitry is further configured to detect a malfunction or degradation of the at least one laser diode (12; 52; 152, 154), if the ratio is equal to or lower than a threshold.
A hand-held handle dispenser comprising: a main frame having a handle, an adhesive tape roll provided at a rear side of the main frame for delivering an adhesive tape, an application element provided at the front side of the main frame for applying the adhesive tape on a parcel and a cutting blade for cutting the adhesive tape, characterized in that it further comprises a cartridge for storing an insert strip roll and transport and affixing elements for conveying the insert strip from said cartridge to said application element and affixing it against the adhesive tape to form a handle.
A display device system, comprising: a display screen, configured to display digital content; a structural assembly, secured to the rear face of said display screen, configured to mount said display screen on a vertical surface; a case for said display screen, comprising: a main body; one or more handles, connected to said main body; and a locking mechanism, configured to releasably secure said main body to the display screen; wherein said main body is configured to be coupled to said display screen to provide structural rigidity and protection to the display device during transportation and handling; wherein said main body is configured to engage, surround, and protect at least the perimeter of said display screen; wherein a rear side of said structural assembly comprises a recessed mounting mechanism configured to mate with a mounting device on a vertical surface; wherein said handles of said case are placed to enable positioning said display screen on said mounting device; and wherein said main body is configured to be decoupled from said display screen once said display screen is located on said mounting device, and wherein said one or more handles are centrally positioned with respect to the perimeter of the display device in use. a display screen, configured to display digital content; a structural assembly, secured to the rear face of said display screen, configured to mount said display screen on a vertical surface; a case for said display screen, comprising: a main body; one or more handles, connected to said main body; and a locking mechanism, configured to releasably secure said main body to the display screen; a main body; one or more handles, connected to said main body; and a locking mechanism, configured to releasably secure said main body to the display screen; wherein said main body is configured to be coupled to said display screen to provide structural rigidity and protection to the display device during transportation and handling; wherein said main body is configured to engage, surround, and protect at least the perimeter of said display screen; wherein a rear side of said structural assembly comprises a recessed mounting mechanism configured to mate with a mounting device on a vertical surface; wherein said handles of said case are placed to enable positioning said display screen on said mounting device; and wherein said main body is configured to be decoupled from said display screen once said display screen is located on said mounting device, and wherein said one or more handles are centrally positioned with respect to the perimeter of the display device in use.
Method for soil compaction with a construction machine, wherein - a support cable is guided along a mast, - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch, - the winch drum is rotatably driven by means of a winch drive, and - a compacting element is arranged on the support cable and is moved vertically by the support cable, wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered on the support cable from a position above a ground surface up to the ground surface, wherein the compacting element strikes the ground surface and compacting the soil in this process, characterised in that - a winding of the support cable on the winch drum is detected by means of a sensor unit, in particular a camera unit or a radar unit. - a support cable is guided along a mast, - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch, - the winch drum is rotatably driven by means of a winch drive, and - a compacting element is arranged on the support cable and is moved vertically by the support cable, wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered on the support cable from a position above a ground surface up to the ground surface, wherein the compacting element strikes the ground surface and compacting the soil in this process, characterised in that - a winding of the support cable on the winch drum is detected by means of a sensor unit, in particular a camera unit or a radar unit.
A pharmaceutical composition of a single dosage form, comprising: a compartment comprising olmesartan medoxomil and amlodipine or a salt thereof; and a compartment comprising rosuvastatin or a salt thereof, wherein the compartments are formulated in a form of being separated from each other and wherein the compartment comprising Olmesartan medoxomil and amlodipine or a salt thereof contains dibasic calcium phosphate dihydrate.
A device for analysing at least one analyte of a fluid, in particular deoxyribonucleic acid, the device comprising: - an analysis chamber, and - an inlet for injecting fluid to be analysed into the chamber, the chamber comprising: - at least one wall delimiting an internal fluid circulation space in the chamber, - at least one pillar extending from the wall, the device being characterised in that the or each pillar comprises: - a core with a first optical index, - an outer layer with a second optical index, and - a coating layer for the outer layer, known as the capture layer, the capture layer being a functionalised layer capable of capturing at least one analyte from the fluid, the second optical index of the outer layer being strictly greater than the first optical index of the core of the pillar in question, the outer layer of each pillar being completely covered by the capture layer of the pillar, the outer layer of each pillar having a thickness strictly greater than 50 nanometres and strictly less than 1 micron. - an analysis chamber, and - an inlet for injecting fluid to be analysed into the chamber, the chamber comprising: - at least one wall delimiting an internal fluid circulation space in the chamber, - at least one pillar extending from the wall, - at least one wall delimiting an internal fluid circulation space in the chamber, - at least one pillar extending from the wall, the device being characterised in that the or each pillar comprises: - a core with a first optical index, - an outer layer with a second optical index, and - a coating layer for the outer layer, known as the capture layer, - a core with a first optical index, - an outer layer with a second optical index, and - a coating layer for the outer layer, known as the capture layer, the capture layer being a functionalised layer capable of capturing at least one analyte from the fluid, the second optical index of the outer layer being strictly greater than the first optical index of the core of the pillar in question, the outer layer of each pillar being completely covered by the capture layer of the pillar, the outer layer of each pillar having a thickness strictly greater than 50 nanometres and strictly less than 1 micron.
DNA aptamer comprising the sequence SEQ ID NO:5 capable of inhibiting the enzymatic activity of tyrosinase for the conversion of tyrosine into L-DOPA and dopaquinone.
A non-pneumatic tire comprising: a lower ring having a first diameter; an upper ring having a second diameter greater than the first diameter, the upper ring being substantially coaxial with the lower ring; and support structure extending between the lower ring and the upper ring; a tread layer formed of a rubber material, wherein the tread layer extends circumferentially about the entire upper ring, and wherein the tread layer extends laterally from a first side of the non-pneumatic tire to a second side of the non-pneumatic tire; and a sidewall formed of the rubber material extending seamlessly from the tread layer to the lower ring on the first side of the non-pneumatic tire wherein the sidewall includes a plurality of radially extending slits, each slit having a width less than 5 mm and a length greater than 10 mm. a lower ring having a first diameter; an upper ring having a second diameter greater than the first diameter, the upper ring being substantially coaxial with the lower ring; and support structure extending between the lower ring and the upper ring; a tread layer formed of a rubber material, wherein the tread layer extends circumferentially about the entire upper ring, and wherein the tread layer extends laterally from a first side of the non-pneumatic tire to a second side of the non-pneumatic tire; and wherein the tread layer extends circumferentially about the entire upper ring, and wherein the tread layer extends laterally from a first side of the non-pneumatic tire to a second side of the non-pneumatic tire; and a sidewall formed of the rubber material extending seamlessly from the tread layer to the lower ring on the first side of the non-pneumatic tire wherein the sidewall includes a plurality of radially extending slits, each slit having a width less than 5 mm and a length greater than 10 mm.
A chronograph for a timepiece movement, comprising a chronographic staff able to bear a chronograph second hand on which a chronograph wheel is mounted comprising also a seconds clutch disk comprising a lower seconds clutch wheel able to mesh with a driving seconds wheel of a seconds disk of a timepiece movement and an upper seconds clutch wheel, this seconds clutch disk being able to occupy two positions through a rotation about an axis of oscillation, corresponding, on the one hand, to a chronograph-engaged configuration in which the upper seconds clutch wheel of the seconds clutch disk meshes with the chronograph wheel and, on the other hand, to a disengaged configuration in which said upper seconds clutch wheel of the seconds clutch disk no longer meshes with the chronograph wheel, characterized in that at least one of the two, upper and lower, seconds clutch wheels of the seconds clutch disk is a wheel with compensation for lash, and in that said axis of oscillation is perpendicular to the seconds clutch staff and is positioned at its lower pivot point, so as to allow it to occupy its two, engaged and disengaged, configurations respectively.
Supporting device for supporting padding of a piece of furniture for sitting and/or lying down, in particular a mattress of a bed, having a main body having spring elements (22, 24) for flat support of the padding and having at least one load/relief device for achieving a pressure load or relief on the padding, wherein the load/relief device for achieving a pressure load or relief affects at least one spring element (22, 24), wherein the load/relief device has at least one electric motor, which is operatively connected to at least one pressure element, by means of which a compressive force can be exerted or is exerted on at least one spring element (22, 24) of the main body, to achieve a pressure load or relief, and wherein the load/relief device has at least one first carriage that is drivably connected to an electric motor and can be translationally moved in the longitudinal direction of the supporting device, wherein the first carriage bears at least one arm, the free end of which bears the pressure element for loading/relieving the spring elements (22, 24) of the main body, characterised in that the load/relief device (26, 26') is arranged inside the profile height of the main body of the supporting device. having a main body having spring elements (22, 24) for flat support of the padding and having at least one load/relief device for achieving a pressure load or relief on the padding, wherein the load/relief device for achieving a pressure load or relief affects at least one spring element (22, 24), wherein the load/relief device has at least one electric motor, which is operatively connected to at least one pressure element, by means of which a compressive force can be exerted or is exerted on at least one spring element (22, 24) of the main body, to achieve a pressure load or relief, and wherein the load/relief device has at least one first carriage that is drivably connected to an electric motor and can be translationally moved in the longitudinal direction of the supporting device, wherein the first carriage bears at least one arm, the free end of which bears the pressure element for loading/relieving the spring elements (22, 24) of the main body, characterised in that the load/relief device (26, 26') is arranged inside the profile height of the main body of the supporting device.
Extractor hood comprising an extractor hood housing with a fan arranged therein and an outlet grid, which is arranged on an air outlet opening of the extractor hood, wherein the outlet grid has at least one air guiding element for aligning the air passing through the outlet grid in one direction, which deviates from the direction of the surface normal of the outlet grid, and the outlet grid can be fastened to the extractor hood housing at at least two angular positions about an axis which lies in the centre area of the outlet grid in the direction of the surface normal of the outlet grid, characterised in that at least one elongated hole, which describes a partial circle, is provided on the extractor hood housing and/or the outlet grid, into which partial circle a screw engages and the outlet grid is fastened at a specific angular position, or that the outlet grid has bayonet projections and/or bayonet cut-outs (101, 123), and the extractor hood housing has corresponding bayonet cut-outs (101, 123) and/or bayonet projections and the bayonet projections engage in bayonet cut-outs (101, 123), wherein the outlet grid is brought into the angular position at an angular range between two bayonet cut-outs (101, 120) and is fastened.
A method of securing a tool within a gas turbine engine, the method comprising: inserting the tool into the engine; inserting a bladder between a portion of the tool and a component in the engine; and inflating the bladder by supplying an inflating fluid through an inlet at a supply rate to temporarily secure the tool in its position, characterised in that the bladder comprises at least one exit port, the at least one exit port configured to supply the inflating fluid out through the at least one exit port into the engine at an outflow rate, wherein the inflating fluid is supplied through the inlet at the supply rate greater than the outflow rate through the at least one exit port. inserting the tool into the engine; inserting a bladder between a portion of the tool and a component in the engine; and inflating the bladder by supplying an inflating fluid through an inlet at a supply rate to temporarily secure the tool in its position, characterised in that the bladder comprises at least one exit port, the at least one exit port configured to supply the inflating fluid out through the at least one exit port into the engine at an outflow rate, wherein the inflating fluid is supplied through the inlet at the supply rate greater than the outflow rate through the at least one exit port.
An antibody binding the C-terminal fibrinogen-like domain of angiopoietin like 4 protein (cANGPTL4), said antibody comprising a heavy chain and a light chain, the heavy chain comprising a VH CDR1, a VH CDR2, and a VH CDR3, and the light chain comprising a VL CDR1, a VL CDR2, and a VL CDR3, wherein: said VL CDR1 comprises or consists of the amino acid sequence set forth in SEQ ID NO:3; said VL CDR2 comprises or consists of the amino acid sequence set forth in SEQ ID NO:4; said VL CDR3 comprises or consists of the amino acid sequence set forth in SEQ ID NO:5; said VH CDR1 comprises or consists of the amino acid sequence set forth in SEQ ID NO:6; said VH CDR2 comprises or consists of the amino acid sequence set forth in SEQ ID NO:7; and said VH CDR3 comprises or consists of the amino acid sequence set forth in SEQ ID NO:8.
A motor vehicle diagnosis system equipped with a first wireless communication module configured to receive a diagnosis request according to a first communication protocol, this diagnosis system including - a diagnosis tool configured to emit a diagnosis request to the motor vehicle according to a second communication protocol; - a second wireless communication module, configured to transmit the diagnosis request emitted by the diagnosis tool according to the second communication protocol, via a wireless communication network to the first wireless communication module equipping the motor vehicle; the diagnosis system being characterized in that it includes a software module interfaced between the diagnosis tool and the second wireless communication module, this software module being configured for: - intercepting the diagnosis request emitted by the diagnosis tool according to the second communication protocol; - encapsulating the intercepted diagnosis request in a frame according to the first communication protocol; - transferring the frame encapsulating the diagnosis request to the second wireless communication module according to the first communication protocol. - a diagnosis tool configured to emit a diagnosis request to the motor vehicle according to a second communication protocol; - a second wireless communication module, configured to transmit the diagnosis request emitted by the diagnosis tool according to the second communication protocol, via a wireless communication network to the first wireless communication module equipping the motor vehicle; - intercepting the diagnosis request emitted by the diagnosis tool according to the second communication protocol; - encapsulating the intercepted diagnosis request in a frame according to the first communication protocol; - transferring the frame encapsulating the diagnosis request to the second wireless communication module according to the first communication protocol.
A compound comprising a mitochondrial penetrating peptide conjugated to an anticancer compound, wherein the peptide localizes to mitochondria and sequesters the anticancer compound into the mitochondria from the cytoplasm such that the anticancer compound evades a drug resistance mechanism.