mhurhangee/patent-ind-claim-en huggingface dataset:
A control device of a direct injection engine, the control device comprising an injector directly injecting fuel into a combustion chamber and performing idle stop to stop an engine temporarily when the engine and a vehicle equipped with the engine are in a state in which the engine and the vehicle satisfy a predetermined condition, wherein when a restart request is made before the engine is stopped after the idle stop condition is satisfied, a piston position in each cylinder is associated with one of a number of predefined specific periods spanning within a combustion cycle and thereby an optimum restart combustion mode for that piston position in each cylinder is selected as at least one of the number of fuel injections in one combustion cycle and the air/fuel ratio of an air fuel mixture used for combustion is changed for each cylinder according to the piston position in each cylinder at that time.
Modular formwork system for forming a formwork for producing concrete ring anchors, ring beams or lintels , comprising at least one lower formwork skin holding element and a formwork skin, in which system the lower formwork skin holding element has at least one formwork skin receptacle , such that a formwork skin can be fastened at a defined location, wherein the at least one lower formwork skin holding element can be plugged onto adjoining masonry by means , wherein the formwork skin consists of a right and a left formwork panel, characterized in that the lower formwork skin holding element comprises lower tabs which, after plugging onto the adjoining masonry, extend next to the masonry in certain regions, and in that the modular formwork system further comprises an upper holding element with formwork skin receptacles , which fixes the upper edge of the formwork skin and can be plugged onto the formwork skin.
A hydraulic steering apparatus that hydraulically connects a steering cylinder to a supply system , the supply system being hydraulically operatively connectible to the steering cylinder via a steering valve so as to form a main flow connection and the supply system being hydraulically operatively connectible to the steering cylinder via a flow control valve arrangement so as to form a secondary flow connection which circumvents the main flow connection, the flow control valve arrangement being controllable by means of an electric control device and the flow control valve arrangement comprising individually controllable valve groups that are connected to the feed line and return line of the secondary flow connection, respectively, characterized in that the flow control valve arrangement comprises at least one valve that is designed to produce a defined or definable volume flow independently of a pressure difference prevailing at the valve .
A segmented stator comprising: a first segment ; a second segment ; a bolt adapted for fastening the first segment and the second segment to each other, and a plurality of spacers adapted for adjusting a segment to segment distance between the first segment and the second segment , wherein a first end of the first segment comprises a first hole adapted for inserting the bolt and a plurality of further holes , each of the further holes being adapted to receive a respective one of the plurality of spacers ; wherein a second end of the second segment comprises a second hole adapted for inserting the bolt and for fastening the first segment and second segment to each other; wherein the segment to segment distance is adjusted by a portion of a spacer of the plurality of spacers which portion protrudes out of a respective one of the plurality of further holes into the segment to segment distance between the first segment and the second segment ; and characterized in that the plurality of further holes are arranged on a circle around the first hole , wherein a center of the circle is placed on the rotation axis of the first hole . a first segment ; a second segment ; a bolt adapted for fastening the first segment and the second segment to each other, and a plurality of spacers adapted for adjusting a segment to segment distance between the first segment and the second segment , wherein a first end of the first segment comprises a first hole adapted for inserting the bolt and a plurality of further holes , each of the further holes being adapted to receive a respective one of the plurality of spacers ; wherein a second end of the second segment comprises a second hole adapted for inserting the bolt and for fastening the first segment and second segment to each other; wherein the segment to segment distance is adjusted by a portion of a spacer of the plurality of spacers which portion protrudes out of a respective one of the plurality of further holes into the segment to segment distance between the first segment and the second segment ; and characterized in that the plurality of further holes are arranged on a circle around the first hole , wherein a center of the circle is placed on the rotation axis of the first hole .
A method of integrating one or more transgenes into a genome of an isolated CD34+ hematopoietic stem cell, the method comprising: introducing, into the CD34+_hematopoietic stem cell, (a) an adeno-associated type 6 virus (AAV6) donor vector comprising the one or more transgenes and (b) at least one zinc finger nuclease, wherein the at least one nuclease is introduced in mRNA form and upon translation, the at least one nuclease cleaves the genome of the hematopoietic stem cells such that the one or more transgenes are integrated into the genome of the cell, wherein the donor vector is introduced into the cell prior to the at least one nuclease and further wherein the donor is delivered 1 to 24 hours prior to the nucleic acid encoding the nuclease; such that the one or more transgenes are integrated into the genome of the hematopoietic stem cell. introducing, into the CD34+_hematopoietic stem cell, (a) an adeno-associated type 6 virus (AAV6) donor vector comprising the one or more transgenes and (b) at least one zinc finger nuclease, wherein the at least one nuclease is introduced in mRNA form and upon translation, the at least one nuclease cleaves the genome of the hematopoietic stem cells such that the one or more transgenes are integrated into the genome of the cell, wherein the donor vector is introduced into the cell prior to the at least one nuclease and further wherein (a) an adeno-associated type 6 virus (AAV6) donor vector comprising the one or more transgenes and (b) at least one zinc finger nuclease, wherein the at least one nuclease is introduced in mRNA form and upon translation, the at least one nuclease cleaves the genome of the hematopoietic stem cells such that the one or more transgenes are integrated into the genome of the cell, wherein the donor vector is introduced into the cell prior to the at least one nuclease and further wherein the donor is delivered 1 to 24 hours prior to the nucleic acid encoding the nuclease; such that the one or more transgenes are integrated into the genome of the hematopoietic stem cell.
Cylinder seal for a double-tube cylinder having a piston rod which is retractable and extendable in an axial direction , wherein the cylinder seal has a sealing ring with a supporting ring and with a sealing means , wherein the supporting ring has an angled cross-sectional form with a disc-like ring portion and with a tube-like ring portion , wherein the tube-like ring portion is arranged at the inner ring opening of the disc-like ring portion and, in the fitting position, extends along the piston rod , wherein the sealing means has an inner-side ring-like seal element which is in the form of a flexible sealing lip and which is intended and configured for sealing abutment against the lateral surface of the piston rod and which is arranged on the inner side of the tube-like ring portion , wherein the inner-side sealing element has multiple radial projections on its inner circumference, wherein the cylinder seal is designed for a wide thermal usage range of approximately -40°C to approximately +180°C, wherein the angled supporting ring is of inherently rigid and self-supporting form and is formed from metal, in particular steel, wherein the inner diameter of the tube-like ring portion and the inner-side seal element are adapted to the outer diameter of the piston rod in such a way that, in the fitting position, the inner-side seal element is clamped between the piston rod and the tube-like ring portion , characterized in that a projection on a lip portion protruding beyond the free end of the tube-like ring portion in an axial direction is arranged at an axial distance from said free end.
A melt-processable water soluble polymer composition comprising a blend of a water soluble polymer with at least 15% by weight of the total weight of the composition of a hygroscopic salt to act as a lubricant to render the polymer extrudable and/or mouldable, the composition further comprising a solvent polymer plasticizer, wherein the water content of the composition is of less than 10% by weight of the total weight of the composition; and characterized in that the hygroscopic salt is provided in a higher amount by weight than the solvent polymer plasticizer.
A method at a base station of controlling the transmission of positioning reference signals in a wireless communication network , said method comprising: transmitting positioning reference signals at recurring positioning occasions, for use in making positioning reference signal measurements at receiving radio equipment , wherein each positioning occasion comprises a plurality of consecutive subframes; and muting the positioning reference signals in certain ones of the positioning occasions, according to a muting configuration; and said method characterized by transmitting muting configuration information indicating said muting configuration to a positioning node , wherein the muting configuration information comprises a muting occasion index indicating a positioning occasion to which muting applies within a muting periodicity spanning a plurality of positioning occasions. transmitting positioning reference signals at recurring positioning occasions, for use in making positioning reference signal measurements at receiving radio equipment , wherein each positioning occasion comprises a plurality of consecutive subframes; and muting the positioning reference signals in certain ones of the positioning occasions, according to a muting configuration; and said method characterized by transmitting muting configuration information indicating said muting configuration to a positioning node , wherein the muting configuration information comprises a muting occasion index indicating a positioning occasion to which muting applies within a muting periodicity spanning a plurality of positioning occasions.
A power tool comprising: a motor at least partially located within the handle of the tool and having a motor output shaft extending along a first axis extending along the length of the handle; and a fastener gripping portion operatively coupled to the motor via a transmission which in use causes movement of the fastener gripping portion along a second axis, perpendicular to the first axis, between a home position and a retracted position to set a fastener engaged by the fastener gripping portion; characterized in that the transmission comprises a bevel gear arrangement for redirecting torque flowing along the first axis in use which is input to the bevel gear arrangement so that torque output from the bevel gear arrangement flows along the second axis and wherein the transmission further comprises a mechanism for converting torque output from the bevel gear arrangement in use into a linear force for causing linear movement of the fastener gripping portion. a motor at least partially located within the handle of the tool and having a motor output shaft extending along a first axis extending along the length of the handle; and a fastener gripping portion operatively coupled to the motor via a transmission which in use causes movement of the fastener gripping portion along a second axis, perpendicular to the first axis, between a home position and a retracted position to set a fastener engaged by the fastener gripping portion; characterized in that the transmission comprises a bevel gear arrangement for redirecting torque flowing along the first axis in use which is input to the bevel gear arrangement so that torque output from the bevel gear arrangement flows along the second axis and wherein the transmission further comprises a mechanism for converting torque output from the bevel gear arrangement in use into a linear force for causing linear movement of the fastener gripping portion.
A system for sensing animals with - a 3D camera unit which is designed to create at least one three-dimensional image of an animal , - a computer unit which is designed to determine a weight of the animal on the basis of the at least one three-dimensional image, and - a data memory, in which weight data can be stored for each animal , - wherein the 3D camera unit , an auxiliary device and/or the computer unit is designed to identify an animal from a group of animals , - wherein an output device is provided to output animal-related data, - wherein the output device comprises a visual element , by means of which, during the observation of the at least one animal , data that have been stored for the animal or that have been generated in the computer unit can be displayed as supplementary data, characterised in that the system is set up in such a way that, at least in an initial phase, at least individual animals are weighed and the weight thus determined can be input additionally into the computer unit , and in that the computer unit is set up to compare the weight determined by weighing with the computer-determined weight data, wherein, if there is a deviation, the computer unit is set up to change a stored algorithm for determining the weight data on the basis of the captured image, so that the computer-determined weight data approximate or correspond to the weight determined by weighing. - a 3D camera unit which is designed to create at least one three-dimensional image of an animal , - a computer unit which is designed to determine a weight of the animal on the basis of the at least one three-dimensional image, and - a data memory, in which weight data can be stored for each animal , - wherein the 3D camera unit , an auxiliary device and/or the computer unit is designed to identify an animal from a group of animals , - wherein an output device is provided to output animal-related data, - wherein the output device comprises a visual element , by means of which, during the observation of the at least one animal , data that have been stored for the animal or that have been generated in the computer unit can be displayed as supplementary data, the system is set up in such a way that, at least in an initial phase, at least individual animals are weighed and the weight thus determined can be input additionally into the computer unit , and in that the computer unit is set up to compare the weight determined by weighing with the computer-determined weight data, wherein, if there is a deviation, the computer unit is set up to change a stored algorithm for determining the weight data on the basis of the captured image, so that the computer-determined weight data approximate or correspond to the weight determined by weighing.
An electronic device, comprising: a housing having an upper portion and a lower portion ; a keyboard mounted in the lower portion of the housing ; a track pad mounted in the lower portion of the housing , the track pad comprising: a planar touch pad member ; a touch sensor formed from an array of capacitive electrodes, and configured to detect a location of a touch on the planar touch pad member; a set of force sensors disposed below the touch sensor, with one of said force sensors under each of the corners of the track pad; and an actuator configured to output feedback in response to a force of a touch on the contact surface that exceeds a threshold; wherein each of the force sensors from the set of force sensors is configured to produce an analog force output signal that corresponds to the force of the touch on the contact surface; and processing circuitry configured to: determine whether or not a user input includes a gesture; and in accordance with a determination that the user input includes a gesture, momentarily inhibit the feedback of the touch pad in response to the force on the contact surface that exceeds the threshold. a housing having an upper portion and a lower portion ; a keyboard mounted in the lower portion of the housing ; a track pad mounted in the lower portion of the housing , the track pad comprising: a planar touch pad member ; a touch sensor formed from an array of capacitive electrodes, and configured to detect a location of a touch on the planar touch pad member; a set of force sensors disposed below the touch sensor, with one of said force sensors under each of the corners of the track pad; and an actuator configured to output feedback in response to a force of a touch on the contact surface that exceeds a threshold; a planar touch pad member ; a touch sensor formed from an array of capacitive electrodes, and configured to detect a location of a touch on the planar touch pad member; a set of force sensors disposed below the touch sensor, with one of said force sensors under each of the corners of the track pad; and an actuator configured to output feedback in response to a force of a touch on the contact surface that exceeds a threshold; wherein each of the force sensors from the set of force sensors is configured to produce an analog force output signal that corresponds to the force of the touch on the contact surface; and processing circuitry configured to: determine whether or not a user input includes a gesture; and in accordance with a determination that the user input includes a gesture, momentarily inhibit the feedback of the touch pad in response to the force on the contact surface that exceeds the threshold. determine whether or not a user input includes a gesture; and in accordance with a determination that the user input includes a gesture, momentarily inhibit the feedback of the touch pad in response to the force on the contact surface that exceeds the threshold.
A method of controlling a power system (1; 1') comprising an electrical machine , a power converter (6; 16) including alternating current AC terminals connected to the electrical machine and direct current DC terminals, a DC circuit (4; 18) connected to the DC terminals of the power converter (6; 16), and a dynamic braking system comprising a braking circuit connected in series to the DC circuit (4; 18), the braking circuit including a braking resistor and a chopper ; the method comprising the steps of: operating the dynamic braking system; and characterised by controlling operation of the electrical machine based on a prevailing temperature of the braking circuit by carrying out the steps of: stopping operation of the electrical machine ; restarting the electrical machine after a period of time; and after restarting the electrical machine , varying the maximum output power of the electrical machine based on the prevailing temperature of the braking circuit . operating the dynamic braking system; and characterised by controlling operation of the electrical machine based on a prevailing temperature of the braking circuit by carrying out the steps of: stopping operation of the electrical machine ; restarting the electrical machine after a period of time; and after restarting the electrical machine , varying the maximum output power of the electrical machine based on the prevailing temperature of the braking circuit . stopping operation of the electrical machine ; restarting the electrical machine after a period of time; and after restarting the electrical machine , varying the maximum output power of the electrical machine based on the prevailing temperature of the braking circuit .
A method for heating tap water of a building from a first temperature T 1 to a second temperature T 2 , comprising a heating step wherein incoming tap water is heated with condensation heat released by a heat pump into heating water at its condenser , and the tap water which has been heated this way is conveyed into a tap water tank to be conveyed further for use, wherein - tap water is heated in said heating step with the heat pump in such a way that the temperature increase ΔT provided between heated and incoming tap water only corresponds to a part of the targeted total temperature difference T 2 - T 1 , - said heating step is repeated using, as incoming tap water, the tap water that has already been heated in a previous heating step and that is conveyed from the lower part of the tap water tank , and by conveying back the tap water that has been reheated this way to the upper part of the tap water tank so as to layer the reheated tap water on top of the tap water that has been heated in a previous heating step, until substantially the whole water volume contained in the tap water tank is reheated tap water, - said heating step is continually repeated until the desired temperature T 2 of tap water has been reached, and characterized in that - when conveying tap water for use from the tap water tank, it is heated with hot water, which is heated with heat released by hot gas of a heat pump, to ensure sufficiently high temperature of the tap water conveyed for use; wherein incoming tap water and heating water may be heated with the same heat pump. - tap water is heated in said heating step with the heat pump in such a way that the temperature increase ΔT provided between heated and incoming tap water only corresponds to a part of the targeted total temperature difference T 2 - T 1 , - said heating step is repeated using, as incoming tap water, the tap water that has already been heated in a previous heating step and that is conveyed from the lower part of the tap water tank , and by conveying back the tap water that has been reheated this way to the upper part of the tap water tank so as to layer the reheated tap water on top of the tap water that has been heated in a previous heating step, until substantially the whole water volume contained in the tap water tank is reheated tap water, - said heating step is continually repeated until the desired temperature T 2 of tap water has been reached, and characterized in that - when conveying tap water for use from the tap water tank, it is heated with hot water, which is heated with heat released by hot gas of a heat pump, to ensure sufficiently high temperature of the tap water conveyed for use; wherein incoming tap water and heating water may be heated with the same heat pump.