mhurhangee/ep-ind-claims huggingface dataset:
An oral cleaning device comprising: an air-tightly closable cleaning liquid tank storing a cleaning liquid; a cleaning liquid supply passage having an ejection port for ejecting the cleaning liquid into the oral cavity on one end and an introduction port open inside a bottom part of the cleaning liquid tank on the other end; and an electric air pump supplying air into the cleaning liquid tank to pressurize the inside of the cleaning liquid tank, wherein the cleaning liquid inside the cleaning liquid tank is supplied to the ejection port through the cleaning liquid supply passage by air pressure inside the cleaning liquid tank, the oral cleaning device further comprising pulsation means, wherein by the pulsation means an air introduction hole open inside the cleaning liquid tank is provided on a midway part of the cleaning liquid supply passage, and part of the air supplied to the cleaning liquid tank from the air pump is supplied to the cleaning liquid supply passage through the air introduction hole, so as to eject the cleaning liquid from the ejection port in a pulsatile manner. an air-tightly closable cleaning liquid tank storing a cleaning liquid; a cleaning liquid supply passage having an ejection port for ejecting the cleaning liquid into the oral cavity on one end and an introduction port open inside a bottom part of the cleaning liquid tank on the other end; and an electric air pump supplying air into the cleaning liquid tank to pressurize the inside of the cleaning liquid tank, wherein the cleaning liquid inside the cleaning liquid tank is supplied to the ejection port through the cleaning liquid supply passage by air pressure inside the cleaning liquid tank, the oral cleaning device further comprising pulsation means, wherein by the pulsation means an air introduction hole open inside the cleaning liquid tank is provided on a midway part of the cleaning liquid supply passage, and part of the air supplied to the cleaning liquid tank from the air pump is supplied to the cleaning liquid supply passage through the air introduction hole, so as to eject the cleaning liquid from the ejection port in a pulsatile manner.
A flexible insulating substrate, having a first side and a second side, and suitable to be rolled about a sensor axis parallel to a y-axis of the substrate; a first conducting line and a second conducting line formed on the first side of the substrate, the first conducting line having a first initial termination and a first final termination, wherein the first initial termination and the first final termination are offset from the first conducting line on opposite sides respectively of the first conducting line, the second conducting line having a second initial termination and a second final termination, wherein the second initial termination and the second final termination are offset from the second conducting line on opposite sides respectively of the second conducting line, the first line defining a first ray along the substrate from the first initial termination to the first final termination, the second line defining a second ray along the substrate from the second initial termination to the second final termination, the first and second rays having a common direction, the lines, except for their terminations, being parallel to the x-axis, having equal lengths and having a displacement therebetween parallel to the y-axis, with a preset magnitude so that when the substrate is rolled about the sensor axis the first final termination aligns with the second initial termination; and a via penetrating the substrate from the first side to the second side so as to interconnect the first final termination with the second initial termination. a first conducting line and a second conducting line formed on the first side of the substrate, the first conducting line having a first initial termination and a first final termination, wherein the first initial termination and the first final termination are offset from the first conducting line on opposite sides respectively of the first conducting line, the second conducting line having a second initial termination and a second final termination, wherein the second initial termination and the second final termination are offset from the second conducting line on opposite sides respectively of the second conducting line, the first line defining a first ray along the substrate from the first initial termination to the first final termination, the second line defining a second ray along the substrate from the second initial termination to the second final termination, the first and second rays having a common direction, the lines, except for their terminations, being parallel to the x-axis, having equal lengths and having a displacement therebetween parallel to the y-axis, with a preset magnitude so that when the substrate is rolled about the sensor axis the first final termination aligns with the second initial termination; and a via penetrating the substrate from the first side to the second side so as to interconnect the first final termination with the second initial termination.
A fluid dispenser comprising a barrel defining a longitudinal axis terminating at a first fluid delivery end region; a dispenser body movable in a first phase along the barrel relative to the first fluid delivery end region between a pre-dispensing configuration and a dispensed configuration, and in a second phase along the barrel relative to the first fluid delivery end region between the dispensed configuration and a locked post-dispensing configuration, wherein the dispenser body is configured to rotate about the longitudinal axis during the first phase for aligned orientation with at least one locking structure configured to lock the dispenser body in the locked post-dispensing configuration during travel in the second phase, wherein the dispenser body includes a needle carrier with a second fluid delivery end region defined thereon, the dispenser body includes a fluid capsule carrier moveable relative to the needle carrier in the first phase to dispense fluid from a fluid capsule on the fluid capsule carrier, wherein the dispenser body includes a plunger structure movable relative to the fluid capsule carrier in at least part of the first phase to pressurize the fluid capsule.
A method of preventing the extension by a thermostable DNA polymerase of a primer oligonucleotide that hybridizes to a template nucleotide sequence in an assay employing the extension of a primer in a template-dependent manner wherein the assay is selected from the group consisting of PCR amplification, DNA sequencing and genotyping, comprising, incorporating a N 2 -benzyl-deoxyguanosine (N 2 -benzyl-dG) nucleotide on the template nucleotide sequence and wherein the primer oligonucleotide is incapable of being extended by more than 2 nucleotides beyond the position of the N 2 -benzyl-dG nucleotide.
A closing and opening device for doors and/or panels and/or similar components, in particular of electrical household appliances such as washing machines, dishwashers and similar electrical household appliances, said device comprising a closing and opening assembly adapted to be alternatively engaged by and disengaged from a striker element adapted to be fixed rigidly to said panel, wherein said closing and opening assembly comprises a first closing and opening element which can be switched by rotation between a first position and a second position, said closing and opening element and striker being shaped in such a way that the reciprocal pushing action of said striker element against said closing and opening assembly results or translates into a first switching of said closing and opening element from said first position to said second position, wherein said closing and opening element comprises a through opening with two opposite longitudinal edges, wherein with said closing and opening element in said first position, the reciprocal pushing of an engagement surface of said striker element against two opposite tapered surfaces extending respectively from said opposite longitudinal edges of said through opening and tightening towards the inside of said opening itself results in said closing and opening element being switched by rotation from said first position into said second position, and wherein with said closing and opening element in said second position, said striker element can be inserted at least partially into said closing and opening element through said through opening.
A device for initiating an explosive, propellant, or reactive material, said device comprising: a flux compression generator operative to produce a high intensity electric current when activated; and an electrical payload connected to said generator and constructed to receive the high intensity electric current and cause energy in the current to generate a projectile (49, 56) in the payload to initiate reaction of the explosive, propellant, or reactive material, characterized in that said payload is constructed to produce Lorentz forces that generate said projectile. a flux compression generator operative to produce a high intensity electric current when activated; and an electrical payload connected to said generator and constructed to receive the high intensity electric current and cause energy in the current to generate a projectile (49, 56) in the payload to initiate reaction of the explosive, propellant, or reactive material,
A method for automatically switching off an internal combustion engine in a motor vehicle, more especially in a motor vehicle having an automatic transmission, by means of a start-stop device which automatically switches off the internal combustion engine when the vehicle has been braked to a standstill and is held at a standstill for a predetermined time interval by actuating the brake pedal, wherein the driver of the motor vehicle can prevent the internal combustion engine from automatically switching off upon reaching a standstill within the predetermined time interval, characterised in that an automatic switch-off is prevented when it is detected that the driver of the motor vehicle depresses the brake pedal to a greater extent and then releases it again within the predetermined time interval.
An x-ray device for acquiring image data of an object to be imaged, the device comprising an x-ray source and a radiation detector, the radiation detector including detector elements for detecting radiation, each detector element comprising an adjustable sensitive volume, where an x-ray photon entering the sensitive volume produces an electric signal used for generating the image data, wherein the device further comprises a control unit configured to control the sensitive volume of at least one of the detector elements in accordance with a geometric structure of the object to be imaged such that detector elements to be exposed to a high photon flux have a reduced sensitive volume compared with the sensitive volume of detector elements to be exposed to a lower photon flux.
In combination, a mounting assembly and a sheave roller, the mounting assembly for use in attaching the sheave roller to a ladder-type cable tray having a plurality of spaced apart rungs (26a, 26b, 26c, 26d, 26e, 26f), the combination comprising: the sheave roller; the mounting assembly comprising a first housing part, said sheave roller being rotatably attached to said first housing part, said first housing part comprising a base and an arm extending from said base, said first housing part capable being attached to a rung of the cable tray, characterized by a second housing part slideable relative to said first housing part, said second housing part comprising a base and an arm extending from said base, said second housing part capable of being attached to another one of the rungs of the cable tray, and a lock which can be engaged with the first and second housing parts (36, 38), for preventing the relative movement of the first and second housing parts (36, 38) and can be disengaged to allow the relative movement of the first and second housing parts, said base of said first housing part includes a retention guide thereon for engagement with the second housing part. the sheave roller; the mounting assembly comprising a first housing part, said sheave roller being rotatably attached to said first housing part, said first housing part comprising a base and an arm extending from said base, said first housing part capable being attached to a rung of the cable tray, characterized by a second housing part slideable relative to said first housing part, said second housing part comprising a base and an arm extending from said base, said second housing part capable of being attached to another one of the rungs of the cable tray, and a lock which can be engaged with the first and second housing parts (36, 38), for preventing the relative movement of the first and second housing parts (36, 38) and can be disengaged to allow the relative movement of the first and second housing parts, said base of said first housing part includes a retention guide thereon for engagement with the second housing part.
Torch, comprising - a torch head, which comprises a lighting unit, - a housing, which is designed as a handle piece, extends along a longitudinal axis L and comprises a closed end portion to the rear, and - a push switch, which in order to operate the torch comprises a slider, wherein the slider is captively mounted on the housing so as to be slidable, characterised in that the slider is L-shaped in design, with a first portion and a second portion, the first portion extending longitudinally-axially along the housing and the second portion engaging behind the closed end portion of the housing, so that the push switch can be operated in different grip positions. - a torch head, which comprises a lighting unit, - a housing, which is designed as a handle piece, extends along a longitudinal axis L and comprises a closed end portion to the rear, and - a push switch, which in order to operate the torch comprises a slider, wherein the slider is captively mounted on the housing so as to be slidable,
A method for preparing neoplastically transformed cells from human-derived cells, comprising the step of introducing human telomerase catalytic subunit (hTERT) gene, SV40 small T antigen (SV40ST) gene, and an oligonucleotide derived from Alu7 sequence into the human-derived cells, wherein the oligonucleotide derived from Alu7 sequence is an oligonucleotide comprising the nucleotide sequence shown in SEQ ID NO: 1, an oligonucleotide comprising an oligonucleotide having 90% or more homology to the nucleotide sequence shown in SEQ ID NO: 1 and also being capable of neoplastically transforming the cells at an equivalent level to a case where an oligonucleotide consisting of the nucleotide sequence shown in SEQ ID NO: 1 is used, an oligonucleotide comprising the nucleotide sequence shown in SEQ ID NO: 2, or an oligonucleotide comprising an oligonucleotide having 90% or more homology to the nucleotide sequence shown in SEQ ID NO: 2 and also being capable of neoplastically transforming the cells at an equivalent level to a case where an oligonucleotide consisting of the nucleotide sequence shown in SEQ ID NO: 2 is used.
Drive assembly, in particular for a slip-controlled brake system, - having a motor location hole for an electric motor, said hole being directed perpendicularly into an end face of a block-shaped mounting body, - having a motor housing for accommodating a bearing provided for a motor shaft of the electric motor, said bearing being fixed in an end-side motor housing section which extends as far as the motor location hole, characterized in that a motor holder is secured on the end-side motor housing section, said motor holder being recessed into the motor location hole, with the result that the motor holder fixes the electric motor within the motor location hole. - having a motor location hole for an electric motor, said hole being directed perpendicularly into an end face of a block-shaped mounting body, - having a motor housing for accommodating a bearing provided for a motor shaft of the electric motor, said bearing being fixed in an end-side motor housing section which extends as far as the motor location hole,
A method for wireless communication at a user equipment, UE, comprising: identifying (1805, 1905) a first control resource set (205-a) and a second control resource set (205-b), wherein resources of the first control resource set (205-a) at least partially overlap with resources of the second control resource set (205-b); identifying first locations for a first set of reference signals associated with the first control resource set (205-a), wherein the first locations correspond to the overlap of the first control resource set and the second control resource set; monitoring (1810, 1915) a first search space (310-a) of the first control resource set (205-a), wherein the monitoring the first search space (310-a) comprises rate-matching first downlink control channel resources of the first control resource set (205-a) for the first search space (310-a) independently of the second control resource set (205-b) and rate matching the first downlink control channel resources around the first locations; monitoring (1815, 1925) a second search space (310-b) of the second control resource set (205-b), wherein the monitoring the second search space (310-b) comprises rate-matching second downlink control channel resources of the second control resource set (205-b) for the second search space (310-b) independently of the first control resource set (205-a); and communicating (1820, 1930) with a base station based at least in part on control information identified as a result of the monitoring of the first search space (310-a) or the monitoring of the second search space (310-b). identifying (1805, 1905) a first control resource set (205-a) and a second control resource set (205-b), wherein resources of the first control resource set (205-a) at least partially overlap with resources of the second control resource set (205-b); identifying first locations for a first set of reference signals associated with the first control resource set (205-a), wherein the first locations correspond to the overlap of the first control resource set and the second control resource set; monitoring (1810, 1915) a first search space (310-a) of the first control resource set (205-a), wherein the monitoring the first search space (310-a) comprises rate-matching first downlink control channel resources of the first control resource set (205-a) for the first search space (310-a) independently of the second control resource set (205-b) and rate matching the first downlink control channel resources around the first locations; monitoring (1815, 1925) a second search space (310-b) of the second control resource set (205-b), wherein the monitoring the second search space (310-b) comprises rate-matching second downlink control channel resources of the second control resource set (205-b) for the second search space (310-b) independently of the first control resource set (205-a); and communicating (1820, 1930) with a base station based at least in part on control information identified as a result of the monitoring of the first search space (310-a) or the monitoring of the second search space (310-b).
A system for transmitting a video signal over an electrical power line connected to a plurality of premises comprising: a first modem, the output, of which is connected to the power line, said modem receiving the video signal from a source and providing a modulated signal to the power line; a second modem, the input of which is connected to the power line, said modem demodulating the modulated signal, and a display device connected to the output of said second modem, characterized in that the video signal is transmitted from the source to said first modem via the Internet, wherein the first modem and the second modem are each connected to the electrical power line via a coupler, and wherein the coupler is a capacitive coupler which matches the characteristic impedance of the electrical power line to the characteristic impedance of the modem. a first modem, the output, of which is connected to the power line, said modem receiving the video signal from a source and providing a modulated signal to the power line; a second modem, the input of which is connected to the power line, said modem demodulating the modulated signal, and a display device connected to the output of said second modem, the video signal is transmitted from the source to said first modem via the Internet, wherein the first modem and the second modem are each connected to the electrical power line via a coupler, and wherein the coupler is a capacitive coupler which matches the characteristic impedance of the electrical power line to the characteristic impedance of the modem.
Cooling device for an internal combustion engine provided with a cylinder block and a cylinder head between which is disposed a head gasket, the device comprising a chamber for cooling the cylinder block, a lower cooling chamber of the cylinder head and an upper cooling chamber of the cylinder head, the lower and upper cooling chambers of the cylinder head being separated from one another and being able to be passed through by a coolant, characterized in that the upper cooling chamber of the cylinder head is supplied with coolant for the cylinder block by virtue of a duct (9, 10), called upper duct, circumventing the head gasket.
A method for manufacturing a semiconductor device, the method comprising the steps of: forming a gate electrode layer over a substrate; forming a gate insulating layer over the gate electrode layer; forming a semiconductor layer over the gate insulating layer; forming a source electrode and a drain electrode (105a, 105b) over and in contact with the semiconductor layer; increasing a density of oxygen in a first region of the semiconductor layer between the source electrode (105a, 105b) and the drain electrode (105a, 105b), wherein the increase in the density of oxygen is performed by plasma treatment in the presence of a gas containing an oxygen element; and forming an oxide insulating film over and in contact with the semiconductor layer, the source electrode (405a, 405b), and the drain electrode (405a, 405b), by introducing a deposition gas; wherein a heat treatment step is performed from the plasma treatment until the formation of the oxide insulating film, wherein the semiconductor layer is an oxide semiconductor layer, and wherein by formation of the oxide insulating film over the semiconductor layer, an oxygen density at an interface between the semiconductor layer and the oxide insulating film is increased, and oxygen is diffused into the semiconductor layer. forming a gate electrode layer over a substrate; forming a gate insulating layer over the gate electrode layer; forming a semiconductor layer over the gate insulating layer; forming a source electrode and a drain electrode (105a, 105b) over and in contact with the semiconductor layer; increasing a density of oxygen in a first region of the semiconductor layer between the source electrode (105a, 105b) and the drain electrode (105a, 105b), wherein the increase in the density of oxygen is performed by plasma treatment in the presence of a gas containing an oxygen element; and forming an oxide insulating film over and in contact with the semiconductor layer, the source electrode (405a, 405b), and the drain electrode (405a, 405b), by introducing a deposition gas; wherein a heat treatment step is performed from the plasma treatment until the formation of the oxide insulating film, wherein the semiconductor layer is an oxide semiconductor layer, and wherein by formation of the oxide insulating film over the semiconductor layer, an oxygen density at an interface between the semiconductor layer and the oxide insulating film is increased, and oxygen is diffused into the semiconductor layer.