mhurhangee/ep-ind-claims huggingface dataset:
A system for providing a constant power source, which is applicable to an electric vehicle, the system comprising a battery management system, a high-voltage battery pack, a timer power supply module, a timer device and a high-voltage power supply module, wherein the battery management system comprises a main control module and a power conversion module, and wherein the main control module is configured to receive a wake-up time and send the wake-up time to the timer device, the timer power supply module is configured to supply power to the timer device with electric energy from the high-voltage battery pack, the high-voltage power supply module is configured to supply power to the power conversion module with the electric energy from the high-voltage battery pack, the timer device is configured to set a wake-up clock according to the wake-up time, start timing when the battery management system enters into sleep, and send a discharge instruction to the high-voltage battery pack when the timing reaches the wake-up time, and the power conversion module is configured to convert high-voltage electric energy, which is output by the high-voltage battery pack according to the discharge instruction, into low-voltage electric energy, and use the low-voltage electric energy to supply power to the battery management system. the main control module is configured to receive a wake-up time and send the wake-up time to the timer device, the timer power supply module is configured to supply power to the timer device with electric energy from the high-voltage battery pack, the high-voltage power supply module is configured to supply power to the power conversion module with the electric energy from the high-voltage battery pack, the timer device is configured to set a wake-up clock according to the wake-up time, start timing when the battery management system enters into sleep, and send a discharge instruction to the high-voltage battery pack when the timing reaches the wake-up time, and the power conversion module is configured to convert high-voltage electric energy, which is output by the high-voltage battery pack according to the discharge instruction, into low-voltage electric energy, and use the low-voltage electric energy to supply power to the battery management system.
A method of processing a broadcast service at a Primary Device, PD, the method comprising: performing a discovery process with a Companion Device, CD, application in a CD based on an endpoint for the PD; establishing a connection between the PD and the CD based on an endpoint corresponding to a WebSocket endpoint; receiving a subscription message via the connection, the subscription message including information for identifying a name of a PD-CD service from the CD, the name of the PD-CD service including a service guide; transmitting, through the connection, a message for service and content identification including a content element for content data, the content element including location information for access to the content data; and transmitting service guide information based on an endpoint corresponding to a HTTP endpoint, the service guide information including partial service guide information or full service guide information in response to a request of the CD. performing a discovery process with a Companion Device, CD, application in a CD based on an endpoint for the PD; establishing a connection between the PD and the CD based on an endpoint corresponding to a WebSocket endpoint; receiving a subscription message via the connection, the subscription message including information for identifying a name of a PD-CD service from the CD, the name of the PD-CD service including a service guide; transmitting, through the connection, a message for service and content identification including a content element for content data, the content element including location information for access to the content data; and transmitting service guide information based on an endpoint corresponding to a HTTP endpoint, the service guide information including partial service guide information or full service guide information in response to a request of the CD.
A method for selecting an appropriate dietary regimen for weight loss and/or maintenance for a subject comprising: a) determining the subject's genotype with respect to the FABP2 rsl799883; G/A; PPARG rsl801282; C/G; and ADRB2 rsl042714; C/G polymorphic loci; and b) classifying the subject based on the determination of three polymorphic loci in step (a) into a nutrition category, wherein the subject with a combined genotype of FABP2 rsl799883 1.1 G/G, PPARG rsl801282 1.1 C/C, and ADRB2 rsl042714 1.1 C/C is predictive to be responsive to a balanced diet. a) determining the subject's genotype with respect to the FABP2 rsl799883; G/A; PPARG rsl801282; C/G; and ADRB2 rsl042714; C/G polymorphic loci; and b) classifying the subject based on the determination of three polymorphic loci in step (a) into a nutrition category, wherein the subject with a combined genotype of FABP2 rsl799883 1.1 G/G, PPARG rsl801282 1.1 C/C, and ADRB2 rsl042714 1.1 C/C is predictive to be responsive to a balanced diet.
A method for backup of data stored in memory in a non-volatile memory of a secure element, the method comprising the steps of: • de-fragmenting an area of the non-volatile memory containing at least one portion of the data to be saved so as to form, in the area, an occupied region containing said portion of the data and a free region, • compressing the portion of the data contained in the occupied region, after de-fragmentation, • compressing the contents of the free region by means of a compression algorithm different from the one used for compressing the portion of the data contained in the occupied region, wherein compressing the contents of the free region comprises applying a run-length coding of these contents, • generating a backup image containing the compressed data, • writing the backup image into the non-volatile memory of the secure element. • de-fragmenting an area of the non-volatile memory containing at least one portion of the data to be saved so as to form, in the area, an occupied region containing said portion of the data and a free region, • compressing the portion of the data contained in the occupied region, after de-fragmentation, • compressing the contents of the free region by means of a compression algorithm different from the one used for compressing the portion of the data contained in the occupied region, wherein compressing the contents of the free region comprises applying a run-length coding of these contents, • generating a backup image containing the compressed data, • writing the backup image into the non-volatile memory of the secure element.
A drain cleaner comprising: a base unit including a housing defining a vertical slot, a motor supported by the housing and having an output shaft, and a drive arrangement including a drive pulley coupled to the output shaft of the motor, an idler pulley supported by the housing, and a belt wrapped around the drive pulley and the idler pulley and extending across the vertical slot; and a drum unit removably coupled to the base unit, the drum unit including a drum, a pulley coupled to the drum, the pulley being removably received in the vertical slot to engage the belt, and a cable stored within the drum and selectively extendable out of the drum and into a drain. a base unit including a housing defining a vertical slot, a motor supported by the housing and having an output shaft, and a drive arrangement including a drive pulley coupled to the output shaft of the motor, an idler pulley supported by the housing, and a belt wrapped around the drive pulley and the idler pulley and extending across the vertical slot; and a housing defining a vertical slot, a motor supported by the housing and having an output shaft, and a drive arrangement including a drive pulley coupled to the output shaft of the motor, an idler pulley supported by the housing, and a belt wrapped around the drive pulley and the idler pulley and extending across the vertical slot; and a drum unit removably coupled to the base unit, the drum unit including a drum, a pulley coupled to the drum, the pulley being removably received in the vertical slot to engage the belt, and a cable stored within the drum and selectively extendable out of the drum and into a drain. a drum, a pulley coupled to the drum, the pulley being removably received in the vertical slot to engage the belt, and a cable stored within the drum and selectively extendable out of the drum and into a drain.
Cooling circuit of internal combustion engine, having a main cooler and a main coolant pump in a main coolant circuit, and having a heat store, a switching valve, a check valve (10, 16, 17, 24) and a further coolant pump, which is assigned to a heat store circuit of the heat store, in the secondary coolant circuit, wherein, downstream of the internal combustion engine in the flow direction of the coolant, there is arranged a branching element for feeding at least.a partial stream of the coolant to a feed line (7, 14) through which the coolant can be fed, via the same or a further branching element, to a heating heat exchanger and/or to the heat store, wherein the coolant can, by means of a switching valve assigned to the heat store circuit, be selectively fed to a supply line, which is connected to the internal combustion engine, or fed, via a junction point which connects the heating heat exchanger and the heat store, to a collecting line which, in particular, has a check valve and which is connected by means of a junction point, upstream of an inlet of the main coolant pump in the flow direction, to a return line which is connected to the main cooler.
A baffle plate for a differential device disposed inside a differential case and dividing a lower portion inside the differential case into a first chamber and a second chamber, comprising: a baffle plate main member adapted to be disposed on one lateral side of a ring gear in the differential device; an elastically deformable seal member attached to an outer peripheral edge portion of the baffle plate main member and adapted to contact a bottom wall portion of the differential case, the baffle plate being characterized by a fitting hole formed in one of the outer peripheral edge portion of the baffle plate main member or the seal member, and a locking claw portion engaging the fitting hole formed in the other, and the locking claw portion fits into the fitting hole so that the baffle plate main member and the seal member are integrated, wherein the baffle plate main member is made of synthetic resin and that a length in the circumferential direction of the aforementioned fitting hole is formed slightly longer than a length in the circumferential direction of the locking claw portion, so that in a state wherein the locking claw portion fits relative to the fitting hole, there is formed a slight gap in the circumferential direction of the locking claw portion, and the gap becomes the return passage for returning lubricating oil from the second chamber to the first chamber. a baffle plate main member adapted to be disposed on one lateral side of a ring gear in the differential device; an elastically deformable seal member attached to an outer peripheral edge portion of the baffle plate main member and adapted to contact a bottom wall portion of the differential case, the baffle plate being characterized by a fitting hole formed in one of the outer peripheral edge portion of the baffle plate main member or the seal member, and a locking claw portion engaging the fitting hole formed in the other, and the locking claw portion fits into the fitting hole so that the baffle plate main member and the seal member are integrated, wherein the baffle plate main member is made of synthetic resin and that a length in the circumferential direction of the aforementioned fitting hole is formed slightly longer than a length in the circumferential direction of the locking claw portion, so that in a state wherein the locking claw portion fits relative to the fitting hole, there is formed a slight gap in the circumferential direction of the locking claw portion, and the gap becomes the return passage for returning lubricating oil from the second chamber to the first chamber.
A method for producing acrylic acid, comprising the steps of supplying at least crude acrylic acid and an alcohol solvent to an acrylic acid distillation apparatus to distill acrylic acid, and distilling acrylic acid in two or more stages, wherein a boiling point of the alcohol solvent is 190°C or higher under an ordinary pressure, and wherein the alcohol solvent is supplied to the acrylic acid distillation apparatus in a latter stage of the acrylic acid distillation step.
Morphic Form B of phosphonic acid, [[ -2-(4-amino-2-oxo-1 -pyrimidinyl)-1-(hydroxymethyl)ethoxy]methyl]mono[3-(hexadecyloxy)propyl] ester characterized by an X-ray diffraction pattern including peaks at 5.76, 11.58, 12.54, 17.43, and 23.97 degrees 2θ.
A connector, which is adapted to connect a fuel tank with a delivery pipe serving for intake of fuel into the fuel tank, delivery of fuel from the fuel tank, delivery of a gas from the fuel tank, and the like, comprising: a base member having a flange and a passage, the flange being of such a size as to cover an opening (Tb) formed in the fuel tank, the passage being adapted to communicate with the delivery pipe; an outer melt-bonding projection integrally formed with at least a projecting end of the flange of the base member; an inner melt-bonding member formed in a ring shape and being of such a size as to house the opening (Tb) formed in the fuel tank, the inner melt-bonding member having an upper side unified to a lower surface of the flange of the base member and configured to have an outer lateral side unified to an inner lateral side of the outer melt-bonding projection; characterised by the outer melt-bonding projection being formed of a first synthetic resin, which is melt-bondable to an outer layer (Ta) of the fuel tank; the base member being formed of a second synthetic resin, which is an alloy of the first synthetic resin and a second synthetic resin difficult to pass a gas produced from fuel therethrough, or a second synthetic resin difficult to pass a gas produced from fuel therethrough and adaptable to the first synthetic resin; and the inner melt-bonding member being formed of the first synthetic resin. a base member having a flange and a passage, the flange being of such a size as to cover an opening (Tb) formed in the fuel tank, the passage being adapted to communicate with the delivery pipe; an outer melt-bonding projection integrally formed with at least a projecting end of the flange of the base member; an inner melt-bonding member formed in a ring shape and being of such a size as to house the opening (Tb) formed in the fuel tank, the inner melt-bonding member having an upper side unified to a lower surface of the flange of the base member and configured to have an outer lateral side unified to an inner lateral side of the outer melt-bonding projection; characterised by the outer melt-bonding projection being formed of a first synthetic resin, which is melt-bondable to an outer layer (Ta) of the fuel tank; the base member being formed of a second synthetic resin, which is an alloy of the first synthetic resin and a second synthetic resin difficult to pass a gas produced from fuel therethrough, or a second synthetic resin difficult to pass a gas produced from fuel therethrough and adaptable to the first synthetic resin; and the inner melt-bonding member being formed of the first synthetic resin.
Device for producing concrete moldings in a molding machine, which comprises an upper mold part having at least one pressure ram for transmitting a force to at least one pressure plate, and a lower mold part having a mold cavity that has at least one opening, it being possible for the pressure plate to be introduced in the vertical direction into the opening in the mold cavity in the lower mold part, the lower mold part being surrounded by a frame which has a guide means that is connected to the upper mold part and comprises an elongate body which is formed in the vertical direction, is designed as a circular-cylindrical pin, is connected to the upper mold part and has side lines which are at least partially parallel to the vertical direction, which body engages in an at least partially corresponding feed-through, which is a bushing that is arranged on the frame and is provided with a circular-cylindrical inner surface, and is designed such that the lower mold part can tilt relative to the upper mold part from the vertical direction during the engagement of the pressure plates into the openings in the mold cavity, characterized in that the elongate body and the feed-through have dimensions which are selected such that a maximum value of the tilt of the lower mold part relative to the upper mold part is specified, and that the outer diameter of the circular-cylindrical pin is selected on the basis of a height of the bushing in the vertical direction and an inner diameter of the bushing arranged on the frame.
A method of operating a network node in a communication network, the method comprising: receiving a request from a first communication device, wherein the request is to associate a second communication device, and wherein the request includes an identification for the second communication device; receiving a definition of a service limitation for the second communication device, wherein the definition of the service limitation is received from the first communication device; in response to the request from the first communication device, providing a network access credential for the second communication device; providing communication for the second communication device in accordance with the definition of the service limitation using the network access credential; and characterised by: responsive to communication usage of the second communication device triggering a notification threshold relative to the definition of the service limitation, transmitting a notification to the first communication device. receiving a request from a first communication device, wherein the request is to associate a second communication device, and wherein the request includes an identification for the second communication device; receiving a definition of a service limitation for the second communication device, wherein the definition of the service limitation is received from the first communication device; in response to the request from the first communication device, providing a network access credential for the second communication device; providing communication for the second communication device in accordance with the definition of the service limitation using the network access credential; and characterised by: responsive to communication usage of the second communication device triggering a notification threshold relative to the definition of the service limitation, transmitting a notification to the first communication device.
An automatic blood-sampling tube preparation system comprising at least two blood-sampling tube containing sections (2a-2d), each section being intended to contain blood-sampling tubes of a same type, a tube transferring means for selectively taking out a blood-sampling tube required to an examination of a patient according to an instruction information indicated by a doctor from the related blood-sampling tube containing section (2a-2d) and transferring the taken-out blood-sampling tube, a writing means for writing patient examination information on a RFID tag of the blood-sampling tube based on the instruction information, a receiving container transferring means for transferring the prepared container in which the written blood-sampling tubes are contained for each patient, a reading means which is arranged in a transferring path of the container transferring means for reading simultaneously all patient examination information from the all blood-sampling tubes contained in the prepared container while the prepared container transferred by the receiving container transferring means, and a control means for controlling the operation of the said respective means and comparing the patient examination information read from the RFID tags by the reading means with the instruction information characterized in that the control means is constituted such that if the control means judges that the patient examination information read from the RFID tags do not match the instruction information, the control means makes the prepared container move so as to change the state of the RFID tags contained in the prepared container, after that, the control means controls the reading means to read the patient examination information from the RFID tags contained the prepared container again, and then the control means compares the patient examination information and the instruction information.
An industrial machine comprising: a pressure generating device, wherein the pressure generating device includes a motor that drives a pressure generating mechanism, and a servo driver that is configured to control the motor such that the pressure generating mechanism generates a desired pressure, characterized in that the servo driver is configured to reduce supply electric power to the motor not instantaneously but gently over time, if a stop event to cut off energization of the motor occurs in a state where rotation of the motor is substantially stopped and the torque of the motor is generated. a pressure generating device, wherein the pressure generating device includes a motor that drives a pressure generating mechanism, and a servo driver that is configured to control the motor such that the pressure generating mechanism generates a desired pressure, characterized in that the servo driver is configured to reduce supply electric power to the motor not instantaneously but gently over time, if a stop event to cut off energization of the motor occurs in a state where rotation of the motor is substantially stopped and the torque of the motor is generated.
A method of manufacturing a parabolic solar collector, said method being characterized by placing a central post into the ground, the central post having length, depth, and orientation in accordance with the desired parabolic solar collector, attaching a horizontal jib to the central post, constructing a rim support under a tip of the horizontal jib, attaching at least one trolley that can move along the horizontal jib, attaching a vertical working arm to the trolley in a perpendicular position that can move freely up or down on the trolley, restraining the vertical working arm with an inelastic string connected to a tip of the central post on a first end of the string and to the trolley on a second end of the string while the vertical working arm rests on the inelastic string by way of rollers, attaching a sculpting apparatus to the tip of the vertical working arm to shape an underlying base material underneath the vertical arm, turning the horizontal jib incrementally around the central post in angular increments and shaping the underlying base material with the sculpting apparatus, moving the trolley along the horizontal jib incrementally with distance increments and shaping the underlying base material with the sculpting apparatus, placing a firming agent on the underlying base material, and placing at least one sheet with a mirror like surface on the underlying base material to form a parabolic shaped reflecting surface.