mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising self-assembling peptides 11 amino acids in length and comprising a sequence of SEQ ID NO: 1, wherein X1 is glutamic acid and wherein the self-assembling peptides have at least 72% sequence identity to a peptide consisting of SEQ ID NO: 6, wherein the self-assembling peptides are capable of self-assembly at a pH below 7.5 and at least physiologic ionic strength, for use in treating periodontitis or peri-implantitis in a subject.
Method for liquefying a gas containing at least 60 mol % of CO 2 and at least one impurity lighter than carbon dioxide to produce at least one liquid product wherein a first feed gas, containing at least 60 mol % of CO 2 and at least one light impurity, at a feed pressure is cooled to form a liquid or supercritical flow, optionally having been compressed in a cycle compressor, at least one portion of the liquid or supercritical flow is cooled in a heat exchanger (E1) to form a cycle fluid having a cycle pressure, the cycle fluid is divided into at least two fractions including an auxiliary fraction, one of the fractions being expanded up to a first pressure in a valve to form a biphasic mixture and sent to a phase separator , the liquid fraction of the phase separator is vaporised so as to form a vaporised gas in the exchanger, the vaporised gas then being expanded from the first pressure to a second pressure in an expansion means and then being compressed in a/the cycle compressor (C1) and mixed with the first feed gas, the auxiliary fraction either comprises the liquid product or one of the liquid products or is treated by separation at subambient temperature in at least one separation means to form the liquid product or one of the liquid products, and wherein the first pressure is varied according to the quantity of impurities lighter than the carbon dioxide contained in the carbon-dioxide-rich gas characterised in that the first pressure is varied such that the higher the concentration in light impurities is, the higher the first pressure is.
A mobility assistance apparatus , comprising: first and second frames positioned on left and right sides of a user; and a hinge arm coupled to the first and second frames and the hinge arm is foldable and comprises three hinge points: two points each to be connected to one of the first and second frames and one at a position between those two points on a seat support; wherein the apparatus is provided with an open walking seat positioned between the first and second frames , the open walking seat having only one side rear angled surface to mostly contact the user's one or two ischial tuberosities to support user ambulation and coupled to the frames to support user weight with the first and second frame and enabling the user to stand or walk forward for an extended period, characterised in that , when the user is walking with the mobility assistance apparatus , the open walking seat is positioned below the top of first and second frames. first and second frames positioned on left and right sides of a user; and a hinge arm coupled to the first and second frames and the hinge arm is foldable and comprises three hinge points: two points each to be connected to one of the first and second frames and one at a position between those two points on a seat support; wherein the apparatus is provided with an open walking seat positioned between the first and second frames , the open walking seat having only one side rear angled surface to mostly contact the user's one or two ischial tuberosities to support user ambulation and coupled to the frames to support user weight with the first and second frame and enabling the user to stand or walk forward for an extended period, characterised in that , when the user is walking with the mobility assistance apparatus , the open walking seat is positioned below the top of first and second frames.
A method comprising: providing a soft button for activation by a user with a client device (201; 301); characterised by : in response to said activation of said soft button on said client device, downloading a software agent from an external button server to said client device, said downloaded software agent containing a destination telephone number and instructions for gathering context information for a telephone call, and causing said client device (201; 301), through said downloaded software agent, to make the telephone call to a called destination terminal (207, 209; 309) having said destination telephone number and transmit said instructions for gathering context information via a communication network (203, 204, 205, 206; 304, 305, 306, 307) to the called destination terminal; and determining, based on said instructions for gathering context information, context information from at least one of a component of the communication network and the called destination terminal. in response to said activation of said soft button on said client device, downloading a software agent from an external button server to said client device, said downloaded software agent containing a destination telephone number and instructions for gathering context information for a telephone call, and causing said client device (201; 301), through said downloaded software agent, to make the telephone call to a called destination terminal (207, 209; 309) having said destination telephone number and transmit said instructions for gathering context information via a communication network (203, 204, 205, 206; 304, 305, 306, 307) to the called destination terminal; and determining, based on said instructions for gathering context information, context information from at least one of a component of the communication network and the called destination terminal.
Floor assembly for a vehicle luggage compartment , comprising at least one basket for accommodating at least one wet and/or dirty object , at least one tray-like waterproof recess formed in or arranged at a floor element of the luggage compartment and completely accommodating the basket , and at least one waterproof lid , wherein the recess is completely covered by the lid , such that the lid constitutes a part of a loading floor of the luggage compartment , characterized in, that at least one side wall of the recess comprises at least one support element extending inwardly from the side wall , and the basket comprises at least one support element extending laterally outwards from the basket and lying on the support element of the recess .
Method of controlling a rolling train , preferably a cold-rolling train, which comprises one or more roll stands each with two working rolls forming a rolling gap through which a strip (B) to be rolled is transportable, wherein one or both working rolls is or are movable so that the rolling gap is settable, and the method comprises: providing a reference speed which is a parameter for drive control of the rolling train ; measuring the speed of the rolled strip (B) prior to entry into the rolling gap; and measuring the thickness of the rolled strip (B) prior to entry into the rolling gap; characterised in that the method further comprises: setting the rolling gap of one or more roll stands in the rolling train on the basis of the measured speed and thickness prior to entry into the rolling gap as well as of the reference speed, so that the control is carried out without consideration of an exit-side strip speed which is possibly measured or calculated from actual variables of the rolling train. providing a reference speed which is a parameter for drive control of the rolling train ; measuring the speed of the rolled strip (B) prior to entry into the rolling gap; and measuring the thickness of the rolled strip (B) prior to entry into the rolling gap; characterised in that the method further comprises: setting the rolling gap of one or more roll stands in the rolling train on the basis of the measured speed and thickness prior to entry into the rolling gap as well as of the reference speed, so that the control is carried out without consideration of an exit-side strip speed which is possibly measured or calculated from actual variables of the rolling train.
Spintronic terahertz emitter comprising: - at least one first, magnetic layer (F), - at least one second layer (N), - means for producing a magnetization (M) in the first layer (F), - wherein the first layer (F) is adapted to drive, upon incidence of a femtosecond laser pulse on the first layer (F) in a direction perpendicular to the plane of the first layer (F), a spin current (j s ) from the first layer (F) into the second layer (N), - wherein the second layer (N) is adapted to convert the spin current (j s ) into a transverse charge current (j c ) in a direction perpendicular to the magnetization (M) of the first layer (F), the transverse charge current (j c ) emitting terahertz radiation , - wherein the emitted terahertz radiation is linearly polarized, and wherein the electric field component of the linearly polarized terahertz radiation lies in a plane that is perpendicular to the magnetization (M) of the first layer (F), characterized by means (41-44, 51-52, 61-64, 80-84, 90, 100, 12) for modulating the magnetization (M) in the first layer (F) in the kilohertz, megahertz, or gigahertz range, wherein modulation of the magnetization (M) in the first layer (F) causes modulation of the linear polarization of the terahertz radiation . - at least one first, magnetic layer (F), - at least one second layer (N), - means for producing a magnetization (M) in the first layer (F), - wherein the first layer (F) is adapted to drive, upon incidence of a femtosecond laser pulse on the first layer (F) in a direction perpendicular to the plane of the first layer (F), a spin current (j s ) from the first layer (F) into the second layer (N), - wherein the second layer (N) is adapted to convert the spin current (j s ) into a transverse charge current (j c ) in a direction perpendicular to the magnetization (M) of the first layer (F), the transverse charge current (j c ) emitting terahertz radiation , - wherein the emitted terahertz radiation is linearly polarized, and wherein the electric field component of the linearly polarized terahertz radiation lies in a plane that is perpendicular to the magnetization (M) of the first layer (F),
A sole structure for an article of footwear having an upper , the sole structure when not compressed comprising: a perimeter chamber having a lateral portion and a medial portion , the lateral portion extending adjacent to a sidewall of the sole structure on a lateral side of the footwear, and the medial portion extending adjacent to the sidewall of the sole structure on a medial side of the footwear; the perimeter chamber having an upper surface and a lower surface , and containing a fluid at a first pressure; and a central chamber disposed between the lateral sidewall and the medial sidewall, having an upper surface and a lower surface , spaced apart from the perimeter chamber by a gap , and containing a fluid at a second pressure, different than the first pressure, wherein the gap has an upper portion and a lower portion , the upper portion being located closer to the closest sidewall of the sole structure than the lower portion, and wherein the central chamber tapers from the upper surface to the lower surface in a direction toward the center of the sole structure and away from the upper at an outer side surface of the central chamber that opposes the inner side surface of the perimeter chamber . a perimeter chamber having a lateral portion and a medial portion , the lateral portion extending adjacent to a sidewall of the sole structure on a lateral side of the footwear, and the medial portion extending adjacent to the sidewall of the sole structure on a medial side of the footwear; the perimeter chamber having an upper surface and a lower surface , and containing a fluid at a first pressure; and a central chamber disposed between the lateral sidewall and the medial sidewall, having an upper surface and a lower surface , spaced apart from the perimeter chamber by a gap , and containing a fluid at a second pressure, different than the first pressure, wherein the gap has an upper portion and a lower portion , the upper portion being located closer to the closest sidewall of the sole structure than the lower portion, and wherein the central chamber tapers from the upper surface to the lower surface in a direction toward the center of the sole structure and away from the upper at an outer side surface of the central chamber that opposes the inner side surface of the perimeter chamber .
A device configured to monitor electrical overstress, "EOS", events, the device comprising: a pair of spaced conductive structures comprising a pair of spaced protrusions separated by a gap distance therebetween, the pair of spaced protrusions configured to electrically arc in response to an EOS event, wherein the spaced conductive structures are formed of a material selected to locally melt in response to arcing, such that arcing causes a detectable increase in the gap distance between the spaced protrusions; a fuse serially connected to the pair of spaced conductive structures and configured to blow in response to arcing across the pair of spaced protrusions; and a detection circuit configured to electrically detect at least one of the increase in the gap distance or an open circuit across the fuse, to determine the occurrence of the EOS event. a pair of spaced conductive structures comprising a pair of spaced protrusions separated by a gap distance therebetween, the pair of spaced protrusions configured to electrically arc in response to an EOS event, wherein the spaced conductive structures are formed of a material selected to locally melt in response to arcing, such that arcing causes a detectable increase in the gap distance between the spaced protrusions; a fuse serially connected to the pair of spaced conductive structures and configured to blow in response to arcing across the pair of spaced protrusions; and a detection circuit configured to electrically detect at least one of the increase in the gap distance or an open circuit across the fuse, to determine the occurrence of the EOS event.
An information processing apparatus comprising: an obtaining unit configured to obtain foreground images and background images, each of the foreground images representing a foreground object region in one of captured images obtained by a camera included in a plurality of cameras and being to be used for generating a virtual viewpoint image based on an image obtained by performing imaging from a plurality of directions using the plurality of cameras and each of the background images representing a background region not including the foreground object region, the foreground images and the background images being obtained with different frame rates from each other, and an output unit configured to output the foreground images obtained by the obtaining unit, characterized in that the background image is updated by changing, using a pixel value of a captured image, a pixel value at a pixel position where a difference between the captured image and the background image before being updated is smaller than a first threshold, and the foreground image is obtained by extracting a region in which a difference between the captured image and the background image after being updated is larger than a second threshold, from the captured image. an obtaining unit configured to obtain foreground images and background images, each of the foreground images representing a foreground object region in one of captured images obtained by a camera included in a plurality of cameras and being to be used for generating a virtual viewpoint image based on an image obtained by performing imaging from a plurality of directions using the plurality of cameras and each of the background images representing a background region not including the foreground object region, the foreground images and the background images being obtained with different frame rates from each other, and an output unit configured to output the foreground images obtained by the obtaining unit, characterized in that the background image is updated by changing, using a pixel value of a captured image, a pixel value at a pixel position where a difference between the captured image and the background image before being updated is smaller than a first threshold, and the foreground image is obtained by extracting a region in which a difference between the captured image and the background image after being updated is larger than a second threshold, from the captured image.
An assembly comprising a towing hook orifice covering plate and a skin , the towing hook orifice covering plate comprising a covering plate modeling surface facing the outside of a bumper and a covering plate structural surface facing the inside of the bumper, the covering plate structural surface being provided with oppositely arranged rotary lugs , protruding from the covering plate structural surface , the rotary lugs comprising a curved surface allowing rotation of the covering plate relative to the skin , wherein the skin comprises grooves for receiving the rotary lugs , characterized in that the grooves comprise a first curved section , a linear section and a second curved section , the linear section being disposed between the first curved section and the second curved section , and the rotary lugs and the grooves are shaped so that the rotary lugs are capable of rotating and vertically sliding in the grooves .
A method for repeated transmission of downlink data, the method comprising: determining a set of sub-frames for repeated transmission of a physical downlink channel; mapping the physical downlink channel to resources in each sub-frame in the determined set of sub-frames by starting at a specific start symbol position in a first slot of a current sub-frame and mapping onto all resources other than resources corresponding to a reference signal for demodulation; and Transmitting the physical downlink channel according to the resource mapping mode. determining a set of sub-frames for repeated transmission of a physical downlink channel; mapping the physical downlink channel to resources in each sub-frame in the determined set of sub-frames by starting at a specific start symbol position in a first slot of a current sub-frame and mapping onto all resources other than resources corresponding to a reference signal for demodulation; and Transmitting the physical downlink channel according to the resource mapping mode.
Electronically controllable pneumatic brake system in a vehicle , in particular a utility vehicle , at least comprising: wheel brakes for braking wheels of the vehicle , wherein a service brake braking pressure (p1, p2, p3, p4) can be specified for each of the wheel brakes via a pneumatic path (X1, X2, X3, X4) starting from a foot brake valve , and at least one electronically controllable monostable bypass valve (16; 16.1, 16.2), wherein the at least one monostable bypass valve (16; 16.1, 16.2) is disposed in at least one pneumatic path (X1, X2, X3, X4) and the at least one monostable bypass valve has two switching positions (Z1, Z2), wherein in a first switching position (Z1) of the monostable bypass valve (16; 16.1, 16.2) a service brake braking pressure (p1, p2, p3, p4) in the respective pneumatic path (X1, X2, X3, X4) can be specified depending on an actuation pressure (pF) produced by manual actuation of the foot brake valve , characterized in that in a second switching position (Z2) of the monostable bypass valve (16; 16.1, 16.2), the service brake braking pressure (p1, p2, p3, p4) in the respective pneumatic path (X1, X2, X3, X4) can be specified depending on a reservoir pressure (pVA, pVB, pVC) prevailing in a pressure medium reservoir , wherein the service brake braking pressure (p1, p2, p3, p4) in the respective pneumatic path (X1, X2, X3, X4) can be produced by a changeover of the monostable bypass valve (16; 16.1, 16.2) depending only on the actuation pressure (pF) and/or depending on the reservoir pressure (pVA, pVB, pVC) to implement an electropneumatic redundancy. wheel brakes for braking wheels of the vehicle , wherein a service brake braking pressure (p1, p2, p3, p4) can be specified for each of the wheel brakes via a pneumatic path (X1, X2, X3, X4) starting from a foot brake valve , and at least one electronically controllable monostable bypass valve (16; 16.1, 16.2), wherein the at least one monostable bypass valve (16; 16.1, 16.2) is disposed in at least one pneumatic path (X1, X2, X3, X4) and the at least one monostable bypass valve has two switching positions (Z1, Z2), wherein in a first switching position (Z1) of the monostable bypass valve (16; 16.1, 16.2) a service brake braking pressure (p1, p2, p3, p4) in the respective pneumatic path (X1, X2, X3, X4) can be specified depending on an actuation pressure (pF) produced by manual actuation of the foot brake valve , characterized in that in a second switching position (Z2) of the monostable bypass valve (16; 16.1, 16.2), the service brake braking pressure (p1, p2, p3, p4) in the respective pneumatic path (X1, X2, X3, X4) can be specified depending on a reservoir pressure (pVA, pVB, pVC) prevailing in a pressure medium reservoir , wherein the service brake braking pressure (p1, p2, p3, p4) in the respective pneumatic path (X1, X2, X3, X4) can be produced by a changeover of the monostable bypass valve (16; 16.1, 16.2) depending only on the actuation pressure (pF) and/or depending on the reservoir pressure (pVA, pVB, pVC) to implement an electropneumatic redundancy.
A composition in the form of an injectable aqueous solution, the pH of which is from 3.5 to 4.4, comprising at least human insulin A21G referred to as regular and at least a glucagon suppressor with prandial action.
A raw material charging apparatus comprising: a first hopper disposed above a storage vehicle traveling along a path; a first charging chute disposed below the first hopper and extending obliquely, wherein the first charging chute has a through-hole defined therethrough in a direction intersecting the extending direction of the first charging chute ; a second hopper disposed above the storage vehicle and spaced apart from the first hopper ; and a second charging chute disposed below the second hopper and the first charging chute and extending obliquely, wherein the second charging chute includes an upper inclined plate and a lower inclined plate positioned below the upper inclined plate , the through-hole of the first charging chute is positioned above the lower inclined plate to form a mixing-region (A) on the lower inclined plate and an inclination angle of the lower inclined plate is smaller than an inclination angle of the upper inclined plate . a first hopper disposed above a storage vehicle traveling along a path; a first charging chute disposed below the first hopper and extending obliquely, wherein the first charging chute has a through-hole defined therethrough in a direction intersecting the extending direction of the first charging chute ; a second hopper disposed above the storage vehicle and spaced apart from the first hopper ; and a second charging chute disposed below the second hopper and the first charging chute and extending obliquely, wherein the second charging chute includes an upper inclined plate and a lower inclined plate positioned below the upper inclined plate , the through-hole of the first charging chute is positioned above the lower inclined plate to form a mixing-region (A) on the lower inclined plate and an inclination angle of the lower inclined plate is smaller than an inclination angle of the upper inclined plate .