mhurhangee/patent-ind-claim-en huggingface dataset:
A device for an extracorporeal life support system with a suction line which comprises a venous cannula , a pressure line which comprises an arterial cannula , a pump , which is arranged between the suction line and the pressure line and a relieving line with a relieving cannula , wherein the relieving cannula is designed as a vent cannula, the relieving line is directly connected to the suction line or directly to the pressure line and wherein between the suction line and pressure line only a single pump and no reservoir is arranged, and an oxygenator is arranged between the suction line and the pressure line , characterised in that the relieving cannula is longer than the arterial cannula .
An antenna comprising: an insulating substrate ; a plurality of conductive patches provided on a top surface of the insulating substrate ; a variable dielectric constant, VDC, plate provided below the insulating substrate ; a plurality of conductive delay lines provided over the VDC plate , each of the delay lines coupling an RF signal to one of the plurality of conductive patches ; a ground plane provided below the VDC plate , the ground plane comprising at least one DC break sized to form a short for ground path of the RF signal. an insulating substrate ; a plurality of conductive patches provided on a top surface of the insulating substrate ; a variable dielectric constant, VDC, plate provided below the insulating substrate ; a plurality of conductive delay lines provided over the VDC plate , each of the delay lines coupling an RF signal to one of the plurality of conductive patches ; a ground plane provided below the VDC plate , the ground plane comprising at least one DC break sized to form a short for ground path of the RF signal.
Method for providing a prefabricated dry mixture for producing wood concrete with a hydraulic binder and wood granulate as aggregate, characterized in that the wood granulate having a residual moisture content of up to 40% is mixed with the hydraulic binder in a mixing ratio corresponding to the wood concrete to be produced, wherein 40 to 70 parts by weight of the wood granulate are mixed with parts by weight of hydraulic binder, which add up to 100 parts by weight, and possibly an additive for the binder, and that the mixture is then stored in moisture-tight packaging units.
A method of determining the acceleration of the crankshaft of an internal combustion engine comprising one or more cylinders, with respect to a combustion event, n, comprising: a) providing a signal indicative of crankshaft speed, said signal being from a crankshaft angular position sensor and comprising a series of minima and maxima with respect to each successive combustion event; b) determining the acceleration based on: the initial speed value of the minima, Min(n) just before the combustion event, n, the subsequent speed value of the maximum immediately subsequent to the combustion event, Max (n), and t int , where t int is the time between the maxima (Max(n)) and the preceding minima (Min (n)) or the general time between Min (n) and Max (n); characterised in that , in step b), the acceleration is determined additionally based on the speed of the minima for the subsequent combustion event, Min (n+1). a) providing a signal indicative of crankshaft speed, said signal being from a crankshaft angular position sensor and comprising a series of minima and maxima with respect to each successive combustion event; b) determining the acceleration based on: the initial speed value of the minima, Min(n) just before the combustion event, n, the subsequent speed value of the maximum immediately subsequent to the combustion event, Max (n), and t int , where t int is the time between the maxima (Max(n)) and the preceding minima (Min (n)) or the general time between Min (n) and Max (n);
A method of starting an information-capturing device , comprising the steps of: receiving (S110), by a near-field communication module of the information-capturing device , an event message, wherein the event message includes a destination information; comparing (S120), by a controlling unit of the information-capturing device , a first identification code of the information-capturing device with a dedicated identification code specified by the destination information contained in the event message; starting (S130), by the controlling unit of the information-capturing device , a video recording unit of the information-capturing device so as to begin capturing ambient data, if the first identification code matches the dedicated identification code specified by the destination information contained in the event message; characterized by searching (S140) a neighboring device checklist by the destination information if the first identification code does not match the dedicated identification code specified by the destination information contained in the event message; broadcasting (S160) the event message by the near-field communication module of the information-capturing device if the neighboring device checklist has at least a second identification code matching the dedicated identification code specified by the destination information contained in the event message. receiving (S110), by a near-field communication module of the information-capturing device , an event message, wherein the event message includes a destination information; comparing (S120), by a controlling unit of the information-capturing device , a first identification code of the information-capturing device with a dedicated identification code specified by the destination information contained in the event message; starting (S130), by the controlling unit of the information-capturing device , a video recording unit of the information-capturing device so as to begin capturing ambient data, if the first identification code matches the dedicated identification code specified by the destination information contained in the event message; characterized by searching (S140) a neighboring device checklist by the destination information if the first identification code does not match the dedicated identification code specified by the destination information contained in the event message; broadcasting (S160) the event message by the near-field communication module of the information-capturing device if the neighboring device checklist has at least a second identification code matching the dedicated identification code specified by the destination information contained in the event message.
A sample vaporization unit comprising: a tubular insert ; a housing having an internal space which accommodates the insert, and a cylindrical cap attachment part provided with an opening part communicating with the internal space on a distal end side thereof, an inclined groove being formed on an outer peripheral surface of the cap attachment part , the inclined groove being inclined from the distal end side toward a proximal end side of the cap attachment part along a circumferential direction, and having a start point at a position closest to the distal end side of the cap attachment part , and an end point at a position closest to the proximal end side of the cap attachment part; a seal cap detachably attached to the cap attachment part of the housing to seal the opening part; and a cap fixing part which has a cap holding part engaged with the seal cap to be movable in the circumferential direction of the outer peripheral surface, and an elastic part connected to the cap holding part , the elastic part having a protrusion fitted into the inclined groove of the cap attachment part , the cap fixing part being rotatably attached to the cap attachment part so that the protrusion slides along the inclined groove inside the inclined groove , the elastic part having a spring property for generating an elastic force of pressing the cap holding part toward the opening part so that the seal cap seals the opening part when the protrusion approaches the end point of the inclined groove . a tubular insert ; a housing having an internal space which accommodates the insert, and a cylindrical cap attachment part provided with an opening part communicating with the internal space on a distal end side thereof, an inclined groove being formed on an outer peripheral surface of the cap attachment part , the inclined groove being inclined from the distal end side toward a proximal end side of the cap attachment part along a circumferential direction, and having a start point at a position closest to the distal end side of the cap attachment part , and an end point at a position closest to the proximal end side of the cap attachment part; a seal cap detachably attached to the cap attachment part of the housing to seal the opening part; and a cap fixing part which has a cap holding part engaged with the seal cap to be movable in the circumferential direction of the outer peripheral surface, and an elastic part connected to the cap holding part , the elastic part having a protrusion fitted into the inclined groove of the cap attachment part , the cap fixing part being rotatably attached to the cap attachment part so that the protrusion slides along the inclined groove inside the inclined groove , the elastic part having a spring property for generating an elastic force of pressing the cap holding part toward the opening part so that the seal cap seals the opening part when the protrusion approaches the end point of the inclined groove .
A scanning range setting method using a surveying instrument configured to measure a distance to a measurement point by using a distance measuring light and measure an angle to the measurement point, and a scanner configured to scan with a scanning light around a rotation axis to acquire three-dimensional point group data, comprising steps of: (A) measuring distances and angles to two or more measurement points by the surveying instrument ; (B) storing coordinates and angles of the two or more measurement points; (C) setting a rectangular area including all of the two or more measurement points as a scanning range by using a horizontal angle range between two points most distant from each other in the horizontal direction in the two or more measurement points and a vertical angle range between two points most distant from each other in the vertical direction in the two or more measurement points by the scanner ; and (D) scanning the scanning range by the scanner , wherein a coordinate system of the scanner and a coordinate system of the surveying instrument match each other, characterized in that the coordinates of the two or more measurement points are merged with three-dimensional point group data acquired by the scanner to create a three-dimensional model. (A) measuring distances and angles to two or more measurement points by the surveying instrument ; (B) storing coordinates and angles of the two or more measurement points; (C) setting a rectangular area including all of the two or more measurement points as a scanning range by using a horizontal angle range between two points most distant from each other in the horizontal direction in the two or more measurement points and a vertical angle range between two points most distant from each other in the vertical direction in the two or more measurement points by the scanner ; and (D) scanning the scanning range by the scanner , wherein
A method for manufacturing a wire harness , the wire harness being mounted on a vehicle body to supply electric power and to transmit a communication signal to an electric component , the wire harness having: a plurality of control boxes dispersedly arranged on the wire harness and configured to be able to control input and output of at least one of the electric power and the communication signal; a trunk harness connecting one of the plurality of the control boxes to another control box; and a branch harness connecting the control box to the electric component , the manufacturing method comprising: disposing the trunk harness , the branch harness and the control boxes on a workbench and attaching the trunk harness and the branch harness to the control boxes ; connecting the control boxes to an external device via the branch harness ; and switching operation mode of at least one of the control boxes to an information writing mode for inputting information for operating the electric component to be connected to the branch harness into the at least one of the control boxes , and then inputting the information from the external device into the at least one of the control boxes via the branch harness . a plurality of control boxes dispersedly arranged on the wire harness and configured to be able to control input and output of at least one of the electric power and the communication signal; a trunk harness connecting one of the plurality of the control boxes to another control box; and a branch harness connecting the control box to the electric component , the manufacturing method comprising: disposing the trunk harness , the branch harness and the control boxes on a workbench and attaching the trunk harness and the branch harness to the control boxes ; connecting the control boxes to an external device via the branch harness ; and switching operation mode of at least one of the control boxes to an information writing mode for inputting information for operating the electric component to be connected to the branch harness into the at least one of the control boxes , and then inputting the information from the external device into the at least one of the control boxes via the branch harness . disposing the trunk harness , the branch harness and the control boxes on a workbench and attaching the trunk harness and the branch harness to the control boxes ; connecting the control boxes to an external device via the branch harness ; and switching operation mode of at least one of the control boxes to an information writing mode for inputting information for operating the electric component to be connected to the branch harness into the at least one of the control boxes , and then inputting the information from the external device into the at least one of the control boxes via the branch harness .
A rotary compressor having two cylinders , the compressor comprising: a crankshaft having a first eccentric portion and a second eccentric portion connected to each other by a connecting portion ; and two compressive elements that compress working fluid in the cylinders as a first piston inserted over the first eccentric portion eccentrically rotates in accordance with rotation of the crankshaft , wherein the first piston inserted over the first eccentric portion is conformed to undergo assembly by being inserted over the first eccentric portion through the second eccentric portion , characterized in that releasing portions are provided at outer diameter portions of the first eccentric portion and the second eccentric portion on the connecting portion side, Hc-c < Hp - Hpc < Hc-c + Hcd < Hp is established where Hc-c is a height of the connecting portion , Hcd is a height of the releasing portions , Hp is a height of the first piston , and Hpc is a height of one of bevels respectively provided at both surfaces of the first piston , and an outermost diameter (Rc) of a projection cross section obtained by overlaying a cross section of the first eccentric portion excluding the releasing portion and a cross section of the second eccentric portion excluding the releasing portion on each other is set to be greater than an inner diameter of the first piston , wherein respective sites in the first and the second releasing portions are beveled in the eccentric direction as compared to other sites in the first and second eccentric portions . a crankshaft having a first eccentric portion and a second eccentric portion connected to each other by a connecting portion ; and two compressive elements that compress working fluid in the cylinders as a first piston inserted over the first eccentric portion eccentrically rotates in accordance with rotation of the crankshaft , wherein the first piston inserted over the first eccentric portion is conformed to undergo assembly by being inserted over the first eccentric portion through the second eccentric portion , characterized in that releasing portions are provided at outer diameter portions of the first eccentric portion and the second eccentric portion on the connecting portion side, Hc-c < Hp - Hpc < Hc-c + Hcd < Hp is established where Hc-c is a height of the connecting portion , Hcd is a height of the releasing portions , Hp is a height of the first piston , and Hpc is a height of one of bevels respectively provided at both surfaces of the first piston , and an outermost diameter (Rc) of a projection cross section obtained by overlaying a cross section of the first eccentric portion excluding the releasing portion and a cross section of the second eccentric portion excluding the releasing portion on each other is set to be greater than an inner diameter of the first piston , wherein respective sites in the first and the second releasing portions are beveled in the eccentric direction as compared to other sites in the first and second eccentric portions .
An anode active material comprising a porous transition metal oxide, wherein the porous transition metal oxide comprises an oxide of at least one transition metal selected from the group consisting of molybdenum (Mo), titanium (Ti), vanadium (V), and tungsten (W), pores of the porous transition metal oxide have a diameter from 3 nm to 10 nm, measured by transmission electro microscopy, are interconnected to form channels and are arranged in a regular pattern, and a framework formed by the walls of the pores of the porous transition metal oxide has a wall thickness of from 5 nm to 10 nm, measured by transmission electro microscopy, characterized in that the porous transition metal oxide has a specific surface area of from 80 m 2 /g to 220 m 2 /g, determined according to the Brunauer-Emmet-Teller method.
A computer-implemented medical method of transmitting identification information of a medical instrument, the method comprising the following steps: a) initial state image data is acquired (S11), by a computer and from a camera, which describes an image of an instrument tray in an initial state; b) instrument state image data is acquired (S12), by the computer and from the camera, which describes an image of an instrument and the instrument tray, the instrument being located on the instrument tray; c) instrument envelope data is determined (S13) based on the initial state image data and the instrument state image data, wherein the instrument envelope data describes the position of an envelope around the image representation of the instrument in the instrument state image data relative to a position of the instrument tray; d) instrument position data is determined based on the instrument envelope data, wherein the instrument position data describes the position of the instrument relative to the position of the instrument tray; e) instrument identity data is acquired (S14) and assigned to the instrument envelope data based on user input and based on the instrument position data; f) instrument usage data is determined (S15) based on the instrument envelope data, wherein the instrument usage data describes that the envelope around the image representation of the instrument has attained a predetermined position relative to the position of the instrument tray; and g) the computer is caused (S16), based on the instrument usage data, to transmit the instrument identity data to a further computer which is part of a medical computing system. a) initial state image data is acquired (S11), by a computer and from a camera, which describes an image of an instrument tray in an initial state; b) instrument state image data is acquired (S12), by the computer and from the camera, which describes an image of an instrument and the instrument tray, the instrument being located on the instrument tray; c) instrument envelope data is determined (S13) based on the initial state image data and the instrument state image data, wherein the instrument envelope data describes the position of an envelope around the image representation of the instrument in the instrument state image data relative to a position of the instrument tray; d) instrument position data is determined based on the instrument envelope data, wherein the instrument position data describes the position of the instrument relative to the position of the instrument tray; e) instrument identity data is acquired (S14) and assigned to the instrument envelope data based on user input and based on the instrument position data; f) instrument usage data is determined (S15) based on the instrument envelope data, wherein the instrument usage data describes that the envelope around the image representation of the instrument has attained a predetermined position relative to the position of the instrument tray; and g) the computer is caused (S16), based on the instrument usage data, to transmit the instrument identity data to a further computer which is part of a medical computing system.
An electrical heating device comprising a heating element and comprising a control board , - wherein the heating element is electroconductively connected to the control board via at least one electrical contact pin , - wherein the control board has a contact arrangement comprising at least one contact bushing , which penetrates the control board , - wherein the at least one contact pin penetrates the control board through the at least one contact bushing and is electroconductively pressure-connected to the contact bushing , characterized in - that the heating element is a PTC resistor heating element , which can be operated at a voltage of equal to 400 V or 800 V, - that a length (L B ) of the at least one contact bushing is smaller than or equal to a thickness (D P ) of the control board , and - that the contact bushing is arranged completely inside the control board . - wherein the heating element is electroconductively connected to the control board via at least one electrical contact pin , - wherein the control board has a contact arrangement comprising at least one contact bushing , which penetrates the control board , - wherein the at least one contact pin penetrates the control board through the at least one contact bushing and is electroconductively pressure-connected to the contact bushing , characterized in - that the heating element is a PTC resistor heating element , which can be operated at a voltage of equal to 400 V or 800 V, - that a length (L B ) of the at least one contact bushing is smaller than or equal to a thickness (D P ) of the control board , and - that the contact bushing is arranged completely inside the control board .
A device for producing a swimming pool comprising panels that have an internal structure of the cellular type and each comprising a peripheral frame that forms upper and lower edges, and vertical edges that are joined in a sealed manner by coupling profiles so as to form a closed volume of any geometric shape corresponding to said basin, characterized in that the peripheral frame of each panel comprises internally at least one upright and at least one cross member so as to define at least four receiving zones inside the frame each receiving an independent structure of the cellular type.
Use of a conditioner and rheology modifier comprising i) from 60 to 90% by weight of a cationic galactomannan, or a cationic xyloglucan, having cationic degree of substitution between 0.01 and 3, ii) from 1% to 10% by weight of (2,3-dihydroxypropyl)trimethyl ammonium chloride and iii) less than 0.15 % by weight of (3-chloro-2-hydroxypropyl)trimethyl ammonium chloride as ingredients of a hair care composition, characterised by the fact that the conditioner and rheology modifier is treated with alkali after the cationization reaction and is not purified by washing with water or solvents.