mhurhangee/patent-ind-claim-en huggingface dataset:
Micromechanical component intended for watch mechanisms, at least part of the component being made of a crystalline mineral material based on carbon or alumina comprising at least one contact surface designed to come into contact in sliding and/or pivoting; the contact surface locally comprising at least one first microstructured zone having a texture; characterized in that the texture is formed of microcavities , making the microstructured zone more oleophobic than the non-microstructured contact surface , in that the first microstructured zone is configured to locally confine a lubricating substance on a lubricated portion of the contact surface ; and in that the first microstructured zone extends to the periphery of the lubricated portion . the contact surface locally comprising at least one first microstructured zone having a texture; characterized in that the texture is formed of microcavities , making the microstructured zone more oleophobic than the non-microstructured contact surface , in that the first microstructured zone is configured to locally confine a lubricating substance on a lubricated portion of the contact surface ; and in that the first microstructured zone extends to the periphery of the lubricated portion .
A method to operate a user interface having an output display and an input , comprising: receiving signals from a plurality of user inputs, where at least one user input is a multi-function input operable in a first mode to provide a display control input, and in a second mode, wherein the first mode is at least one of a zoom or a scroll mode, and where in the second mode the user input provides alphanumeric character input; when operating the at least one user input in the first mode, inhibiting operation of the at least one user input in the second mode in response to a focused first element no longer appearing on the display by changing the focus to a second element that does appear on the display and that does not respond to alphanumeric character input. receiving signals from a plurality of user inputs, where at least one user input is a multi-function input operable in a first mode to provide a display control input, and in a second mode, wherein the first mode is at least one of a zoom or a scroll mode, and where in the second mode the user input provides alphanumeric character input; when operating the at least one user input in the first mode, inhibiting operation of the at least one user input in the second mode in response to a focused first element no longer appearing on the display by changing the focus to a second element that does appear on the display and that does not respond to alphanumeric character input.
Scale comprising • a support plate for carrying a load to be weighed, • evaluation electronics for determining the weight of the load • a display device arranged under the support plate for displaying a character string which comprises the numerical value of the measured weight of the load and the unit of the measured value, and • with at least one operating element for operating the scale , wherein • the display device comprises a plurality of light sources embodied by LEDs which are selectively controllable by an electronic system for displaying the weighing result, • the support plate comprises a continuous cover layer at least in the region under which the display device is arranged, and wherein • the display device comprises a luminosity and the cover layer a translucency which are matched to one another in such a way that the display device is visible through the cover layer and the weighing result is recognizable, characterized in that the display device controlled by the electronic system of the scale is embodied and set up in such a way that it is capable of sequentially depicting and displaying the character sequence by changing the display picture in the display device in such a way that it first displays the weighing result as a numerical value and then the associated unit or first displays the unit and then the associated weighing result as a numerical value, so that the weighing result and the associated unit are not displayed simultaneously in the display device , the display device combining numbers and letters via the individual LEDs . • a support plate for carrying a load to be weighed, • evaluation electronics for determining the weight of the load • a display device arranged under the support plate for displaying a character string which comprises the numerical value of the measured weight of the load and the unit of the measured value, and • with at least one operating element for operating the scale , wherein • the display device comprises a plurality of light sources embodied by LEDs which are selectively controllable by an electronic system for displaying the weighing result, • the support plate comprises a continuous cover layer at least in the region under which the display device is arranged, and wherein • the display device comprises a luminosity and the cover layer a translucency which are matched to one another in such a way that the display device is visible through the cover layer and the weighing result is recognizable,
Motorcycle headlight fairing unit with a first fairing part with a visible side and a rear side, at least two self-supporting limbs with respective free ends being configured on the first fairing part , and the limbs in each case defining a cut-out for a headlight lens between them, characterized in that , on their rear side and spaced apart from a surface of the visible side, the free ends of the limbs are connected to at least one connecting web which closes a contour which is defined by way of the limbs , with the result that the cut-out, defined between the limbs , for the headlight lens is closed over the full periphery by way of the limbs and the connecting web , a second fairing part being fastened on the connecting web , and outer edges of the first fairing part and the second fairing part being held here such that they bear against one another, the second fairing part lying on the connecting web in such a way that the two fairing parts form a flush transition on the visible side of the fairing unit , and the connecting web extending from the rear side of the first fairing part not only to the respective opposite free end of the other limb, but also further along the limb direction and in the direction of the second fairing part , and fastening means for fastening fairing parts or motorcycle parts being provided on the connecting web .
A method comprising: starting a bandwidth part, BWP, inactivity timer based on switching to a first BWP as an active BWP ; initiating a beam failure recovery procedure for the first BWP ; and based on an expiry of the BWP inactivity timer during the beam failure recovery procedure: switching from the first BWP to a second BWP as the active BWP ; and aborting the beam failure recovery procedure . starting a bandwidth part, BWP, inactivity timer based on switching to a first BWP as an active BWP ; initiating a beam failure recovery procedure for the first BWP ; and based on an expiry of the BWP inactivity timer during the beam failure recovery procedure: switching from the first BWP to a second BWP as the active BWP ; and aborting the beam failure recovery procedure . switching from the first BWP to a second BWP as the active BWP ; and aborting the beam failure recovery procedure .
A device for the contactless and non-destructive testing of a surface by measuring its infrared radiation thereof, comprising: one or more electromagnetic radiation sources adapted to emit excitation radiation in an excitation beam along an radiation axis which can be directed onto the surface to be tested ; a detector arranged on a detection axis directed towards the surface to be tested ; and a first IR filter medium provided between each radiation source and the surface to be tested , wherein, in response to radiation impinging onto the surface to be tested , detection radiation is emitted by the surface to be tested and fed to the detector , wherein at least a second filter medium is provided between the first filter medium and the surface to be tested , wherein a space is provided between the first and the second filter medium creating a coolant channel for a cooling fluid circulation , further comprising a coolant drive for actively exchanging a cooling fluid for cooling fluid circulation , wherein the coolant channel is connected to the coolant drive, characterized in that the radiation axis/axes of the radiation source(s) and the detection axis of the detector are mounted with parallel main optical axes and in that a collimating mirror as imaging device is arranged between the radiation source and the surface to be tested diverting the excitation beam towards the surface to be tested .
Injection apparatus for a rocket engine, comprising - an injection plate which delimits a combustion chamber upstream, - a plurality of coaxial injection elements distributed in the injection plate , each of which injection elements forms an inner outlet opening , delimited by a central sleeve body , for a first propellant component and an outer outlet opening for a second propellant component, wherein the outer outlet opening is formed between the central sleeve body and a wall section which surrounds the central sleeve body in an annular manner, characterized in that : the central sleeve body comprises a swirl body , having a plurality of swirling grooves , whereby the first propellant component during operation is swirled as it flows through the swirl body , wherein at least in a partial number of the injection elements , the central sleeve body projects from the wall section in the direction towards the combustion chamber . - an injection plate which delimits a combustion chamber upstream, - a plurality of coaxial injection elements distributed in the injection plate , each of which injection elements forms an inner outlet opening , delimited by a central sleeve body , for a first propellant component and an outer outlet opening for a second propellant component, wherein the outer outlet opening is formed between the central sleeve body and a wall section which surrounds the central sleeve body in an annular manner, characterized in that : the central sleeve body comprises a swirl body , having a plurality of swirling grooves , whereby the first propellant component during operation is swirled as it flows through the swirl body , wherein at least in a partial number of the injection elements , the central sleeve body projects from the wall section in the direction towards the combustion chamber . the central sleeve body comprises a swirl body , having a plurality of swirling grooves , whereby the first propellant component during operation is swirled as it flows through the swirl body , wherein at least in a partial number of the injection elements , the central sleeve body projects from the wall section in the direction towards the combustion chamber .
A modular electrical connector assembly comprising: a first housing having first electrical contacts inserted therein, the first housing having first contact isolation walls positioned between adjacent first electrical contacts ; a second housing having second electrical contacts inserted therein, the second housing having second contact isolation walls positioned between adjacent second electrical contacts ; a third housing having a first opening for positioning the first housing therein and a second opening for positioning the second housing therein, the third housing having third contact isolation walls ; characterised in that when the first housing and the second housing have been inserted into the third housing , the first contact isolation walls , second contact isolation walls and third contact isolation walls align with each other to provide a continuous wall or partition which separates or isolates respective first electrical contacts and respective second electrical contacts . a first housing having first electrical contacts inserted therein, the first housing having first contact isolation walls positioned between adjacent first electrical contacts ; a second housing having second electrical contacts inserted therein, the second housing having second contact isolation walls positioned between adjacent second electrical contacts ; a third housing having a first opening for positioning the first housing therein and a second opening for positioning the second housing therein, the third housing having third contact isolation walls ; characterised in that when the first housing and the second housing have been inserted into the third housing , the first contact isolation walls , second contact isolation walls and third contact isolation walls align with each other to provide a continuous wall or partition which separates or isolates respective first electrical contacts and respective second electrical contacts .
A method, comprising: monitoring a flow of fluid across impellers on a gas meter ; identifying a period of stable flow; operating a differential pressure sensor during the period of stable flow; calculating diagnostic values from data from the differential pressure sensor; and generating an output that corresponds with an operating condition that relates to a relationship between the diagnostic values, characterized in that the differential pressure sensor is operated by: - calculating a fixed test time, which is a multiple of a period T of a sinusoidal wave that describes the flow of fluid across the impellers ; - activating the differential pressure sensor at the beginning of the fixed test time; - deactivating the differential pressure sensor at the end of the fixed test time. monitoring a flow of fluid across impellers on a gas meter ; identifying a period of stable flow; operating a differential pressure sensor during the period of stable flow; calculating diagnostic values from data from the differential pressure sensor; and generating an output that corresponds with an operating condition that relates to a relationship between the diagnostic values, characterized in that the differential pressure sensor is operated by: - calculating a fixed test time, which is a multiple of a period T of a sinusoidal wave that describes the flow of fluid across the impellers ; - activating the differential pressure sensor at the beginning of the fixed test time; - deactivating the differential pressure sensor at the end of the fixed test time. - calculating a fixed test time, which is a multiple of a period T of a sinusoidal wave that describes the flow of fluid across the impellers ; - activating the differential pressure sensor at the beginning of the fixed test time; - deactivating the differential pressure sensor at the end of the fixed test time.
A method for detecting the presence of SARS-CoV-2-specific antibodies in a subject, comprising the steps of: a) placing a sample which has been obtained from the subject in a single assay receptacle, in the presence of a plurality of particles belonging to at least two different groups, one of the groups being conjugated to a first coronaviral polypeptide and one other group being conjugated to a second coronaviral polypeptide, b) incubating the mixture under conditions which allow the formation of immunocomplexes on each group of particles, c) eliminating from the mixture of step b) the immunoglobulins which have not bound to the particles, d) incubating the mixture of step c) with at least an anti-human IgG antibody that is coupled to a fluorescent label; e) eliminating from the mixture of step d) the an anti-human IgG antibodies not bound to the immunocomplexes formed in step b), and f) simultaneously detecting, by means of a detector capable of differentiating the at least two groups of particles mentioned above, the immunocomplexes formed in step d) on each particle, whereby the presence or absence of SARS-CoV-2-specific antibodies is revealed and wherein the fluorescence of the fluorescent label is measured to quantify the detected SARS-CoV-2-specific antibodies, wherein one of the first and second coronaviral polypeptides derives from the SARS-CoV-2 nucleoprotein (N) and the other coronaviral polypeptide derives from the S1 subunit of the SARS-CoV-2 spike (S) protein. a) placing a sample which has been obtained from the subject in a single assay receptacle, in the presence of a plurality of particles belonging to at least two different groups, one of the groups being conjugated to a first coronaviral polypeptide and one other group being conjugated to a second coronaviral polypeptide, b) incubating the mixture under conditions which allow the formation of immunocomplexes on each group of particles, c) eliminating from the mixture of step b) the immunoglobulins which have not bound to the particles, d) incubating the mixture of step c) with at least an anti-human IgG antibody that is coupled to a fluorescent label; e) eliminating from the mixture of step d) the an anti-human IgG antibodies not bound to the immunocomplexes formed in step b), and f) simultaneously detecting, by means of a detector capable of differentiating the at least two groups of particles mentioned above, the immunocomplexes formed in step d) on each particle, whereby the presence or absence of SARS-CoV-2-specific antibodies is revealed and wherein the fluorescence of the fluorescent label is measured to quantify the detected SARS-CoV-2-specific antibodies,
A blade outer air seal assembly for a gas turbine engine , comprising: a seal segment including a blade-sealing portion providing an axially elongated slot at the circumferential end (C1, C2) of the seal segment , a flange extending from the blade-sealing portion , and a first hook and a second hook extending radially outward from the blade-sealing portion and spaced from the flange , the first hook and the second hook providing a cavity axially therebetween; and a feather seal having an elongated portion and first and second legs extending from the elongated portion , wherein the first leg is received against a forward surface of the flange , the second leg is disposed in the cavity , and the elongated portion is disposed in the elongated slot . a seal segment including a blade-sealing portion providing an axially elongated slot at the circumferential end (C1, C2) of the seal segment , a flange extending from the blade-sealing portion , and a first hook and a second hook extending radially outward from the blade-sealing portion and spaced from the flange , the first hook and the second hook providing a cavity axially therebetween; and a blade-sealing portion providing an axially elongated slot at the circumferential end (C1, C2) of the seal segment , a flange extending from the blade-sealing portion , and a first hook and a second hook extending radially outward from the blade-sealing portion and spaced from the flange , the first hook and the second hook providing a cavity axially therebetween; and a feather seal having an elongated portion and first and second legs extending from the elongated portion , wherein the first leg is received against a forward surface of the flange , the second leg is disposed in the cavity , and the elongated portion is disposed in the elongated slot .
Cleaning device for a vehicle for providing a liquid cleaning pulse (FRI) and/or a compressed air cleaning pulse (DRI) for at least one cleaning nozzle , having: - a module compressed air connection for receiving compressed air (DL), - a pressure cylinder with a cylinder volume (VZ), having a movable separating means which divides the cylinder volume (VZ) into a compressed air (DL) receiving chamber and a cleaning liquid (F) receiving chamber in a fluid-tight manner, wherein - the air chamber has an air chamber connection (222.1) which can be subjected to compressed air (DL) for filling the air chamber , wherein when filling the air chamber contraction of the liquid chamber occurs by moving the separating means against a restoring force (FR) and expanding the air chamber , whereby cleaning liquid (F) in the form of the liquid cleaning pulse (FRI) is provided to a liquid nozzle line via a liquid chamber connection (224.1) of the liquid chamber , characterized by - a switching valve , which is designed for establishing a pneumatic connection between the module compressed air connection and the air chamber connection (222.1) in a ventilation position , and - a bypass valve , which is designed for establishing a pneumatic connection between the module compressed air connection and the compressed air nozzle line while bypassing the switching valve in an open position for providing a bypass compressed air flow (BDS). - a module compressed air connection for receiving compressed air (DL), - a pressure cylinder with a cylinder volume (VZ), having a movable separating means which divides the cylinder volume (VZ) into a compressed air (DL) receiving chamber and a cleaning liquid (F) receiving chamber in a fluid-tight manner, wherein - the air chamber has an air chamber connection (222.1) which can be subjected to compressed air (DL) for filling the air chamber , wherein when filling the air chamber contraction of the liquid chamber occurs by moving the separating means against a restoring force (FR) and expanding the air chamber , whereby cleaning liquid (F) in the form of the liquid cleaning pulse (FRI) is provided to a liquid nozzle line via a liquid chamber connection (224.1) of the liquid chamber , characterized by - a switching valve , which is designed for establishing a pneumatic connection between the module compressed air connection and the air chamber connection (222.1) in a ventilation position , and - a bypass valve , which is designed for establishing a pneumatic connection between the module compressed air connection and the compressed air nozzle line while bypassing the switching valve in an open position for providing a bypass compressed air flow (BDS).