mhurhangee/patent-ind-claim-en huggingface dataset:
A watch device, more particularly an external watch device, excepted a crown, comprising two external components linked to one another, the first component comprising a first guiding element and the second component comprising a second guiding element , the two components being linked to one another in a movable manner by the cooperation of their respective guiding elements , the first guiding element comprising a guiding surface in contact at least partially with the second guiding element , the two respective guiding elements of said two components being adapted to permit relative sliding of the two components, more particularly according to a translational movement or a substantially translational movement, characterized in that said guiding surface comprises a polymer material belonging to the family of polyaryl ether ketones (PAEK).
A display device, comprising: a substrate ; a plurality of anodes on the substrate ; a multi-layered emission layer structure on the plurality of anodes having a blue electroluminescent (EL) layer (244A2) configured to emit blue light and a complementary EL layer (244A1) configured to emit light having a color complementary to the blue light that collectively form white light; a cathode on the electroluminescent layers; a red color filter element on the multi-layered emission layer structure configured to filter the white light to generate red light; a green color filter element on the multi-layered emission layer structure configured to filter the white light to generate green light; and a plurality of pixels (R, G, B) including a red pixel (R) configured to transmit the red light from the red color filter element , a green pixel (G) configured to transmit the green light from the green color filter element , and a blue pixel (B) configured to transmit the blue light emitted from the blue EL layer (244A2), wherein the blue EL layer (244A2) is disposed in the plurality of pixels (R, G, B), and wherein the complementary EL layer (244A1) is disposed in the plurality of pixels (R, G, B) excluding the blue pixel (B), characterized in that the thickness of the blue electroluminescent layer (344A2) disposed between the anode and the cathode is a multiple of the half-wavelength of blue visible light, thereby forming the micro-cavity in the blue pixel (B). a substrate ; a plurality of anodes on the substrate ; a multi-layered emission layer structure on the plurality of anodes having a blue electroluminescent (EL) layer (244A2) configured to emit blue light and a complementary EL layer (244A1) configured to emit light having a color complementary to the blue light that collectively form white light; a cathode on the electroluminescent layers; a red color filter element on the multi-layered emission layer structure configured to filter the white light to generate red light; a green color filter element on the multi-layered emission layer structure configured to filter the white light to generate green light; and a plurality of pixels (R, G, B) including a red pixel (R) configured to transmit the red light from the red color filter element , a green pixel (G) configured to transmit the green light from the green color filter element , and a blue pixel (B) configured to transmit the blue light emitted from the blue EL layer (244A2), wherein the blue EL layer (244A2) is disposed in the plurality of pixels (R, G, B), and wherein the complementary EL layer (244A1) is disposed in the plurality of pixels (R, G, B) excluding the blue pixel (B), characterized in that the thickness of the blue electroluminescent layer (344A2) disposed between the anode and the cathode is a multiple of the half-wavelength of blue visible light, thereby forming the micro-cavity in the blue pixel (B).
A power transmission device comprising one or more transmission/reception units (12; 12a,12b,12c) each of which includes a transmitting antenna and a receiving antenna for carrying out a wireless power transmission in cooperation with the transmitting antenna , wherein each of the transmitting and receiving antennas includes a coil having a shape in which a portion through which a current flows in a direction extends along another portion through which a current flows in an opposite direction; wherein a loop surface of each coil is formed by a circular arc; characterized in that a central angle of the circular arc of the loop surface is larger than 180 degrees. each of the transmitting and receiving antennas includes a coil having a shape in which a portion through which a current flows in a direction extends along another portion through which a current flows in an opposite direction; wherein a loop surface of each coil is formed by a circular arc; characterized in that a central angle of the circular arc of the loop surface is larger than 180 degrees.
Coring device for foodstuffs containing a core, with • a core holder for receiving cores pressed out of the foodstuff, • a foodstuff feeder with a foodstuff reservoir , • a support which can be fed by the foodstuff feeder , on which support the foodstuff can be placed in a processing position, and • a cutting-out unit retained in a holder, wherein said cutting-out unit has at least one piercing rod , usable around the operating position to pierce the foodstuff and to press the core out of the foodstuff, wherein the cutting-out unit has a lower rod guide , in which the piercing rod is held and is movable lengthwise back and forth along a working axis (A) against the force of a restoring spring , and an upper rod handle , which can be pressed down to activate the lower area of the piercing rod at the processing position, characterised in that the cutting-out unit is held detachably in the holder and the coring device has a retaining device which is formed by a rod lock in the form of a locking element movable from a first locking position to a second locking position, said element being hinged to the cutting-out unit and is formed such that, in the first locking position, with the release of the retaining device of the cutting-out unit with a first abutment edge, said element is able to engage behind a corresponding abutment edge for the detachable immobilisation of the cutting-out unit in the holder and, in the second locking position, for activating the retaining device with a second abutment edge, said element is able to engage behind a corresponding abutment edge for the detachable immobilisation of the rod handle in the depressed position, wherein the size of the core holder is such that the cutting-out unit can be placed in the core holder locked in the pressed position by the retaining device. • a core holder for receiving cores pressed out of the foodstuff, • a foodstuff feeder with a foodstuff reservoir , • a support which can be fed by the foodstuff feeder , on which support the foodstuff can be placed in a processing position, and • a cutting-out unit retained in a holder, wherein said cutting-out unit has at least one piercing rod , usable around the operating position to pierce the foodstuff and to press the core out of the foodstuff,
A complementary-material element configured to be attached to a base plate of an ostomy appliance and comprising at least a first entity and a second entity , the first entity comprising a first material composition and the second entity comprising a second material composition different from the first material composition, characterized in that the second material composition comprises a neutralizer configured to be released from the complementary-material element in response to subjection of the complementary-material element to moisture.
A working medium for heat cycle, which comprises 1-chloro-2,3,3,3-tetrafluoropropene and a polyol ester oil.
A cable tie comprising a head and a strap having a lug formed at an end of the strap , wherein the head is configured to be coupled to a section of the strap when a front end of the strap is guided through the head , and wherein some of the head is received in an opening of the lug and wherein the head is arranged and configured to be moveable relative to the lug when said some of the head is received in the opening of the lug , wherein a lower side of the head is arranged and configured to be moveable relative to a top side of the lug , wherein the lower side and/or the top side comprise(s) straight part surfaces and/or curved part surfaces , wherein the head is arranged and configured such that it can slide relative to the lug via the straight part surfaces and/or the curved part surfaces , characterised in that the sliding movement takes place in the direction of the longitudinal axis of the strap . wherein a lower side of the head is arranged and configured to be moveable relative to a top side of the lug , wherein the lower side and/or the top side comprise(s) straight part surfaces and/or curved part surfaces , wherein the head is arranged and configured such that it can slide relative to the lug via the straight part surfaces and/or the curved part surfaces , characterised in that the sliding movement takes place in the direction of the longitudinal axis of the strap .
A method for cutting refractory metals, in which a solid body made of a refractory metal is cut mechanically and by chip removal with a cutting device , wherein the cutting device is wetted for cutting with a fluid having at least 50 weight % water, wherein the cutting device is brought to a positive electrical potential in relation to the solid body during cutting.
Tyrosyl-D-alanyl-glycyl-phenylalanyl-leucyl-arginine diacetate for use in spray form and/or in an inhaled form for the prevention of viral respiratory infections or for the prevention of their complications by administration in spray form to irrigate the nasal passages, nasopharynx, oropharynx and the oral cavity and/or by inhalation.
A filter system for separating particles from a fluid, the system comprising: a first filter element comprising a fluid egress surface; a second filter element disposed upon the first filter element but not coextensive with the first filter element at the fluid egress surface , which second filter element comprises a fluid application surface ; a lateral fluid flow path from the application surface to the fluid egress surface; characterised in that; the system comprises an assay system and further comprises a capillary outlet in capillary fluid contact with the fluid egress surface and said assay system downstream from the capillary outlet, such that filtrate flows out of the capillary outlet without the use of any external applied force; wherein a fluid applied to the application surface flows into the second filter and laterally through the first filter to the fluid egress surface and through the capillary outlet by capillary action; and the assay system comprises a reaction chamber and/or a detection chamber . a first filter element comprising a fluid egress surface; a second filter element disposed upon the first filter element but not coextensive with the first filter element at the fluid egress surface , which second filter element comprises a fluid application surface ; a lateral fluid flow path from the application surface to the fluid egress surface; characterised in that; the system comprises an assay system and further comprises a capillary outlet in capillary fluid contact with the fluid egress surface and said assay system downstream from the capillary outlet, such that filtrate flows out of the capillary outlet without the use of any external applied force; wherein a fluid applied to the application surface flows into the second filter and laterally through the first filter to the fluid egress surface and through the capillary outlet by capillary action; and the assay system comprises a reaction chamber and/or a detection chamber .
A gradient amplifier for a magnetic resonance imaging, MRI, system, the gradient amplifier comprising: a plurality of cascade elements (KE1...KEn) coupled in series between two terminals for connection to a gradient coil of an MRI system, each of the cascade elements being substantially identical and comprising two leg circuits (A,B) each comprised of switches (Sla... S2d); and a control device coupled to the respective switches in the respective leg circuits in the respective cascade elements; wherein the control device is configured to control all of the switches using space vector modulation (SVM), such that a change of the common mode (CM) voltage associated with potentials of the two terminals generated by the gradient amplifier is in a predetermined range, wherein: the two leg circuits (A,B) comprised in each of the cascade elements are coupled to a power source , the predetermined range is -0.5Vdc to 0.5Vdc, and Vdc is a voltage of the power source. a plurality of cascade elements (KE1...KEn) coupled in series between two terminals for connection to a gradient coil of an MRI system, each of the cascade elements being substantially identical and comprising two leg circuits (A,B) each comprised of switches (Sla... S2d); and a control device coupled to the respective switches in the respective leg circuits in the respective cascade elements; wherein the control device is configured to control all of the switches using space vector modulation (SVM), such that a change of the common mode (CM) voltage associated with potentials of the two terminals generated by the gradient amplifier is in a predetermined range, wherein: the two leg circuits (A,B) comprised in each of the cascade elements are coupled to a power source , the predetermined range is -0.5Vdc to 0.5Vdc, and Vdc is a voltage of the power source.
Shell-and-tube equipment having a cylindrical geometry and arranged along a vertical axis (A), the shell-and-tube equipment comprising an upper chamber and a lower chamber connected to a common tube bundle on opposite sides, wherein the upper chamber is provided with at least an inlet nozzle for inletting a first fluid, wherein the tube bundle is surrounded by a shell provided with nozzles (22; 24) for inletting and outletting a second fluid which exchanges heat with said first fluid through said tube bundle , and wherein the upper chamber encloses at least a distribution device configured for uniformly delivering said first fluid towards said tube bundle , said at least a distribution device comprising an annular channel which is arranged around said vertical axis (A) and is in fluid communication with said at least an inlet nozzle , the shell-and-tube equipment being characterized in that said at least a distribution device comprises a plurality of channel modules of circular trapezoid shape, tightly joined together at respective vertical edges of the channel modules for forming said annular channel , and that each channel module comprises a horizontally arranged base plate , integral with an outer vertical wall , forming the circumferential edge of said annular channel , and with an inner vertical wall , provided with an overflow edge for said first fluid flowing towards said tube bundle , wherein each channel module is provided with a flanged portion on its respective vertical edges, said flanged portion being configured for coupling with a corresponding flanged portion of an adjacent channel module , wherein the flanged portion is integral with the base plate , the outer vertical wall and the inner vertical wall .
Sensor for detection of transcutaneous gas, in particular for detection of CO2, comprising a contact face which is directable towards a measuring site on the skin of a human or animal subject, at least one radiation source for emission of measuring radiation, a measurement volume for receiving the gas to be measured, and a detector for detection of electromagnetic radiation, said detector comprising at least a first detection surface and a second detection surface and at least one wavelength sensitive element, preferably a wavelength filter such as an interference filter, wherein the wavelength sensitive element is substantially transparent for radiation of wavelengths in a first wavelength band incident onto the wavelength sensitive element in a first range of incidence angles and for radiation of wavelengths in a second wavelength band incident onto the wavelength sensitive element in a second range of incidence angles, wherein the first and the second wavelength bands are at least partly different from each other and wherein the first and the second ranges of incidence angles are at least partly different from each other, the first detection surface and the second detection surface and the at least one wavelength sensitive element are arranged such that radiation in the first wavelength band propagates through the wavelength sensitive element such that it impinges on said first detection surface and is detectable by said first detection surface and such that radiation of the second wavelength band propagates through the wavelength sensitive element such that it impinges on said second detection surface and is detectable by said second detection surface , wherein preferably the sensor without communication and power supply means fits into a virtual cylinder having a diameter of 30 mm and a height of 20 mm or into a virtual volume of 15 cm 3 .
Method for controlling a deflection angle of a mobile pitch stabilisation means of an aircraft , characterised in that the said method comprises: - a preliminary phase (STP1) comprising a compilation step (STP1.2) for compiling at least one control law providing a setpoint angle (100*) that the said deflection angle should reach, as a function on the one hand of at least one flight parameter of the aircraft and on the other hand of an incidence parameter of the pitch stabilisation means , the said incidence parameter being an aerodynamic incidence of the pitch stabilisation means, or a lift force exerted on the said pitch stabilisation means , or a torsional moment measured on a shaft supporting the pitch stabilisation means, - an operational phase (STP2) during which the following steps are carried out: ∘ determination of a value referred to as the "flight value " of each of the said flight parameters , ∘ determination of a value referred to as the "setpoint value (60*)" of the said incidence parameter , ∘ determination of a setpoint value (100*) by introducing the said flight and setpoint (60*) values into the said control law , ∘ activation of least one actuator so that the said deflection angle of the mobile pitch stabilisation means reaches the said setpoint angle (100*). - a preliminary phase (STP1) comprising a compilation step (STP1.2) for compiling at least one control law providing a setpoint angle (100*) that the said deflection angle should reach, as a function on the one hand of at least one flight parameter of the aircraft and on the other hand of an incidence parameter of the pitch stabilisation means , the said incidence parameter being an aerodynamic incidence of the pitch stabilisation means, or a lift force exerted on the said pitch stabilisation means , or a torsional moment measured on a shaft supporting the pitch stabilisation means, - an operational phase (STP2) during which the following steps are carried out: ∘ determination of a value referred to as the "flight value " of each of the said flight parameters , ∘ determination of a value referred to as the "setpoint value (60*)" of the said incidence parameter , ∘ determination of a setpoint value (100*) by introducing the said flight and setpoint (60*) values into the said control law , ∘ activation of least one actuator so that the said deflection angle of the mobile pitch stabilisation means reaches the said setpoint angle (100*). ∘ determination of a value referred to as the "flight value " of each of the said flight parameters , ∘ determination of a value referred to as the "setpoint value (60*)" of the said incidence parameter , ∘ determination of a setpoint value (100*) by introducing the said flight and setpoint (60*) values into the said control law , ∘ activation of least one actuator so that the said deflection angle of the mobile pitch stabilisation means reaches the said setpoint angle (100*).
A transmission comprising: an input shaft ; an output shaft ; a first planetary gear mechanism including a first carrier connected to the input shaft , a first planetary gear rotatably carried by the first carrier, a first sun gear meshed with the first planetary gear , and a ring gear meshed with the first planetary gear ; a second planetary gear mechanism including a second sun gear connected to the first carrier , a second planetary gear meshed with the second sun gear , and a second ring gear meshed with the second planetary gear and connected to the first ring gear ; and a first variable device connected to the first ring gear and the second ring gear to continuously change a speed ratio of the output shaft to the input shaft ; a second variable device that continuously changes the speed ratio; and a shaft that directly connects the first sun gear and the second variable device ; characterized by a high speed gear connected to the output shaft ; a high speed clutch that switches engaging and disengaging between the high speed gear and the shaft ; a low speed gear connected to the shaft ; and a low speed clutch that switches engaging and disengaging between the output shaft and the low speed gear . an input shaft ; an output shaft ; a first planetary gear mechanism including a first carrier connected to the input shaft , a first planetary gear rotatably carried by the first carrier, a first sun gear meshed with the first planetary gear , and a ring gear meshed with the first planetary gear ; a second planetary gear mechanism including a second sun gear connected to the first carrier , a second planetary gear meshed with the second sun gear , and a second ring gear meshed with the second planetary gear and connected to the first ring gear ; and a first variable device connected to the first ring gear and the second ring gear to continuously change a speed ratio of the output shaft to the input shaft ; a second variable device that continuously changes the speed ratio; and a shaft that directly connects the first sun gear and the second variable device ; characterized by a high speed gear connected to the output shaft ; a high speed clutch that switches engaging and disengaging between the high speed gear and the shaft ; a low speed gear connected to the shaft ; and a low speed clutch that switches engaging and disengaging between the output shaft and the low speed gear .