mhurhangee/patent-ind-claim-en huggingface dataset:
Amine-functional adduct from the reaction of (i) an amine mixture comprising at least one diamine of formula (I) and at least one diamine of formula (II) in a weight ratio within a range from 65/35 to 95/5, where A is an alkylene radical, cycloalkylene radical or arylalkylene radical having 2 to 12 carbon atoms, and R is an alkyl radical, cycloalkyl radical or arylalkyl radical having 1 to 12 carbon atoms, wherein the two nitrogen atoms in the diamine of formula (I) and (II) are in each case separated from one another by at least two carbon atoms and the diamine of formula (I) has a total of 8 to 15 carbon atoms, (ii) with at least one diepoxide in a stoichiometric ratio of at least 1.2 moles of diamine of formula (I) to 1 mole equivalent of epoxy groups. (i) an amine mixture comprising at least one diamine of formula (I) and at least one diamine of formula (II) in a weight ratio within a range from 65/35 to 95/5, where A is an alkylene radical, cycloalkylene radical or arylalkylene radical having 2 to 12 carbon atoms, and R is an alkyl radical, cycloalkyl radical or arylalkyl radical having 1 to 12 carbon atoms, wherein the two nitrogen atoms in the diamine of formula (I) and (II) are in each case separated from one another by at least two carbon atoms and the diamine of formula (I) has a total of 8 to 15 carbon atoms, A is an alkylene radical, cycloalkylene radical or arylalkylene radical having 2 to 12 carbon atoms, and R is an alkyl radical, cycloalkyl radical or arylalkyl radical having 1 to 12 carbon atoms, wherein the two nitrogen atoms in the diamine of formula (I) and (II) are in each case separated from one another by at least two carbon atoms and the diamine of formula (I) has a total of 8 to 15 carbon atoms, (ii) with at least one diepoxide in a stoichiometric ratio of at least 1.2 moles of diamine of formula (I) to 1 mole equivalent of epoxy groups.
Medium biasing test device with a) a test chamber housing with a test chamber in which a specimen is subjected to a medium and a mechanical load, b) biasing bars , which are each fixedly connected in one end region to an end region of the specimen and fixedly connected in the other end region to an associated force transmitting device (2; 3), c) sealing sleeves , ca) which are fixedly connected to the test chamber housing in one end region with a provision of a sealing effect, in particular by means of a test chamber sealing device , cb) which are fixedly connected to the associated force transmitting device (2; 3) in the other end region with a provision of a sealing effect, in particular by means of a force transmitting device sealing device , and cc) through which the biasing bars extend, wherein an intermediate space is in each case formed between the biasing bars and the sealing sleeves , the intermediate space being fluidically connected to the test chamber , d) wherein the test chamber and the intermediate spaces are sealed off from the environment by the sealing effects, in particular by the test chamber sealing devices and the force transmitting device sealing devices . a) a test chamber housing with a test chamber in which a specimen is subjected to a medium and a mechanical load, b) biasing bars , which are each fixedly connected in one end region to an end region of the specimen and fixedly connected in the other end region to an associated force transmitting device (2; 3), c) sealing sleeves , ca) which are fixedly connected to the test chamber housing in one end region with a provision of a sealing effect, in particular by means of a test chamber sealing device , cb) which are fixedly connected to the associated force transmitting device (2; 3) in the other end region with a provision of a sealing effect, in particular by means of a force transmitting device sealing device , and cc) through which the biasing bars extend, wherein an intermediate space is in each case formed between the biasing bars and the sealing sleeves , the intermediate space being fluidically connected to the test chamber , ca) which are fixedly connected to the test chamber housing in one end region with a provision of a sealing effect, in particular by means of a test chamber sealing device , cb) which are fixedly connected to the associated force transmitting device (2; 3) in the other end region with a provision of a sealing effect, in particular by means of a force transmitting device sealing device , and cc) through which the biasing bars extend, wherein an intermediate space is in each case formed between the biasing bars and the sealing sleeves , the intermediate space being fluidically connected to the test chamber , d) wherein the test chamber and the intermediate spaces are sealed off from the environment by the sealing effects, in particular by the test chamber sealing devices and the force transmitting device sealing devices .
A leak test instrument comprising: - electrodes ; - at least one power source configured to apply a voltage to said electrodes; - a current measuring device configured to measure current on at least one electrode in order to detect a leak, and characterised in that the leak test instrument further comprises - an insulator positioned between the one or more electrode from which the current is measured, the electrodes being positioned and extending through the insulator for the measurement of the current - electrodes ; - at least one power source configured to apply a voltage to said electrodes; - a current measuring device configured to measure current on at least one electrode in order to detect a leak, and characterised in that the leak test instrument further comprises - an insulator positioned between the one or more electrode from which the current is measured, - an insulator positioned between the one or more electrode from which the current is measured, the electrodes being positioned and extending through the insulator for the measurement of the current
A method for adapting the applied volume gain ((G Volume ) appliqué ) in an audio amplifier controlling at least one loudspeaker of an enclosure according to the desired volume gain (G Volume desiré ) selected by a user on a scale increased by a maximum desired volume gain ((G Volume désiré ) max ), including the following steps: - determining the effective intensity (I rms ) applied to at least one loudspeaker, - calculating a maximum volume gain ((G Volume ) max ) from: - the desired volume gain (G Volume desiré ), - the effective intensity (I rms ) applied to the loudspeaker, - thermal characteristics ((P i ) max , (R e ) i ) of the loudspeaker, - the maximum desired volume gain ((G Volume désiré ) max ), - calculating an increasing monotonic function providing an variable applied volume gain ((G Volume ) max variable ) according to the desired volume gain (G Volume désiré ) such that the image of the maximum desired volume gain ((G Volume désiré ) max ) by the monotonic function is equal to the maximum volume gain ((G Volume ) max ), - applying , to the amplifier, as applied volume gain ((G Volume ) appliqué ), the minimum of the desired volume gain ((G Volume ) désiré ) and the variable applied volume gain (G Volume ) max variable ). - determining the effective intensity (I rms ) applied to at least one loudspeaker, - calculating a maximum volume gain ((G Volume ) max ) from: - the desired volume gain (G Volume desiré ), - the effective intensity (I rms ) applied to the loudspeaker, - thermal characteristics ((P i ) max , (R e ) i ) of the loudspeaker, - the maximum desired volume gain ((G Volume désiré ) max ), - the desired volume gain (G Volume desiré ), - the effective intensity (I rms ) applied to the loudspeaker, - thermal characteristics ((P i ) max , (R e ) i ) of the loudspeaker, - the maximum desired volume gain ((G Volume désiré ) max ), - calculating an increasing monotonic function providing an variable applied volume gain ((G Volume ) max variable ) according to the desired volume gain (G Volume désiré ) such that the image of the maximum desired volume gain ((G Volume désiré ) max ) by the monotonic function is equal to the maximum volume gain ((G Volume ) max ), - applying , to the amplifier, as applied volume gain ((G Volume ) appliqué ), the minimum of the desired volume gain ((G Volume ) désiré ) and the variable applied volume gain (G Volume ) max variable ).
A boron nitride sintered body comprising: a plurality of coarse particles each having a length of 20 μm or more; and fine particles smaller than the plurality of coarse particles , wherein, when viewed in a cross-section, the plurality of coarse particles intersect with each other, and the boron nitride sintered body has a region surrounded by the plurality of coarse particles and the fine particles in the region , and wherein the thermal conductivity of the boron nitride sintered body is 20 W/mK or more. a plurality of coarse particles each having a length of 20 μm or more; and fine particles smaller than the plurality of coarse particles , wherein, when viewed in a cross-section, the plurality of coarse particles intersect with each other, and the boron nitride sintered body has a region surrounded by the plurality of coarse particles and the fine particles in the region , and wherein the thermal conductivity of the boron nitride sintered body is 20 W/mK or more.
A lawn care device comprising a belt drive system having a working assembly selectively rotatable based on engagement or disengagement of a PTO clutch to provide selective coupling between an engine and the working assembly via the belt drive system , the belt drive system comprising: at least one driven pulley operably coupled to the working assembly; a drive shaft operably coupled to the engine; a drive belt configured to selectively couple the drive shaft to the at least one driven pulley; a tension adjustment assembly configured to operably couple to at least one component of the belt drive system to adjust a position thereof to modify tension of the drive belt ; characterized in that the belt drive system further comprises a control unit configured to provide electronic control of the tension adjustment assembly , wherein the control unit is configured to apply a gradual or pulsed increase in the tension of the drive belt during a predetermined period of time after activation of a PTO switch that is operable to engage or disengage the PTO clutch . at least one driven pulley operably coupled to the working assembly; a drive shaft operably coupled to the engine; a drive belt configured to selectively couple the drive shaft to the at least one driven pulley; a tension adjustment assembly configured to operably couple to at least one component of the belt drive system to adjust a position thereof to modify tension of the drive belt ; characterized in that the belt drive system further comprises a control unit configured to provide electronic control of the tension adjustment assembly , wherein the control unit is configured to apply a gradual or pulsed increase in the tension of the drive belt during a predetermined period of time after activation of a PTO switch that is operable to engage or disengage the PTO clutch .
Pre-slab (1; 101, 201) comprising a concrete body and an insert (6, 7; 106, 107, 206) which is secured to the pre-slab in such a way as to project from a top face of the pre-slab without extending down to the bottom face of the pre-slab, the insert being intended to form a void in a compression slab which is subsequently cast on the pre-slab, the pre-slab (1; 101, 201) being characterised in that it also comprises at least one void (4; 104, 204) arranged in the body of the pre-slab and a void box associated with the void, said void (4; 104, 204) extending for the full height of the concrete body to form a through-opening in the pre-slab (1; 101, 201), the insert (6, 7; 106, 107, 206) and the void box each comprising an alphanumeric indicator peculiar to it to make it easy for a worker to locate the insert (6, 7; 106, 107, 206) and the void box on site.
Building opening/closing element, in particular a window, façade element or door, which is designed to be able to close and open an opening between a first side of the room - called the outside room side I - and a second side of the room - called the inside room side II - and which has at least the following features: a) a fixed frame composed of a plurality of frame profiles , b) a leaf frame composed of a plurality of frame profiles , which is movable relative to the fixed frame and which has a surface element that has or forms a main plane (X-/Y-plane), c) wherein the frame profiles of the leaf frame and/or of the fixed frame each have a bearing section parallel to the main plane of the surface element , d) wherein a decorative strip is secured in each case on one or more of the respective bearing sections of the leaf frame and/or the fixed frame , e) wherein the respective decorative strip is placed against a single abutment web of the associated frame profile on which it is positioned, and f) wherein the respective decorative strip, which is placed against the respective single abutment web of the associated frame profile on which it is positioned, is also positioned on a supporting web of the associated frame profile, which projects from the support section or has a supporting web itself, which projects in the direction of the support section and rests thereon, characterized in that g) the height of the supporting web is chosen such that at least one foamed adhesive carrier is flush with a free end of the supporting web , and in that the respective supporting web is completely covered by the decorative strip . a) a fixed frame composed of a plurality of frame profiles , b) a leaf frame composed of a plurality of frame profiles , which is movable relative to the fixed frame and which has a surface element that has or forms a main plane (X-/Y-plane), c) wherein the frame profiles of the leaf frame and/or of the fixed frame each have a bearing section parallel to the main plane of the surface element , d) wherein a decorative strip is secured in each case on one or more of the respective bearing sections of the leaf frame and/or the fixed frame , e) wherein the respective decorative strip is placed against a single abutment web of the associated frame profile on which it is positioned, and f) wherein the respective decorative strip, which is placed against the respective single abutment web of the associated frame profile on which it is positioned, is also positioned on a supporting web of the associated frame profile, which projects from the support section or has a supporting web itself, which projects in the direction of the support section and rests thereon, characterized in that g) the height of the supporting web is chosen such that at least one foamed adhesive carrier is flush with a free end of the supporting web , and in that the respective supporting web is completely covered by the decorative strip .
Domestic apparatus , comprising the following features: a domestic appliance having a charging interface ; and a charging device for inductively charging a mobile device , wherein the charging device is or can be electrically connected to the charging interface , wherein the domestic appliance is designed to read in, via the charging interface or a further interface of the domestic appliance , at least one status signal which represents at least the status of the charging device and/or the mobile device , wherein, using the status signal, the domestic appliance is designed to provide to at least one output device of the domestic appliance an information signal representing the status at at least one interface. a domestic appliance having a charging interface ; and a charging device for inductively charging a mobile device , wherein the charging device is or can be electrically connected to the charging interface , wherein the domestic appliance is designed to read in, via the charging interface or a further interface of the domestic appliance , at least one status signal which represents at least the status of the charging device and/or the mobile device , wherein, using the status signal, the domestic appliance is designed to provide to at least one output device of the domestic appliance an information signal representing the status at at least one interface.
A downlink signal sending method, wherein the method comprises: indicating (S801), by a transmit end device, position information of a first signal and/or a second signal in time domain by using a third signal, wherein a position of the third signal is generated based on the position information of the first signal and/or the second signal in time domain; determining, by the transmit end device, a sequence of the third signal based on the position information of the first signal and/or the second signal in time domain, and performing scrambling by using a cell identity; and sending a frame comprising the first signal, the second signal and the third signal. indicating (S801), by a transmit end device, position information of a first signal and/or a second signal in time domain by using a third signal, wherein a position of the third signal is generated based on the position information of the first signal and/or the second signal in time domain; determining, by the transmit end device, a sequence of the third signal based on the position information of the first signal and/or the second signal in time domain, and performing scrambling by using a cell identity; and sending a frame comprising the first signal, the second signal and the third signal.
Method for determining the position of the rotor of an electrical machine having a plurality of winding phases with respect to the stator, wherein the inductances (L 1 , L 2 , L 3 ) of the winding phases depend on the respective position of the rotor, characterized in that , at least for one of the current application inputs of the electrical machine , a change ( Δİ i ) in the time derivative ( İ i ) of the current ( I i ) flowing through the current application input (i = 1, 2, 3) in question is ascertained, wherein the change ( Δİ i ) in the time derivative ( İ i ) is caused by a change in the switching state of a connection of the current application inputs to a DC voltage ( U B ) and/or a voltage zero point, and in that a signal which is representative of the position of the rotor is ascertained from the plurality of changes (Δ Ì i ), which are ascertained successively for the at least one current application input (i = 1, 2, 3) or simultaneously for a plurality of the current application inputs , on the basis of equations (2-14) which contain the sums of the voltage components across the individual winding phases before and after the change in switching state, wherein the equations (2-14) define the position-dependent inductances (L1, L2, L3) of the winding phases and the changes in the time derivatives (Δ Ì i ) which correspond to the respective switching states.
Bone anchor comprising a shank configured to be anchored in bone, the shank comprising a first end configured to be inserted first and an opposite second end and a longitudinal axis (S) extending through the first end and the second end, a core and a thread (20, 20', 20", 20′′′, 20ʺʺ, 200) configured to engage bone, the thread comprising a number of turns of a helix around the core , the number of turns defining an axial length of the thread, wherein the thread (20, 20', 20", 20'", 20"") comprises a lower flank facing towards the first end and an upper flank facing towards the second end , the upper flank and the lower flank defining a thread shape; wherein an additional thread structure (21, 21', 21", 21'", 21"") with a modified thread shape is provided on a portion (s2) of the core that is smaller than the axial length of the thread, the additional thread structure comprising a recess (22, 22', 25', 25", 25′′′, 27"") that is at least partially helix-shaped; characterized in that the recess (22, 22', 25', 25", 25′′′) is configured to render the additional thread structure at least partially flexible. a shank configured to be anchored in bone, the shank comprising a first end configured to be inserted first and an opposite second end and a longitudinal axis (S) extending through the first end and the second end, a core and a thread (20, 20', 20", 20′′′, 20ʺʺ, 200) configured to engage bone, the thread comprising a number of turns of a helix around the core , the number of turns defining an axial length of the thread, wherein the thread (20, 20', 20", 20'", 20"") comprises a lower flank facing towards the first end and an upper flank facing towards the second end , the upper flank and the lower flank defining a thread shape; wherein an additional thread structure (21, 21', 21", 21'", 21"") with a modified thread shape is provided on a portion (s2) of the core that is smaller than the axial length of the thread, the additional thread structure comprising a recess (22, 22', 25', 25", 25′′′, 27"") that is at least partially helix-shaped; characterized in that
Opening and closure device with a packaging container for liquid or semi-liquid food, said packaging container being made of packaging material and having a first fold line and an opening line , said first fold line and opening line intersect in an intersection point, said intersection point dividing the opening line into a first opening line portion and a second opening line portion , wherein the opening and closure device comprises an opening device adapted for facilitating rupture of the packaging material along the opening line , when arranged on the packaging container, said opening device has an opening edge that is at least partly aligned along the first opening line portion and arranged on a first side of the opening line , wherein a second side of the opening line comprises an openable area of the packaging container, such that a consumer can fold the opening and closure device at the first fold line and force the packaging material of the opening line against the opening edge to facilitate rupture of the packaging material along the opening line , and wherein the opening and closure device further comprises a closure device adapted for re-closing the packaging container after opening along the opening line , said closure device comprises at least a first closure device part and a second closure device part , said first and second closure device parts being provided on different sides of the first fold line when arranged on the packaging container, and said first and second closure device parts being provided with a first and second mutual lockable member such that the first and second closure device parts may be releasably locked to each other, after folding the opening device along a second fold line , wherein the opening device is provided with the first closure device part , characterized in that the opening device is entirely provided in between the first opening line portion and a first fold line portion , on a first side of the second fold line , and at least the first lockable member extends past the second fold line to a second side of the second fold line .
Encapsulation structure with antireflection properties for an OLED display, comprising a linearly polarizing layer , an inorganic layer , a layer comprising a photo-aligned substance and a liquid crystal polymer layer , wherein the liquid crystal orientation in the liquid crystal polymer layer has been created due to contact with the photo-aligned substance and wherein the layer comprising the photo-aligned substance comprises one or more substances, which are neither photo-alignable nor a solvent and support the barrier properties of the encapsulation structure, and wherein the layer comprising a photo-aligned substance further comprises a getter material, wherein the total thickness of the structure is less than 50 μm.