mhurhangee/patent-ind-claim-en huggingface dataset:
Computer program product for the configuration of a user-specific product , which is stored on a mobile computer and and has a virtual library with a plurality of selectable virtual components for the compilation of a virtual model of the product , which can be shown on a display of the mobile computer , wherein product information (I) for the creation of the actual user-specific product is derivable on the basis of the components selected for the displayed virtual model by means of a first program part , characterised in that the user-specific product is formed by a remote control device and that at least one function device is provided on the mobile computer , which is configured by remote control means so as to emit radio signals, W-LAN signals, infrared signals, and/or Bluetooth signals (S), and which can be actuated and controlled by means of touch operation of the virtual model on the display , wherein the display is configured to be contact-sensitive for this purpose, and the virtual model which can be displayed is connected to the function device by means of a second program part .
Polyester comprising: a) a dicarboxylic component comprising with respect to the total dicarboxylic component: a1) 85-65% in moles of units deriving from 2,5-furandicarboxylic acid or an ester thereof; a2) 15-35% in moles of units deriving from at least one saturated dicarboxylic acid selected from the group comprising adipic acid, azelaic acid, sebacic acid, brassylic acid or an ester or derivative thereof; a3) 0 - 15% in moles of units deriving from at least one aliphatic saturated dicarboxylic acid which is not the saturated dicarboxylic acid in component a2; a4) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid or an ester thereof; b) a diol component comprising with respect to the total diol component: b1) 95 - 100% in moles of units deriving from 1,2-ethanediol; b2) 0 - 5% in moles of units deriving from at least one saturated aliphatic diol which is not 1,2-ethanediol; b3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol. a) a dicarboxylic component comprising with respect to the total dicarboxylic component: a1) 85-65% in moles of units deriving from 2,5-furandicarboxylic acid or an ester thereof; a2) 15-35% in moles of units deriving from at least one saturated dicarboxylic acid selected from the group comprising adipic acid, azelaic acid, sebacic acid, brassylic acid or an ester or derivative thereof; a3) 0 - 15% in moles of units deriving from at least one aliphatic saturated dicarboxylic acid which is not the saturated dicarboxylic acid in component a2; a4) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid or an ester thereof; a1) 85-65% in moles of units deriving from 2,5-furandicarboxylic acid or an ester thereof; a2) 15-35% in moles of units deriving from at least one saturated dicarboxylic acid selected from the group comprising adipic acid, azelaic acid, sebacic acid, brassylic acid or an ester or derivative thereof; a3) 0 - 15% in moles of units deriving from at least one aliphatic saturated dicarboxylic acid which is not the saturated dicarboxylic acid in component a2; a4) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid or an ester thereof; b) a diol component comprising with respect to the total diol component: b1) 95 - 100% in moles of units deriving from 1,2-ethanediol; b2) 0 - 5% in moles of units deriving from at least one saturated aliphatic diol which is not 1,2-ethanediol; b3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol. b1) 95 - 100% in moles of units deriving from 1,2-ethanediol; b2) 0 - 5% in moles of units deriving from at least one saturated aliphatic diol which is not 1,2-ethanediol; b3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol.
A method for shared folder backed integrated workspaces, comprising: generating, by an online content management system , an online shared-folder backed workspace that provides an integrated environment for manipulating content items in a shared folder and for communicating with authorized users of the shared folder; receiving, by the online content management system, first messages associated with a content item, the first messages conforming to a first message type; receiving, by the online content management system, second messages associated with the content item, the second messages conforming to a second message type; receiving, by the online content management system, a request to view messages associated with the content item; aggregating, by the online content management system, the first messages and the second messages into a content item-specific message thread as a comment metadata corresponding to the content item, the content item-specific message thread included in a message stream of the shared-folder backed workspace; and sending, by the online content management system, to a client device the content item-specific message thread , wherein the first message type is asynchronous messaging and the second message type is real-time messaging. generating, by an online content management system , an online shared-folder backed workspace that provides an integrated environment for manipulating content items in a shared folder and for communicating with authorized users of the shared folder; receiving, by the online content management system, first messages associated with a content item, the first messages conforming to a first message type; receiving, by the online content management system, second messages associated with the content item, the second messages conforming to a second message type; receiving, by the online content management system, a request to view messages associated with the content item; aggregating, by the online content management system, the first messages and the second messages into a content item-specific message thread as a comment metadata corresponding to the content item, the content item-specific message thread included in a message stream of the shared-folder backed workspace; and sending, by the online content management system, to a client device the content item-specific message thread , wherein the first message type is asynchronous messaging and the second message type is real-time messaging.
A thermoelectric converter element comprising: a substrate ; a magnetic film provided on the substrate with a certain magnetization direction (A) and formed of a polycrystalline magnetic insulator material; and an electrode provided on the magnetic film with a material exhibiting a spin-orbit interaction, characterized in that the certain magnetization direction (A) has a component in parallel to a film surface of the magnetic film , a spin current is generated so as to flow toward the electrode when a temperature gradient perpendicular to the film surface is applied to the magnetic film , and an electric current is generated in a direction perpendicular to the magnetization direction (A) of the magnetic film by an inverse spin Hall effect of the electrode , characterised in that the magnetic film has a film thickness between t c /5 and 5 t c where t c is a characteristic thickness at which a thermoelectromotive force generated by the electric current is saturated with respect to an increase of a film thickness of the magnetic film and which is three times a magnon diffusion length λ of the magnetic film, t c = 3 λ , wherein the magnon diffusion length is at most 50 micrometers. a substrate ; a magnetic film provided on the substrate with a certain magnetization direction (A) and formed of a polycrystalline magnetic insulator material; and an electrode provided on the magnetic film with a material exhibiting a spin-orbit interaction, characterized in that the certain magnetization direction (A) has a component in parallel to a film surface of the magnetic film , a spin current is generated so as to flow toward the electrode when a temperature gradient perpendicular to the film surface is applied to the magnetic film , and an electric current is generated in a direction perpendicular to the magnetization direction (A) of the magnetic film by an inverse spin Hall effect of the electrode , characterised in that the magnetic film has a film thickness between t c /5 and 5 t c where t c is a characteristic thickness at which a thermoelectromotive force generated by the electric current is saturated with respect to an increase of a film thickness of the magnetic film and which is three times a magnon diffusion length λ of the magnetic film, t c = 3 λ , wherein the magnon diffusion length is at most 50 micrometers.
Sensor device , comprising: a sensor configured to produce a sensor signal responsive to an external physical quantity of an environmental attribute, the sensor being electrically connected to a first signal ; a test device configured for electrically providing a test signal , the test device being connected in series with the sensor by an electrical test connection providing said test signal , the test device being a test sensor which is a substantial duplicate of said sensor and the test sensor being electrically connected to a second signal , and wherein the first signal , the second signal and the test signal are different signals; and a monitor circuit electrically connected to the first, second and test signals, the monitor circuit comprising a processing circuit and a determination circuit , wherein the processing circuit is configured to form a processing output signal responsive to the test signal and to a predetermined processing value , and wherein the determination circuit is configured to determine a diagnostic signal responsive to the processing output signal . a sensor configured to produce a sensor signal responsive to an external physical quantity of an environmental attribute, the sensor being electrically connected to a first signal ; a test device configured for electrically providing a test signal , the test device being connected in series with the sensor by an electrical test connection providing said test signal , the test device being a test sensor which is a substantial duplicate of said sensor and the test sensor being electrically connected to a second signal , and wherein the first signal , the second signal and the test signal are different signals; and a monitor circuit electrically connected to the first, second and test signals, the monitor circuit comprising a processing circuit and a determination circuit , wherein the processing circuit is configured to form a processing output signal responsive to the test signal and to a predetermined processing value , and wherein the determination circuit is configured to determine a diagnostic signal responsive to the processing output signal .
A method of manufacturing a semiconductor device, comprising a gate forming step of forming a gate structure by patterning a conductive film on a laminate film , the gate forming step comprising a step of forming the laminate film on a surface of a semiconductor substrate (W, 11), the laminate film being obtained by laminating a first oxide film containing at least one of a rare earth oxide and an alkaline earth oxide on the substrate, and a high dielectric constant film made from a material of which the dielectric constant is higher than that of silicon oxide on the first oxide film; the gate forming step further comprising a step of forming a first photoresist mask in a first region on the first oxide film and a first etching step of etching the first oxide film in the region exposed by the first photoresist mask; the gate forming step further comprising a step of exposing the first oxide film in the first region by a first removal step of removing the first photoresist mask or a photoresist residue formed on the surface of the first oxide film by a removal liquid, wherein after the first removing step a rinse step is performed of replacing the removal liquid by a rinse liquid, wherein the rinse step is executed immediately after removal of the first photoresist mask by the removal liquid; characterized in that the rinsing step is executed with a rinse liquid made of an alkaline chemical or an organic solvent, so that a loss of the first oxide film during rinsing is decreased as compared to a rinse step in deionized water.
Drawer element for a piece of furniture having at least one single-part or multipart wall , comprising at least one lighting device , wherein the at least one wall has a connecting element which cooperates with a connecting contour of the lighting device and which is arranged on an upwardly directed end face of the at least one wall in order to fasten the lighting device to the drawer element, wherein the lighting device has a translucent profile which has at least one hollow chamber in which LEDs are arranged, wherein the hollow chamber of the profile is constructed in one piece and closed in cross-section, wherein the profile ends almost flush with the at least one wall in the longitudinal direction, wherein the LEDs are arranged on an LED strip , which is inserted from one end face of the profile into the at least one hollow chamber , and characterized in that the translucent profile is at least partially covered by a film arranged on the profile as an opaque cover.
A screen providing system , in particular for a printing apparatus having a screen receptacle for a printing screen and a squeegee device associated with the screen receptacle , with a transport device for transporting respectively one printing screen , with at least one screen repository (3, 3_1 - 3_3) having a plurality of screen storage positions , each for receiving one respective printing screen , and in particular with at least one treatment station (26-28) for treating the printing screens , wherein the transport device supplies the screen repository (3, 3_1 - 3_3), and the at least one treatment station (26-28) in particular, with printing screens , characterised in that the at least one screen repository has at least one closing element that is displaceable for releasing or closing a case housing the screen storage positions , and in that the at least one screen repository (3_3, 3) has a conditioning device configured to create or maintain a climate in the screen repository (3, 3_3) that prevents drying of any printing mass remaining on a printing screen .
A mixture of salt residue and an additive for binding the residual moisture in the salt residue to reduce the accumulation of waste water in a salt heap, wherein the additive having hydraulically and/or pozzolanically setting properties, characterized in that the proportion of the additive in the amount of salt residue is about 0.2 to 4% by mass.
A method for non-invasive and non-destructive determinations of mechanical properties of a polymeric material , comprising: coupling a first end of the polymeric material to a first mechanical mechanism which is movable in a first direction and coupling a second end of the polymeric material to a second mechanical mechanism which is movable in a second direction opposed to the first direction ; applying a pulling force to stretch the polymeric material by moving the first and second mechanical mechanisms a first distance in respective first and second directions ; applying an oscillating force to the polymeric material having the pulling force applied thereto; removing the oscillating force from the polymeric material ; further stretching the polymeric material by moving the first and second mechanical mechanisms a second distance in respective first and second directions , where the further stretching causes any undulating movement in the polymeric material to be removed that resulted from the application of the oscillating force and causes a loading of fibers or polymeric units that support the polymeric material ; allowing the polymeric material to oscillate through a series of cycles of loading and unloading; measuring a strain and stress on the polymeric material as a function of time while the material oscillates; determining a natural frequency of the polymeric material based on a Fourier Transform of the strain or stress in a frequency domain; and determining an elastic modulus of the polymeric material using the natural frequency. coupling a first end of the polymeric material to a first mechanical mechanism which is movable in a first direction and coupling a second end of the polymeric material to a second mechanical mechanism which is movable in a second direction opposed to the first direction ; applying a pulling force to stretch the polymeric material by moving the first and second mechanical mechanisms a first distance in respective first and second directions ; applying an oscillating force to the polymeric material having the pulling force applied thereto; removing the oscillating force from the polymeric material ; further stretching the polymeric material by moving the first and second mechanical mechanisms a second distance in respective first and second directions , where the further stretching causes any undulating movement in the polymeric material to be removed that resulted from the application of the oscillating force and causes a loading of fibers or polymeric units that support the polymeric material ; allowing the polymeric material to oscillate through a series of cycles of loading and unloading; measuring a strain and stress on the polymeric material as a function of time while the material oscillates; determining a natural frequency of the polymeric material based on a Fourier Transform of the strain or stress in a frequency domain; and determining an elastic modulus of the polymeric material using the natural frequency.
A method performed by an access point , AP, in a wireless local area network the method comprising: associating with a plurality of wireless stations, STAs; assigning a wireless station , STA, to at least one of a plurality of groups using an algorithm; transmitting, to the wireless STA , a management frame indicating assignment of the wireless STA to the at least one of the plurality of groups; transmitting a frame to the wireless STA , wherein the frame includes a group presence indicator, GPI, wherein the GPI indicates whether the frame contains data destined to a group of the plurality of groups; and wherein the GPI is included in a physical, PHY, header of the frame. associating with a plurality of wireless stations, STAs; assigning a wireless station , STA, to at least one of a plurality of groups using an algorithm; transmitting, to the wireless STA , a management frame indicating assignment of the wireless STA to the at least one of the plurality of groups; transmitting a frame to the wireless STA , wherein the frame includes a group presence indicator, GPI, wherein the GPI indicates whether the frame contains data destined to a group of the plurality of groups; and wherein the GPI is included in a physical, PHY, header of the frame.
A method of controlling overflow in a below-ground transfer pump sump used in the dispensing of liquid fuels, the method comprising: providing a sump having a sump bottom below a level of ground immediately adjacent the sump; providing a storage tank having an internal cavity for the storage of liquid fuel; providing an overflow assembly having an inlet disposed within the sump and an outlet communicating with the storage tank ; permitting water from the ground adjacent the sump to perforate a sump cover or top portion of the sump to enter the sump and combine with any liquid fuel in the sump; and providing the overflow assembly with a valve that is configured, if the liquid fuel and water in the sump reach a predetermined level, to allow the liquid fuel and water to pass through the overflow assembly into the storage tank containing the liquid fuel. providing a sump having a sump bottom below a level of ground immediately adjacent the sump; providing a storage tank having an internal cavity for the storage of liquid fuel; providing an overflow assembly having an inlet disposed within the sump and an outlet communicating with the storage tank ; permitting water from the ground adjacent the sump to perforate a sump cover or top portion of the sump to enter the sump and combine with any liquid fuel in the sump; and providing the overflow assembly with a valve that is configured, if the liquid fuel and water in the sump reach a predetermined level, to allow the liquid fuel and water to pass through the overflow assembly into the storage tank containing the liquid fuel.
A DC circuit breaker comprising: a first mechanical switch installed on a DC transmission line and being opened to interrupt a current in the DC transmission line when a fault occurs at one side of the DC circuit breaker on the DC transmission line; a first diode connected in parallel with the first mechanical switch ; a second mechanical switch connected in series with the first mechanical switch and being opened to interrupt a current in the DC transmission line when a fault occurs at the remaining side of the DC circuit breaker on the DC transmission line; a second diode connected in parallel with the second mechanical switch ; an LC circuit connected in parallel with the first and second mechanical switches (110 and 130) and including a capacitor and a reactor connected in series with each other to induce LC resonance; a first unidirectional switching device , connected in parallel with the LC circuit , for switching a current flowing in one direction, to induce LC resonance; and a bidirectional switching device , connected in series with the parallel combination of the LC circuit and the first unidirectional switching device , for switching currents flowing in both forward and backward directions. a first mechanical switch installed on a DC transmission line and being opened to interrupt a current in the DC transmission line when a fault occurs at one side of the DC circuit breaker on the DC transmission line; a first diode connected in parallel with the first mechanical switch ; a second mechanical switch connected in series with the first mechanical switch and being opened to interrupt a current in the DC transmission line when a fault occurs at the remaining side of the DC circuit breaker on the DC transmission line; a second diode connected in parallel with the second mechanical switch ; an LC circuit connected in parallel with the first and second mechanical switches (110 and 130) and including a capacitor and a reactor connected in series with each other to induce LC resonance; a first unidirectional switching device , connected in parallel with the LC circuit , for switching a current flowing in one direction, to induce LC resonance; and a bidirectional switching device , connected in series with the parallel combination of the LC circuit and the first unidirectional switching device , for switching currents flowing in both forward and backward directions.