mhurhangee/patent-ind-claim-en huggingface dataset:
A method for braking an aircraft having right and left brake disc heat stacks controlled by right and left brake pedals, comprising: determining an actual rate of deceleration of the aircraft ; calculating a required rate of deceleration of the aircraft ; making a comparison of the actual and required rates of deceleration of the aircraft ; and controlling the application and release of brake pressure to the right and left brakes of the aircraft as a function of said comparison while precluding the discs of the heat stacks from going into separation as a consequence of non-braking activities , the method characterized in that controlling the application and release of brake pressure further includes establishing a minimum brake pressure that ensures the capability of differential braking between the right and left brake pedals and associated right and left brakes . determining an actual rate of deceleration of the aircraft ; calculating a required rate of deceleration of the aircraft ; making a comparison of the actual and required rates of deceleration of the aircraft ; and controlling the application and release of brake pressure to the right and left brakes of the aircraft as a function of said comparison while precluding the discs of the heat stacks from going into separation as a consequence of non-braking activities , the method characterized in that controlling the application and release of brake pressure further includes establishing a minimum brake pressure that ensures the capability of differential braking between the right and left brake pedals and associated right and left brakes .
An atomizer , comprising: an atomizing core ; a base provided with an air inlet channel ; a sealing member located between the base and the atomizing core , the sealing member being provided with a directing hole configured to guide air into the atomizing core ; and a flow guiding member connected to the sealing member ; wherein taking a plane perpendicular to an axial direction of the atomizer as a reference plane, a distance between orthographic projections of the flow guiding member and the directing hole on the reference plane is greater than zero. an atomizing core ; a base provided with an air inlet channel ; a sealing member located between the base and the atomizing core , the sealing member being provided with a directing hole configured to guide air into the atomizing core ; and a flow guiding member connected to the sealing member ; wherein taking a plane perpendicular to an axial direction of the atomizer as a reference plane, a distance between orthographic projections of the flow guiding member and the directing hole on the reference plane is greater than zero.
Method for data collection for the configuration of a building automation system, wherein the building automation system comprises the following components: - a network, in particular a building electrical power network with at least one electrical load and at least one signal transducer to effectuate changes in the state of the electrical load , - control means for connecting the electrical loads to the network, - control means for connecting the signal transducers to the network, comprising, in a first step, providing information about all control means to be integrated in the building automation system in an external data memory , wherein the information comprises at least a designation of the room in which the control means is to be installed, and a name of the control means, and in a further step, for all control means to be integrated in the building automation system : - identifying a control means and transmitting the identification data to the external data memory , - physically installing the control means in the network in the accordingly designated room, further comprising the steps: a) switching on the network, b) connecting the building automation system to the external data memory , c) bringing together connection information and the information from the external data memory , wherein the connection information is information that is or can be determined by means of the network connections between the individual components, and wherein the connection information comprises the information about which control means are connected to one another. - a network, in particular a building electrical power network with at least one electrical load and at least one signal transducer to effectuate changes in the state of the electrical load , - control means for connecting the electrical loads to the network, - control means for connecting the signal transducers to the network, - identifying a control means and transmitting the identification data to the external data memory , - physically installing the control means in the network in the accordingly designated room, a) switching on the network, b) connecting the building automation system to the external data memory , c) bringing together connection information and the information from the external data memory , wherein the connection information is information that is or can be determined by means of the network connections between the individual components, and
A feeding device for feed of log in the length direction of the log, comprising a support having a through opening and feed cylinders adjoining the opening, which feed cylinders are angularly distributed and which are individually arranged in a free end of a respective supporting arm and driven in rotation (R), and wherein the supporting arms in a supported end are journalled in the support on shafts extending in parallel with each other and pivotable about the shafts between a home position and a pivoted work position, and wherein the supporting arms are mutually connected to each other via a system of articulated links and by means of the links forced to pivot jointly about their respective shafts, characterized in that a movement damping element , which is separate from the support, is integrated in the system of links and independently from the support configured to brake the return movement of the supporting arms to the home positions, wherein the movement damping element is provided with a holding down element operatively arranged between the links in the system of links to apply a holding down force to the feed cylinders .
A crosshead engine _in which a first end of a piston rod fixed to a piston _and a second end of a connecting rod connected to a crankshaft _are connected through a crosshead , wherein the crosshead _comprises : a crosshead bearing _provided at the second end of the connecting rod , and a crosshead pin _pivotally supported by the crosshead bearing , the crosshead engine characterized by including: a hydraulic chamber _provided in the crosshead pin _and configured to apply an oil pressure to a first end side of the piston rod _when the first end side of the piston rod _is inserted therein, thereby changing a relative position between the piston _and the crosshead pin , and a deformation inhibiting layer _provided at the crosshead pin , located outward in a radial direction of the first end of the piston rod _inserted into the hydraulic chamber _and configured to inhibit deformation of the crosshead pin _due to an oil pressure in the hydraulic chamber . a crosshead bearing _provided at the second end of the connecting rod , and a crosshead pin _pivotally supported by the crosshead bearing , the crosshead engine characterized by including: a hydraulic chamber _provided in the crosshead pin _and configured to apply an oil pressure to a first end side of the piston rod _when the first end side of the piston rod _is inserted therein, thereby changing a relative position between the piston _and the crosshead pin , and a deformation inhibiting layer _provided at the crosshead pin , located outward in a radial direction of the first end of the piston rod _inserted into the hydraulic chamber _and configured to inhibit deformation of the crosshead pin _due to an oil pressure in the hydraulic chamber . a hydraulic chamber _provided in the crosshead pin _and configured to apply an oil pressure to a first end side of the piston rod _when the first end side of the piston rod _is inserted therein, thereby changing a relative position between the piston _and the crosshead pin , and a deformation inhibiting layer _provided at the crosshead pin , located outward in a radial direction of the first end of the piston rod _inserted into the hydraulic chamber _and configured to inhibit deformation of the crosshead pin _due to an oil pressure in the hydraulic chamber .
A reciprocating pump comprising: a housing surrounding a bellows chamber and a displacement chamber ; a rod wherein a first portion of the rod extends into the bellows chamber; a bellows having a first end connected to the housing and a second end connected to the rod, wherein the bellows surrounds a second portion of the rod, and wherein the bellows comprises a plurality of convolutions , characterised by a sleeve attached to the rod , wherein the sleeve surrounds a portion of the rod; and a bearing disposed within the bellows between the bellows and the sleeve wherein the bearing is slidably engaged with the sleeve, wherein a cross-section of the sleeve includes a lobed shape. a housing surrounding a bellows chamber and a displacement chamber ; a rod wherein a first portion of the rod extends into the bellows chamber; a bellows having a first end connected to the housing and a second end connected to the rod, wherein the bellows surrounds a second portion of the rod, and wherein the bellows comprises a plurality of convolutions , characterised by a sleeve attached to the rod , wherein the sleeve surrounds a portion of the rod; and a bearing disposed within the bellows between the bellows and the sleeve wherein the bearing is slidably engaged with the sleeve, wherein a cross-section of the sleeve includes a lobed shape.
A conditioning device for conditioning at least one animal intended to experience a stressful event, wherein the conditioning device comprises a controller configured to: - obtain an identifier associated with the at least one animal; - obtain an input indicative of a period of time in which said at least one animal receives a positive stimulus at a first location; - control a lighting unit arranged for illuminating the first location to illuminate the at least one animal with a lighting characteristic at least partly during said period of time, and - store an entry linking said identifier to said lighting characteristic in a memory; wherein the conditioning device comprises a receiver operatively coupled to the controller, wherein the receiver is configured to receive said input from: an apparatus providing the positive stimulus to the at least one animal, or an apparatus for registering that a positive stimulus is being provided to the at least one animal. - obtain an identifier associated with the at least one animal; - obtain an input indicative of a period of time in which said at least one animal receives a positive stimulus at a first location; - control a lighting unit arranged for illuminating the first location to illuminate the at least one animal with a lighting characteristic at least partly during said period of time, and - store an entry linking said identifier to said lighting characteristic in a memory; wherein the conditioning device comprises a receiver operatively coupled to the controller, wherein the receiver is configured to receive said input from: an apparatus providing the positive stimulus to the at least one animal, or an apparatus for registering that a positive stimulus is being provided to the at least one animal. an apparatus providing the positive stimulus to the at least one animal, or an apparatus for registering that a positive stimulus is being provided to the at least one animal.
A method for feeding laundry items to a mangle or to another laundry treatment device, a respective laundry item held at two adjacent corner regions or corners of an upper transverse edge by two spreading clamps of a spreading device being spread out by targeted movement apart of the spreading clamps while taking into consideration the determined length of the transverse edge , in order to eliminate or at least as far as possible eliminate a sag of the front transverse edge of the laundry item , and before transferring the corner regions or corners of the front transverse edge of the laundry item to the spreading clamps , with the laundry item held by holding means arranged upstream of the spreading device , a measurement of said laundry item is carried out and the length of the front transverse edge of the laundry item is determined therefrom, characterized in that, on the basis of the determined length of the laundry item held on the holding means, the length of the transverse edge , which corresponds to the width of the laundry item , is derived from the lengths and widths and/or length-width ratios of different laundry items stored in a data bank.
A delivery system for a percutaneous absorption drug preparation comprising: (a) a solvent-impermeable first sheet ; (b) a solvent-impermeable second sheet , the second sheet being partitioned by an annular cutting part into a central inner region , the annular cutting part being either a half cut formed in an upper surface or a lower surface of the second sheet or a full cut extending between the upper and lower surfaces of the second sheet , and an outer region surrounding the inner region , the second sheet being bonded and sealed to an upper surface of the first sheet by heat sealing to form a non-sealing region and a sealing region surrounding the non-sealing region such that a non-sealing space is formed between the first sheet and the second sheet , the cutting part annularly extending along an outer circumferential edge of the non-sealing region ; (c) a percutaneous absorption drug preparation carrying member disposed in the non-sealing space between the first sheet and the second sheet in the non-sealing region and fixed to the inner region of the second sheet inside the cutting part ; and (d) an adhesive third sheet affixed in a peelable manner to the upper surface of the second sheet . (a) a solvent-impermeable first sheet ; (b) a solvent-impermeable second sheet , the second sheet being partitioned by an annular cutting part into a central inner region , the annular cutting part being either a half cut formed in an upper surface or a lower surface of the second sheet or a full cut extending between the upper and lower surfaces of the second sheet , and an outer region surrounding the inner region , the second sheet being bonded and sealed to an upper surface of the first sheet by heat sealing to form a non-sealing region and a sealing region surrounding the non-sealing region such that a non-sealing space is formed between the first sheet and the second sheet , the cutting part annularly extending along an outer circumferential edge of the non-sealing region ; (c) a percutaneous absorption drug preparation carrying member disposed in the non-sealing space between the first sheet and the second sheet in the non-sealing region and fixed to the inner region of the second sheet inside the cutting part ; and (d) an adhesive third sheet affixed in a peelable manner to the upper surface of the second sheet .
A control apparatus comprising: an angle control unit (101-3) configured to change an angle between an imaging plane of an image sensor (102-4) and a plane orthogonal to an optical axis of an imaging lens via a driving unit , so as to tilt the imaging plane relative to the plane orthogonal to the optical axis; an image processing unit configured to set a specific area in an image, the specific area being set by a user operation; and an acquisition unit (101-7) configured to acquire first positional information of the specific area in the image; characterized by comprising a determining unit (101-7) configured to determine second positional information of the specific area based on the angle and the positional information before the image sensor is tilted, in a case that the image sensor is tilted, wherein the image processing unit is configured to set the specific area based on the second positional information in case a change in position, size or shape of the specific area is equal to or greater than a threshold value after recalculation of the coordinates for the specific area, in case that the image sensor is tilted. an angle control unit (101-3) configured to change an angle between an imaging plane of an image sensor (102-4) and a plane orthogonal to an optical axis of an imaging lens via a driving unit , so as to tilt the imaging plane relative to the plane orthogonal to the optical axis; an image processing unit configured to set a specific area in an image, the specific area being set by a user operation; and an acquisition unit (101-7) configured to acquire first positional information of the specific area in the image; characterized by comprising a determining unit (101-7) configured to determine second positional information of the specific area based on the angle and the positional information before the image sensor is tilted, in a case that the image sensor is tilted, wherein the image processing unit is configured to set the specific area based on the second positional information in case a change in position, size or shape of the specific area is equal to or greater than a threshold value after recalculation of the coordinates for the specific area, in case that the image sensor is tilted.
Wedge drive for deflecting a vertical press force into a horizontal, linear working movement, the wedge drive comprising a slider element , a driver element and a slider element receiver , the slider element being arranged vertically between the driver element and the slider element receiver , wherein the slider element and the slider element receiver are designed as two guide elements on which a slide plate formation is arranged, the slide plate formation being part of a guide device which is designed for linearly guiding the slider element along the slider element receiver in a sliding direction (X), wherein the guide device comprises a central element provided on a first of the two guide elements on its side facing a second of the two guide elements , the slide plate formation comprising at least two lateral slide plates fixed to a second of the two guide elements and spaced apart from each other in a transverse direction (Y) perpendicular to the sliding direction (X), the central element being arranged between the lateral slide plates in the transverse direction, the second guide element having two steps spaced apart in the transverse direction (Y), characterized in that each of the at least two lateral slide plates , by means of which the vertical press force is transmitted, bears against a respective one of the two steps with a form fit acting in the transverse direction (Y), and all the surfaces via which the first guide element and the second guide element are in contact with the slide plates of the slide plate formation for guiding the slider element to the slider element receiver are designed as flat surfaces which extend either perpendicularly to the transverse direction (Y) or perpendicularly to the transverse cross direction (Z), wherein each lateral slide plate bears against the second guide element at least with two contact surfaces , wherein a first contact surface extends in the transverse direction (Y) and the lateral slide plate is pressed with the first contact surface against the second guide element via fastening means , and wherein a second contact surface extends perpendicularly to the transverse direction, wherein each lateral slide plate bears against the central element with at least one sliding contact surface , wherein the sliding contact surface extends perpendicularly to the transverse direction (Y), wherein the sliding contact surface and the second contact surface lie on two opposite sides of the respective lateral slide plate facing away from each other and wherein the first contact surface of the respective lateral slide plate extends in a region which extends in the transverse direction between the sliding contact surface and the second contact surface .
A method of producing a lipid nanoparticle (LNP) formulation, the method comprising: mixing a lipid solution comprising an ionizable lipid with an aqueous buffer solution having a pH in a range of about 4.8 to about 5.5, optionally about 4.9 to about 5.25, thereby forming a lipid nanoparticle solution comprising a lipid nanoparticle; and adding a nucleic acid solution comprising a nucleic acid to the lipid nanoparticle solution thereby forming a lipid nanoparticle (LNP) formulation comprising the lipid nanoparticle associated with the nucleic acid. mixing a lipid solution comprising an ionizable lipid with an aqueous buffer solution having a pH in a range of about 4.8 to about 5.5, optionally about 4.9 to about 5.25, thereby forming a lipid nanoparticle solution comprising a lipid nanoparticle; and adding a nucleic acid solution comprising a nucleic acid to the lipid nanoparticle solution thereby forming a lipid nanoparticle (LNP) formulation comprising the lipid nanoparticle associated with the nucleic acid.
A method of transducing and then culturing T cells comprising: adding a media, T cells, and genetic modification agents comprised of lentivirus into a device that includes walls that are rigid and a bottom comprised of gas permeable, liquid impermeable material, said T cells are at a concentration of greater than 2 million and up to 30 million cells per millilitre of media, with said gas permeable, liquid impermeable material being in contact with ambient gas, and allowing a period of time whereby said genetic modification agents act to transduce at least a portion of said cells, and adding a volume of media into the device and allowing a period of time for the T cells to be cultured when gas permeable material is in a horizontal position and ambient gas suitable for cell culture is in contact with the gas permeable, liquid impermeable material. adding a media, T cells, and genetic modification agents comprised of lentivirus into a device that includes walls that are rigid and a bottom comprised of gas permeable, liquid impermeable material, said T cells are at a concentration of greater than 2 million and up to 30 million cells per millilitre of media, with said gas permeable, liquid impermeable material being in contact with ambient gas, and allowing a period of time whereby said genetic modification agents act to transduce at least a portion of said cells, and adding a volume of media into the device and allowing a period of time for the T cells to be cultured when gas permeable material is in a horizontal position and ambient gas suitable for cell culture is in contact with the gas permeable, liquid impermeable material.