mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement comprising a conductor bar of an electrical machine , which is encased with a main insulating layer , and external corona shielding , wherein the external corona shielding has a first ply , which encases the main insulating layer , and a second ply , which in turn encases the first ply , wherein each of the plies comprises a conductive impregnable layer each provided with a sliding layer , wherein the sliding layers of the two plies face one another, characterized in that each of the sliding layers respectively has a multiplicity of cutouts , and in that the two conductive layers are mechanically and electrically connected to one another through these cutouts with the aid of a multiplicity of permanently elastic, electrically conductive connections , wherein the elastic electrically conductive connections are formed by adhesive bonds , wherein the adhesive bonds are produced by means of a conductive adhesive, in particular an electrically conductive silicone or an electrically conductive epoxy adhesive.
A controller for use in a power converter , comprising: an input configured to receive a current sense signal that is representative of a power switch current in a power switch of the power converter ; a drive circuit configured to generate a drive signal to control switching of the power switch to control a transfer of energy from a power converter input to a power converter output; an input for receiving an enable signal including enable events responsive to the power converter output, wherein the drive circuit is configured to turn ON the power switch in response to the enable events and turn OFF the power switch in response to the power switch current reaching a current limit threshold ; and a current limit threshold generator configured to receive the drive signal from the drive circuit and to vary the current limit threshold at a variable rate in response to the drive signal and the enable events of the enable signal, wherein the current limit threshold generator is configured to increase, within a current limit threshold range, the current limit threshold at a variable rate during a fixed time period after an end of each ON time of the power switch, wherein the upward slope of current limit threshold signal is jittered for each fixed time period, and wherein the current limit threshold generator is configured to decrease the current limit threshold, within the current limit threshold range, after the fixed time period at a fixed decrease rate until the power switch current reaches the current limit threshold. an input configured to receive a current sense signal that is representative of a power switch current in a power switch of the power converter ; a drive circuit configured to generate a drive signal to control switching of the power switch to control a transfer of energy from a power converter input to a power converter output; an input for receiving an enable signal including enable events responsive to the power converter output, wherein the drive circuit is configured to turn ON the power switch in response to the enable events and turn OFF the power switch in response to the power switch current reaching a current limit threshold ; and a current limit threshold generator configured to receive the drive signal from the drive circuit and to vary the current limit threshold at a variable rate in response to the drive signal and the enable events of the enable signal, wherein the current limit threshold generator is configured to increase, within a current limit threshold range, the current limit threshold at a variable rate during a fixed time period after an end of each ON time of the power switch, wherein the upward slope of current limit threshold signal is jittered for each fixed time period, and wherein the current limit threshold generator is configured to decrease the current limit threshold, within the current limit threshold range, after the fixed time period at a fixed decrease rate until the power switch current reaches the current limit threshold.
A lipoprotein cage for intracellular delivery of cargo, said lipoprotein cage comprises: (i) a protein cage comprising at least one polypeptide comprising an amino acid sequence I consisting of: wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid; wherein said protein cage possesses a positively charged interior; and (ii) a surfactant composition comprising one or more amphiphiles, wherein the one or more amphiphiles are selected such that the net charge of the composition is negative; each of said amphiphiles comprises a hydrophilic group and a hydrophobic group, wherein the hydrophobic group comprises at least one hydrocarbon moiety selected from the group consisting of C4-C30 alkyl, C4-C30 alkenyl, C4-C30 alkynyl, C4-C30 alkoxy or C5-C30 cycloalkyl; wherein said surfactant composition is encapsulated into the assembled protein cage. (i) a protein cage comprising at least one polypeptide comprising an amino acid sequence I consisting of: wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid; wherein said protein cage possesses a positively charged interior; and wherein any of X 1 to X 29 are independently of each other an amino acid, provided that at least 3 of X 1 to X 6 are independently of each other a positively charged amino acid, and wherein optionally up to 5 amino acids in positions other than denoted by X 1 to X 29 in SEQ ID NO: 1 are exchanged by any amino acid; wherein said protein cage possesses a positively charged interior; and (ii) a surfactant composition comprising one or more amphiphiles, wherein the one or more amphiphiles are selected such that the net charge of the composition is negative; each of said amphiphiles comprises a hydrophilic group and a hydrophobic group, wherein the hydrophobic group comprises at least one hydrocarbon moiety selected from the group consisting of C4-C30 alkyl, C4-C30 alkenyl, C4-C30 alkynyl, C4-C30 alkoxy or C5-C30 cycloalkyl;
A removable rotatable agitator for use in a surface cleaning head , the removable rotatable agitator comprising: the agitator, or an agitator body having a driven end and a non-driven end ; at least one agitator element located on at least a portion of the agitator body between the driven end and the non-driven end, wherein: the at least one agitator element includes a combination of soft agitator elements and relatively stiff agitator elements; the relatively stiff agitator elements include bristles arranged in a helical pattern around the agitator body; and the soft agitator elements include cloth; a tab , or an end cap including a tab, the tab extending radially from at least one end of the agitator body and configured to be gripped by a user to facilitate removing and inserting the non-driven end into an agitator chamber in the surface cleaning head; and a splined driven member located at the driven end of the agitator body, the splined driven member being configured to mate axially and engage with a splined drive member on a drive mechanism in the surface cleaning head. the agitator, or an agitator body having a driven end and a non-driven end ; at least one agitator element located on at least a portion of the agitator body between the driven end and the non-driven end, wherein: the at least one agitator element includes a combination of soft agitator elements and relatively stiff agitator elements; the relatively stiff agitator elements include bristles arranged in a helical pattern around the agitator body; and the soft agitator elements include cloth; the at least one agitator element includes a combination of soft agitator elements and relatively stiff agitator elements; the relatively stiff agitator elements include bristles arranged in a helical pattern around the agitator body; and the soft agitator elements include cloth; a tab , or an end cap including a tab, the tab extending radially from at least one end of the agitator body and configured to be gripped by a user to facilitate removing and inserting the non-driven end into an agitator chamber in the surface cleaning head; and a splined driven member located at the driven end of the agitator body, the splined driven member being configured to mate axially and engage with a splined drive member on a drive mechanism in the surface cleaning head.
Apparatus comprising: a signal processor or processing module , characterized by the signal processor or processing module being configured at least to: receive signaling containing information about an adaptive or self-calibrating set point control curve and a varying equivalent system characteristic curve based at least partly on an instant pump pressure and a flow rate using an adaptive moving average filter, and associated signaling containing information about an equilibrium point of pump differential pressure and system pressure formulated in a hydronic domain by utilizing pump and system characteristic curve equations so as to yield system pressure and flow at any particular load and time in a pump hydronic system, determine equivalent hydronic system characteristics associated with the instant pump pressure and the flow rate to corresponding motor power and speed reconstructed and remapped using a discrete numerical approach; and determine corresponding signaling containing information about an adaptive pressure set point (P*), based on the signaling and associated signaling received and considering: P ∗ t = Q ∗ t / C ̅ v a t 2 , where the requested flow rate, Q* (t), can be written as Q ∗ t = 1 − r C v 2 t / C ̅ v m t 1 + 1 + 4 r C v t / C ̅ v m t 2 / 1 − r 2 P 0 / 2 , where r = b 0 / P 0 is the ratio of a pressure offset of b 0 and the constant pressure set point of P 0 , C v ( t ) is the instant system curve, Q max is the adaptive maximum flow, and C ̅ ν m t is the corresponding maximum system curve, and C ̅ ν a t = MA Q t / P t is the adaptive control curve obtained from a moving average filter applied upon the flow equation of C ν t = Q t / P t or where α is a control curve setting parameter defined as a linear control curve with α = 1 and a quadratic one with α = 2, respectively. determine equivalent hydronic system characteristics associated with the instant pump pressure and the flow rate to corresponding motor power and speed reconstructed and remapped using a discrete numerical approach; and determine corresponding signaling containing information about an adaptive pressure set point (P*), based on the signaling and associated signaling received and considering: P ∗ t = Q ∗ t / C ̅ v a t 2 , where the requested flow rate, Q* (t), can be written as Q ∗ t = 1 − r C v 2 t / C ̅ v m t 1 + 1 + 4 r C v t / C ̅ v m t 2 / 1 − r 2 P 0 / 2 , where r = b 0 / P 0 is the ratio of a pressure offset of b 0 and the constant pressure set point of P 0 , C v ( t ) is the instant system curve, Q max is the adaptive maximum flow, and C ̅ ν m t is the corresponding maximum system curve, and C ̅ ν a t = MA Q t / P t is the adaptive control curve obtained from a moving average filter applied upon the flow equation of C ν t = Q t / P t or where α is a control curve setting parameter defined as a linear control curve with α = 1 and a quadratic one with α = 2, respectively.
A parking brake device (1; 1') for motor vehicles, having at least one compressed-air port , an inlet bleed solenoid valve unit , a relay valve and at least one first compressed-air output (71; 72), the compressed-air port being connected to the inlet bleed solenoid valve unit and to the relay valve , a control line being provided such that the relay valve is connected or connectable to the inlet bleed solenoid valve unit , the control line having a first branching-off point and a second branching-off point upstream of the relay valve , there being provided an output line that is connected to the at least one first compressed-air output (71; 72) and has an output branching-off point , characterised in that a control valve is arranged between the first branching-off point and the second branching-off point of the control line . the compressed-air port being connected to the inlet bleed solenoid valve unit and to the relay valve , a control line being provided such that the relay valve is connected or connectable to the inlet bleed solenoid valve unit , the control line having a first branching-off point and a second branching-off point upstream of the relay valve , there being provided an output line that is connected to the at least one first compressed-air output (71; 72) and has an output branching-off point , characterised in that a control valve is arranged between the first branching-off point and the second branching-off point of the control line .
A display control device comprising: a display control unit configured to set an arrangement region on a display region that is set on a display screen of a display, the arrangement region being a region for arranging display objects, and to control the display of at least one or more display objects arranged in the arrangement region based on attribute information of the respective display object , the arrangement region having a virtual three-or-more-dimensional coordination system and being subjected to perspective conversion into a two-dimensional coordination system of the display region; and a situation determination unit configured to determine a situation based on information of an environment or a user, characterized in that the display control unit is configured to: - change a shape of the arrangement region in accordance with a change of the situation. a display control unit configured to set an arrangement region on a display region that is set on a display screen of a display, the arrangement region being a region for arranging display objects, and to control the display of at least one or more display objects arranged in the arrangement region based on attribute information of the respective display object , the arrangement region having a virtual three-or-more-dimensional coordination system and being subjected to perspective conversion into a two-dimensional coordination system of the display region; and a situation determination unit configured to determine a situation based on information of an environment or a user, characterized in that the display control unit is configured to: - change a shape of the arrangement region in accordance with a change of the situation. - change a shape of the arrangement region in accordance with a change of the situation.
Joint arrangement comprising a journal which is mounted in a bearing bore of a joint yoke , wherein the journal is provided at its free axial end with a covering , and wherein the covering has an annular depression for facilitated entry of impurities during the rotation of the joint arrangement, wherein the depression comprises an opening and this opening is oriented in the direction of the axial free end of the journal , on the one hand, and in the direction of a radial bearing , on the other hand, which radial bearing is mounted, by means of a bearing shell , in a covering which coaxially surrounds the journal , wherein the annular depression has a wall radially at the inside, characterized in that the covering is provided with a lubricant opening , and a gap for the lubricant extending in a radial direction is formed between the axial free end of the wall and the bearing shell .
A measurement system for automated measurement of several contributions to signal degradation, the measurement system comprising: a device under test , a signal analyzer , and a controller , wherein the controller comprises at least one command sequence for the device under test and/or the signal analyzer , and wherein each of the at least one command sequence comprises respective commands that, when executed by the device under test and/or the signal analyzer with the aid of the controller , compensate for a specific cause of signal degradation, and wherein the controller of the measurement system is configured to eliminate or significantly reduce a certain cause of signal degradation from the device under test by running at least one command sequence for different combinations of compensations to obtain a compensated measurement. a device under test , a signal analyzer , and a controller , wherein each of the at least one command sequence comprises respective commands that, when executed by the device under test and/or the signal analyzer with the aid of the controller , compensate for a specific cause of signal degradation, and wherein the controller of the measurement system is configured to eliminate or significantly reduce a certain cause of signal degradation from the device under test by running at least one command sequence for different combinations of compensations to obtain a compensated measurement.
A piece of furniture comprising a drawer movable with respect to a body of said piece furniture between a closed position and an open position, characterized in that it comprises an adjustable mount for an image projector provided and mounted in the said drawer , the adjustable mount comprising a base , a platform separated from the base by at least three columns with a generally circular cross-section, and a mounting element adapted for engagement with the image projector , where at least some of the columns are adjustable, so as to define a desired spacing between the base and the platform , where said at least three columns are at a first end connected to one of said platform or said base , and remote from said first end pass through apertures in the other of said platform or said base for adjustable engagement, wherein at least some of said apertures have a geometry with a diameter of an inscribed circle larger than the diameter of the column passing through it.
Use of encapsulated pigment particles in a pigmented cosmetic composition to impart a less opaque and more natural-looking visual appearance than imparted by pigment particles without encapsulation, said pigmented cosmetic composition comprising: a cosmetically acceptable vehicle, an active ingredient, and a plurality of encapsulated pigment particles, wherein the particles are made up of an encapsulant comprising silicon dioxide, and iron oxide pigment entrapped within the encapsulant, wherein the encapsulant exhibits a refractive index of 1.4 to 1.6, and the encapsulant is 1 to 20 wt% of the total weight of the encapsulated particles, and the pigment is 80 to 99 wt% of the total weight of the encapsulated particles. a cosmetically acceptable vehicle, an active ingredient, and a plurality of encapsulated pigment particles, wherein the particles are made up of an encapsulant comprising silicon dioxide, and iron oxide pigment entrapped within the encapsulant, wherein the encapsulant exhibits a refractive index of 1.4 to 1.6, and the encapsulant is 1 to 20 wt% of the total weight of the encapsulated particles, and the pigment is 80 to 99 wt% of the total weight of the encapsulated particles.
A plate heat exchanger arrangement , which comprises - a plate pack formed by heat exchange plates having at least two openings and arranged on top of each other, which plate pack comprises ends in the direction of the heat exchange plates and an outer surface defined by the outer edges of the heat exchange plates, and in which plate pack the heat exchange plates are attached to each other as plate pairs, the inner parts of which plate pairs are arranged in connection with each other via flow passages formed by the openings of the heat exchange plates, - an outer casing surrounding the plate pack, which outer casing comprises end plates mainly in the direction of the ends of the plate pack and a shell connecting the end plates, - an inlet connection and an outlet connection for a heat exchange medium arranged through the outer casing, which are arranged in connection with the spaces between the plate pairs of the plate pack, characterized in that at least one partition plate is arranged between the heat exchange plates of the plate pack, which divides the plate pack to the separate plate pack parts, wherein the plate heat exchanger arrangement comprises an inlet connection and an outlet connection for each plate pack part, which are arranged in connection with the inner parts of the plate pairs of said plate pack part, and at least one inlet or outlet connection of the plate pack parts comprises a connection pipe , which is arranged inside a flow passage of the plate pack part between the end plate of the outer casing and the partition plate , wherein an end of said connection pipe is attached to said partition plate for forming a connection to the flow passage of said plate pack part and a second end of said connection pipe elongates through an end plate of the outer casing. - a plate pack formed by heat exchange plates having at least two openings and arranged on top of each other, which plate pack comprises ends in the direction of the heat exchange plates and an outer surface defined by the outer edges of the heat exchange plates, and in which plate pack the heat exchange plates are attached to each other as plate pairs, the inner parts of which plate pairs are arranged in connection with each other via flow passages formed by the openings of the heat exchange plates, - an outer casing surrounding the plate pack, which outer casing comprises end plates mainly in the direction of the ends of the plate pack and a shell connecting the end plates, - an inlet connection and an outlet connection for a heat exchange medium arranged through the outer casing, which are arranged in connection with the spaces between the plate pairs of the plate pack,