mhurhangee/patent-ind-claim-en huggingface dataset:
Dispositif for measuring of an alteration of the spatial distance between two points of measurement which are stationaryly anchored, containing - two supports forming the points of measurement and being anchored spatially from each other and - a measuring device which is fastened to the supports and which measures on the translational alteration of the distance between the two supports, characterized in that - the supports are anchor bolts which are anchored in the solid ground - the measuring device contains two bars (2 ; 3) and a high definition g-sensor - which bars have a pivotally joint relativ to each other by means of a common joint ( c ) and in that - the first bar is pivotally mounted to one of the anchor bolts by means of a joint ( b ) - the second bar is pivotally mounted to the other anchor bolt by means of a joint ( a ), such that the translational alteration of distance between the anchor bolts is transformable into tilting and pivot movements, and in that the high definition g-sensor is mounted to the measuring device at a predetermined position. - two supports forming the points of measurement and being anchored spatially from each other and - a measuring device which is fastened to the supports and which measures on the translational alteration of the distance between the two supports, characterized in that - the supports are anchor bolts which are anchored in the solid ground - the measuring device contains two bars (2 ; 3) and a high definition g-sensor - which bars have a pivotally joint relativ to each other by means of a common joint ( c ) and in that - the first bar is pivotally mounted to one of the anchor bolts by means of a joint ( b ) - the second bar is pivotally mounted to the other anchor bolt by means of a joint ( a ),
A display panel, comprising: a substrate ; and a plurality of wavy first electrodes disposed on the substrate ; wherein the plurality of first electrodes extend in parallel, and have an interval between adjacent first electrodes ; wherein: in an extending direction of the first electrode , a width of the first electrode changes continuously, and the interval changes continuously; each side of the first electrode is formed by a plurality of circular arc-shaped sides or elliptical sides with the same radius of curvature, and two adjacent circular arc-shaped sides or the elliptical sides connected with each other of the plurality of circular arc-shaped sides or elliptical sides are protruded toward a same direction, to make diffraction fringes generated on the first electrode diffused in different directions, the width of the first electrode changes periodically in the extending direction thereof, and a length of one change period of the first electrode corresponds to a width of one pixel of the display panel. a substrate ; and a plurality of wavy first electrodes disposed on the substrate ; wherein the plurality of first electrodes extend in parallel, and have an interval between adjacent first electrodes ; wherein: in an extending direction of the first electrode , a width of the first electrode changes continuously, and the interval changes continuously; each side of the first electrode is formed by a plurality of circular arc-shaped sides or elliptical sides with the same radius of curvature, and two adjacent circular arc-shaped sides or the elliptical sides connected with each other of the plurality of circular arc-shaped sides or elliptical sides are protruded toward a same direction, to make diffraction fringes generated on the first electrode diffused in different directions, the width of the first electrode changes periodically in the extending direction thereof, and a length of one change period of the first electrode corresponds to a width of one pixel of the display panel. in an extending direction of the first electrode , a width of the first electrode changes continuously, and the interval changes continuously; each side of the first electrode is formed by a plurality of circular arc-shaped sides or elliptical sides with the same radius of curvature, and two adjacent circular arc-shaped sides or the elliptical sides connected with each other of the plurality of circular arc-shaped sides or elliptical sides are protruded toward a same direction, to make diffraction fringes generated on the first electrode diffused in different directions, the width of the first electrode changes periodically in the extending direction thereof, and a length of one change period of the first electrode corresponds to a width of one pixel of the display panel.
A three-dimensional printer comprising: a delivery device to selectively deliver liquid droplets onto a layer of build materials ; and a controller to determine a preselected area on the layer of build materials at which the delivery device is to deliver liquid droplets; to determine a distribution at which gaps are to be formed in the delivery of the liquid droplets within the preselected area, in which no liquid droplets are to be distributed; and to control the delivery device to deliver the liquid droplets across the preselected area while forming the gaps at the determined distribution, wherein the gaps are to form heat sinks in the build materials that are to prevent heat spikes from occurring across the build materials in the preselected area. a delivery device to selectively deliver liquid droplets onto a layer of build materials ; and a controller to determine a preselected area on the layer of build materials at which the delivery device is to deliver liquid droplets; to determine a distribution at which gaps are to be formed in the delivery of the liquid droplets within the preselected area, in which no liquid droplets are to be distributed; and to control the delivery device to deliver the liquid droplets across the preselected area while forming the gaps at the determined distribution, wherein the gaps are to form heat sinks in the build materials that are to prevent heat spikes from occurring across the build materials in the preselected area.
An isolated polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 2, wherein the peptide has antifungal activity.
A method for fractionating specific cells present in blood or biological fluid, the method comprising fractionating the blood or biological fluid by centrifugation to collect the specific cells in the blood or biological fluid, the centrifugation being carried out using a container having a low protein adsorbing layer at least partially formed on an inner surface thereof, and wherein the low protein adsorbing layer is formed of a copolymer of 2-(meth)acryloyloxyethyl phosphorylcholine and butyl methacrylate. fractionating the blood or biological fluid by centrifugation to collect the specific cells in the blood or biological fluid, the centrifugation being carried out using a container having a low protein adsorbing layer at least partially formed on an inner surface thereof, and wherein the low protein adsorbing layer is formed of a copolymer of 2-(meth)acryloyloxyethyl phosphorylcholine and butyl methacrylate.
A lighting device for attachment to a handheld surgical instrument comprising: a) an elongated outer housing having opposed proximal and distal ends; b) an inner body disposed within the outer housing and defining an elongated interior cavity having a proximal opening for receiving a distal end portion of the surgical instrument; c) a light source located within the outer housing for directing light from the distal end thereof; d) a switch located within the outer housing adjacent the distal end thereof for activating the light source ; e) a deflectable contact leg operatively associated with the inner body and configured to contact the switch upon insertion of the distal end portion of the surgical instrument into the interior cavity of the inner body to activate the light source, and wherein the lighting device further comprises a spring biased engagement ring disposed within the outer housing and mounted for movement relative to the inner body and the outer housing between a first position to accommodate insertion of the distal end portion of the surgical instrument into the interior cavity of the inner body and a second position to engage and retain the distal end portion of the surgical instrument within the lighting device. a) an elongated outer housing having opposed proximal and distal ends; b) an inner body disposed within the outer housing and defining an elongated interior cavity having a proximal opening for receiving a distal end portion of the surgical instrument; c) a light source located within the outer housing for directing light from the distal end thereof; d) a switch located within the outer housing adjacent the distal end thereof for activating the light source ; e) a deflectable contact leg operatively associated with the inner body and configured to contact the switch upon insertion of the distal end portion of the surgical instrument into the interior cavity of the inner body to activate the light source, and
A polypeptide that comprises a myostatin-binding domain of an ALK7 receptor for use in a therapeutic method to decrease body fat proportion in a mammal suffering from obesity, the method comprising administering a pharmaceutical preparation comprising said polypeptide to the mammal, wherein said polypeptide is a fusion protein comprising the myostatin-binding domain of the ALK7 receptor and an immunoglobulin Fc domain, wherein the polypeptide selectively binds myostatin relative to BMP3 and competes with an ALK7 receptor to bind myostatin, and wherein the preparation is substantially free of pyrogenic materials.
A method of producing a synthetic carbonated mineral component in a cement manufacturing plant, wherein the cement manufacturing plant comprises a calcination device for producing Portland clinker by decarbonating cement raw meal while releasing a CO 2 enriched exhaust gas and further comprising an exhaust gas installation for directing a flow of the CO 2 enriched exhaust gas from the calcination device to an exhaust stack of the cement manufacturing plant, wherein the method comprises the steps of: a) providing a carbonatable substance from an external source, b) introducing the carbonatable substance into the exhaust gas installation for contacting the carbonatable substance with the CO 2 enriched exhaust gas, c) carbonating the carbonatable substance by reacting the carbonatable substance with CO 2 contained in the CO 2 enriched exhaust gas, thereby obtaining the synthetic carbonated mineral component, d) removing the synthetic carbonated mineral component from the exhaust gas installation, wherein the exhaust gas installation comprises a cement kiln bypass installation for extracting kiln bypass dust and exhaust gas from the calcination device, and a bypass filter connected to an exhaust end of the kiln bypass installation, wherein the step of introducing the carbonatable substance into the exhaust gas installation comprises introducing the carbonatable substance into the kiln bypass installation upstream of the bypass filter, and wherein the step of removing the synthetic carbonated mineral component from the exhaust gas installation comprises separating the synthetic material from the exhaust gas by means of said bypass filter and removing the synthetic material from the bypass filter. a) providing a carbonatable substance from an external source, b) introducing the carbonatable substance into the exhaust gas installation for contacting the carbonatable substance with the CO 2 enriched exhaust gas, c) carbonating the carbonatable substance by reacting the carbonatable substance with CO 2 contained in the CO 2 enriched exhaust gas, thereby obtaining the synthetic carbonated mineral component, d) removing the synthetic carbonated mineral component from the exhaust gas installation, wherein the exhaust gas installation comprises a cement kiln bypass installation for extracting kiln bypass dust and exhaust gas from the calcination device, and a bypass filter connected to an exhaust end of the kiln bypass installation, wherein the step of introducing the carbonatable substance into the exhaust gas installation comprises introducing the carbonatable substance into the kiln bypass installation upstream of the bypass filter, and wherein the step of removing the synthetic carbonated mineral component from the exhaust gas installation comprises separating the synthetic material from the exhaust gas by means of said bypass filter and removing the synthetic material from the bypass filter.
A method of operating a wireless power receiver , the method comprising: supplying a current to a first inductive element of the wireless power receiver to generate an electromagnetic field and induce a current in a second inductive element of a wireless power transmitter ; and characterised by receiving at a communication receiver of the wireless power receiver , from a communication transmitter of the wireless power transmitter , an indication of a distance between the first inductive element and the second inductive element based on the induced current in the second inductive element . supplying a current to a first inductive element of the wireless power receiver to generate an electromagnetic field and induce a current in a second inductive element of a wireless power transmitter ; and characterised by receiving at a communication receiver of the wireless power receiver , from a communication transmitter of the wireless power transmitter , an indication of a distance between the first inductive element and the second inductive element based on the induced current in the second inductive element .
Method for generating a lateral offset trajectory for an at least partly automated mobile platform, having the following steps: providing a target lateral offset (S1); inverting a provided dynamic model of the mobile platform; providing at least one restriction of a system variable (S4) of the dynamic model for the determination of the lateral offset trajectory, wherein the dynamic model depends on the state variables : sideslip angle and yaw angle and yaw rate and steering angle and lateral offset of the mobile platform; determining a time sequence of lateral offset trajectory points for the inverted dynamic model with a state variable filter , based on the at least one restriction of the system variable , and the target lateral offset as an input signal; wherein each point of the time sequence of the lateral offset trajectory is determined analytically; and determining a time sequence of values of at least one manipulated variable (S6) for the mobile platform, by means of the inverted dynamic model and the time sequence of lateral offset trajectory points as an input signal for the inverted dynamic model (S5), for generating the lateral offset trajectory. providing a target lateral offset (S1); inverting a provided dynamic model of the mobile platform; providing at least one restriction of a system variable (S4) of the dynamic model for the determination of the lateral offset trajectory, wherein the dynamic model depends on the state variables : sideslip angle and yaw angle and yaw rate and steering angle and lateral offset of the mobile platform; determining a time sequence of lateral offset trajectory points for the inverted dynamic model with a state variable filter , based on the at least one restriction of the system variable , and the target lateral offset as an input signal; wherein each point of the time sequence of the lateral offset trajectory is determined analytically; and determining a time sequence of values of at least one manipulated variable (S6) for the mobile platform, by means of the inverted dynamic model and the time sequence of lateral offset trajectory points as an input signal for the inverted dynamic model (S5), for generating the lateral offset trajectory.
A dispersion stabilizer for suspension polymerization comprising an aqueous emulsion comprising a dispersant (A), a dispersoid (B), a graft polymer (C), and an aqueous medium, wherein the dispersant (A) comprises a nonionic surfactant, a cationic surfactant, or an amphoteric surfactant, the dispersoid (B) comprises a polymer having an ethylenically unsaturated monomer unit, the graft polymer (C) is obtained by graft polymerization of the ethylenically unsaturated monomer with the dispersant (A), a mass ratio [A/(A + B + C)] of the dispersant (A) with respect to the total amount of the dispersant (A), the dispersoid (B), and the graft polymer (C) is 0.001 or more and less than 0.18, a mass ratio [C/(A + B + C)] of the graft polymer (C) with respect to the total amount of the dispersant (A), the dispersoid (B), and the graft polymer (C) is 0 or more and less than 0.04, and the total content of the dispersant (A), the dispersoid (B), and the graft polymer (C) is 35 to 70 mass%. the dispersant (A) comprises a nonionic surfactant, a cationic surfactant, or an amphoteric surfactant, the dispersoid (B) comprises a polymer having an ethylenically unsaturated monomer unit, the graft polymer (C) is obtained by graft polymerization of the ethylenically unsaturated monomer with the dispersant (A), a mass ratio [A/(A + B + C)] of the dispersant (A) with respect to the total amount of the dispersant (A), the dispersoid (B), and the graft polymer (C) is 0.001 or more and less than 0.18, a mass ratio [C/(A + B + C)] of the graft polymer (C) with respect to the total amount of the dispersant (A), the dispersoid (B), and the graft polymer (C) is 0 or more and less than 0.04, and the total content of the dispersant (A), the dispersoid (B), and the graft polymer (C) is 35 to 70 mass%.
A middle frame, comprising: a border antenna , configured to be connected with a circuit board through a feed point of the border antenna ; a sound output hole in the border antenna that is configured to be connected with an audio assembly through a sound output channel ; a first mounting site , for arranging the circuit board ; a second mounting site , for arranging the audio assembly ; and wherein the first mounting site is between the border antenna and the second mounting site ; characterized in that the first mounting site and the sound output channel are stacked in a thickness direction of the middle frame , the first mounting site comprises a groove, an opening of the groove faces is configured away from the display screen, a wall of the groove is configured to face the display screen, the sound output hole are located in the top of the wall of the groove, and a part of the wall of the groove is multiplexed as the walls of the sound output hole . a border antenna , configured to be connected with a circuit board through a feed point of the border antenna ; a sound output hole in the border antenna that is configured to be connected with an audio assembly through a sound output channel ; a first mounting site , for arranging the circuit board ; a second mounting site , for arranging the audio assembly ; and wherein the first mounting site is between the border antenna and the second mounting site ; characterized in that the first mounting site and the sound output channel are stacked in a thickness direction of the middle frame , the first mounting site comprises a groove, an opening of the groove faces is configured away from the display screen, a wall of the groove is configured to face the display screen, the sound output hole are located in the top of the wall of the groove, and a part of the wall of the groove is multiplexed as the walls of the sound output hole .
A reciprocating pump comprising: a housing with a bellows chamber and a displacement chamber ; an endcap disposed on an end of the housing, a rod extending into the reciprocating pump such that the rod extends through the endcap , through the bellows chamber and partly into the displacement chamber , the rod having a shoulder near its upper end; a sleeve connected to the rod such that the sleeve surrounds a portion of the rod; and a bellows attached to the endcap and connected to the sleeve such that the bellows surrounds a portion of the sleeve; and characterized by a nut attached to a bottom end of the sleeve such that the nut clamps an end of the bellows to the bottom end of the sleeve; and a collar attached to the rod above the sleeve such that the collar secures the sleeve to the rod by holding the sleeve against the shoulder of the rod. a housing with a bellows chamber and a displacement chamber ; an endcap disposed on an end of the housing, a rod extending into the reciprocating pump such that the rod extends through the endcap , through the bellows chamber and partly into the displacement chamber , the rod having a shoulder near its upper end; a sleeve connected to the rod such that the sleeve surrounds a portion of the rod; and a bellows attached to the endcap and connected to the sleeve such that the bellows surrounds a portion of the sleeve; and characterized by a nut attached to a bottom end of the sleeve such that the nut clamps an end of the bellows to the bottom end of the sleeve; and a collar attached to the rod above the sleeve such that the collar secures the sleeve to the rod by holding the sleeve against the shoulder of the rod.
A method of signalling a command to a water heating appliance from a controllable water outlet supplied with water from the water heating appliance via a water supply installation , the water heating appliance incorporating a renewable energy source in the form of a heat pump or a solar heating arrangement, and an energy store containing an energy storage medium to store thermal energy, and a supplementary heating element, the method comprising: monitoring the water supply installation that feeds the controllable water outlet; detecting a sequence of changes in a property or state of the water supply consequent on operation of the controllable water outlet; comparing the sequence of changes with a stored pattern of changes; determining whether the sequence of changes and the stored pattern of changes match within a stored threshold; interpreting the match as the command and signalling the command to the water heating appliance ; wherein the water heating appliance is arranged initially to provide heated water in a first mode when the controllable water outlet is opened and is arranged to switch to a second mode when the command is received; wherein the first mode comprises an economy mode preferentially using the renewable energy source and/or thermal energy from the energy store and/or using the supplementary heating element at reduced power and wherein the second mode comprises using the supplementary heating element as required to achieve a predetermined target flow and temperature. monitoring the water supply installation that feeds the controllable water outlet; detecting a sequence of changes in a property or state of the water supply consequent on operation of the controllable water outlet; comparing the sequence of changes with a stored pattern of changes; determining whether the sequence of changes and the stored pattern of changes match within a stored threshold; interpreting the match as the command and signalling the command to the water heating appliance ; wherein the water heating appliance is arranged initially to provide heated water in a first mode when the controllable water outlet is opened and is arranged to switch to a second mode when the command is received; wherein the first mode comprises an economy mode preferentially using the renewable energy source and/or thermal energy from the energy store and/or using the supplementary heating element at reduced power and wherein the second mode comprises using the supplementary heating element as required to achieve a predetermined target flow and temperature.