mhurhangee/patent-ind-claim-en huggingface dataset:
Cleaner with hot plate for floors composed by one handgrip , a handle , a tank for containing the water, a main body shaped as a brush , into which the handgrip is pivoted preferably by means of an universal joint , a heating plate fixed below the body shaped as a brush and provided with an electrical resistance for heating the plate and at least one thermostat for regulating the temperature as well as an electrical supplying cable for such component parts, and composed also by cleaning fabrics for the floor, applied to and supported below said heating plate , said cleaning fabrics being hooked below a sealing frame , adapted to be hooked and unhooked below said body shaped as a brush , with the interposition of a sandwich panel kept into direct contact with the heating plate , characterized in that said sandwich panel is composed of at least a layer of polyurethane foam having a suitable thickness and density, placed between two polyester fabrics and coupled thereto, and of a waterproof element applied centrally to the panel onto the surface coming into contact with the heating plate , in order to let to drain the water coming from the tank , through a connection pipe and at least a central passage of the heating plate , in a scattered manner onto the same sandwich panel , in such a way that this latter is wetted by the water drained uniformly on to the entire surface thereof and not only in the central point of waterfall; that said sandwich panel is adapted to retain the water, by acting as a tank, and to attain in a very short time the same temperature of the heating plate , by maintaining the same temperature up to the same panel is dried and namely at approximately 100° C and by transmitting gradually this temperature to the underlying cleaning fabric ; and characterized in that said water tank is provided with a plug and a filter , into which a ball valve is installed and is operating by gravity, which valve may be displaced from a vertical position thereof, by closing the water passage from the tank toward the connection pipe and by preventing the sandwich panel to become wet, to an oblique position thereof , by letting free said water passage and allowing the sandwich panel to become wet, and vice versa.
A washing machine comprising: a cabinet having a base ; and a support apparatus to support the cabinet , wherein the support apparatus comprises: a first adjustment unit coupled to the base ; and a second adjustment unit that is movable relative to the first adjustment unit , wherein the first adjustment unit comprises a guide member adapted to guide the second adjustment unit and the second adjustment unit comprises a foot member that slidably moves along the guide member , and a spring member that presses the foot member , characterized in that the first adjustment unit comprises a coupling member that is screw-coupled with the base , wherein a coupling position of the first adjustment unit to the base is adjustable. a cabinet having a base ; and a support apparatus to support the cabinet , wherein the support apparatus comprises: a first adjustment unit coupled to the base ; and a second adjustment unit that is movable relative to the first adjustment unit , wherein the first adjustment unit comprises a guide member adapted to guide the second adjustment unit and the second adjustment unit comprises a foot member that slidably moves along the guide member , and a spring member that presses the foot member , characterized in that the first adjustment unit comprises a coupling member that is screw-coupled with the base , wherein a coupling position of the first adjustment unit to the base is adjustable. a first adjustment unit coupled to the base ; and a second adjustment unit that is movable relative to the first adjustment unit , wherein the first adjustment unit comprises a guide member adapted to guide the second adjustment unit and the second adjustment unit comprises a foot member that slidably moves along the guide member , and a spring member that presses the foot member , characterized in that the first adjustment unit comprises a coupling member that is screw-coupled with the base , wherein a coupling position of the first adjustment unit to the base is adjustable.
A horological detent escapement adapted to be integrated in a horological movement and arranged to transmit a torque originating from an energy source of said horological movement to an oscillating regulating organ of said horological movement, the regulating organ of the horological movement comprising a first mobile body and the escapement comprising a second mobile body as well as an escapement wheel , said first mobile body cooperating with said second mobile body by being capable of stopping the second mobile body in a first or a second position defined respectively by a first and a second banking (4.1, 4.2) against which said second mobile body comes to rest, said escapement wheel being arranged so as to transmit, during a half-phase of each oscillation of the regulating organ, a torque to said regulating organ by means of a direct impulse, characterized in that said second mobile body comprises an indirect impulse means (2.6) arranged and positioned so as to be, during the whole oscillation of the regulating organ during the normal functioning of the escapement, out of contact with the escapement wheel , whilst being capable of coming into contact, during the other half-phase of each oscillation of the regulating organ during which the escapement wheel does not transmit torque to the regularing organ by means of a direct impulse, with the escapement wheel , so as to transmit a torque to said regulating organ of the horological movement by means of an indirect impulse, via the second mobile body , following an inadvertent movement or an inadvertent stoppage of the horological movement.
A surgical drape comprising: a base panel defining a base panel fenestration ; an intermediate panel defining an intermediate panel fenestration and having a surface area smaller than that of the base panel ; and a mounting panel defining a mounting panel fenestration and having a surface area smaller than that of the intermediate panel , the intermediate panel being disposed between the base panel and the mounting panel , the base panel fenestration , the intermediate panel fenestration , and the mounting panel fenestration being superimposed in registration with each other, the intermediate panel comprising a fluid absorbent material, and a top surface of the mounting panel being fluid impervious wherein the superimposed fenestrations of the base panel , the intermediate panel , and the mounting panel collectively define a drape fenestration , wherein the base panel , the intermediate panel , and the mounting panel are collectively joined together by a continuous fluid impervious seal surrounding the drape fenestration . a base panel defining a base panel fenestration ; an intermediate panel defining an intermediate panel fenestration and having a surface area smaller than that of the base panel ; and a mounting panel defining a mounting panel fenestration and having a surface area smaller than that of the intermediate panel , the intermediate panel being disposed between the base panel and the mounting panel , the base panel fenestration , the intermediate panel fenestration , and the mounting panel fenestration being superimposed in registration with each other, the intermediate panel comprising a fluid absorbent material, and a top surface of the mounting panel being fluid impervious wherein the superimposed fenestrations of the base panel , the intermediate panel , and the mounting panel collectively define a drape fenestration , wherein the base panel , the intermediate panel , and the mounting panel are collectively joined together by a continuous fluid impervious seal surrounding the drape fenestration . the intermediate panel being disposed between the base panel and the mounting panel , the base panel fenestration , the intermediate panel fenestration , and the mounting panel fenestration being superimposed in registration with each other, the intermediate panel comprising a fluid absorbent material, and a top surface of the mounting panel being fluid impervious wherein the superimposed fenestrations of the base panel , the intermediate panel , and the mounting panel collectively define a drape fenestration , wherein the base panel , the intermediate panel , and the mounting panel are collectively joined together by a continuous fluid impervious seal surrounding the drape fenestration .
A transmission device comprising: a transmission section configured, when data is transmitted to a reception device, to transmit a first signal that includes the data and a second signal generated by performing, based on identification information of the reception device, phase modulation on a known signal.
Method for manufacturing bricks, wherein brick blanks are fired in a firing step and, in a carbonate production step following the firing step, the fired brick is exposed to carbon dioxide under a pre-settable pressure for a pre-settable gassing period, characterized in that the firing temperatures are a maximum of 800°C.
A composition for semiconductor processing comprising: abrasive particles; and a dishing control additive, comprising a first dishing control additive and a second dishing control additive, wherein the first dishing control additive comprises a compound having a betaine group and a salicylic group or a derivative thereof, and the second dishing control additive comprises an azole-based compound, the first dishing control additive comprises 0.07 parts by weight or more based on 100 parts by weight of the abrasive particles, and the second dishing control additive comprises 0.13 parts by weight or less based on 100 parts by weight of the abrasive particles. abrasive particles; and a dishing control additive, comprising a first dishing control additive and a second dishing control additive, wherein the first dishing control additive comprises a compound having a betaine group and a salicylic group or a derivative thereof, and the second dishing control additive comprises an azole-based compound, the first dishing control additive comprises 0.07 parts by weight or more based on 100 parts by weight of the abrasive particles, and the second dishing control additive comprises 0.13 parts by weight or less based on 100 parts by weight of the abrasive particles.
A method for pulmonary condition monitoring, the method comprising: receiving voice data based on an utterance of a user; selecting phrase data from the voice data; identifying at least one speech feature that is associated with one or more pulmonary conditions within the phrase data, wherein the at least one speech feature comprises at least one of pause time, pronunciation feature, breathing time, volume feature, jitter feature, and shimmer feature; analyzing the at least one speech feature by comparing the at least one speech feature with a knowledge base stored in an electronic device; and determining a pulmonary condition based on analysis of the at least one speech feature; characterized in that the method comprises: updating the knowledge base based on a result of the analysis of the at least one speech feature. receiving voice data based on an utterance of a user; selecting phrase data from the voice data; identifying at least one speech feature that is associated with one or more pulmonary conditions within the phrase data, wherein the at least one speech feature comprises at least one of pause time, pronunciation feature, breathing time, volume feature, jitter feature, and shimmer feature; analyzing the at least one speech feature by comparing the at least one speech feature with a knowledge base stored in an electronic device; and determining a pulmonary condition based on analysis of the at least one speech feature; characterized in that the method comprises: updating the knowledge base based on a result of the analysis of the at least one speech feature.
A personal mobility device , comprising: a first rear leg ; a second rear leg ; a first front leg pivotably connected to the first rear leg by a first hub , wherein the first hub has a first state, wherein the first rear leg and the first front leg are locked in an open configuration; a second state, wherein the first rear leg and the first front leg are locked in a closed configuration; and a third state, wherein the first rear leg and the first front leg are unlocked to pivot between the open configuration and the closed configuration; a second front leg pivotably connected to the second rear leg by a second hub , wherein the second hub has a first state, wherein the second rear leg and the second front leg are locked in an open configuration; a second state, wherein the second rear leg and the second front leg are locked in a closed configuration; and a third state, wherein the second rear leg and second front leg are unlocked to pivot between the open configuration and the closed configuration; and a handle , having a loop shape and including a grip portion , slidably mounted within the first hub and the second hub such that a height of the grip portion is adjustable, wherein sliding the handle through the first hub toggles the first hub between either the first state or the second state and the third state, and sliding the handle through the second hub toggles the second hub between either the first state or the second state and the third state. a first rear leg ; a second rear leg ; a first front leg pivotably connected to the first rear leg by a first hub , wherein the first hub has a first state, wherein the first rear leg and the first front leg are locked in an open configuration; a second state, wherein the first rear leg and the first front leg are locked in a closed configuration; and a third state, wherein the first rear leg and the first front leg are unlocked to pivot between the open configuration and the closed configuration; a second front leg pivotably connected to the second rear leg by a second hub , wherein the second hub has a first state, wherein the second rear leg and the second front leg are locked in an open configuration; a second state, wherein the second rear leg and the second front leg are locked in a closed configuration; and a third state, wherein the second rear leg and second front leg are unlocked to pivot between the open configuration and the closed configuration; and a handle , having a loop shape and including a grip portion , slidably mounted within the first hub and the second hub such that a height of the grip portion is adjustable, wherein sliding the handle through the first hub toggles the first hub between either the first state or the second state and the third state, and sliding the handle through the second hub toggles the second hub between either the first state or the second state and the third state.
A railroad vehicle formed by dispersedly mounting a plurality of vehicles with main power devices that are supplied with power from a power supply line through a pantograph and constitute power supply units, the railroad vehicle comprising: a plurality of vehicle units in which respective vehicles are coupled; a cable placed astride the vehicles to connect the power supply unit of each vehicle unit; and a disconnector (12 A, 12 B) that is installed at some midpoint in the cable; characterized in that the disconnector is configured to electrically separate the vehicle units from one another wherein the railroad vehicle is configured to automatically conduct the separating work. a plurality of vehicle units in which respective vehicles are coupled; a cable placed astride the vehicles to connect the power supply unit of each vehicle unit; and a disconnector (12 A, 12 B) that is installed at some midpoint in the cable;
A vibratory conveyor having a base frame , a vibratory frame supported to the base frame , that can be set in vibratory motion relative to the base frame by means of a vibratory drive , and having a conveyor trough formed by a flexible closed mat , wherein the flexible mat forming the conveyor trough is alternately connected to the base frame and the vibratory frame at, as seen in longitudinal direction of the conveyor trough , connection points that are spaced from each other, wherein between each two adjacent connection points , as seen in longitudinal direction of conveyor trough there is one respective mat portion (40.1, 40.2), wherein by means of the vibratory drive the vibratory frame relative to the base frame can be set in such a vibration that mat portions (40.1, 40.2) adjacent to each other in longitudinal direction of the conveyor trough are alternately stretched and relaxed in opposite phase, wherein the connection points are on traverses being transversely to the longitudinal direction of the conveyor trough at a distance to each other, and wherein a first traverse is alternately connected to the base frame and a second traverse is connected to the vibratory frame , characterized in that at least one of the traverses being in transverse direction of the conveyor trough includes a central height profile distinctive in height direction, which forms a distribution contour in the mat and in the conveyor trough , that here divides the stream of material to be conveyed on the mat into two lateral sub-streams. wherein the flexible mat forming the conveyor trough is alternately connected to the base frame and the vibratory frame at, as seen in longitudinal direction of the conveyor trough , connection points that are spaced from each other, wherein between each two adjacent connection points , as seen in longitudinal direction of conveyor trough there is one respective mat portion (40.1, 40.2), wherein by means of the vibratory drive the vibratory frame relative to the base frame can be set in such a vibration that mat portions (40.1, 40.2) adjacent to each other in longitudinal direction of the conveyor trough are alternately stretched and relaxed in opposite phase, wherein the connection points are on traverses being transversely to the longitudinal direction of the conveyor trough at a distance to each other, and wherein a first traverse is alternately connected to the base frame and a second traverse is connected to the vibratory frame , characterized in that at least one of the traverses being in transverse direction of the conveyor trough includes a central height profile distinctive in height direction, which forms a distribution contour in the mat and in the conveyor trough , that here divides the stream of material to be conveyed on the mat into two lateral sub-streams.
Apparatus for expanding plastics material parisons into plastics material containers by means of a liquid medium having at least one transforming station , which fills and expands the plastics material parisons with the liquid medium with at least one delivery device , which delivers the liquid medium to a filling device of this transforming station , wherein this filling device is suitable and intended to fill the liquid medium into the plastics material parisons , and wherein the apparatus has a pressure generating device which delivers the liquid medium under pressure to the filling device , characterised in that the pressure generating device has a pretensioning device which pretensions at least one element of the pressure generating device .
A dilation system comprising: an elongate tubular member extending from a proximal portion to a distal portion ; a handle assembly operatively coupled to the elongate tubular member , the handle assembly configured to proximally pull the elongate tubular member ; and an expandable dilation balloon disposed about the elongate tubular member at the distal portion , wherein the dilation balloon is configurable in an expanded state and in an unexpanded state, and when in the expanded state, comprises a proximally-tapered portion and a distally-tapered portion , the proximally-tapered portion comprising a longitudinal length in a range of 25 mm to 230 mm and comprising a plurality of stages over the longitudinal length, each stage comprising a proximally-tapered section and a constant-diameter portion to provide a plurality of constant-diameter portions comprising a maximum diameter portion (326 ) and a proximal portion proximal to the maximum diameter portion (326 ), the proximal portion having a smaller diameter than the maximum diameter portion (326 ), wherein the maximum diameter portion (326 ) has a diameter in a range of 8 mm to 20 mm; wherein the dilation balloon does not have a diameter smaller than a diameter of the proximal portion over a longitudinal length extending from the proximal portion to the maximum diameter portion (326 ), and wherein the handle assembly is further configured to axially rotate the elongate tubular member causing the dilation balloon to axially rotate about a central longitudinal axis when the elongate tubular member is proximally pulled. an elongate tubular member extending from a proximal portion to a distal portion ; a handle assembly operatively coupled to the elongate tubular member , the handle assembly configured to proximally pull the elongate tubular member ; and an expandable dilation balloon disposed about the elongate tubular member at the distal portion , wherein the dilation balloon is configurable in an expanded state and in an unexpanded state, and when in the expanded state, comprises a proximally-tapered portion and a distally-tapered portion , the proximally-tapered portion comprising a longitudinal length in a range of 25 mm to 230 mm and comprising a plurality of stages over the longitudinal length, each stage comprising a proximally-tapered section and a constant-diameter portion to provide a plurality of constant-diameter portions comprising a maximum diameter portion (326 ) and a proximal portion proximal to the maximum diameter portion (326 ), the proximal portion having a smaller diameter than the maximum diameter portion (326 ), wherein the maximum diameter portion (326 ) has a diameter in a range of 8 mm to 20 mm; wherein the dilation balloon does not have a diameter smaller than a diameter of the proximal portion over a longitudinal length extending from the proximal portion to the maximum diameter portion (326 ), and wherein the handle assembly is further configured to axially rotate the elongate tubular member causing the dilation balloon to axially rotate about a central longitudinal axis when the elongate tubular member is proximally pulled.