mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a microelectronic device successively comprising: - forming a first current collector on a face of a substrate ; - forming a first electrode on, and in electrical continuity with, a portion of the first current collector; - a heat treatment configured to heat treat the first electrode characterised in that : - the formation of the first current collector comprises forming a first collector layer on the face of the substrate and forming a second collector layer covering at least one part, referred to as a covered part, of the first collector layer and having a first face in contact with the first electrode , - the second collector layer is configured to protect the covered part during the heat treatment, such that the heat treatment does not oxidise said covered part. - forming a first current collector on a face of a substrate ; - forming a first electrode on, and in electrical continuity with, a portion of the first current collector; - a heat treatment configured to heat treat the first electrode - the formation of the first current collector comprises forming a first collector layer on the face of the substrate and forming a second collector layer covering at least one part, referred to as a covered part, of the first collector layer and having a first face in contact with the first electrode , - the second collector layer is configured to protect the covered part during the heat treatment, such that the heat treatment does not oxidise said covered part.
An electronic device comprising: a first part having a first display and a second part having a second display ; said first and second parts configured to be foldable about a folding axis into a plurality of configurations comprising at least a first closed configuration and a second open configuration, wherein the device is configured to move from a first operating mode to a second operating mode upon detection of a critical angle between the first and second parts, and wherein in the first operating mode, the first display is arranged to provide one or more indications to one or more adjacent user inputs , and in the second operating mode, the first and second displays are arranged to act as displays, wherein the first display is configured to provide control over an image which is provided on the second display in the second open configuration. a first part having a first display and a second part having a second display ; said first and second parts configured to be foldable about a folding axis into a plurality of configurations comprising at least a first closed configuration and a second open configuration, wherein the device is configured to move from a first operating mode to a second operating mode upon detection of a critical angle between the first and second parts, and wherein in the first operating mode, the first display is arranged to provide one or more indications to one or more adjacent user inputs , and in the second operating mode, the first and second displays are arranged to act as displays, wherein the first display is configured to provide control over an image which is provided on the second display in the second open configuration.
Faucet column for a free-standing sanitary faucet, comprising - a floor-sided column end and a faucet-carrying column end , - at least one water conduit within the faucet column, extending from the floor-sided column end up to the faucet-carrying column end, - a supporting profile which is a structural profile or a profiled steel and extends from the floor-sided column end up to the faucet-carrying column end, - at least one cavity which includes the water conduit, the cavity extends from the floor-sided column end up to the faucet-carrying column end and is provided by the supporting profile, and - an enveloping element , surrounding the supporting profile. - a floor-sided column end and a faucet-carrying column end , - at least one water conduit within the faucet column, extending from the floor-sided column end up to the faucet-carrying column end, - a supporting profile which is a structural profile or a profiled steel and extends from the floor-sided column end up to the faucet-carrying column end, - at least one cavity which includes the water conduit, the cavity extends from the floor-sided column end up to the faucet-carrying column end and is provided by the supporting profile, and - an enveloping element , surrounding the supporting profile.
A drawer assembly for a refrigerating and freezing device, comprising: a sealing barrel , provided with a front-end opening and comprising a barrel body provided with a top opening and a barrel cover configured to cover the opening; a tray , configured to be inserted into a bottom of the sealing barrel via the front-end opening in a way of being capable of being pushed and pulled; and a drawer , carried on the tray , configured to be inserted into the sealing barrel along with the tray in a way of being capable of being pushed and pulled, and provided with a drawer body and a front-end plate arranged on a front side of the drawer body , wherein the tray is provided with a head part located outside the sealing barrel when the drawer is in a fully closed state, and airtight sealing is formed between the head part of the tray and the drawer , between the head part of the tray and a front end of a bottom plate of the sealing barrel , between the front-end plate and a front end of the barrel cover of the sealing barrel , as well as between the barrel body and the barrel cover via sealing members, so that when the drawer is in the fully closed state, a closed storage space is formed inside the drawer . a sealing barrel , provided with a front-end opening and comprising a barrel body provided with a top opening and a barrel cover configured to cover the opening; a tray , configured to be inserted into a bottom of the sealing barrel via the front-end opening in a way of being capable of being pushed and pulled; and a drawer , carried on the tray , configured to be inserted into the sealing barrel along with the tray in a way of being capable of being pushed and pulled, and provided with a drawer body and a front-end plate arranged on a front side of the drawer body , wherein the tray is provided with a head part located outside the sealing barrel when the drawer is in a fully closed state, and airtight sealing is formed between the head part of the tray and the drawer , between the head part of the tray and a front end of a bottom plate of the sealing barrel , between the front-end plate and a front end of the barrel cover of the sealing barrel , as well as between the barrel body and the barrel cover via sealing members, so that when the drawer is in the fully closed state, a closed storage space is formed inside the drawer .
A frame for a grand piano or an upright piano comprising a front panel , a rear panel as well as a plurality of longitudinal struts connecting the front panel and the rear panel , characterised in that at least one local mass maximum is formed on at least one longitudinal strut having a minimum length of 500 mm, as viewed in the direction of longitudinal extent thereof, between the front panel and the rear panel in a discrete region of the longitudinal strut by partially increasing the cross-sectional area, by partially using a material having a higher density and/or by fixing a separate element in a discrete region of the longitudinal strut , said local mass maximum extending over a length of the longitudinal strut of at most 150 mm, wherein the at least one longitudinal strut on which the at least one local mass maximum is formed has a connecting region to another element of the frame and at least one additional local mass maximum is formed on this longitudinal strut spaced apart from this connecting region.
A surgical instrument comprising: a handle ; an adapter configured to releasably couple to the handle and including a translating element; a loading unit configured to releasably couple to a distal end portion of the adapter, the loading unit configured to translate the translating element of the adapter proximally as the loading unit is being coupled to the adapter which loading unit including an end effector assembly including a first and a second jaw member moveable relative to one another and configured to act on tissue; wherein the translating element comprises a translatable shaft extending distally through the loading unit configured to transfer motion from the adapter to the loading unit to actuate one or more of the functions of the end effector, the translatable shaft being received in a shaft receiver of the loading unit such that translation of the shaft actuates the end effector; a loading unit detection system comprising a magnet embedded in the translating element of the adapter and configured to translate with the translating element as the loading unit is coupled to the adapter; and a GMR IC embedded within the adapter, the GMR IC configured to output a differential voltage in response to a magnetic field produced by the magnet, wherein the differential voltage produced by the GMR IC is indicative of a position of the loading unit relative to the adapter. a handle ; an adapter configured to releasably couple to the handle and including a translating element; a loading unit configured to releasably couple to a distal end portion of the adapter, the loading unit configured to translate the translating element of the adapter proximally as the loading unit is being coupled to the adapter which loading unit including an end effector assembly including a first and a second jaw member moveable relative to one another and configured to act on tissue; wherein the translating element comprises a translatable shaft extending distally through the loading unit configured to transfer motion from the adapter to the loading unit to actuate one or more of the functions of the end effector, the translatable shaft being received in a shaft receiver of the loading unit such that translation of the shaft actuates the end effector; a loading unit detection system comprising a magnet embedded in the translating element of the adapter and configured to translate with the translating element as the loading unit is coupled to the adapter; and a GMR IC embedded within the adapter, the GMR IC configured to output a differential voltage in response to a magnetic field produced by the magnet, wherein the differential voltage produced by the GMR IC is indicative of a position of the loading unit relative to the adapter.
Method for tracking a sample identity during a process in an analysis system , wherein the analysis system comprises a liquid chromatograph and a mass spectrometer , the method comprising: - providing a sample , - adding a composition of different chemical substances to the sample with a concentration being above a detection level of the mass spectrometer , - processing the sample together with the composition by means of the analysis system , - detecting and measuring a component and/or components of the sample by means of the mass spectrometer , - detecting and measuring the composition or parts of the composition of different chemical substances by means of the mass spectrometer - identifying the sample based on a detection of a substance detection signal pattern of the mass spectrometer including substance detection signals representing the composition of chemical substances , wherein the liquid chromatograph comprises a liquid chromatography separation station comprising a plurality of liquid chromatography channels , wherein the method further comprises providing a plurality of samples , adding a composition of different chemical substances to each of the plurality of samples , wherein the compositions added to the plurality of samples are different from one another, processing the plurality of samples together with the compositions of chemical substances by means of the analysis system , and identifying each of the plurality of samples based on a detection of substance detection signal patterns of the mass spectrometer including substance detection signals representing the different compositions of chemical substances . - providing a sample , - adding a composition of different chemical substances to the sample with a concentration being above a detection level of the mass spectrometer , - processing the sample together with the composition by means of the analysis system , - detecting and measuring a component and/or components of the sample by means of the mass spectrometer , - detecting and measuring the composition or parts of the composition of different chemical substances by means of the mass spectrometer - identifying the sample based on a detection of a substance detection signal pattern of the mass spectrometer including substance detection signals representing the composition of chemical substances , wherein the liquid chromatograph comprises a liquid chromatography separation station comprising a plurality of liquid chromatography channels , wherein the method further comprises providing a plurality of samples , adding a composition of different chemical substances to each of the plurality of samples , wherein the compositions added to the plurality of samples are different from one another, processing the plurality of samples together with the compositions of chemical substances by means of the analysis system , and identifying each of the plurality of samples based on a detection of substance detection signal patterns of the mass spectrometer including substance detection signals representing the different compositions of chemical substances .
An apparatus for charge neutralization, the apparatus comprising: a first emitter nozzle; a power supply configured to supply a high frequency alternating current (AC) signal to the first emitter nozzle; and control circuitry configured to: provide a polarity signal to the power supply to generate a DC offset signal, wherein a combination of the high frequency AC signal and the DC offset signal causes the power supply to output a positive ion generation pulse or a negative ion generation pulse; control the polarity signal to cause the power supply to provide a period of positive ion generation and a period of negative ion generation; determine a balance voltage at an output of the first emitter nozzle; and control the polarity signal to adjust a relative durations of the period of positive ion generation and the period of negative ion generation based on the balance voltage . a first emitter nozzle; a power supply configured to supply a high frequency alternating current (AC) signal to the first emitter nozzle; and control circuitry configured to: provide a polarity signal to the power supply to generate a DC offset signal, wherein a combination of the high frequency AC signal and the DC offset signal causes the power supply to output a positive ion generation pulse or a negative ion generation pulse; control the polarity signal to cause the power supply to provide a period of positive ion generation and a period of negative ion generation; determine a balance voltage at an output of the first emitter nozzle; and control the polarity signal to adjust a relative durations of the period of positive ion generation and the period of negative ion generation based on the balance voltage . provide a polarity signal to the power supply to generate a DC offset signal, wherein a combination of the high frequency AC signal and the DC offset signal causes the power supply to output a positive ion generation pulse or a negative ion generation pulse; control the polarity signal to cause the power supply to provide a period of positive ion generation and a period of negative ion generation; determine a balance voltage at an output of the first emitter nozzle; and control the polarity signal to adjust a relative durations of the period of positive ion generation and the period of negative ion generation based on the balance voltage .
A plate for an evaporative cooler, comprising: a wicking material with at least one exposed surface and one or more masks (505, 705; 800) lining a portion of the at least one exposed surface , wherein the one or more masks (505, 705; 800) comprise an impermeable material that prevent a liquid from evaporating through the one or more masks (505, 705; 800); and one or more perforations passing through the plate , wherein at least one mask (705; 800) of the one or more masks (505, 705; 800) at least partially lines at least one perforation of the one or more perforations. a wicking material with at least one exposed surface and one or more masks (505, 705; 800) lining a portion of the at least one exposed surface , wherein the one or more masks (505, 705; 800) comprise an impermeable material that prevent a liquid from evaporating through the one or more masks (505, 705; 800); and one or more perforations passing through the plate , wherein at least one mask (705; 800) of the one or more masks (505, 705; 800) at least partially lines at least one perforation of the one or more perforations.
Stop ring , comprising a support eye lug used to suspend a stopping or lashing means, and a threaded pin , rotatably arranged with respect to the support eye lug , for fixing to an object to be lifted or fixed, wherein the support eye lug and the threaded pin are connected to one another in a form-fitting manner by a bearing journal of the threaded pin , which engages in the bearing borehole of the support eye lug , and a plurality of bearing bodies, and having a locking element , by means of which, in a locking position, the support eye lug and the threaded pin can be locked against rotation, wherein the bottom of the support eye lug is enclosed upwards, characterised in that , as bearing bodies, bearing rollers are provided, that a rotatably mounted locking element is located in the base of the support eye lug , which in the initial position is not in engagement with the bearing journal of the threaded pin , but which, by actuation from outside, can be brought into a locking position providing blocking against rotation, and that the locking element is configured as a rotating rod with a cut-out opening in the middle.
An uplink transmit power determining method, wherein the method comprises: receiving (S101, S201) a power headroom report, PHR, reported by a terminal; obtaining (S102, S202) a current path loss, PL, of the terminal based on the PHR; determining (S103, S204), based on the PL and an obtained interference margin, a repetition count of Uplink Control Information, UCI, of the terminal; and sending (S104, S205) the repetition count of the UCI to the terminal, wherein the repetition count of the UCI is used to determine an uplink transmit power, wherein the determining (S103, S204), based on the PL and the obtained interference margin, a repetition count of UCI of the terminal comprises: comparing a sum of the PL and the interference margin with a preset threshold; and if the sum of the PL and the interference margin is greater than the threshold, determining the repetition count of the UCI based on a high coverage level; or if the sum of the PL and the interference margin is less than the threshold, determining the repetition count of the UCI based on a low coverage level. receiving (S101, S201) a power headroom report, PHR, reported by a terminal; obtaining (S102, S202) a current path loss, PL, of the terminal based on the PHR; determining (S103, S204), based on the PL and an obtained interference margin, a repetition count of Uplink Control Information, UCI, of the terminal; and sending (S104, S205) the repetition count of the UCI to the terminal, wherein the repetition count of the UCI is used to determine an uplink transmit power, wherein the determining (S103, S204), based on the PL and the obtained interference margin, a repetition count of UCI of the terminal comprises: comparing a sum of the PL and the interference margin with a preset threshold; and if the sum of the PL and the interference margin is greater than the threshold, determining the repetition count of the UCI based on a high coverage level; or if the sum of the PL and the interference margin is less than the threshold, determining the repetition count of the UCI based on a low coverage level. comparing a sum of the PL and the interference margin with a preset threshold; and if the sum of the PL and the interference margin is greater than the threshold, determining the repetition count of the UCI based on a high coverage level; or if the sum of the PL and the interference margin is less than the threshold, determining the repetition count of the UCI based on a low coverage level.
Retaining assembly for a shower hose , which is connected to a hose coupling element , wherein a diameter of the hose coupling element is larger than the diameter of the hose , the retaining assembly comprising a retaining bracket and a holder , wherein the retaining bracket is to be mounted on the holder and wherein the retaining bracket has a retaining section and a mounting section , the retaining section forming an opening for guiding the hose so that the hose is moveable in its axial extension through the opening and the hose coupling element is prevented from being moved through the opening , the opening having a lateral aperture so that the hose is to be inserted through the lateral aperture into the opening , wherein the holder can be assembled with the mounting section of the retaining bracket so that the aperture is closed by the assembled holder , characterized in that , the mounting section forms a rail hole adjacent to the lateral aperture , wherein the rail hole and the opening are connected in the disassembled state by the lateral aperture and wherein the rail hole has a larger diameter than an inner diameter of the opening , so that the hose can be inserted with its hose coupling element through the rail hole and can subsequently be inserted laterally into the opening , wherein the holder comprises a shower rail that fits frictionally in the rail hole .
Pneumatic vehicle tyre for passenger cars, in particular for use in winter driving conditions, having a tread that is subdivided by grooves , in particular diagonal grooves or transverse grooves, and by circumferential grooves into profile blocks which are each provided with a number of sipes and to which shoulder-side profile blocks belong, wherein, in the shoulder-side profile blocks , grooves extend at an angle of 60° to 85° to the circumferential direction, the sipes extend at least substantially parallel to the grooves and in each case at least two sipes have a width of 0.4 mm to 0.6 mm, wherein in each case one groove , together with the profile blocks immediately adjoining it, forms a pitch (P 1 , P 2 , P 3 ), wherein the pitches (P 1 , P 2 , P 3 ) are provided in at least two different pitch lengths and have accordingly different circumferential lengths (L 1 , L 2 , L 3 ) at the periphery of the ground contact area of the tyre, characterized in that at least two sipes with a width of 0.4 mm to 0.6 mm extend in shoulder-side profile blocks that belong to pitches (P 2 , P 3 ) with a circumferential length (L 2 , L 3 ) of at least 28 mm, wherein, between two of these sipes , a further sipe is arranged, which has a width of 1.1 mm to 2.7 mm, wherein the further sipe has, in a profile block that belongs to a pitch (P 2 ) having a circumferential length (L 2 ) of 28 mm to 32 mm, a width that is less than the width of a further sipe in a profile block that belongs to a pitch (P 3 ) with a longer circumferential length (L 3 ).