mhurhangee/ep-ind-claims huggingface dataset:
Method for initializing a motor vehicle (507, 509), wherein the motor vehicle (507, 509) comprises an arrangement having a rolling chassis (401, 501) and a vehicle body (503, 505) arranged on the rolling chassis (401, 501), comprising the following steps: receiving first specification signals which represent a first specification of the rolling chassis (401, 501), wherein the first specification indicates which components and/or which functionalities can be provided solely by means of the rolling chassis (401, 501), wherein the first specification furthermore indicates parameters for parameterizing the indicated components and/or functionalities of the rolling chassis (401, 501), receiving second specification signals which represent a second specification of the vehicle body (503, 505), wherein the second specification indicates which components and/or which functionalities can be provided solely by means of the vehicle body (503, 505), wherein the second specification furthermore indicates parameters for parameterizing the indicated components and/or functionalities of the vehicle body (503, 505), determining on the basis of the first and second specification which of the components and/or which of the functionalities of the rolling chassis (401, 501) and of the vehicle body (503, 505) can be provided by means of the arrangement consisting of rolling chassis (401, 501) and vehicle body (503, 505), generating initialization signals, which represent initialization data for initializing the motor vehicle (507, 509), on the basis of the first and second specification, and outputting the generated initialization signals in order to initialize the motor vehicle (507, 509). receiving first specification signals which represent a first specification of the rolling chassis (401, 501), wherein the first specification indicates which components and/or which functionalities can be provided solely by means of the rolling chassis (401, 501), wherein the first specification furthermore indicates parameters for parameterizing the indicated components and/or functionalities of the rolling chassis (401, 501), receiving second specification signals which represent a second specification of the vehicle body (503, 505), wherein the second specification indicates which components and/or which functionalities can be provided solely by means of the vehicle body (503, 505), wherein the second specification furthermore indicates parameters for parameterizing the indicated components and/or functionalities of the vehicle body (503, 505), determining on the basis of the first and second specification which of the components and/or which of the functionalities of the rolling chassis (401, 501) and of the vehicle body (503, 505) can be provided by means of the arrangement consisting of rolling chassis (401, 501) and vehicle body (503, 505), generating initialization signals, which represent initialization data for initializing the motor vehicle (507, 509), on the basis of the first and second specification, and outputting the generated initialization signals in order to initialize the motor vehicle (507, 509).
A kitchen appliance, in particular for cooking, comprising: - a vat comprising at least one "bottom" wall and a "peripheral" wall (30, 32, 34) extending from and around said bottom wall, and - water supply means for filling the vat, characterized in that said supply means are configured to project a jet of water at a predetermined angle (a) onto said peripheral wall (30, 32, 34) to an impact point between 60% and 90% of the height (He) of said peripheral wall to minimize splashes generated when the vat is being filled. - a vat comprising at least one "bottom" wall and a "peripheral" wall (30, 32, 34) extending from and around said bottom wall, and - water supply means for filling the vat,
Connection terminal comprising, - a housing, - a slide (6, 46, 56), and - an insulation displacement contact, - wherein at least portions of the slide (6, 46, 56) and the insulation displacement contact are received in the housing, - wherein the slide (6, 46, 56) has an opening for inserting a conductor to be contacted, - wherein the slide (6, 46, 56) can be moved from a first position toward the insulation displacement contact to a second position in order to engage the insulation displacement contact with the conductor to be contacted, and - wherein the slide (6, 46, 56) has a tool abutment (14, 48, 58) which is designed to transmit, to the slide (6, 46, 56), an assembly force of a particularly robot-guided assembly tool for moving the slide (6, 46, 56) from the first position to the second position, - the housing has a further tool abutment (18,, 60) in order to support the assembly tool on the housing when the slide (6, 46, 56) is moved from the first position to the second position, - characterized in that (a) the tool abutment of the slide and the further tool abutment of the housing face one another and delimit a seat for inserting a spreading tool; or (b) the tool abutment of the slide and the further tool abutment of the housing are spaced apart from one another and each form a seat (58, 60) for inserting a pressing tool. - a housing, - a slide (6, 46, 56), and - an insulation displacement contact, - wherein at least portions of the slide (6, 46, 56) and the insulation displacement contact are received in the housing, - wherein the slide (6, 46, 56) has an opening for inserting a conductor to be contacted, - wherein the slide (6, 46, 56) can be moved from a first position toward the insulation displacement contact to a second position in order to engage the insulation displacement contact with the conductor to be contacted, and - wherein the slide (6, 46, 56) has a tool abutment (14, 48, 58) which is designed to transmit, to the slide (6, 46, 56), an assembly force of a particularly robot-guided assembly tool for moving the slide (6, 46, 56) from the first position to the second position, - the housing has a further tool abutment (18,, 60) in order to support the assembly tool on the housing when the slide (6, 46, 56) is moved from the first position to the second position, - characterized in that (a) the tool abutment of the slide and the further tool abutment of the housing face one another and delimit a seat for inserting a spreading tool; or (b) the tool abutment of the slide and the further tool abutment of the housing are spaced apart from one another and
A corrosion inhibiting composition comprising: a first plurality of carriers, each comprising a first carrier body and a film-forming compound, the film-forming compound being able to fill voids in a coating containing the corrosion inhibiting composition to seal and protect a damaged area, the first carrier body encapsulating the film-forming compound, wherein the first carrier body has a first average outer diameter and is formed of a first degradable material; and a second plurality of carriers, each comprising a second carrier body and a first corrosion inhibitor, the first corrosion inhibitor comprising a first organic compound including a ring structure which is a heterocyclic compound with an endocyclic donor atom and an exocyclic donor atom, the second carrier body encapsulating the first inhibitor, wherein the second carrier body is formed of a second degradable material and has an average outer diameter that is different from the first average outer diameter; wherein the first plurality of carriers are microcapsules and the second plurality of carriers are microparticles, wherein the first and second carrier bodies are formed from different degradable polymeric materials, and wherein the second degradable material is a high pH responsive polymer, and wherein the first degradable material is constructed to release the film-forming compound upon mechanical degradation and the second degradable material is constructed to release the corrosion inhibitor upon chemical degradation when exposed to an alkaline environment. a first plurality of carriers, each comprising a first carrier body and a film-forming compound, the film-forming compound being able to fill voids in a coating containing the corrosion inhibiting composition to seal and protect a damaged area, the first carrier body encapsulating the film-forming compound, wherein the first carrier body has a first average outer diameter and is formed of a first degradable material; and a second plurality of carriers, each comprising a second carrier body and a first corrosion inhibitor, the first corrosion inhibitor comprising a first organic compound including a ring structure which is a heterocyclic compound with an endocyclic donor atom and an exocyclic donor atom, the second carrier body encapsulating the first inhibitor, wherein the second carrier body is formed of a second degradable material and has an average outer diameter that is different from the first average outer diameter; wherein the first plurality of carriers are microcapsules and the second plurality of carriers are microparticles, wherein the first and second carrier bodies are formed from different degradable polymeric materials, and wherein the second degradable material is a high pH responsive polymer, and wherein the first degradable material is constructed to release the film-forming compound upon mechanical degradation and the second degradable material is constructed to release the corrosion inhibitor upon chemical degradation when exposed to an alkaline environment.
Electronic circuit for determining a datum representative of a parameter of the air surrounding an aircraft, characterised in that it comprises: - means for receiving, from a plurality of sources, a respective plurality of measurement data representative of a measured value of the parameter; - means for determining the said datum representative of the parameter as a function of the measurement data; - means for transmitting the datum representative of the parameter to a computer associated with an engine of the aircraft. - means for receiving, from a plurality of sources, a respective plurality of measurement data representative of a measured value of the parameter; - means for determining the said datum representative of the parameter as a function of the measurement data; - means for transmitting the datum representative of the parameter to a computer associated with an engine of the aircraft.
A vehicle comprising: a seat (1, 1A) that is mounted on the vehicle and includes a seatback (13, 13A) and a seat cushion (11, 11A); a footrest that is provided in front of the seat (1, 1A) and on which an occupant can put a foot; and a control portion (5, 23, 230) that is configured to control at least one of a position and an angle of at least one of the seatback (13, 13A) and the seat cushion (11, 11A), in a state where the occupant is sitting on the seat (1, 1A) and putting the foot on the footrest, to locate an upper end (15a, 15Aa) of the seat (1, 1A) upward on a rearward side of the upper end (15a, 15Aa). a seat (1, 1A) that is mounted on the vehicle and includes a seatback (13, 13A) and a seat cushion (11, 11A); a footrest that is provided in front of the seat (1, 1A) and on which an occupant can put a foot; and a control portion (5, 23, 230) that is configured to control at least one of a position and an angle of at least one of the seatback (13, 13A) and the seat cushion (11, 11A), in a state where the occupant is sitting on the seat (1, 1A) and putting the foot on the footrest, to locate an upper end (15a, 15Aa) of the seat (1, 1A) upward on a rearward side of the upper end (15a, 15Aa).
A method of maintaining ongoing authentication of a user of an application without the need to enter and re-enter a username and a corresponding password for each session initiated between a client side application residing on a client side platform and a server; and wherein the password is not stored on the server; the method comprising utilising an unbroken chain of one-time pass codes; each pass code in the chain being unique to the username and client side application; each pass code renewed at least once during each said session.
Electrical connector comprising: - a support; and - an electrically conductive contact element carried by an intermediate element made of an elastically deformable material and connected to said support; - the contact element being embedded in a resin link element, the link element being linked to the intermediate element and in contact with the latter; characterized in that the contact element comprises at least one contact claw and one crow embedded in the link element. - a support; and - an electrically conductive contact element carried by an intermediate element made of an elastically deformable material and connected to said support; - the contact element being embedded in a resin link element, the link element being linked to the intermediate element and in contact with the latter;
An air conditioner, comprising: a compressor; an indoor heat exchanger temperature sensor configured to sense an indoor heat exchanger temperature; an indoor humidity sensor configured to sense indoor humidity; and a controller configured to calculate a dew point temperature using a humidity value detected by the indoor humidity sensor and an indoor set temperature, characterized in that the controller calculates a frequency change amount of the compressor based on a temperature difference between the dew point temperature and the indoor heat exchanger temperature and a change amount of the indoor heat exchanger temperature, and wherein the controller calculates a current compressor frequency by reflecting the frequency change amount of the compressor on a previous compressor frequency, and controls a frequency of the compressor based on the calculated current compressor frequency. a compressor; an indoor heat exchanger temperature sensor configured to sense an indoor heat exchanger temperature; an indoor humidity sensor configured to sense indoor humidity; and a controller configured to calculate a dew point temperature using a humidity value detected by the indoor humidity sensor and an indoor set temperature, characterized in that the controller calculates a frequency change amount of the compressor based on a temperature difference between the dew point temperature and the indoor heat exchanger temperature and a change amount of the indoor heat exchanger temperature, and wherein the controller calculates a current compressor frequency by reflecting the frequency change amount of the compressor on a previous compressor frequency, and controls a frequency of the compressor based on the calculated current compressor frequency.
A work vehicle support system comprising: an own vehicle position detecting module configured to detect an own vehicle position of a work vehicle; and a work-unfinished region outer-shape map calculating section configured to calculate, during circulating work-traveling along an outer perimeter of a work scheduled region, an outer-shape map of a work-unfinished region in the work scheduled region, from own vehicle position data acquired by the own vehicle position detecting module, and a route calculating section configured to calculate a target travel route along which work-traveling is to be performed in the work-unfinished region, based on the outer-shape map calculated by the work-unfinished region outer-shape map calculating section, characterized in that, if a deviation of an actual travel route from the target travel route is more than a predetermined value, an outer-shape map of a new work-unfinished region is calculated from own vehicle position data acquired by the own vehicle position detecting module in the work-traveling up until at that time, and a target travel route along which work-traveling is to be performed in a remaining work-unfinished region is re-calculated based on the newly calculated outer-shape map. an own vehicle position detecting module configured to detect an own vehicle position of a work vehicle; and a work-unfinished region outer-shape map calculating section configured to calculate, during circulating work-traveling along an outer perimeter of a work scheduled region, an outer-shape map of a work-unfinished region in the work scheduled region, from own vehicle position data acquired by the own vehicle position detecting module, and a route calculating section configured to calculate a target travel route along which work-traveling is to be performed in the work-unfinished region, based on the outer-shape map calculated by the work-unfinished region outer-shape map calculating section, characterized in that, if a deviation of an actual travel route from the target travel route is more than a predetermined value, an outer-shape map of a new work-unfinished region is calculated from own vehicle position data acquired by the own vehicle position detecting module in the work-traveling up until at that time, and a target travel route along which work-traveling is to be performed in a remaining work-unfinished region is re-calculated based on the newly calculated outer-shape map.
Actuating unit for locking a component of a construction machine, in particular a road milling machine or a road miner, comprising a retaining part for fastening to the construction machine, a piston being connected to the retaining part and being surrounded by a cylinder around the whole circumference, with a first cylinder chamber being formed on one side of the piston and a second cylinder chamber being formed on the other side of the piston, a first fluid connection being in fluid communication with the first cylinder chamber and a second fluid connection being in fluid communication with the second cylinder chamber, and a cut-out which extends in the direction of the longitudinal axis of the cylinder and through which the retaining part extends being provided in the cylindrical wall of the cylinder.
A method comprising measuring a number of gamma-ray counts in a gamma-ray sensitive detector that is placed outside a biological shield near a primary cooling circuit of a fission nuclear power plant so that maintenance of the detector is possible during normal operation of the fission nuclear power plant, and determining the thermal power of the fission nuclear power plant based on the number of gamma-ray counts measured in the gamma-ray sensitive detector.
A horizontal sliding wall system, comprising a ceiling guide with at least one running track, as well as at least one door leaf element, which is connected to a roller carriage, which is disposed to be displaceable in the ceiling guide, • wherein the horizontal sliding wall system includes a drainage rail for use recessed into the building floor, which rail is disposed aligned below the displacement path of a door leaf element, • wherein the drainage rail comprises a first drainage profile and at least one second drainage profile as well as a first insulating web and at least one second insulating web, wherein the first drainage profile and the second drainage profile are fixed to be spaced apart from each other by means of the upper insulating web (480c1) and the lower insulating web (480c2), and wherein • the drainage rail is disposed essentially flush with the building floor, and wherein • the upper insulating web (480c1) includes at least one opening, through which the drainage water can flow into the drainage rail. • wherein the horizontal sliding wall system includes a drainage rail for use recessed into the building floor, which rail is disposed aligned below the displacement path of a door leaf element, • wherein the drainage rail comprises a first drainage profile and at least one second drainage profile as well as a first insulating web and at least one second insulating web, wherein the first drainage profile and the second drainage profile are fixed to be spaced apart from each other by means of the upper insulating web (480c1) and the lower insulating web (480c2), and wherein • the drainage rail is disposed essentially flush with the building floor, and wherein • the upper insulating web (480c1) includes at least one opening, through which the drainage water can flow into the drainage rail.
Compensation device in the form of a tank, the housing of which, at least in one of its housing walls, comprises at least one inlet and one outlet for receiving or discharging fluid and can be topped up with fluid, wherein at least one compensation body is arranged inside the housing, said body being furnished at least partially with an elastically flexible separating wall, delimiting its inner chamber, wherein the inner chamber is at least partially in a pressure-compensating connection with the environment by penetration (12, 32) through one of the housing walls, and wherein the housing, apart from the presence of penetration points, such as the respective inlet and outlet and the respective pressure-compensating connection, forms a closed enclosure for the fluid received in the housing, characterised in that the housing receives an additional fluid volume, which may be formed by a variable volume of the fluid and/or an increase in the volume of the fluid stored in the housing when the temperature rises, said volume corresponding to no more than the displacement volume that arises as a result of deformation of the separating wall of the respective compensation body in the direction of its inner chamber, in that the compensation body, as an elastically flexible separating wall, comprises a flexible accumulator bladder made from elastomer material, the inner chamber of which is at least partially filled with foam material, in that, to protect the accumulator bladder from pressure pulsing and pressure surges, said accumulator bladder is received in a protective housing, which is at least partially furnished with at least one passage point for a fluid passage, in that the flexible accumulator bladder, together with its protective housing, on its upper side facing an upper housing wall of the housing, forming the penetration (12, 32) for an air exchange between the inner volume of the accumulator bladder and the environment, is fixed in a stationary manner to this upper housing wall by means of a holder (30, 34).
An implantable blood pump system comprising: a pump; a flow measurement device configured to measure the flow rate of fluid being pumped; and a processing device receiving indications of pump parameters, the processing device being programmed to determine flow rate based on the pump parameters and compare the determined flow rate to the measured flow rate, wherein the determined flow rate is periodically compared to the measured flow rate, and characterized in that the flow measurement device is periodically powered off, and wherein the flow measurement device is powered off for a time period determined in response to the difference between the determined flow rate and the measured flow rate. a pump; a flow measurement device configured to measure the flow rate of fluid being pumped; and a processing device receiving indications of pump parameters, the processing device being programmed to determine flow rate based on the pump parameters and compare the determined flow rate to the measured flow rate, wherein the determined flow rate is periodically compared to the measured flow rate, and characterized in that the flow measurement device is periodically powered off, and wherein the flow measurement device is powered off for a time period determined in response to the difference between the determined flow rate and the measured flow rate.