mhurhangee/patent-ind-claim-en huggingface dataset:
A vibratory screening apparatus comprising a support ; at least two screen decks arranged one over the other as an assembly , each screen deck including a screen frame , a screen and a chamber underlaying the screen surface, an outlet duct for oversized material and an outlet duct for undersized material that is in communication with the chamber; mountings configured for mounting the assembly of the at least two screen decks to the support ; a drive support with a motor assembly configured for vibrating the assembly of the at least two screen decks ; and a feed unit configured to feed the material to be screened to each screen deck ; wherein the feed unit is arranged on the support and configured to be moved between a feed position and a maintenance position; and wherein the assembly of the at least two screen decks is resiliently arranged on the support , characterised in that the feed unit is non-resiliently arranged on the support . a support ; at least two screen decks arranged one over the other as an assembly , each screen deck including a screen frame , a screen and a chamber underlaying the screen surface, an outlet duct for oversized material and an outlet duct for undersized material that is in communication with the chamber; mountings configured for mounting the assembly of the at least two screen decks to the support ; a drive support with a motor assembly configured for vibrating the assembly of the at least two screen decks ; and a feed unit configured to feed the material to be screened to each screen deck ; wherein the feed unit is arranged on the support and configured to be moved between a feed position and a maintenance position; and wherein the assembly of the at least two screen decks is resiliently arranged on the support , characterised in that the feed unit is non-resiliently arranged on the support .
An apparatus for applying an alternating electric field to a subject's body, the apparatus comprising: a plurality of electrode elements ; a flexible support configured to hold the electrode elements against a subject's body; and an electrical conductor; a plurality of temperature sensors , wherein each of the temperature sensors is positioned to sense a temperature at a respective one of the electrode elements and generate a respective signal indicative of the sensed temperature; a plurality of electrically-controlled switches , wherein each of the switches is wired in series with a respective one of the electrode elements in a circuit that begins at the electrical conductor and ends at the respective electrode element , and each of the switches is configured to switch on or off independently of other switches based on a state of a respective control input; and a controller configured to generate an output that determines the state of the control input for each of the switches based on the signal indicative of the sensed temperature generated by the respective temperature sensor . a plurality of electrode elements ; a flexible support configured to hold the electrode elements against a subject's body; and an electrical conductor; a plurality of temperature sensors , wherein each of the temperature sensors is positioned to sense a temperature at a respective one of the electrode elements and generate a respective signal indicative of the sensed temperature; a plurality of electrically-controlled switches , wherein each of the switches is wired in series with a respective one of the electrode elements in a circuit that begins at the electrical conductor and ends at the respective electrode element , and each of the switches is configured to switch on or off independently of other switches based on a state of a respective control input; and a controller configured to generate an output that determines the state of the control input for each of the switches based on the signal indicative of the sensed temperature generated by the respective temperature sensor .
A solar power plant comprising a pliable mat arranged floating on a body of water, the mat having a plurality of photovoltaic (PV) modules secured thereon, characterized in that each module comprises a layer of photovoltaic cells sandwiched between an upper glass plate and a lower glass plate , and being secured to the mat such that the lower glass plate lies on or directly adjacent a top surface of the mat .
A control system for a motor of a vacuum cleaner, the vacuum cleaner comprising a dust cylinder and a suction tube connected to the dust cylinder, wherein the control system for the motor of the vacuum cleaner comprises: a controller driving the motor through an electric signal; a driving circuit responding to instructions of the controller and providing the motor with power supply of different PWM values; and a current detecting module for detecting current of the motor; wherein the controller adjusts the power supply such that the power supply drives the motor to operate normally with a first PWM value; when the current detecting module detects that the current of the motor is less than a set current value for a first period of time, the controller sends a control signal for increasing the PWM value and decreasing the PWM value until N cycles to the driving circuit; and after the N cycles, the driving circuit drives the motor to operate normally with the first PWM value. a controller driving the motor through an electric signal; a driving circuit responding to instructions of the controller and providing the motor with power supply of different PWM values; and a current detecting module for detecting current of the motor; wherein the controller adjusts the power supply such that the power supply drives the motor to operate normally with a first PWM value; when the current detecting module detects that the current of the motor is less than a set current value for a first period of time, the controller sends a control signal for increasing the PWM value and decreasing the PWM value until N cycles to the driving circuit; and after the N cycles, the driving circuit drives the motor to operate normally with the first PWM value.
Holding device for mounting containers on a luggage rack , in particular for mounting paniers or similar containers on a luggage rack , wherein the holding device consists of a rail , wherein the rail of the holding device is designed with provided attachment elements , which are clamps, brackets, belts, straps or cords, on its one side over variable mounting points for mounting attachment elements for attaching the rail of the holding device on the luggage rack in a variable position, are not necessarily attached on the upper strut of the luggage rack , but rather are mounted at one or several points on struts of the luggage rack , and has attachment points , which are variable in their position, on its other side on which a container can be mounted by means of receptacles present on said container and corresponding to the attachment points of the holding device .
Use of a laminate body, a laminate plate or a multilayer laminate plate for producing a printed wiring board having the laminate plate and a microwiring formed on a cured resin layer of the laminate plate, wherein (i) the laminate body contains at least one resin composition layer and at least one plate consisting of glass, wherein the resin composition layer comprises a resin composition containing a thermosetting resin and an inorganic filler, wherein the constituent component of the thermosetting resin is uncured or semi-cured and the content of the inorganic filler in the resin composition is from 5 to 20% by mass of the resin composition; (ii) the laminate plate contains at least one cured resin layer and at least one plate consisting of glass, wherein the cured resin layer comprises a cured product of a resin composition that contains a thermosetting resin and an inorganic filler, wherein the content of the inorganic filler in the resin composition is from 5 to 20% by mass of the resin composition; and (iii) the multilayer laminate plate contains multiple laminate plates, wherein at least one laminate plate is the laminate plate (ii); and wherein the thickness of the plate consisting of glass is from 30 μm to 200 μm. (i) the laminate body contains at least one resin composition layer and at least one plate consisting of glass, wherein the resin composition layer comprises a resin composition containing a thermosetting resin and an inorganic filler, wherein the constituent component of the thermosetting resin is uncured or semi-cured and the content of the inorganic filler in the resin composition is from 5 to 20% by mass of the resin composition; (ii) the laminate plate contains at least one cured resin layer and at least one plate consisting of glass, wherein the cured resin layer comprises a cured product of a resin composition that contains a thermosetting resin and an inorganic filler, wherein the content of the inorganic filler in the resin composition is from 5 to 20% by mass of the resin composition; and (iii) the multilayer laminate plate contains multiple laminate plates, wherein at least one laminate plate is the laminate plate (ii); and
An element intended to be placed in a receptacle for the cultivation of at least one plant, the element comprising: - a substantially solid body including a substrate capable of allowing said plant to develop; - at least one seed of said plant disposed on the body in at least one seed receiving area ; - a layer for holding the seed(s) in said receiving area ; characterized in that said holding layer comprises a dried mineral powder forming a deposition configured to securely fix the seed on the body. - a substantially solid body including a substrate capable of allowing said plant to develop; - at least one seed of said plant disposed on the body in at least one seed receiving area ; - a layer for holding the seed(s) in said receiving area ;
An aroma diffusion container comprising: a container body ; an opening and closing unit coupled to the upper end of the container body having a valve member which comprises a membrane member provided with a slit ; and an aroma diffusion module mounted in the container body , wherein the aroma diffusion module includes a porous module body ; characterized by a first hollow formed at one side of the module body ; and a second hollow formed inside the module body , a porous aroma diffusion medium is accommodated in the first hollow , and the second hollow allows external air to be introduced into the container body through the slit of the membrane member unit . a container body ; an opening and closing unit coupled to the upper end of the container body having a valve member which comprises a membrane member provided with a slit ; and an aroma diffusion module mounted in the container body , wherein the aroma diffusion module includes a porous module body ; characterized by a first hollow formed at one side of the module body ; and a second hollow formed inside the module body , a porous aroma diffusion medium is accommodated in the first hollow , and the second hollow allows external air to be introduced into the container body through the slit of the membrane member unit .
A lock cylinder with at least one core rotatable in a housing , with a lock bit that can be driven by the core , with a carrying device for coupling the lock bit with the movement of the core and with a guide device for guiding the lock bit , wherein the lock bit is guided by the guide device in a direction deviating from the rotary movement of the core , characterized in that the carrying device has a cam that can be rotated with the core in a recess of the lock bit and that the recess is arranged on the one side of the lock bit and the guide is arranged on the other side in the middle of the lock bit .
An intraocular lens for providing high definition and extended depth of field, said intraocular lens comprising: a central optical zone formed integral into said intraocular lens; a virtual aperture positioned in a first periphery region surrounding said central optical zone and connected to said optical zone by a first transition region ; and a haptic positioned in a far periphery and connected to said virtual aperture by a second transition region ; characterized in that said first and second transition regions having a zero-order and first-order continuity of the surface on either side of said first and second transition regions ; wherein said virtual aperture comprises alternating high-power positive and negative lens profiles; and wherein a plurality of light rays which intersect the virtual aperture are dispersed widely downstream from the intraocular lens . a central optical zone formed integral into said intraocular lens; a virtual aperture positioned in a first periphery region surrounding said central optical zone and connected to said optical zone by a first transition region ; and a haptic positioned in a far periphery and connected to said virtual aperture by a second transition region ; characterized in that said first and second transition regions having a zero-order and first-order continuity of the surface on either side of said first and second transition regions ; wherein said virtual aperture comprises alternating high-power positive and negative lens profiles; and wherein a plurality of light rays which intersect the virtual aperture are dispersed widely downstream from the intraocular lens .
A reduction gear for a turbomachine extending around an axis (X-X) of rotation, comprising a ring gear connected to a ring gear carrier , the ring gear carrier extending between an internal shaft which extends around the axis (X-X) of the ring gear , wherein - the ring gear carrier has, according to a section view along a plane including the axis (X-X), an internal segment , an external segment and a ring gear support , extending successively from the internal shaft until the ring gear support , - the internal segment extends until a radius R1 with respect to the axis (X-X), - the external segment forms an angle β with the internal segment , - the ring gear support forms an angle α with the external segment and is secured to the ring gear via a bolted connection accomplished at a nominal radius R2 with respect to the axis (X-X), characterized in that the ratio R1/R2 is comprised between 0.3 and 0.7, and in that the angle α is comprised between 60° and 85°, and the angle β is comprised between 150° and 175°. - the ring gear carrier has, according to a section view along a plane including the axis (X-X), an internal segment , an external segment and a ring gear support , extending successively from the internal shaft until the ring gear support , - the internal segment extends until a radius R1 with respect to the axis (X-X), - the external segment forms an angle β with the internal segment , - the ring gear support forms an angle α with the external segment and is secured to the ring gear via a bolted connection accomplished at a nominal radius R2 with respect to the axis (X-X),
Mirror replacement system for attachment to a vehicle , the system comprising: - a module housing , and - a cleaning assembly comprising at least one cleaning nozzle , in particular a compressed air cleaning nozzle , a liquid cleaning nozzle or a combination nozzle , and at least one fluid line , the cleaning assembly being accommodated in a holding device , the module housing having a receiving body which - has at least one receiving opening and at least one viewing opening of a camera holder for fastening a camera , the at least one viewing opening allowing a view of the camera out of the module housing , the receiving body furthermore - having the holding device for the cleaning assembly , the cleaning assembly having at least the cleaning nozzle and a fluid line for a cleaning fluid (RF, DL, F), which fluid line has at least one line body , the holding device having: - a line receptacle for the fluid line , - a nozzle receptacle for the cleaning nozzle , which is arranged such that - cleaning fluid (RF, DL, F) can be applied to the at least one viewing opening from the cleaning nozzle , characterized in that - the cleaning assembly has a quick-action ventilating valve which is designed to receive compressed air (DL) and to provide a compressed air cleaning pulse (DRI) to the cleaning nozzle , - the quick-action ventilating valve being accommodated in the holding device . - a module housing , and - a cleaning assembly comprising at least one cleaning nozzle , in particular a compressed air cleaning nozzle , a liquid cleaning nozzle or a combination nozzle , and at least one fluid line , the cleaning assembly being accommodated in a holding device , the module housing having a receiving body which - has at least one receiving opening and at least one viewing opening of a camera holder for fastening a camera , the at least one viewing opening allowing a view of the camera out of the module housing , the receiving body furthermore - having the holding device for the cleaning assembly , the cleaning assembly having at least the cleaning nozzle and a fluid line for a cleaning fluid (RF, DL, F), which fluid line has at least one line body , the holding device having: - a line receptacle for the fluid line , - a nozzle receptacle for the cleaning nozzle , which is arranged such that - cleaning fluid (RF, DL, F) can be applied to the at least one viewing opening from the cleaning nozzle , characterized in that - the cleaning assembly has a quick-action ventilating valve which is designed to receive compressed air (DL) and to provide a compressed air cleaning pulse (DRI) to the cleaning nozzle , - the quick-action ventilating valve being accommodated in the holding device .
Method for detecting earth leakage in the cabling of an insulated electric installation, such as an insulated railway signaling installation, the method comprising the steps of applying through a first resistor (Rel) a first voltage between the cabling and ground (PE) and measuring a resulting first current (Imeas), wherein independently from the first resistor (Rel) a second voltage between the cabling and ground is applied through a second resistor (Rel) and that the resulting second current (Imeas) is measured, and that first and second resulting current, or variables derived from first and second resulting current, respectively, are compared, and that earth leakage is detected when the first resulting current (Imeas), or a variable derived therefrom, deviates by a predefined amount from the current, or a respective variable derived therefrom, resulting from known first voltage and known first resistor (Rel), and the second resulting current (Imeas), or a variable derived therefrom, deviates by a predefined amount from the current, or a respective variable derived therefrom, resulting from known second voltage and known second resistor (Rel).
A mounting bracket for mounting a component of an exhaust treatment system to a support surface , the bracket being attachable to the support surface and configured for attachment of the component to the bracket in a use position of the component; wherein, when considered in a reference plane (P3) passing through the bracket, the bracket comprises two curved contact surfaces , the contact surfaces being arranged to engage a curved outer surface (5', 5") of the component in its use position; and each contact surface defines an arc of a respective circle (C1, C2) spaced by a radius (R1, R2) from a respective centre point (F1, F2), characterised in that the centre points (F1,F2) of the respective circles (C1,C2) are spaced apart in the reference plane so that each arc is contained in the circle of the other respective arc. the bracket being attachable to the support surface and configured for attachment of the component to the bracket in a use position of the component; wherein, when considered in a reference plane (P3) passing through the bracket, the bracket comprises two curved contact surfaces , the contact surfaces being arranged to engage a curved outer surface (5', 5") of the component in its use position; and each contact surface defines an arc of a respective circle (C1, C2) spaced by a radius (R1, R2) from a respective centre point (F1, F2), characterised in that the centre points (F1,F2) of the respective circles (C1,C2) are spaced apart in the reference plane so that each arc is contained in the circle of the other respective arc.
A method comprising: projecting, by means of a laser projection apparatus , an identifier of an instruction set, the identifier being projected onto a structure about a location at which a fastener or fastener collar is to be installed; capturing, by means of a fastener installation apparatus which includes a camera , an image of the projected identifier from the structure ; determining the identifier from the captured image; retrieving the instruction set based on the determined identifier ; and programming a tool for installing the respective fastener or fastener collar according to the retrieved instruction set. projecting, by means of a laser projection apparatus , an identifier of an instruction set, the identifier being projected onto a structure about a location at which a fastener or fastener collar is to be installed; capturing, by means of a fastener installation apparatus which includes a camera , an image of the projected identifier from the structure ; determining the identifier from the captured image; retrieving the instruction set based on the determined identifier ; and programming a tool for installing the respective fastener or fastener collar according to the retrieved instruction set.
Process to convert cyclic alkylene ureas into their corresponding alkylene amines wherein the process is performed by reaction with an amine compound, and wherein the amine compound is chosen from the group of primary amines, cyclic secondary amines or bicyclic tertiary amines; wherein the cyclic alkylene urea reacts to the corresponding alkylene amine in accordance with below reaction wherein R 1 and R 2 each independently are chosen from the group of hydrogen, an alkylene amine group of the formula X-R 3 -(NH-R 3 -) p -, or an alkoxy group of formula X-R 3 -(O-R 3 -) n -, or a group combining such alkylene amine and alkoxy units p and n, wherein optionally one or more units ∼N-R 3 -N∼ may be present as either one of the rings and/or and wherein each R 3 independently is as defined below and X may be hydroxyl, amine, a linear or branched C1-C20 hydroxyalkyl or C1-C20 aminoalkyl group, n and p independently is at least 1, preferably 2-20, optionally containing one or more piperazine, or alkylene urea groups, or when p or n is 0 may be a C1-C20 hydroxyalkyl or C1-C20 aminoalkyl, and R 3 is alkylene or substituted alkylene.