mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a handheld implement comprising a handle and a head , the head comprising a cleaning implement; and a base comprising a basin , a pump , and a product container , wherein: the basin comprises an opening to an inner cavity that receives the head of the handheld implement; the product container includes a reservoir for a product ; and the pump conveys the product from the reservoir to the inner cavity via at least one through-hole in the basin ; wherein the head of the handheld implement contacts a bottom of the inner cavity; and wherein the cleaning implement of the head of the handheld implement is configured to apply a plunging force to the bottom of the inner cavity, the plunging force being transferred to the pump . a handheld implement comprising a handle and a head , the head comprising a cleaning implement; and a base comprising a basin , a pump , and a product container , wherein: the basin comprises an opening to an inner cavity that receives the head of the handheld implement; the product container includes a reservoir for a product ; and the pump conveys the product from the reservoir to the inner cavity via at least one through-hole in the basin ; wherein the head of the handheld implement contacts a bottom of the inner cavity; and wherein the cleaning implement of the head of the handheld implement is configured to apply a plunging force to the bottom of the inner cavity, the plunging force being transferred to the pump . the basin comprises an opening to an inner cavity that receives the head of the handheld implement; the product container includes a reservoir for a product ; and the pump conveys the product from the reservoir to the inner cavity via at least one through-hole in the basin ; wherein the head of the handheld implement contacts a bottom of the inner cavity; and wherein the cleaning implement of the head of the handheld implement is configured to apply a plunging force to the bottom of the inner cavity, the plunging force being transferred to the pump .
Method for determining a measuring offset of a rotor position sensor assigned to a rotor of an electric machine comprising stator windings that are supplied by an inverter converting a voltage at a DC link capacitor into an AC current, wherein a candidate value for the measuring offset is determined, comprising the following steps: - controlling a power unit of the inverter to provide the current based on rotor position information measured by the rotor position sensor to the stator windings such that the DC link capacitor of the inverter is actively discharged, - evaluating a plausibility of the candidate value for the measuring offset based on a voltage of the DC link capacitor detected while the power unit is controlled to actively discharge the DC link capacitor , and - providing the candidate value as determined measuring offset, if a result of the evaluation is positive. - controlling a power unit of the inverter to provide the current based on rotor position information measured by the rotor position sensor to the stator windings such that the DC link capacitor of the inverter is actively discharged, - evaluating a plausibility of the candidate value for the measuring offset based on a voltage of the DC link capacitor detected while the power unit is controlled to actively discharge the DC link capacitor , and - providing the candidate value as determined measuring offset, if a result of the evaluation is positive.
A first terminal device (1-1) that supports direct communication with a second terminal device (1-2), the first terminal device (1-1) comprising: a reception unit configured to receive first system information including cell selection parameters and second system information including radio resource information, the radio resource information concerning direct communication resources, the cell selection parameters including a first frequency for the direct communication and an offset for evaluation which is performed for cell selection, the offset being related to the direct communication and used for the evaluation of a cell on a frequency which supports the direct communication, and the first frequency being a frequency of a neighboring cell; and a cell selection unit configured to select a cell for the direct communication by determining that the first terminal device (1-1) is configured to perform the direct communication on the first frequency using the direct communication resources, wherein at least the neighboring cell is detected on the first frequency by the evaluation, wherein the cell selection unit performs the evaluation based on the cell selection parameters and a result of a measurement for the neighboring cell. a reception unit configured to receive first system information including cell selection parameters and second system information including radio resource information, the radio resource information concerning direct communication resources, the cell selection parameters including a first frequency for the direct communication and an offset for evaluation which is performed for cell selection, the offset being related to the direct communication and used for the evaluation of a cell on a frequency which supports the direct communication, and the first frequency being a frequency of a neighboring cell; and a cell selection unit configured to select a cell for the direct communication by determining that the first terminal device (1-1) is configured to perform the direct communication on the first frequency using the direct communication resources, wherein at least the neighboring cell is detected on the first frequency by the evaluation, wherein the cell selection unit performs the evaluation based on the cell selection parameters and a result of a measurement for the neighboring cell.
An auscultatory sound identification training device comprising a sounding body configured to convert a sent electric signal related to auscultatory sound information into an acoustic signal and outputting the converted signal as an auscultatory sound, a vibration member and a circular cover member , wherein the vibration member is a vibrating plate that is provided in a contact state on a front portion side of the sounding body , the auscultatory sound from the sounding body being directly transmitted thereto, the front portion side defining an upper side opposite a lower side, characterized in that : a lower portion of the circular cover member made of a silicone resin is provided to be on an upper portion of the vibrating plate in a state of surface contact with the vibrating plate , the auscultatory sound being transmitted thereto, wherein the sounding body , the vibrating plate , and the cover member are internally arranged so as not to be in contact with a bottom portion, and the cover member is configured to send an auscultatory sound to an outside and vibrate by the auscultatory sound. the vibration member is a vibrating plate that is provided in a contact state on a front portion side of the sounding body , the auscultatory sound from the sounding body being directly transmitted thereto, the front portion side defining an upper side opposite a lower side, characterized in that : a lower portion of the circular cover member made of a silicone resin is provided to be on an upper portion of the vibrating plate in a state of surface contact with the vibrating plate , the auscultatory sound being transmitted thereto, wherein the sounding body , the vibrating plate , and the cover member are internally arranged so as not to be in contact with a bottom portion, and the cover member is configured to send an auscultatory sound to an outside and vibrate by the auscultatory sound. a lower portion of the circular cover member made of a silicone resin is provided to be on an upper portion of the vibrating plate in a state of surface contact with the vibrating plate , the auscultatory sound being transmitted thereto, wherein the sounding body , the vibrating plate , and the cover member are internally arranged so as not to be in contact with a bottom portion, and the cover member is configured to send an auscultatory sound to an outside and vibrate by the auscultatory sound.
An indicator apparatus, comprising; an arm pivotally disposed within a media tray , wherein the media tray is configured to receive print media ; an indicator plate moveably coupled to the media tray ; and a latch engaged with the arm and the indicator plate , the latch is configured to support the indicator plate in a raised position, and to release the indicator plate to a lowered position upon the arm pivoting the latch from a latched position to a released position; the indicator apparatus characterized in that : the arm is configured to lower a pivot tab of the arm towards a pivot surface of the latch upon print media being removed from the media tray . an arm pivotally disposed within a media tray , wherein the media tray is configured to receive print media ; an indicator plate moveably coupled to the media tray ; and a latch engaged with the arm and the indicator plate , the latch is configured to support the indicator plate in a raised position, and to release the indicator plate to a lowered position upon the arm pivoting the latch from a latched position to a released position; the indicator apparatus characterized in that : the arm is configured to lower a pivot tab of the arm towards a pivot surface of the latch upon print media being removed from the media tray .
A front header structure of a vehicle body, where the front header structure is having an elongated shape extending essentially in a lateral direction (LA) of the vehicle body and attached to side structures of the vehicle body, and where the front header structure in a longitudinal direction (LO) of the vehicle body is arranged between a front section of a sunroof opening and an upper section of a windshield opening , wherein the front header structure comprises a lower part , an upper part attached to the lower part , and a rear part attached to the upper part , where the rear part is forming a front frame section of a sunroof frame encompassing the sunroof opening , wherein the lower part , the upper part and the rear part , each has a rear lower section , a front upper section and an intermediate step section arranged between the rear lower section and the front upper section , wherein the front header structure comprises a first compartment formed between the lower part and the upper part and a second compartment formed between the upper part and the rear part , characterized in that the rear lower sections of the lower part , the upper part and the rear part , are attached to each other forming a sunroof flange adapted for holding a front section of a sunroof. wherein the front header structure comprises a lower part , an upper part attached to the lower part , and a rear part attached to the upper part , where the rear part is forming a front frame section of a sunroof frame encompassing the sunroof opening , wherein the lower part , the upper part and the rear part , each has a rear lower section , a front upper section and an intermediate step section arranged between the rear lower section and the front upper section , wherein the front header structure comprises a first compartment formed between the lower part and the upper part and a second compartment formed between the upper part and the rear part , characterized in that the rear lower sections of the lower part , the upper part and the rear part , are attached to each other forming a sunroof flange adapted for holding a front section of a sunroof.
A microburst-microcapsule for a smoking article, wherein the microburst-microcapsule is fillable into a body of the smoking article; the microburst-microcapsule consists of a microcapsule wall and an aerosol generation material packaged in it; wherein the material of the wall is made of metal foil, wherein the average diameter of the microburst-microcapsule is between 0.1-2 mm, preferably in 0.3-1 mm and wherein the aerosol generation materials are in weight percentage and composed mainly of the following ingredients: Propylene glycol 50%, Glycerol 30%, Tobacco extracts (dry weight) 1.5%, Nicotine 5%, Tobacco Flavors 0.5%, Ethanol 10%, Water 3%, and A trace amount of zeolite powder or alumina powder, wherein the weight of the aerosol generation material encapsulated in each microburst-microcapsule is between 0.0001mg to 5mg and whereby when the cigarette is lighted, heat generated from its combustion zone will vaporize adjacent aerosol generation materials in the microburst-microcapsule, vapor pressure causes the capsule wall to burst and aerosol generated from the aforesaid aerosol generation materials will flow out of the capsule wall. Propylene glycol 50%, Glycerol 30%, Tobacco extracts (dry weight) 1.5%, Nicotine 5%, Tobacco Flavors 0.5%, Ethanol 10%, Water 3%, and A trace amount of zeolite powder or alumina powder, wherein the weight of the aerosol generation material encapsulated in each microburst-microcapsule is between 0.0001mg to 5mg and whereby when the cigarette is lighted, heat generated from its combustion zone will vaporize adjacent aerosol generation materials in the microburst-microcapsule, vapor pressure causes the capsule wall to burst and aerosol generated from the aforesaid aerosol generation materials will flow out of the capsule wall.
Mobile large manipulator with - a chassis , - two front and two rear support outriggers, which can be supported on a base via extendable support legs and are each arranged on the chassis and can be extended fully or partially from a driving position to a support position, - an unfolding mast arm , which has a turntable arranged on the chassis rotatably about a vertical axis and a plurality of mast segments connected articulately to one another, wherein the operating area of the mast arm depends on the support configuration, i.e. on the support positions of the support outriggers, characterised by a program-controlled positioning aid, which is configured to output a graphical representation of environmental image data on a screen , wherein the operating area of the mast arm is visualised in the graphical representation. - a chassis , - two front and two rear support outriggers, which can be supported on a base via extendable support legs and are each arranged on the chassis and can be extended fully or partially from a driving position to a support position, - an unfolding mast arm , which has a turntable arranged on the chassis rotatably about a vertical axis and a plurality of mast segments connected articulately to one another, wherein the operating area of the mast arm depends on the support configuration, i.e. on the support positions of the support outriggers,
An electronic device , comprising: a main processor ; a network interface controller , NIC, that includes a NIC processor and NIC memory ; and main memory that includes a plurality of computer-executable modules, the plurality of computer-executable modules comprising: a list selection module that uses the main processor to select at least one wireless access point identifier for inclusion in a list of wireless access point identifiers, and populates the NIC memory with the list of wireless access point identifiers; and a power management module that powers off the main processor following population of the NIC memory with the list of wireless access point identifiers; characterized in that the list selection module uses a conditional probability algorithm to predict expected directions of travel of the electronic device , and in turn, an expected location of the electronic device, based on previously-connected wireless access points of the electronic device, and in that the list selection module selects, for inclusion in the list, wireless access point identifiers that correspond to the expected location. a main processor ; a network interface controller , NIC, that includes a NIC processor and NIC memory ; and main memory that includes a plurality of computer-executable modules, the plurality of computer-executable modules comprising: a list selection module that uses the main processor to select at least one wireless access point identifier for inclusion in a list of wireless access point identifiers, and populates the NIC memory with the list of wireless access point identifiers; and a power management module that powers off the main processor following population of the NIC memory with the list of wireless access point identifiers; a list selection module that uses the main processor to select at least one wireless access point identifier for inclusion in a list of wireless access point identifiers, and populates the NIC memory with the list of wireless access point identifiers; and a power management module that powers off the main processor following population of the NIC memory with the list of wireless access point identifiers; characterized in that the list selection module uses a conditional probability algorithm to predict expected directions of travel of the electronic device , and in turn, an expected location of the electronic device, based on previously-connected wireless access points of the electronic device, and in that the list selection module selects, for inclusion in the list, wireless access point identifiers that correspond to the expected location.
A pressure intensifier for use in a hydraulic shield support system, wherein the pressure intensifier comprises: a housing including a low-pressure input (E) configured to receive hydraulic fluid at a first pressure (P), and a high-pressure output (A) configured to output the hydraulic fluid at an increased second pressure (HP); an intensifier piston movably disposed in the housing and defining a low-pressure chamber and a high-pressure chamber on opposite sides of the piston , the intensifier piston being configured to increase the pressure of hydraulic fluid in the high-pressure chamber by moving into the high-pressure chamber when hydraulic fluid at the first pressure is supplied to the low-pressure chamber ; a directional control valve movably disposed in the pressure intensifier , the directional control valve being movable between a first control valve position in which the low-pressure chamber is fluidly connected to the low-pressure input (E) and a second control valve position in which the low-pressure chamber is fluidly connected to a drain (R); and characterized by the pressure intensifier further comprising a switching valve configured to switch the directional control valve between the first control valve position and the second control valve position, wherein the switching valve is configured to switch the directional control valve from the first control valve position to the second control valve position when the intensifier piston reaches a predetermined position in the high-pressure chamber . a housing including a low-pressure input (E) configured to receive hydraulic fluid at a first pressure (P), and a high-pressure output (A) configured to output the hydraulic fluid at an increased second pressure (HP); an intensifier piston movably disposed in the housing and defining a low-pressure chamber and a high-pressure chamber on opposite sides of the piston , the intensifier piston being configured to increase the pressure of hydraulic fluid in the high-pressure chamber by moving into the high-pressure chamber when hydraulic fluid at the first pressure is supplied to the low-pressure chamber ; a directional control valve movably disposed in the pressure intensifier , the directional control valve being movable between a first control valve position in which the low-pressure chamber is fluidly connected to the low-pressure input (E) and a second control valve position in which the low-pressure chamber is fluidly connected to a drain (R); and characterized by the pressure intensifier further comprising a switching valve configured to switch the directional control valve between the first control valve position and the second control valve position, wherein the switching valve is configured to switch the directional control valve from the first control valve position to the second control valve position when the intensifier piston reaches a predetermined position in the high-pressure chamber .
A mercaptan-modified polychloroprene latex comprising polychloroprene being a copolymer of chloroprene and 2,3-dichloro-1,3-butadiene, wherein in a solid state 13C NMR spectrum of the polychloroprene obtained by freeze-drying the mercaptan-modified polychloroprene latex, an area (A) of a peak at 126.2 to 127.6 ppm, an area (B) of a peak at 122.0 to 126.2 ppm and an area (C) of a peak at 129.9 to 130.3 ppm are in the ranges represented by the following expression (I); an amount of the 2,3-dichloro-1,3-butadiene copolymerized is 4 to 35% by mass per 100% by mass in total of the chloroprene and the 2,3-dichloro-1,3-butadiene contained in the polychloroprene; a toluene-insoluble content of the polychloroprene is 50 to 100% by mass per 100% by mass of the polychloroprene; and [Expression 1] 4.0 100 ≦ A B − C ≦ 5.8 100 the mercaptan-modified polychloroprene latex has a peak of abietic acid in a component obtained by cutting the polychloroprene obtained by freeze-drying the mercaptan-modified polychloroprene latex, placing the polychloroprene in an eggplant type flask equipped with a condenser and extracting the component with an ethanol/toluene azeotropic mixture defined by JIS K 6229, the component being measured using a gas chromatograph.
A process for separating sperm cells from a chemical compound to which the sperm cells have been previously exposed ex-vivo in order to increase their fertilisation ability by electrophoresis comprising subjecting the sperm cells to an electric potential between a cathode and an anode such that the sperm cells are separated from the chemical compound, wherein the chemical compound has a negative charge or a positive charge and wherein it is a sperm cell motility promoting agent, wherein the sperm cells are simultaneously enriched for high quality sperm cells.
A safety device for the emergency shutdown of an electric water heater, in particular an instantaneous water heater, or a heat pump, the safety device including: a contact and a countercontact , which are arranged, in a conducting state, to conduct the power for supplying the instantaneous water heater, and, in an opened state, to interrupt the power supply of the instantaneous water heater, a retaining device for retaining the countercontact on a tension rod , wherein the tension rod is arranged to disengage the retaining device and the countercontact from the contact to interrupt a power supply of the instantaneous water heater, wherein the safety device is characterised in that the contact is configured as a contact rivet directly integrated in a printed circuit board . a contact and a countercontact , which are arranged, in a conducting state, to conduct the power for supplying the instantaneous water heater, and, in an opened state, to interrupt the power supply of the instantaneous water heater, a retaining device for retaining the countercontact on a tension rod , wherein the tension rod is arranged to disengage the retaining device and the countercontact from the contact to interrupt a power supply of the instantaneous water heater, wherein the safety device is characterised in that the contact is configured as a contact rivet directly integrated in a printed circuit board .