mhurhangee/patent-ind-claim-en huggingface dataset:
A massage toy , particularly a dildo or vibrator, comprising a substantially cylindrical base member , which is made of a supple material, wherein the base member has at least one inner cavity and an inertial member is freely movable positioned in the cavity , wherein the inertial member is a spherical body, wherein the inner cavity has an inner profile having a greater diameter (D K1 , D K2 ) than the inertial member , so that the inertial member can move freely inside the inner cavity , and wherein at least one rigid enclosure is positioned in and completely enclosed by the base member , and the enclosure defines the cavity , wherein the base member is radially external slightly enlarged in the area of the cavity . wherein the base member has at least one inner cavity and an inertial member is freely movable positioned in the cavity , wherein the inertial member is a spherical body, wherein the inner cavity has an inner profile having a greater diameter (D K1 , D K2 ) than the inertial member , so that the inertial member can move freely inside the inner cavity , and wherein at least one rigid enclosure is positioned in and completely enclosed by the base member , and the enclosure defines the cavity , wherein the base member is radially external slightly enlarged in the area of the cavity .
A package handling method , the method comprising: discharging a plurality of packages down a package chute comprising a step onto a first holding section below the step in a direction of downward slope of the chute; applying a brake to hold, on the first holding section , packages of the plurality of packages; sensing at a sensor that a package of the plurality of packages is stationary above the step in the direction of downward slope of the chute ; and responsive to the sensing, releasing the brake to discharge the packages from the first holding section into a second holding section below the first holding section in the direction of downward slope of the chute ; after the packages are discharged into the second holding section , reapplying the brake ; and after sensing at the sensor that the package of the plurality of packages is stationary above the step in the direction of downward slope of the chute and after, responsive to the sensing, releasing the brake to discharge the packages: sensing for a second time at the sensor that a package of the plurality of packages is stationary above the step in the direction of downward slope of the chute; and responsive to the sensing, providing an indication that at least one package is stationary above the step . discharging a plurality of packages down a package chute comprising a step onto a first holding section below the step in a direction of downward slope of the chute; applying a brake to hold, on the first holding section , packages of the plurality of packages; sensing at a sensor that a package of the plurality of packages is stationary above the step in the direction of downward slope of the chute ; and responsive to the sensing, releasing the brake to discharge the packages from the first holding section into a second holding section below the first holding section in the direction of downward slope of the chute ; after the packages are discharged into the second holding section , reapplying the brake ; and after sensing at the sensor that the package of the plurality of packages is stationary above the step in the direction of downward slope of the chute and after, responsive to the sensing, releasing the brake to discharge the packages: sensing for a second time at the sensor that a package of the plurality of packages is stationary above the step in the direction of downward slope of the chute; and responsive to the sensing, providing an indication that at least one package is stationary above the step . sensing for a second time at the sensor that a package of the plurality of packages is stationary above the step in the direction of downward slope of the chute; and responsive to the sensing, providing an indication that at least one package is stationary above the step .
An optical element comprising: a base having a curved depression formed in a front surface thereof; and a formed layer arranged on the base , wherein the formed layer includes a first portion on the depression as viewed from a depth direction of the depression , a curved surface of the first portion on a side opposite to an inner surface of the depression is formed like a concave curve that is concave in a same direction as the inner surface of the depression , a predetermined surface of the first portion that is opposed to the inner surface of the depression is provided with an optical function part , and a depth of the depression is greater than a thickness of the first portion in the depth direction of the depression , characterized in that the formed layer further includes a second portion on a front surface of the base while integrally formed with and connecting to the first portion , wherein the front surface on which the second portion is positioned is a surface discontinuous with the inner surface of the depression , and wherein a thickness of the second portion in the depth direction of the depression is greater than the thickness of the first portion in the depth direction of the depression . a base having a curved depression formed in a front surface thereof; and a formed layer arranged on the base , wherein the formed layer includes a first portion on the depression as viewed from a depth direction of the depression , a curved surface of the first portion on a side opposite to an inner surface of the depression is formed like a concave curve that is concave in a same direction as the inner surface of the depression , a predetermined surface of the first portion that is opposed to the inner surface of the depression is provided with an optical function part , and a depth of the depression is greater than a thickness of the first portion in the depth direction of the depression , characterized in that the formed layer further includes a second portion on a front surface of the base while integrally formed with and connecting to the first portion , wherein the front surface on which the second portion is positioned is a surface discontinuous with the inner surface of the depression , and wherein a thickness of the second portion in the depth direction of the depression is greater than the thickness of the first portion in the depth direction of the depression .
A detector comprising: a sensor configured to sense a moving object in the electromagnetic spectrum; a coded aperture disposed between a moving object and the sensor ; and a digital signal processor configured to receive signals from the sensor , characterized in that the coded aperture is a fixed coded aperture consisting out of a single random mask array, the sensor is a single-pixel sensor, the digital signal processor is configured to solve a sparse inverse problem to detect the moving object using an adaptively learning dictionary comprising only valid data models represented mathematically by: min α ∈ R k × n Φ ∈ C ∑ i = 1 n 1 2 ‖ x i − Φ α i ‖ 2 2 + λ ‖ α i ‖ 1 C ≡ Φ ∈ R m × k : ∀ j = 1 , ... k , ‖ φ j ‖ 2 < 1 where "Φ" is the dictionary, "x" is the observed data, and "α" is the sparse model identification vector. a sensor configured to sense a moving object in the electromagnetic spectrum; a coded aperture disposed between a moving object and the sensor ; and a digital signal processor configured to receive signals from the sensor , characterized in that the coded aperture is a fixed coded aperture consisting out of a single random mask array, the sensor is a single-pixel sensor, the digital signal processor is configured to solve a sparse inverse problem to detect the moving object using an adaptively learning dictionary comprising only valid data models represented mathematically by: min α ∈ R k × n Φ ∈ C ∑ i = 1 n 1 2 ‖ x i − Φ α i ‖ 2 2 + λ ‖ α i ‖ 1 C ≡ Φ ∈ R m × k : ∀ j = 1 , ... k , ‖ φ j ‖ 2 < 1 where "Φ" is the dictionary, "x" is the observed data, and "α" is the sparse model identification vector.
An aircraft system comprising a first structure , a second structure coupled to the first structure and movable between first and second positions relative to the first structure, and an electrical connector for providing an electrical connection running between respective components housed within the first and second structures , the electrical connector comprising a cable harness housed within the first structure , and a connector body coupled to an end of the cable harness , the connector body extending through an aperture formed in the first structure , and the connector body coupled to the second structure such that movement of the second structure between the first and second positions relative to the first structure causes the connector body to move through the aperture , wherein: the connector body is fixedly attached to the second structure ; and the system further comprises a guide within the first structure arranged to enable the cable harness to sweep in a predetermined range of motion as the second structure moves between the first and second positions, characterised in that : the guide defines a track which enables motion of the cable harness, with respect to the track, in a direction substantially corresponding to the direction of extent of the connector body in use. the connector body is fixedly attached to the second structure ; and the system further comprises a guide within the first structure arranged to enable the cable harness to sweep in a predetermined range of motion as the second structure moves between the first and second positions, characterised in that : the guide defines a track which enables motion of the cable harness, with respect to the track, in a direction substantially corresponding to the direction of extent of the connector body in use.
A thermal transfer sheet comprising: a dye layer and a protective layer disposed on one surface of a substrate , the dye layer and the protective layer being sequentially arranged in a plane direction on the surface of the substrate, wherein the protective layer contains an invisible light absorbing material and characterized in that the protective layer is provided with an identification mark having at least one of a recessed portion and a protruding portion, and the identification mark is not provided in the dye layer.
An insulin analog, comprising an A-chain and a B-chain wherein the A-chain comprises amino acids 66-86 as recited in SEQ ID NO: 46 and the B-chain comprises amino acids 1-30 as recited in SEQ ID NO: 46.
Apparatus for intermittently applying a flowable substance, in particular a flowable adhesive, to at least one substrate, having the following features: - an applicator nozzle for applying the flowable substance to the substrate, - a container for holding the flowable substance, - a pump for conveying the flowable substance and a drive , wherein the pump is operatively connected to the container and the pump can be driven by means of the drive , - an actuator which is operatively connected to the pump and can be transferred into two positions, wherein the actuator , in a first position, directs the flowable substance to the applicator nozzle and, in a second position, blocks the feeding to the applicator nozzle , - a control apparatus for actuating the actuator , - the arrangement of drive and pump has a characteristic according to which the rotational speed of the drive is linear with respect to the conveying volume of the pump , - in a second position, with the pump being driven, the actuator directs the flowable substance back to the container via a line , - in the first position, the actuator blocks the return flow to the container , characterized by the following features: - the drive can be regulated in terms of rotational speed, - the control apparatus serves for regulating the rotational speed of the drive of the pump , - the rotational speed of the drive is different in the two positions of the actuator . - an applicator nozzle for applying the flowable substance to the substrate, - a container for holding the flowable substance, - a pump for conveying the flowable substance and a drive , wherein the pump is operatively connected to the container and the pump can be driven by means of the drive , - an actuator which is operatively connected to the pump and can be transferred into two positions, wherein the actuator , in a first position, directs the flowable substance to the applicator nozzle and, in a second position, blocks the feeding to the applicator nozzle , - a control apparatus for actuating the actuator , - the arrangement of drive and pump has a characteristic according to which the rotational speed of the drive is linear with respect to the conveying volume of the pump , - in a second position, with the pump being driven, the actuator directs the flowable substance back to the container via a line , - in the first position, the actuator blocks - the drive can be regulated in terms of rotational speed, - the control apparatus serves for regulating the rotational speed of the drive of the pump , - the rotational speed of the drive is different in the two positions of the actuator .
A quick-change device for use for changing pressing jaws on a radial press (R), comprising a handle and a pressing-jaw holder concentric with a tool axis (X), wherein the quick-change device has corresponding centering elements suitable for cooperating with mating parts (G) provided on the radial press (R), characterized in that the quick-change device has three centering elements arranged in each case at the end of an associated arm projecting from a central body , wherein two arms form load arms projecting close to the pressing-jaw holder from the central body and the third arm forms a support arm projecting remote from the pressing-jaw holder from the central body , and the angle with respect to the tool axis (X) between the centering elements arranged on the two load arms is smaller than either of the two angles with respect to the tool axis (X) between the centering element arranged on the support arm and the centering elements arranged on the two load arms .
A lamellar discharge valve for a discharge opening in a housing of a compression cylinder of a compressor, comprising a lamella for closing and opening the discharge opening , a bridge for limiting a maximum deformation of the lamella when the discharge opening , and at least one fastening element for fastening the bridge to the housing of the compression cylinder, in one region the bridge comprising a support surface that faces the lamella and has a predefined radius of curvature (γ), and there being provided in the lamella at least one opening that is configured to allow the fastening element to pass through the lamella in order to fasten the bridge to the housing of the compression cylinder, two openings being provided in the lamella , the lamella having an elongated shape and the openings being arranged in the region of the longitudinal ends, characterised in that the bridge has at least one outflow hole that is provided substantially in a region that corresponds with the at least one opening of the lamella that is arranged as prescribed in the bridge . a lamella for closing and opening the discharge opening , a bridge for limiting a maximum deformation of the lamella when the discharge opening , and at least one fastening element for fastening the bridge to the housing of the compression cylinder, in one region the bridge comprising a support surface that faces the lamella and has a predefined radius of curvature (γ), and there being provided in the lamella at least one opening that is configured to allow the fastening element to pass through the lamella in order to fasten the bridge to the housing of the compression cylinder, two openings being provided in the lamella , the lamella having an elongated shape and the openings being arranged in the region of the longitudinal ends, characterised in that the bridge has at least one outflow hole that is provided substantially in a region that corresponds with the at least one opening of the lamella that is arranged as prescribed in the bridge .
A method for detecting cell-free DNA (cfDNA) having an unstable double-helix structure from a sample without amplification, the method comprising: a) mixing a sample containing cfDNA with a positively charged substance; b) isolating the positively charged substance to which the cfDNA is bound; c) mixing the mixture with a probe and a marker; d) removing the probe and the marker which are not bound to the cfDNA; and e) detecting the marker, and wherein cfDNA having an unstable double-helix structure is thermodynamically unstable as compared with cfDNA having a stable double-helix structure. a) mixing a sample containing cfDNA with a positively charged substance; b) isolating the positively charged substance to which the cfDNA is bound; c) mixing the mixture with a probe and a marker; d) removing the probe and the marker which are not bound to the cfDNA; and e) detecting the marker, and
Production method for a rotor for an electric motor, comprising the following steps: - inserting (S1) a magnetizable powder into a hollow rotor sleeve , wherein the powder contains magnetizable particles which are coated with an electrically insulating material (b); - pressing (S2) the powder into the rotor sleeve , wherein a magnet core , which is pressed against the inner walls of the rotor sleeve , is produced by pressing the magnetizable powder ; - and magnetizing (S3) the pressed-in powder ; - wherein the rotor sleeve is heated before the pressing-in operation, and wherein, when the rotor sleeve is cooled down, the radius of the rotor sleeve shrinks, as a result of which the contact pressure of the magnet core is increased. - inserting (S1) a magnetizable powder into a hollow rotor sleeve , wherein the powder contains magnetizable particles which are coated with an electrically insulating material (b); - pressing (S2) the powder into the rotor sleeve , wherein a magnet core , which is pressed against the inner walls of the rotor sleeve , is produced by pressing the magnetizable powder ; - and magnetizing (S3) the pressed-in powder ; - wherein the rotor sleeve is heated before the pressing-in operation, and wherein, when the rotor sleeve is cooled down, the radius of the rotor sleeve shrinks, as a result of which the contact pressure of the magnet core is increased.
An ophthalmic aqueous solution for use in treatment or prevention of lid wiper epitheliopathy, the solution comprising 0.01 W/V% to 2.0 W/V% of a copolymer (P) having constituent units represented by the formula to the formula , a ratio n a :n b :n c of the constituent units of 100:from 10 to 400:from 2 to 50, and a weight-average molecular weight of from 5,000 to 2,000,000: where R 1 , R 2 , and R 5 each independently represent a hydrogen atom or a methyl group, R 3 and R 4 each independently represent a hydrogen atom, a methyl group, or an ethyl group, or are bonded to each other to represent a morpholino group, and R 6 represents a monovalent hydrocarbon group having 12 to 24 carbon atoms.
A composition for treatment of temporomandibular joint degeneration comprising a hydrogel of sclerostin and high molecular weight hyaluronic acid, wherein the average molecular weight of the hyaluronic acid is from about 1500 kDa to about 4000 kDa, wherein about means +/- 10%.
An apparatus for the slicing of food products, in particular a high-performance slicer, comprising at least one cutting blade , in particular a scythe-like blade, rotating about an axis of rotation (D) and having an imbalance (UM); and a rotary drive for the cutting blade , characterized by a counterweight comprising a plurality of balance masses , in particular precisely two balance masses , axially spaced apart from one another for compensating the imbalance (UM) of the cutting blade , wherein all the balance masses of the counterweight are arranged solely behind the cutting blade , namely not at the side of the cutting blade which is provided for a removal of the cutting blade .
A cellular telephone comprising means for the generation and transmission of an alert message to at least one predefined recipient, in response to an action for the automatic generation of an alert message by the cellular telephone to one or more predetermined recipients, characterized in that the said means are activated by a unique action by the user at any time and in all circumstances, even if the screen is locked or the user is on another application and without requiring the opening of an application or any additional intervention, and in that the telephone comprises a computer program adapted to be installed on any cellular telephone, without hardware modification, for detecting as a background task a change of state of at least one man-machine interface of the telephone corresponding to the said unique activation action, the said change of state being specific to a panic situation associated with pre-recorded parameters, and in case of detection of the said change of state, for sending a processor interrupt message and calling a routine triggering an application commanding the transmission of a voice or digital message containing pre-recorded parameters.
An electronic smoking article comprising: an electrical power source ; a reservoir that comprises cellulose acetate; an aerosol precursor composition that is coated on, adsorbed by, or absorbed in the cellulose acetate; a heater ; and a liquid transport element configured so that the reservoir and the heater are in fluid connection. an electrical power source ; a reservoir that comprises cellulose acetate; an aerosol precursor composition that is coated on, adsorbed by, or absorbed in the cellulose acetate; a heater ; and a liquid transport element configured so that the reservoir and the heater are in fluid connection.
Vapor extraction apparatus with an extraction shaft , in the upper end of which an air inlet opening and at least one pass-through opening are formed, and at least one steam trap mounted in the extraction shaft with at least one extraction gap , wherein the steam trap consists of at least two planar shielding elements , which are flat and are arranged in parallel with one another, wherein the extraction gap is formed between the shielding elements , the at least two shielding elements protrude partially beyond the pass-through opening of the extraction shaft , and the at least two shielding elements are mounted in a stationary and detachable manner in the extraction shaft , characterised in that one of the at least two shielding elements has a larger area than the at least one further shielding element .