mhurhangee/patent-ind-claim-en huggingface dataset:
A medical light source device comprising: a plurality of light sources ; a light source switching section that is movable between a first position of illumination light emitted by a first light source on a first optical path and a second position of illumination light emitted by a second light source on a second optical path and holds an end section of a light guide that transmits light, and is capable of disposing the end section on one of the optical paths of light emitted by the plurality of light sources; and a collimator lens that makes light emitted by the light source into substantially parallel light, wherein the light source switching section includes a condenser lens that condenses the parallel light on the end section of the light guide; and wherein the medical light source device further comprises a first detection sensor and a power supply control section , wherein the first detection sensor is configured to input a detection signal to the power supply control section when the light source switching section is located at the first position and wherein the power control section is configured to to select the light sources to be switched on and off on the basis of the detection signal a plurality of light sources ; a light source switching section that is movable between a first position of illumination light emitted by a first light source on a first optical path and a second position of illumination light emitted by a second light source on a second optical path and holds an end section of a light guide that transmits light, and is capable of disposing the end section on one of the optical paths of light emitted by the plurality of light sources; and a collimator lens that makes light emitted by the light source into substantially parallel light, wherein the light source switching section includes a condenser lens that condenses the parallel light on the end section of the light guide; and wherein the medical light source device further comprises a first detection sensor and a power supply control section , wherein the first detection sensor is configured to input a detection signal to the power supply control section when the light source switching section is located at the first position and wherein the power control section is configured to to select the light sources to be switched on and off on the basis of the detection signal
An electrostatic ink composition comprising: pigment particles; a dispersant; a carrier liquid; a charge director comprising lecithin or a sulfate-based lipophilic moiety; and a tackifier which is dissolved in the carrier liquid, wherein the composition comprises substantially no insoluble resin. pigment particles; a dispersant; a carrier liquid; a charge director comprising lecithin or a sulfate-based lipophilic moiety; and a tackifier which is dissolved in the carrier liquid, wherein the composition comprises substantially no insoluble resin.
A method of processing a modulated wireless communication signal prior to transmitting said signal, said method comprising: performing on said signal both an inverse Fourier transform operation to form a time domain representation of said signal and a Fourier transform operation to form a frequency domain representation of said signal, such that said signal is transformed to form a two dimensional multi carrier modulated signal; applying a frequency domain filter and a time domain filter to said signal following at least one of said Fourier transform operations; and transmitting said filtered two dimensional multi carrier modulated signal via a wireless channel towards a receiver; and transmitting a control signal indicative of a bandwidth and time window of said applied filters and indicative of said Fourier transform and inverse Fourier Transform operations applied to said modulated signal. performing on said signal both an inverse Fourier transform operation to form a time domain representation of said signal and a Fourier transform operation to form a frequency domain representation of said signal, such that said signal is transformed to form a two dimensional multi carrier modulated signal; applying a frequency domain filter and a time domain filter to said signal following at least one of said Fourier transform operations; and transmitting said filtered two dimensional multi carrier modulated signal via a wireless channel towards a receiver; and transmitting a control signal indicative of a bandwidth and time window of said applied filters and indicative of said Fourier transform and inverse Fourier Transform operations applied to said modulated signal.
A method for high-speed tire/wheel assembly uniformity balancing comprising the steps of: receiving a pressurized tire/wheel assembly ; mounting the tire/wheel assembly onto a rotatable fixture of a tire uniformity testing machine , said fixture being configured to receive and rigidly attach to a tire/wheel assembly; bringing a testing drum in contact with the tire of the tire/wheel assembly such that a predetermined force is applied upon said tire; running the tire uniformity testing machine, bringing the perimeter of the testing drum to a critical speed while measuring vibration forces by means of at least four 3D sensors; computing mass and location of at least one balancing weight ; and balancing the tire/wheel assembly by applying said at least one balancing weight; characterized in that , the measured vibration forces are used to compute a vibration force vector which vector is a vectorial sum of a static vibration force and a torque imbalance force vector , the static vibration force being the vectorial sum of a tire uniformity first harmonic radial force variation vector and a static imbalance vector , the first harmonic radial force variation vector and a static imbalance vector being measured on each of at least two planes of the tire/wheel assembly, said planes being perpendicular to the axis of the tire/wheel assembly, said torque imbalance force vector corresponding to the dynamic imbalance of the tire/wheel assembly, the first harmonic radial force variation vector and a static imbalance vector measured on each plane being used to calculate said torque imbalance force vector, the position of each balancing weight is computed based on the mass of the at least one balancing weight, and the magnitude and location of the vibration force vector. receiving a pressurized tire/wheel assembly ; mounting the tire/wheel assembly onto a rotatable fixture of a tire uniformity testing machine , said fixture being configured to receive and rigidly attach to a tire/wheel assembly; bringing a testing drum in contact with the tire of the tire/wheel assembly such that a predetermined force is applied upon said tire; running the tire uniformity testing machine, bringing the perimeter of the testing drum to a critical speed while measuring vibration forces by means of at least four 3D sensors; computing mass and location of at least one balancing weight ; and balancing the tire/wheel assembly by applying said at least one balancing weight;
A method, performed by an access point of a cellular technology based local area network, comprising: configuring an autonomous mode for traffic offloading; and indicating the autonomous mode towards at least one terminal , characterized in that said autonomous mode supports local area radio access connectivity by internet protocols without control for local bearers from a core network . configuring an autonomous mode for traffic offloading; and indicating the autonomous mode towards at least one terminal , characterized in that said autonomous mode supports local area radio access connectivity by internet protocols without control for local bearers from a core network .
A data transceiver device for bus communication, comprising - a first and a second semiconductor area , - a galvanic isolation means to galvanically isolate said first and said second semiconductor area, - an input for receiving a digital signal to be transferred from said first semiconductor area to said second semiconductor area, - a first (C1) capacitor in a first signal path and a second (C2) capacitor in a second signal path, each capacitor having a first plate connected to said first semiconductor area and a second plate connected to said second semiconductor area and each arranged for transferring parts of said received digital signal via said first signal path and via said second signal path, respectively, - storage means having memory states controllable by said parts of said received digital signal and arranged to reconstruct from said parts of said received digital signal said memory states, said storage means arranged to obtain from said memory states an output digital signal in accordance with said received digital signal. - a first and a second semiconductor area , - a galvanic isolation means to galvanically isolate said first and said second semiconductor area, - an input for receiving a digital signal to be transferred from said first semiconductor area to said second semiconductor area, - a first (C1) capacitor in a first signal path and a second (C2) capacitor in a second signal path, each capacitor having a first plate connected to said first semiconductor area and a second plate connected to said second semiconductor area and each arranged for transferring parts of said received digital signal via said first signal path and via said second signal path, respectively, - storage means having memory states controllable by said parts of said received digital signal and arranged to reconstruct from said parts of said received digital signal said memory states, said storage means arranged to obtain from said memory states an output digital signal in accordance with said received digital signal.
A safety cabinet, in particular hazardous substances cabinet for storing liquid or gaseous hazardous substances, with a cabinet body , furthermore with at least one exhaust air line connected to the cabinet body , and with at least one sensor arranged on the exhaust air line for measuring the air volume, wherein the sensor is designed as a differential pressure sensor for determining a volume flow in the exhaust air line , and wherein the differential pressure sensor is connected to a control/regulating unit for regulating the volume flow, characterized in that the differential pressure sensor is equipped with two measuring chambers which are hermetically separated from one another and are separated from one another by a diaphragm , wherein a connecting hose connected to the exhaust air line extends from each measuring chamber, and wherein a differential pressure (Δp) corresponds to deformations of the diaphragm which are detected by means of the control/regulating unit . the differential pressure sensor is equipped with two measuring chambers which are hermetically separated from one another and are separated from one another by a diaphragm , wherein a connecting hose connected to the exhaust air line extends from each measuring chamber, and wherein a differential pressure (Δp) corresponds to deformations of the diaphragm which are detected by means of the control/regulating unit .
A power tool comprising a cooling arrangement, the power tool, comprising - a housing of the power tool, - electronics including at least one circuit board and at least one electronic component , wherein the at least one circuit board and/or the at least one electronic component comprises at least one heat conductive area, wherein the at least one heat conductive area is heat conductively connected to the housing of the power tool, wherein a heat conductive insulator is configured to prevent electricity from conducting to the housing , and wherein the housing of the power tool comprises a shaft arranged between a handle and a motor powered tool , characterized in that the power tool comprises a dust suction arrangement, wherein the dust suction arrangement comprises the shaft , which is arranged to work as a suction pipe to extract dust produced during operation of the tool, and the suction pipe is arranged to cool down the power tool. - a housing of the power tool, - electronics including at least one circuit board and at least one electronic component , wherein the at least one circuit board and/or the at least one electronic component comprises at least one heat conductive area, wherein the at least one heat conductive area is heat conductively connected to the housing of the power tool, wherein a heat conductive insulator is configured to prevent electricity from conducting to the housing , and wherein the housing of the power tool comprises a shaft arranged between a handle and a motor powered tool , characterized in that the power tool comprises a dust suction arrangement, wherein the dust suction arrangement comprises the shaft , which is arranged to work as a suction pipe to extract dust produced during operation of the tool, and the suction pipe is arranged to cool down the power tool.
External use of one active ingredient which is cabreuva oil for inhibiting melanin production in skin.
A nozzle for forming a container preform into a plastic container , the nozzle comprising: a first cylindrical portion including a first seal ; a second cylindrical portion including a second seal ; and a tapered portion between the first and second cylindrical portions. a first cylindrical portion including a first seal ; a second cylindrical portion including a second seal ; and a tapered portion between the first and second cylindrical portions.
An absorbent article for pet animals, the absorbent article having a longitudinal direction (Y) and a width direction (X) crossing each other, said absorbent article comprising: a body-facing surface and a non-body-facing surface opposite to each other; a first edge and a second edge opposite to each other in the longitudinal direction; a tail facing area configured to face a tail of a pet; a first section extending from the tail facing area toward the first edge and being configured to cover one of buttocks of the pet ; a second section extending from the tail facing area toward the second edge and being configured to cover another one of the buttocks of the pet; an absorbent core positioned between the first section and the second section and an attachment positioned on the first section and configured to be attached to an attachment target part on the second section ; said absorbent article being characterized in that the tail facing area includes a notch through which the tail of the pet is insertable. a body-facing surface and a non-body-facing surface opposite to each other; a first edge and a second edge opposite to each other in the longitudinal direction; a tail facing area configured to face a tail of a pet; a first section extending from the tail facing area toward the first edge and being configured to cover one of buttocks of the pet ; a second section extending from the tail facing area toward the second edge and being configured to cover another one of the buttocks of the pet; an absorbent core positioned between the first section and the second section and an attachment positioned on the first section and configured to be attached to an attachment target part on the second section ; said absorbent article being characterized in that the tail facing area includes a notch through which the tail of the pet is insertable.
A blender comprising: a base assembly including a base housing ; a motor positioned within the base housing; at least one floating motor mount coupled to the motor, characterized by further comprising top and bottom motor mounting brackets attachable to the motor, the top motor mounting bracket being further attachable to the at least one floating motor mount ; and a flexible member positioned in association with the at least one floating motor mount and wherein the top motor mounting bracket includes an opening , the flexible member having an outer diameter less than the outer diameter of the opening , the flexible member and at least a portion of said at least one floating motor mount being positionable within the opening in said top motor mounting bracket wherein a gap is formed between said opening and the flexible member . a base assembly including a base housing ; a motor positioned within the base housing; at least one floating motor mount coupled to the motor, characterized by further comprising top and bottom motor mounting brackets attachable to the motor, the top motor mounting bracket being further attachable to the at least one floating motor mount ; and a flexible member positioned in association with the at least one floating motor mount and wherein the top motor mounting bracket includes an opening , the flexible member having an outer diameter less than the outer diameter of the opening , the flexible member and at least a portion of said at least one floating motor mount being positionable within the opening in said top motor mounting bracket wherein a gap is formed between said opening and the flexible member .
BICYCLE SADDLE, which has two identical portions arranged symmetrically with respect to its longitudinal axis, a channel open from top to bottom which separates said two identical portions that extends from an intermediate part of the saddle up to the front part thereof at said longitudinal axis, said channel having a width of its rear part substantially wider than that of its front part, said two portions being separated at the rear by a recess , defined at the side by two points , which give the rear part of the saddle the dovetail shape, said recess continuing with a depression , which ends in the rear edge of the central channel, laterally of said recess are first areas intended to support the gluteal muscles of a user seated on said saddle, said first areas continue towards the front end of said saddle with respective second areas intended to support the ischiatic tuberosities of said user, said second areas continue towards the front end of said saddle with respective first extensions followed by respective second extensions , said extensions joining together with a substantially circular-shaped front end that, seen from the side, incline downwardly in a bird's beak configuration at said front end , said saddle being characterised in that the said first areas intended to support the gluteal muscles of a user, said second areas intended to support the ischiatic tuberosities of a user, and said first extensions are substantially planar, being also provided that a support fork of the saddle is fixed to the body of said saddle with a portion inclined by about 10° with respect to the ground (w-w), the fork being fixed to the saddle in such a way that with this inclination with respect to the ground said first areas , said second areas and said first extensions are disposed substantially parallel to the ground (w-w) and at the same level on respect of the said.
A child seat comprising: a seat shell ; an internal retractor assembly connected with the seat shell ; two anchor strap portions extending outward from a rear of the seat shell and provided with two fasteners operable to attach with an anchor structure of a vehicle, the anchor strap portions being connected with the retractor assembly ; and an adjustment part connected with the retractor assembly and accessible from an outside of the seat shell , the adjustment part being operable to actuate the retractor assembly to retract the anchor strap portions toward an interior of the seat shell , characterized in that : the adjustment part includes an adjustment strap that is connected with the retractor assembly , the adjustment strap being operable to actuate the retractor assembly for retracting the anchor strap portions in a concurrent manner. a seat shell ; an internal retractor assembly connected with the seat shell ; two anchor strap portions extending outward from a rear of the seat shell and provided with two fasteners operable to attach with an anchor structure of a vehicle, the anchor strap portions being connected with the retractor assembly ; and an adjustment part connected with the retractor assembly and accessible from an outside of the seat shell , the adjustment part being operable to actuate the retractor assembly to retract the anchor strap portions toward an interior of the seat shell , characterized in that : the adjustment part includes an adjustment strap that is connected with the retractor assembly , the adjustment strap being operable to actuate the retractor assembly for retracting the anchor strap portions in a concurrent manner.
Plastic powder for use as a building material for additively manufacturing a three-dimensional object by selectively solidifying, in particular by exposure to irradiation, the building material at the positions corresponding to the cross-section of the three-dimensional object in the respective layer, wherein the plastic powder comprises a mixture of polymer-based particles and particles of a particulate additive, and wherein the particulate additive comprises a particulate carbon material which is selected such that the crystallisation point of the mixture of the polymer-based particles and the particulate carbon material is not increased more than 2.5°C, compared to the crystallisation point of a mixture of the polymer-based particles without the particulate carbon material, wherein the respective crystallization point corresponds to T K Onset , which is determined by DSC. wherein the plastic powder comprises a mixture of polymer-based particles and particles of a particulate additive, and wherein the particulate additive comprises a particulate carbon material which is selected such that the crystallisation point of the mixture of the polymer-based particles and the particulate carbon material is not increased more than 2.5°C, compared to the crystallisation point of a mixture of the polymer-based particles without the particulate carbon material, wherein the respective crystallization point corresponds to T K Onset , which is determined by DSC.
Device for fastening an external or display element onto a horological structure , comprising at least one retaining key comprising a post arranged so as to be driven or screwed or riveted or brazed or welded into a recess comprised in said structure or comprised in an element fixed to said structure , said at least one retaining key comprising a head with at least one truncated flange that is substantially axisymmetric relative to the axis (D) of said post , the direction of said axis (D) defining the direction in which a said external or display element is inserted relative to said structure , said truncated flange comprising a substantially axisymmetric part which extends about an angular sector of strictly less than 360°, and said truncated flange comprising at least one first lip delimited by a first upper surface and a first lower surface and which is arranged so as to cooperate by bearing, in a blocking manner, with a surface or a face comprised in a fastening element integral with a said external or display element , and which first lip is further delimited at the two ends thereof by edges , characterised in that said edges are not coplanar, and in that said at least one retaining key comprises, joined to each said edge and radially retracted relative to the first periphery of said first lip , a second lip comprising a second lower surface shared with said first lower surface , and a second upper surface which is, at each said edge , tapered relative to said first upper surface .