mhurhangee/patent-ind-claim-en huggingface dataset:
A light-emitting element array module for an image forming apparatus comprising: a light-emitting element array chip configured to have a light-emitting element array and a transfer element array , and a control driver connected to each of the plurality of light-emitting element array chips through a respective data line, wherein start signal input terminals of the transfer element array are connected to the data line; the control driver configured to receive print data, apply a start signal through the data line, apply a transfer signal operating a transfer element array based on the print data, and apply a data signal operating a light-emitting element array; and the control driver configured to apply an additional signal that causes the light-emitting element to emit light at a point in time when the transfer signal is changing from a high-level to a low-level. a light-emitting element array chip configured to have a light-emitting element array and a transfer element array , and a control driver connected to each of the plurality of light-emitting element array chips through a respective data line, wherein start signal input terminals of the transfer element array are connected to the data line; the control driver configured to receive print data, apply a start signal through the data line, apply a transfer signal operating a transfer element array based on the print data, and apply a data signal operating a light-emitting element array; and the control driver configured to apply an additional signal that causes the light-emitting element to emit light at a point in time when the transfer signal is changing from a high-level to a low-level.
A method for operating a human machine interface for a vehicle comprising a control unit and at least one selection area designed as a touch-sensitive surface and at least one operating area designed as a touch-sensitive surface , wherein said at least one selection area and said at least one operating area are separated from each other, comprising the following steps: a) a touch on at least one arbitrary contact point of said at least one operating area is recognized, b) the number of fingers touching said at least one selection area is determined, and c) subsequently, a button , by means of which an input is possible, is assigned to said at least one arbitrary contact point on said at least one operating area , wherein a function is assigned to the button , said function being selected depending on the number of fingers that touch said at least one selection area . a) a touch on at least one arbitrary contact point of said at least one operating area is recognized, b) the number of fingers touching said at least one selection area is determined, and c) subsequently, a button , by means of which an input is possible, is assigned to said at least one arbitrary contact point on said at least one operating area ,
A method for the electrochemical detection of viable bacteria in a sample, the method comprising: - affinity enrichment/ separation of bacteria from a liquid sample using ligand-modified paramagnetic or superparamagnetic particles, to form bacteria isolate-(super)paramagnetic complexes; - placing the complexes together with a metabolic redox marker in solution into a container for incubation; - subsequently transferring the solution containing the metabolic redox marker and complexes to an electrochemical cell having a detection electrode with an external magnet close to the detection electrode, such that the complexes form a bacteria isolate (super)paramagnetic agglutinate on or close to the detection electrode; and - using an electrochemical read-out procedure to detect a change in oxidation state of the metabolic redox marker as a direct response to the metabolic activity of viable bacteria. - affinity enrichment/ separation of bacteria from a liquid sample using ligand-modified paramagnetic or superparamagnetic particles, to form bacteria isolate-(super)paramagnetic complexes; - placing the complexes together with a metabolic redox marker in solution into a container for incubation; - subsequently transferring the solution containing the metabolic redox marker and complexes to an electrochemical cell having a detection electrode with an external magnet close to the detection electrode, such that the complexes form a bacteria isolate (super)paramagnetic agglutinate on or close to the detection electrode; and - using an electrochemical read-out procedure to detect a change in oxidation state of the metabolic redox marker as a direct response to the metabolic activity of viable bacteria.
Free piston apparatus, comprising a piston receptacle in which at least one piston device having a piston is arranged so as to be reciprocable along an axis , wherein the piston receptacle comprises or forms a combustion chamber delimited by a wall arrangement in which at least one inlet opening for the supply of fresh gas and, spaced apart therefrom in axial direction, at least one outlet opening for the removal of exhaust gas are formed, characterized in that the free piston apparatus comprises an inflow device for fresh gas, which has the at least one inlet opening and is configured in such a way that fresh gas flowing into the combustion chamber is directed to an incident flow region in the combustion chamber arranged offset axially to the at least one inlet opening in the direction of the at least one outlet opening , which incident flow region is arranged off-center relative to the axis , wherein the inflow device is configured such that a tumble-shaped movement of the inflowing fresh gas in the combustion chamber is achievable and inflowing fresh gas rolls about a tumble axis which is aligned transverse to the axis , and wherein a plurality of inlet openings spaced apart from each other in circumferential direction of the axis is provided, which are arranged and configured on the wall arrangement so as to be mirror-symmetrical to each other with respect to a central longitudinal plane (L) of the piston receptacle containing the axis.
A turbomachine , comprising: a plurality of transition ducts disposed in an annular array, each of the plurality of transition ducts comprising an inlet , an outlet , and a passage defining an interior and extending between the inlet and the outlet and defining a longitudinal axis , a radial axis , and a tangential axis , the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis , each of the plurality of transition ducts further comprising an upstream portion having an aft end and a downstream portion having a head end , , the upstream portion extending between the inlet and the aft end , the downstream portion extending between the head end and the outlet , wherein the upstream portion and the downstream portion are coupled together by a joint configured to provide articulation for allowing movement of each of the transition ducts during operation; the turbomachine further comprising a support ring assembly downstream of the plurality of transition ducts along a hot gas path ; and a plurality of support assemblies directly connecting the upstream portion of at least one transition duct of the plurality of transition ducts to the support ring assembly, each of the plurality of support assemblies comprising a rod extending between the upstream portion and the support ring assembly, the turbomachine being characterised in that each of the plurality of support assemblies further comprises at least one ball joint for facilitating movement of the associated upstream portion relative to the support ring assembly . a plurality of transition ducts disposed in an annular array, each of the plurality of transition ducts comprising an inlet , an outlet , and a passage defining an interior and extending between the inlet and the outlet and defining a longitudinal axis , a radial axis , and a tangential axis , the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis , each of the plurality of transition ducts further comprising an upstream portion having an aft end and a downstream portion having a head end , , the upstream portion extending between the inlet and the aft end , the downstream portion extending between the head end and the outlet , wherein the upstream portion and the downstream portion are coupled together by a joint configured to provide articulation for allowing movement of each of the transition ducts during operation; the turbomachine further comprising a support ring assembly downstream of the plurality of transition ducts along a hot gas path ; and a plurality of support assemblies directly connecting the upstream portion of at least one transition duct of the plurality of transition ducts to the support ring assembly, each of the plurality of support assemblies comprising a rod extending between the upstream portion and the support ring assembly, the turbomachine being characterised in that each of the plurality of support assemblies further comprises at least one ball joint for facilitating movement of the associated upstream portion relative to the support ring assembly .
A cross shaft joint comprising: a cross shaft including four shaft parts which are arranged in a shape of a cross; a plurality of needle rollers rolling on outer peripheral faces of the respective shaft parts ; bearing cups each having a cylindrical part , and a bottom part for closing an opening at one end side of the cylindrical part , the bearing cups externally fitted to the shaft parts via the needle rollers ; and yokes provided with bearing holes into which the bearing cups are inserted, wherein the needle rollers are elastically pressed radially inward by the bearing cups so that the needle rollers are maintained in a tight fit state between the shaft parts and the bearing cups , wherein each of the cylindrical parts is provided with a projected part which is projected radially inward of the cylindrical part in a curved shape, at an inner peripheral side thereof, and an apex (5d1) of the projected part is in contact with the needle roller within a range in an axial direction of the needle roller , the range containing an axial center (X) of the needle roller in the axial direction, characterized in that the bearing cups are respectively press-fitted into the bearing holes of the yokes and an outer peripheral face of the cylindrical part is formed in a substantially rectilinear shape in section so that an entirety of the cylindrical part is hardly deformed outward in a radial direction.
A method, comprising: at a computer device with a display and one or more input devices ; downloading a webpage that includes an article, comprising content, wherein the webpage is capable of being displayed in a normal mode of presentation and a reader mode of presentation, wherein the capability of the webpage being displayed in the reader mode of presentation is determined based on a rendering tree ; wherein, in the normal mode of presentation of the webpage , the content is displayed with an advertisement, icon, link, button, search field, or image, that is distinct from the content, and in the reader mode of presentation, the content is displayed without displaying the advertisement, icon, link, button, search field, or image; after downloading the webpage , displaying, on the display , the webpage in the normal mode of presentation; while the webpage is displayed on the display in the normal mode of presentation, receiving, via the one or more input devices , a first input that corresponds to a request to add an article representation of the webpage to a reading list , wherein the article representation corresponds to the article included in the webpage ; in response to receiving the first input, adding the webpage to the reading list as an article representation of the webpage while displaying the reading list , receiving a second input that corresponds to a selection of the article representation of the webpage from the reading list ; and in response to receiving the second input, displaying the article on the display in the reader mode of presentation. at a computer device with a display and one or more input devices ; downloading a webpage that includes an article, comprising content, wherein the webpage is capable of being displayed in a normal mode of presentation and a reader mode of presentation, wherein the capability of the webpage being displayed in the reader mode of presentation is determined based on a rendering tree ; wherein, in the normal mode of presentation of the webpage , the content is displayed with an advertisement, icon, link, button, search field, or image, that is distinct from the content, and in the reader mode of presentation, the content is displayed without displaying the advertisement, icon, link, button, search field, or image; after downloading the webpage , displaying, on the display , the webpage in the normal mode of presentation; while the webpage is displayed on the display in the normal mode of presentation, receiving, via the one or more input devices , a first input that corresponds to a request to add an article representation of the webpage to a reading list , wherein the article representation corresponds to the article included in the webpage ; in response to receiving the first input, adding the webpage to the reading list as an article representation of the webpage while displaying the reading list , receiving a second input that corresponds to a selection of the article representation of the webpage from the reading list ; and in response to receiving the second input, displaying the article on the display in the reader mode of presentation.
A medical device (10; 100; 200) comprising: a sheath (14; 114; 214); a laser fiber (16; 116; 216) configured to extend from an end of the sheath; a basket section (12; 112; 212) comprising flexible members (18; 118; 218), wherein at least a portion of the flexible members are between the sheath and the laser fiber; and a laser beam splitter (136; 236; 336; 436; 536) coupled to the laser fiber, wherein the flexible members are configured to be movable relative to the sheath characterised in that the basket section is configured to open and close to capture a calculus , wherein the device is configured to immobilize the captured calculus to maintain the relative position of the laser fiber and the calculus to make a hole in the calculus or to fragment it into two or more pieces. a sheath (14; 114; 214); a laser fiber (16; 116; 216) configured to extend from an end of the sheath; a basket section (12; 112; 212) comprising flexible members (18; 118; 218), wherein at least a portion of the flexible members are between the sheath and the laser fiber; and a laser beam splitter (136; 236; 336; 436; 536) coupled to the laser fiber, wherein the flexible members are configured to be movable relative to the sheath characterised in that the basket section is configured to open and close to capture a calculus , wherein the device is configured to immobilize the captured calculus to maintain the relative position of the laser fiber and the calculus to make a hole in the calculus or to fragment it into two or more pieces.
A method comprising: receiving first orientation data from a first device, wherein the first device is a touchscreen device and the first orientation data is associated with a touch trajectory comprising a motion of a touch interaction by a user of the first device with a pointing device on a capacitive touch surface of the first device, receiving second orientation data from a second device, wherein the second device is a wrist-wearable device and the second orientation data is movement data from the wrist-wearable device worn by the user; correlating the motion of the touch interaction with the second orientation data; based on the correlation, determining a relative orientation of the first device to the second device; and determining a position of the pointing device including an indication whether the motion of the touch interaction is made by the same hand on which the second device is worn, based on the touch trajectory and the relative orientation of the first device to the second device. receiving first orientation data from a first device, wherein the first device is a touchscreen device and the first orientation data is associated with a touch trajectory comprising a motion of a touch interaction by a user of the first device with a pointing device on a capacitive touch surface of the first device, receiving second orientation data from a second device, wherein the second device is a wrist-wearable device and the second orientation data is movement data from the wrist-wearable device worn by the user; correlating the motion of the touch interaction with the second orientation data; based on the correlation, determining a relative orientation of the first device to the second device; and determining a position of the pointing device including an indication whether the motion of the touch interaction is made by the same hand on which the second device is worn, based on the touch trajectory and the relative orientation of the first device to the second device.
An adaptable ostomy base plate comprising a flexible top film and having at least a first and a second section , at least a first elastic skin-friendly adhesive on a proximal surface of said flexible top film , a stoma-receiving through-going hole in said first section , said first section being adjacent to and extending radially from said through-going hole , and said second section surrounding said first section , and one or more release liners , wherein at least said first section can be inverted from a first substantially convex shape to a first substantially concave shape, characterized in that said second section has a second substantially convex shape that can be inverted to a second substantially concave shape and in that at least said second section further comprises a reinforcing element comprising a permeable or perforated blown film or a foamed film layer.
A method for treating a metal substrate comprising: - contacting the metal substrate with a pretreatment composition comprising: a Group IIIB and/or Group IVB metal; free fluoride; and lithium, wherein the lithium comprises from 5 to 500 parts per million, based on a total weight of the ingredients in the pretreatment composition, - electrophoretically depositing a coating composition onto the metal substrate, wherein the coating composition comprises yttrium. - contacting the metal substrate with a pretreatment composition comprising: a Group IIIB and/or Group IVB metal; free fluoride; and lithium, wherein the lithium comprises from 5 to 500 parts per million, based on a total weight of the ingredients in the pretreatment composition, a Group IIIB and/or Group IVB metal; free fluoride; and lithium, wherein the lithium comprises from 5 to 500 parts per million, based on a total weight of the ingredients in the pretreatment composition, - electrophoretically depositing a coating composition onto the metal substrate, wherein the coating composition comprises yttrium.
A system for collecting the data provided by a chain of sensors constituting a linear acoustic antenna, the collection and the uploading of the data to the system for collecting the data of the antenna being organised around modules for acquiring the sensor data, or HUBs, chained together, each HUB managing the collection and the uploading of the data produced by a given number of sensors; said system being characterised in that each HUB of rank n (HUB n ) is configured to: - receive simultaneously, on a first input, linked to the HUB of rank n-1 situated immediately upstream (HUB n-1 ), a stream of sensor data constituting a first string of data frames originating from said HUB and on a second input, linked to the HUB situated i ranks upstream (HUB n-i ), a stream of sensor data constituting a second string of data frames originating from the latter, i being greater than 1; - integrate into each data frame, received on the first or the second input according to the presence or absence of a data stream on one or the other of the inputs, the synchronous sensor data of said frame, produced by the various sensors managed by it and produce a supplemented frame; and - deliver this supplemented frame on two separate outputs, linked respectively to the HUB situated immediately downstream (HUB n+1 ) and to the HUB situated i ranks downstream (HUB n+i ). - receive simultaneously, on a first input, linked to the HUB of rank n-1 situated immediately upstream (HUB n-1 ), a stream of sensor data constituting a first string of data frames originating from said HUB and on a second input, linked to the HUB situated i ranks upstream (HUB n-i ), a stream of sensor data constituting a second string of data frames originating from the latter, i being greater than 1; - integrate into each data frame, received on the first or the second input according to the presence or absence of a data stream on one or the other of the inputs, the synchronous sensor data of said frame, produced by the various sensors managed by it and produce a supplemented frame; and - deliver this supplemented frame on two separate outputs, linked respectively to the HUB situated immediately downstream (HUB n+1 ) and to the HUB situated i ranks downstream (HUB n+i ).
An article of footwear comprising: an upper ; a sole structure including a ground-engaging outer member ; and a first strand extending from a medial side of the footwear , through a first through-hole formed in the ground-engaging outer member , to a lateral side of the footwear . an upper ; a sole structure including a ground-engaging outer member ; and a first strand extending from a medial side of the footwear , through a first through-hole formed in the ground-engaging outer member , to a lateral side of the footwear .