mhurhangee/ep-ind-claims huggingface dataset:
An optical sorter comprising: a chute arranged to slope and to allow a raw material as objects to be sorted out to flow down; optical detection means (41a, 41b) for detecting the objects to be sorted out dropping from a lower end of the chute; ejector means for sorting out and excluding the objects to be sorted out on the basis of a detection result by the optical detection means (41a, 41b); and a discharge hopper for separately discharging the objects sorted out by the ejector means, wherein the optical sorter further comprising: a frame having a pair of right and left sidewalls (13a, 13b) which are screw-fixed to a base, and wherein the chute, the optical detection means (41a, 41b), the ejector means and the discharge hopper are attached to the frame, characterized in that the sidewalls (13a, 13b) of the frame are coupled with braces (18a, 18b) in a diagonal shape. a chute arranged to slope and to allow a raw material as objects to be sorted out to flow down; optical detection means (41a, 41b) for detecting the objects to be sorted out dropping from a lower end of the chute; ejector means for sorting out and excluding the objects to be sorted out on the basis of a detection result by the optical detection means (41a, 41b); and a discharge hopper for separately discharging the objects sorted out by the ejector means, wherein the optical sorter further comprising: a frame having a pair of right and left sidewalls (13a, 13b) which are screw-fixed to a base, and wherein the chute, the optical detection means (41a, 41b), the ejector means and the discharge hopper are attached to the frame, characterized in that the sidewalls (13a, 13b) of the frame are coupled with braces (18a, 18b) in a diagonal shape.
The use of a fermented dairy product contained in a container for mixing with cereals, wherein the mixing comprises the following steps: a) providing cereals in a recipient having an upper opening, preferably a bowl, a cup, a glass, or a plate, b) pouring the fermented dairy product from the container onto the cereals, and c) optionally stirring with a stirring mean, preferably with a spoon, and wherein the fermented dairy product has a viscosity of from 300 to 600 mPa.s, preferably of from 400 to 550 mPa.s, measured at 10°C, at a shear rate of 64 s -1, after 10 s at this shear rate, with a rheometer with 2 co-axial cylinders. a) providing cereals in a recipient having an upper opening, preferably a bowl, a cup, a glass, or a plate, b) pouring the fermented dairy product from the container onto the cereals, and c) optionally stirring with a stirring mean, preferably with a spoon, and wherein the fermented dairy product has a viscosity of from 300 to 600 mPa.s, preferably of from 400 to 550 mPa.s, measured at 10°C, at a shear rate of 64 s -1, after 10 s at this shear rate, with a rheometer with 2 co-axial cylinders.
System for evacuating body fluids, namely urine or mestrual fluxes, comprising: a pair of underpants housing a shell, a fluid collector connected to said shell through a piping, a tank for washing or disinfecting liquid, a pump to take said washing liquid connected to said shell through a piping; characterized in that said tank is configured to be carried on a back; said fluid collector is a recessed collector configured to be carried by means of a toggle joint; said pump is a manually actuated pump. a pair of underpants housing a shell, a fluid collector connected to said shell through a piping, a tank for washing or disinfecting liquid, a pump to take said washing liquid connected to said shell through a piping; characterized in that said tank is configured to be carried on a back; said fluid collector is a recessed collector configured to be carried by means of a toggle joint; said pump is a manually actuated pump.
A ventilation device for aerating and deaerating a room, comprising: - a wall installation sleeve for connecting an inside of the room with an outside, - at least one fan, which is arranged in the wall installation sleeve and has a motor and an axis of rotation, said fan being operable in a first operating state with an air conveying direction from the outside to the inside for conveying supply air from the outside to the inside of the room, and - means for active noise reduction with at least one loudspeaker, several microphones (14, 15) and a control unit, characterized in that - a diaphragm of the loudspeaker is arranged on the interior side of the fan and emits sound in the supply air conveying direction, - a first microphone is arranged axially on the axis of rotation on the interior side and is directed towards the fan, the first microphone being designed to pick up predominantly noise signals caused by the motor of the fan, - a second microphone is arranged radially between the axis of rotation and the wall installation sleeve and is directed towards the axis of rotation or the wall installation sleeve, the second microphone being designed to pick up predominantly noise signals caused by the air flow, - the control unit is designed for generating noise counter signals on the basis of the noise signals picked up by the microphones (14, 15) and for transmitting the noise counter signals to the loudspeaker for radiation as sound therefrom, so that on the inside of the room such noises generated by the air flow and/or the motor of the fan and such noises coming from the outside are attenuated. - a wall installation sleeve for connecting an inside of the room with an outside, - at least one fan, which is arranged in the wall installation sleeve and has a motor and an axis of rotation, said fan being operable in a first operating state with an air conveying direction from the outside to the inside for conveying supply air from the outside to the inside of the room, and - means for active noise reduction with at least one loudspeaker, several microphones (14, 15) and a control unit, characterized in that - a diaphragm of the loudspeaker is arranged on the interior side of the fan and emits sound in the supply air conveying direction, - a first microphone is arranged axially on the axis of rotation on the interior side and is directed towards the fan, the first microphone being designed to pick up predominantly noise signals caused by the motor of the fan, - a second microphone is arranged radially between the axis of rotation and the wall installation sleeve and is directed towards the axis of rotation or the wall installation sleeve, the second microphone being designed to pick up predominantly noise signals caused by the air flow, - the control unit is designed for generating noise counter signals on the basis of the noise signals picked up by the microphones (14, 15) and for transmitting the noise counter signals to the loudspeaker for radiation as sound therefrom, so that on the inside of the room such noises generated by the air flow and/or the motor of the fan and such noises coming from the outside are attenuated.
Plug connector, - having a plug connector housing which has - an input for connecting a supply voltage, and - an output for forwarding the supply voltage to a consumer (6, 8, 10) of an electronic device, - wherein the plug connector housing can be plugged into a voltage supply plug-in location of a device housing of the electronic device in order to provide a voltage supply connection of the electronic device, and - wherein the plug connector housing has a seat for inserting a blower, - wherein independently from a blower installed in the seat, the plug connector is designed for an interruption-free voltage supply of the electronic device, - wherein a blower connection is provided for the voltage supply of the blower, - wherein a voltage supply of the blower is diverted within the plug connector housing from the supply voltage of the electronic device, - wherein the plug connector housing has openings for an air exchange, so that an air volume flow through the plug connector housing, which surrounds the blower, can be conveyed toward the device housing interior or from the device housing interior in order to effect a cooling of the consumers (6, 8, 10), characterized in that a blower is inserted in the seat and detachably connected to the seat. - having a plug connector housing which has - an input for connecting a supply voltage, and - an output for forwarding the supply voltage to a consumer (6, 8, 10) of an electronic device, - an input for connecting a supply voltage, and - an output for forwarding the supply voltage to a consumer (6, 8, 10) of an electronic device, - wherein the plug connector housing can be plugged into a voltage supply plug-in location of a device housing of the electronic device in order to provide a voltage supply connection of the electronic device, and - wherein the plug connector housing has a seat for inserting a blower, - wherein independently from a blower installed in the seat, the plug connector is designed for an interruption-free voltage supply of the electronic device, - wherein a blower connection is provided for the voltage supply of the blower, - wherein a voltage supply of the blower is diverted within the plug connector housing from the supply voltage of the electronic device, - wherein the plug connector housing has openings for an air exchange, so that an air volume flow through the plug connector housing, which surrounds the blower, can be conveyed toward the device housing interior or from the device housing interior in order to effect a cooling of the consumers (6, 8, 10), characterized in that a blower is inserted in the seat and detachably connected to the seat.
Fibre application head, intended to be mounted at the end of a displacement system in order to apply to a surface a wide strip formed of a number of fibres, including - an application roller for applying the fibres (F1, F2) in the form of a strip, - means (C1, C2) for guiding fibres on said roller, and - cutting means (4A, 4B) able to cut the fibres upstream of the application roller, said cutting means including blades activated by activation systems between a rest position and an active cutting position, and fibre rerouting means (5A, 5B) placed upstream of the cutting means (4A, 4B), said rerouting means including kicking rollers activated by activation systems between a rest position and an active position so as to flatten the fibres against at least one drive roller (51a, 51b), said blades and associated activation systems being all placed on the side of the roller relative to said fibres (F1, F2), such that the blades are placed facing the surface of the fibres coming against the roller the guide means including first and second guide means (C1, C2) arranged in staggered rows along two guide planes (P1, P2) that grow closer to each other from upstream to downstream in order to guide the fibres (F1, F2) towards the roller in the form of two layers of fibres, the cutting means including first cutting means, the blades of which are able to cut individually the fibres of the first layer guided by the first guide means, and second cutting means the blades of which are able to cut individually the fibres of the second layer guided by the second guide means, while passing between the first guide means, characterised in that the kicking rollers of the fibre rerouting means and their associated activation systems are placed on the side of the roller relative to the fibres (F1, F2). - an application roller for applying the fibres (F1, F2) in the form of a strip, - means (C1, C2) for guiding fibres on said roller, and - cutting means (4A, 4B) able to cut the fibres upstream of the application roller, said cutting means including blades activated by activation systems between a rest position and an active cutting position, and
A bound sheet device comprising:- a first sheet material having a plurality of first main apertures aligned adjacent to a first edge thereof and a first retaining aperture adjacent to said first edge and at one end of said line of first main apertures; a plurality of second sheet materials having a plurality of second main apertures corresponding with said first main apertures; and a binder having a substantially uniform helical shape, wherein said first retaining aperture is different from said first and second main apertures characterised in that at least one end of said binder is shaped to fit through said first and second main apertures but does not fit through said first retaining aperture when the binder is in an alignment corresponding with said main apertures. a first sheet material having a plurality of first main apertures aligned adjacent to a first edge thereof and a first retaining aperture adjacent to said first edge and at one end of said line of first main apertures; a plurality of second sheet materials having a plurality of second main apertures corresponding with said first main apertures; and a binder having a substantially uniform helical shape, wherein said first retaining aperture is different from said first and second main apertures characterised in that at least one end of said binder is shaped to fit through said first and second main apertures but does not fit through said first retaining aperture when the binder is in an alignment corresponding with said main apertures.
Dishwasher comprising a washing chamber and a water filtering system arranged in the lower part of the washing chamber, said water filtering system comprises a filter and a central filter unit that are removably arranged in said washing chamber, said filter has a substantially flat shape and is supported around its outer periphery by a contact surface of a recess in the lower part of the washing chamber and is secured in the washing chamber by the central filter unit, said central filter unit being arranged in an opening in the filter and comprising a surface pressing on the inner periphery of the opening in the filter to secure the filter in the intended position, wherein said outer periphery of the filter or said contact surface of the recess, and said surface of the central filter unit or the inner periphery of the opening in the filter are covered by a layer (25; 39) of elastic material, and wherein the outer periphery of the filter and the top side of the inner periphery of the filter extending around the opening are shaped like substantially flat rims (23, 38), wherein the recess and the contact surface have a shape corresponding the peripheral shape of the filter and are arranged in a plane substantially horizontal and parallel to the plane of the outer periphery 21 of the filter 20; and wherein the central filter unit is substantially cylindrical and arranged in the opening in the filter and where the central filter unit is provided with a flange extending in a substantially radial direction from the central filter unit, the flange being positioned above the filter such that a substantially flat horizontal surface on the lower side of the flange is in contact with the upper side of the inner periphery of the filter.
A cleaner comprising: a cleaner body; a handle provided in the cleaner body; an input unit provided in the handle to receive a signal input by a user; one or more wheels rotatably provided in a lower portion of the cleaner body to move the cleaner body; a motor connected to the one or more wheels and providing a rotational force; and a control unit rotating the motor in a clockwise or counter-clockwise direction by applying a voltage to the motor according to the signal input to the input unit, wherein the input unit is arranged in a range of portions where the user holds the handle to input a signal even without changing the location of the hand holding the handle, and the input unit comprises, a lever bendably connected to the cleaner body, the lever being rotatable with respect to the cleaner body in vertical and horizontal directions at the same time, and a sensor sensing vertical rotation is provided in the lever, characterized in that the sensor senses a rotation angle and a rotational speed of the lever, and the control unit drives the motor in a different way according to the rotation angle and the rotational speed of the lever, and the voltage applied to the motor is set as the value gained by adding up the value gained by multiplying the rotation angle by a first constant and the value gained by multiplying the rotational speed by a second constant. a cleaner body; a handle provided in the cleaner body; an input unit provided in the handle to receive a signal input by a user; one or more wheels rotatably provided in a lower portion of the cleaner body to move the cleaner body; a motor connected to the one or more wheels and providing a rotational force; and a control unit rotating the motor in a clockwise or counter-clockwise direction by applying a voltage to the motor according to the signal input to the input unit, wherein the input unit is arranged in a range of portions where the user holds the handle to input a signal even without changing the location of the hand holding the handle, and the input unit comprises, a lever bendably connected to the cleaner body, the lever being rotatable with respect to the cleaner body in vertical and horizontal directions at the same time, and a sensor sensing vertical rotation is provided in the lever, characterized in that the sensor senses a rotation angle and a rotational speed of the lever, and the control unit drives the motor in a different way according to the rotation angle and the rotational speed of the lever, and the voltage applied to the motor is set as the value gained by adding up the value gained by multiplying the rotation angle by a first constant and the value gained by multiplying the rotational speed by a second constant.
A method for paging, comprising: determining, by a network device (10, 400), a paging window for performing paging for a terminal device (20, 500), wherein the paging window comprises S candidate paging occasions, POs, and S is a positive integer greater than 1; and monitoring, by the network device (10, 400), whether a carrier in an unlicensed frequency band is idle based on the paging window; the method characterized in that determining, by the network device (10, 400), the paging window for paging the terminal device (20, 500), comprises: selecting, by the network device (10, 400), S POs in a plurality of radio frames as the paging window for the terminal device, wherein the plurality of radio frames comprises a reference paging frame, PF, K 1 radio frames ahead of the reference PF and/or K 2 radio frames after the reference PF, where K 1 and K 2 are positive integers, wherein the reference PF has a System Frame Number, SFN, which satisfies: SFN mod T=(T/N)×(UE-ID mod N), where T is a length of one paging cycle, UE-ID is a device identity of the terminal device, and N is an amount of PFs available for receiving a paging message in one paging cycle. determining, by a network device (10, 400), a paging window for performing paging for a terminal device (20, 500), wherein the paging window comprises S candidate paging occasions, POs, and S is a positive integer greater than 1; and monitoring, by the network device (10, 400), whether a carrier in an unlicensed frequency band is idle based on the paging window; the method characterized in that determining, by the network device (10, 400), the paging window for paging the terminal device (20, 500), comprises: selecting, by the network device (10, 400), S POs in a plurality of radio frames as the paging window for the terminal device, wherein the plurality of radio frames comprises a reference paging frame, PF, K 1 radio frames ahead of the reference PF and/or K 2 radio frames after the reference PF, where K 1 and K 2 are positive integers, wherein the reference PF has a System Frame Number, SFN, which satisfies: SFN mod T=(T/N)×(UE-ID mod N), where T is a length of one paging cycle, UE-ID is a device identity of the terminal device, and N is an amount of PFs available for receiving a paging message in one paging cycle.
Spike pin, which can be inserted into a spike body of a spike for a tread of a pneumatic vehicle tyre, wherein the spike pin has a main axis (a 1) and, in the state in which it is inserted in the spike body, an outer portion, which projects out of the body and has an upper side, wherein at least this portion has a hexagonal cross section and its upper side is delimited by grip edges (5a, 5b, 5c), characterized in that on the upper side of the spike pin there are formed exactly two planar main surfaces, which in plan view are in the form of an isosceles trapezoid and are inclined at an angle (a) of 5° to 20° relative to a cross-sectional plane (E 1) of the outer portion, to which the main axis (a 1) of the spike pin is aligned perpendicularly, wherein the upper side is of a rotationally symmetrical design such that it is projected onto itself just by means of a rotation through 180° about the main axis (a 1) of the spike pin.
A vibration damping control device for a vehicle suppressing pitching or bouncing vibration of the vehicle by controlling a drive output of the vehicle, comprising: a wheel torque estimated value acquisition portion configured to acquire an estimated value of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; a driving torque control portion (50a, C4, C5, C1a, C2) configured to control a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the estimated value of the wheel torque; and a slip state quantity acquisition portion configured to acquire a wheel slip state quantity indicating a slip condition of the wheel; characterized in that the driving torque control portion is configured to correct an absolute value of the estimated value of the wheel torque to be smaller as a degree of a slip indicated by the wheel slip state quantity is larger, and control the driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the corrected estimated value of the wheel torque. a wheel torque estimated value acquisition portion configured to acquire an estimated value of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; a driving torque control portion (50a, C4, C5, C1a, C2) configured to control a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the estimated value of the wheel torque; and a slip state quantity acquisition portion configured to acquire a wheel slip state quantity indicating a slip condition of the wheel; characterized in that the driving torque control portion is configured to correct an absolute value of the estimated value of the wheel torque to be smaller as a degree of a slip indicated by the wheel slip state quantity is larger, and control the driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the corrected estimated value of the wheel torque.
Deformation element for vehicles, the deformation element being designed as a crash box, the deformation element having an outer hollow body and at least one inner hollow body arranged in the outer hollow body, the inner hollow body being connected to the outer hollow body by way of at least one connecting element and the inner hollow body having a frustoconical cross section, the deformation element being formed in one piece as an injection-moulded part that is produced by using a fibre-reinforced plastic, and loose fibres being embedded in the polymer matrix, characterized in that the lateral surface of the truncated cone is divided into a multiplicity of step-shaped or wave-shaped profiles, which form predetermined breaking points.