mhurhangee/ep-ind-claims huggingface dataset:
A method for cleaning the seat of a double seat valve, which has two series-arranged closing members (3, 4) movable relative to each other, which prevent the overflow of fluids from one valve housing part (1a; 1b) of a valve housing into another valve housing part (1b; 1a) in the closed position of the double seat valve, which delimit both in the closed as well as in the open position a leakage hollow space between each other, which is connected with the surroundings of the double seat valve via a discharge hole, which is bordered by a tube shaft designed on the first closing member and guided out of the valve housing, wherein, in the closed position, the first closing member designed as a slide piston is received in a sealing manner in a connection opening interconnecting the valve housing parts (1a, 1b) and forming a cylindrical first seat and is received in a sealing manner in the course of its opening movement in a recess in a second closing member, which is assigned to a second seat, and the second closing member is also transferred to an open position during the further opening movement, wherein the recess has a cylindrical circumferential wall flush with the cylindrical first seat and the circumferential wall is dimensioned such that it receives in a sealing manner the first closing member during the opening movement, wherein the closing members (3, 4) are transferable independently of each other through a partial stroke (T1, T2) respectively at a gap's width into a seat cleaning position for the purpose of the flushing of their seats (2a, 2b), wherein a seat cleaning flow (R1, R2) generated in the respective seat cleaning position experiences a flow restriction in a throttle gap (D1, D2) arranged on the leakage-space side on the associated closing member (3, 4), before it enters the leakage space, wherein the first seat cleaning flow generated by the first closing member on a rotationally symmetrical deflection surface, which is designed in a radially outside part of the recess in the second closing member, experiences a shockless deflection directed into the discharge hole and wherein the circumferential wall on its end facing away from the first closing member merges into the deflection surface, characterized in that the first seat cleaning flow is forcibly guided through the deflection surface radially inwards and axially to the first closing member until leaving the second closing member at a front and radially inside end of the second closing member located outside the recess.
A perfume particle composition comprising: a) at least 10 wt.% of a carrier material selected from alcohol ethoxylates, polyethylene glycols and combinations thereof, which comprises at least one ethoxylate unit derived from biomass; and b) perfume ingredients wherein at least 50 wt. % of the ethoxylate units in ingredient a) are derived from plant biomass. a) at least 10 wt.% of a carrier material selected from alcohol ethoxylates, polyethylene glycols and combinations thereof, which comprises at least one ethoxylate unit derived from biomass; and b) perfume ingredients
Dehumidification apparatus, comprising: a cooled core coupled to an external cooling source; at least first and second air inlet pathways for relatively humid air leading to said cooled core; and at least first and second air outlet pathways for relatively dry air leading from said cooled core, said at least first and second air outlet pathways being in heat exchange propinquity with said at least first and second air inlet pathways whereby relatively humid air in said first and second air inlet pathways is precooled upstream of said cooled core and relatively dry air in said first and second air outlet pathways is heated downstream of said cooled core, said cooled core defining a multiplicity of mutually adjacent cooling pathways extending therethrough which are each coupled to one of said at least first and second air inlet pathways and to one of said at least first and second air outlet pathways such that air passes through adjacent ones of said mutually adjacent cooling pathways in mutually different directions, characterized in that first and second air inlet pathways and said at least first and second air outlet pathways are defined by a stack of alternating first and second embossed generally planar elements which are arranged in generally surrounding relationship about said cooled core such that air flows between adjacent ones of said alternating first and second generally planar elements are in a generally counter flow mutual heat exchanging relationship. a cooled core coupled to an external cooling source; at least first and second air inlet pathways for relatively humid air leading to said cooled core; and at least first and second air outlet pathways for relatively dry air leading from said cooled core, said at least first and second air outlet pathways being in heat exchange propinquity with said at least first and second air inlet pathways whereby relatively humid air in said first and second air inlet pathways is precooled upstream of said cooled core and relatively dry air in said first and second air outlet pathways is heated downstream of said cooled core, said cooled core defining a multiplicity of mutually adjacent cooling pathways extending therethrough which are each coupled to one of said at least first and second air inlet pathways and to one of said at least first and second air outlet pathways such that air passes through adjacent ones of said mutually adjacent cooling pathways in mutually different directions,
A system comprising a peripheral device with a wireless communication function and a computer system comprising a display device comprising: a transmitting interface for connecting to the computer system; a wireless communication unit utilizing a wireless method to link to internet; a storage unit having at least one connection information; and a processing unit directing the display device to display a list according to the connection information when the transmitting interface connects to the computer system, wherein the list comprises at least one choice, and when the at least one choice is selected, the display device displays a homepage of a specific website. a transmitting interface for connecting to the computer system; a wireless communication unit utilizing a wireless method to link to internet; a storage unit having at least one connection information; and a processing unit directing the display device to display a list according to the connection information when the transmitting interface connects to the computer system, wherein the list comprises at least one choice, and when the at least one choice is selected, the display device displays a homepage of a specific website.
A manufacturing machine for the production of capsules for smoking articles, in particular for filters, designed to contain a liquid to be used in the cooling of smoke; wherein each capsule comprises a cup-shaped body which is defined by a side wall and, at one end, by a bottom wall; the side wall has a longitudinal axis and delimits, with the bottom wall, a compartment which is designed to contain a predetermined amount of liquid; the capsule comprising a covering element, which is coupled to a portion of the side wall defining a collar in the area of the end opposite the bottom wall; the manufacturing machine comprises: a feeding system, which feeds the semi-finished capsules along a forming path; a number of operating stations (S4, S5, S6), which are arranged along the forming path and comprise a coupling station for coupling the covering elements to the cup-shaped bodies; wherein the coupling station comprises a transfer drum, which rotates around a rotation axis with an intermittent motion and above which a strip of plastic material is fed; the transfer drum supports a pair of movable fittings, which are designed to cooperate with a cutting member so as to obtain the covering elements from the strip of plastic material, hold them by means of suction during a 180° rotation around the rotation axis and transfer them to the feeding system; and a welding station for welding the covering elements to the cup-shaped bodies, which is arranged downstream of the coupling station; the machine is characterized in that the covering elements are transferred into respective pockets of the feeding system and each of said pockets contains a respective cup-shaped body and in the inner surface of each pocket an annular abutment is formed, which is designed to define a seat for the covering element above the respective cup-shaped body. a feeding system, which feeds the semi-finished capsules along a forming path; a number of operating stations (S4, S5, S6), which are arranged along the forming path and comprise a coupling station for coupling the covering elements to the cup-shaped bodies; wherein the coupling station comprises a transfer drum, which rotates around a rotation axis with an intermittent motion and above which a strip of plastic material is fed; the transfer drum supports a pair of movable fittings, which are designed to cooperate with a cutting member so as to obtain the covering elements from the strip of plastic material, hold them by means of suction during a 180° rotation around the rotation axis and transfer them to the feeding system; and a welding station for welding the covering elements to the cup-shaped bodies, which is arranged downstream of the coupling station; the machine is characterized in that the covering elements are transferred into respective pockets of the feeding system and each of said pockets contains a respective cup-shaped body and in the inner surface of each pocket an annular abutment is formed, which is designed to define a seat for the covering element above the respective cup-shaped body.
A method of communication in a wireless communications network (100, 400), comprising: receiving, by a user equipment, UE, (250, 402), a discovery reference signal, DRS, at a received subframe, wherein a transmitted subframe of the DRS is unknown; determining, by the user equipment, UE, (250, 402), a relative position of the received subframe with respect to a discovery window, defined by a DRS measurement timing configuration, comprising determining whether the DRS was transmitted in a first portion of the discovery window, a second portion of the discovery window, or outside of the discovery window; and selecting, by the user equipment, UE (250, 402), a scrambling sequence for descrambling the received DRS from a plurality of scrambling sequences based on the relative position of the received subframe with respect to the discovery window. receiving, by a user equipment, UE, (250, 402), a discovery reference signal, DRS, at a received subframe, wherein a transmitted subframe of the DRS is unknown; determining, by the user equipment, UE, (250, 402), a relative position of the received subframe with respect to a discovery window, defined by a DRS measurement timing configuration, comprising determining whether the DRS was transmitted in a first portion of the discovery window, a second portion of the discovery window, or outside of the discovery window; and selecting, by the user equipment, UE (250, 402), a scrambling sequence for descrambling the received DRS from a plurality of scrambling sequences based on the relative position of the received subframe with respect to the discovery window.
A cleanroom mop comprising: a mop head frame having a top, a bottom, a neck extending from the top of the mop head frame, and at least one hollow area within the mop head frame that is accessible by at least one opening located on the top of the mop head frame; a handle attached to the neck of the mop head frame; a mop head; characterized in that the mop head has a generally rectangular shape with two opposing short sides and two opposing long sides and a plurality of snap fasteners located along the two opposing long sides, such that when the mop head frame and the handle are in vertical alignment, the snapped together areas of the mop head can be pressed or pushed through the openings on the top of the mop head frame into the hollow area of the mop head frame thereby securing the mop head to the mop head frame. a mop head frame having a top, a bottom, a neck extending from the top of the mop head frame, and at least one hollow area within the mop head frame that is accessible by at least one opening located on the top of the mop head frame; a handle attached to the neck of the mop head frame; a mop head;
A session establishment method, wherein the method comprises: receiving (S403, S504, S604), by a session management network element, a first non-access stratum, NAS, message from a first access network device corresponding to a first access technology, wherein the first NAS message is used to request to establish a session for a terminal; allowing, by the session management network element based on subscription data of the terminal, the terminal to establish the session by using a second access technology; selecting, by the session management network element, a user plane function network element that supports access using the second access technology; and sending (S407, S510), by the session management network element, a second NAS message to the first access network device, wherein the second NAS message carries an identifier of the user plane function network element, wherein the identifier of the user plane function network element includes an internet protocol address or a fully qualified domain name identifier of the user plane function network element, and the identifier of the user plane function network element is used to indicate the terminal to establish the session by using the user plane function network element and by using the second access technology. receiving (S403, S504, S604), by a session management network element, a first non-access stratum, NAS, message from a first access network device corresponding to a first access technology, wherein the first NAS message is used to request to establish a session for a terminal; allowing, by the session management network element based on subscription data of the terminal, the terminal to establish the session by using a second access technology; selecting, by the session management network element, a user plane function network element that supports access using the second access technology; and sending (S407, S510), by the session management network element, a second NAS message to the first access network device, wherein the second NAS message carries an identifier of the user plane function network element, wherein the identifier of the user plane function network element includes an internet protocol address or a fully qualified domain name identifier of the user plane function network element, and the identifier of the user plane function network element is used to indicate the terminal to establish the session by using the user plane function network element and by using the second access technology.
A cell smearing apparatus comprising: a mixed solution container accommodation unit accommodating a mixed solution container containing a mixed solution of cells and a preservation solution; a suction unit suctioning the mixed solution from the mixed solution container accommodated in the mixed solution container accommodation unit; a sensor unit sensing variation of the mixed solution suctioned by the suction unit; and a controller controlling a suctioning speed of the suction unit based on a value sensed by the sensor unit; wherein the mixed solution container comprises an upper body accommodating the mixed solution; a lower body accommodating the suction unit and provided with a filter unit (123, 122) for filtering the cells in the mixed solution and detachably coupled to the upper body, and characterized in that: the apparatus further comprising a slide accommodation portion for the insertion of a slide between the upper body and the lower body. a mixed solution container accommodation unit accommodating a mixed solution container containing a mixed solution of cells and a preservation solution; a suction unit suctioning the mixed solution from the mixed solution container accommodated in the mixed solution container accommodation unit; a sensor unit sensing variation of the mixed solution suctioned by the suction unit; and a controller controlling a suctioning speed of the suction unit based on a value sensed by the sensor unit; wherein the mixed solution container comprises an upper body accommodating the mixed solution; a lower body accommodating the suction unit and provided with a filter unit (123, 122) for filtering the cells in the mixed solution and detachably coupled to the upper body, and characterized in that: the apparatus further comprising a slide accommodation portion for the insertion of a slide between the upper body and the lower body.
A method of detecting skin tone pixels in an input image and adjusting colour values thereof for an output image, the method comprising: determining for each of a plurality of pixels in an input image whether initial chromaticity values of each of said pixels lie within a skin tone area defined in a chromaticity plane, the skin tone area comprising a medial axis within the skin tone area and being divided into plural regions (115, 116; 114, 117); and, amending the initial chromaticity values of those pixels that have chromaticity values lying within said skin tone area to obtain amended chromaticity values for use in obtaining an output image, wherein the chromaticity values are amended by an amount that depends on a distance of said chromaticity values to said pixel from the medial axis within the skin tone area; characterised in that a first distance metric (vd) is used for pixels in a first of said regions (115, 116) and a second, different distance metric (vd) is used for pixels in a second of said regions (114, 117), wherein the first of said regions (115, 116) is in a central region of the skin tone area and the first distance metric (vd) is the distance from the initial chromaticity values of said pixel to the medial axis of the skin tone area in a direction parallel to an axis of the chromaticity plane, wherein the second of said regions (114, 117) is at or towards an end of the skin tone area and the second distance metric (vd) is the Manhattan distance from the initial chromaticity values of said pixel to the endpoint of the medial axis of the skin tone area that is closest to the initial chromaticity values of said pixel. determining for each of a plurality of pixels in an input image whether initial chromaticity values of each of said pixels lie within a skin tone area defined in a chromaticity plane, the skin tone area comprising a medial axis within the skin tone area and being divided into plural regions (115, 116; 114, 117); and, amending the initial chromaticity values of those pixels that have chromaticity values lying within said skin tone area to obtain amended chromaticity values for use in obtaining an output image, wherein the chromaticity values are amended by an amount that depends on a distance of said chromaticity values to said pixel from the medial axis within the skin tone area; characterised in that a first distance metric (vd) is used for pixels in a first of said regions (115, 116) and a second, different distance metric (vd) is used for pixels in a second of said regions (114, 117), wherein the first of said regions (115, 116) is in a central region of the skin tone area and the first distance metric (vd) is the distance from the initial chromaticity values of said pixel to the medial axis of the skin tone area in a direction parallel to an axis of the chromaticity plane, wherein the second of said regions (114, 117) is at or towards an end of the skin tone area and the second distance metric (vd) is the Manhattan distance from the initial chromaticity values of said pixel to the endpoint of the medial axis of the skin tone area that is closest to the initial chromaticity values of said pixel.
An ultrasonic transducer comprising: a substrate comprising a main cavity, a secondary cavity, and a channel, wherein the main cavity has a greater depth than the secondary cavity, the secondary cavity has a greater depth than the channel, a first step is formed at a location where the main cavity and the secondary cavity overlap, and a second step is formed at a location where the secondary cavity and the channel overlap; an electromechanically active device attached to the substrate at the first step and the second step such that a free end of the electromechanically active device is suspended over a bottom of the main cavity, the electromechanically active device comprising a first electrode and a second electrode; a membrane section bonded to the substrate such that the membrane covers the main cavity and the secondary cavity and is bonded to the free end of the electromechanically active device such that vibration of the electromechanically active device at ultrasonic frequencies causes the membrane to vibrate at ultrasonic frequencies; a printed circuit board bonded to the substrate at the side opposite of the membrane, the PCB comprising at least one conductive layer; a first via disposed in the first step and a second via disposed in the second step, the first via and the second via descending through the substrate to connect the at least one conductive layer of the PCB; and wherein the first electrode of the electromechanically active device is bonded to the first via and the second electrode of the electromechanically active device is bonded to the second via. a substrate comprising a main cavity, a secondary cavity, and a channel, wherein the main cavity has a greater depth than the secondary cavity, the secondary cavity has a greater depth than the channel, a first step is formed at a location where the main cavity and the secondary cavity overlap, and a second step is formed at a location where the secondary cavity and the channel overlap; an electromechanically active device attached to the substrate at the first step and the second step such that a free end of the electromechanically active device is suspended over a bottom of the main cavity, the electromechanically active device comprising a first electrode and a second electrode; a membrane section bonded to the substrate such that the membrane covers the main cavity and the secondary cavity and is bonded to the free end of the electromechanically active device such that vibration of the electromechanically active device at ultrasonic frequencies causes the membrane to vibrate at ultrasonic frequencies; a printed circuit board bonded to the substrate at the side opposite of the membrane, the PCB comprising at least one conductive layer; a first via disposed in the first step and a second via disposed in the second step, the first via and the second via descending through the substrate to connect the at least one conductive layer of the PCB; and wherein the first electrode of the electromechanically active device is bonded to the first via and the second electrode of the electromechanically active device is bonded to the second via.