mhurhangee/ep-ind-claims huggingface dataset:
A cell suspension composition for use in an epithelium-related procedure, comprising: a population of cells including viable and functioning cells derived from an epithelial tissue sample; and an exogenous agent comprising hyaluronic acid; wherein the population of cells, prior to being used in an epithelium-related procedure, are not subject to in vitro culturing and comprise both stem cells and non-stem cells; wherein the population of cells, when used in said epithelium-related procedure and applied to a recipient site, promote treatment, healing, reconstructing, resurfacing, repigmentation and/or regeneration of epithelial tissues. a population of cells including viable and functioning cells derived from an epithelial tissue sample; and an exogenous agent comprising hyaluronic acid; wherein the population of cells, prior to being used in an epithelium-related procedure, are not subject to in vitro culturing and comprise both stem cells and non-stem cells; wherein the population of cells, when used in said epithelium-related procedure and applied to a recipient site, promote treatment, healing, reconstructing, resurfacing, repigmentation and/or regeneration of epithelial tissues.
A photoconductive switch for generating or detecting linearly-polarized terahertz radiation comprising: - a photoconductive substrate; and - a plurality of electrodes on a surface of the photoconductive substrate; characterized in that said plurality of electrodes comprises - a first pair of structured electrodes (E 10, E GR) separated by a first gap comprising at least a plurality of first rectilinear sections (G V) extending along a first direction (x); and - a second pair of structured electrodes (E 20, E GR) separated by a second gap comprising at least a plurality of second rectilinear sections (G H) extending along a second direction (y), different from the first direction; and in that it further comprises a patterned opaque layer, opaque to at least one of terahertz radiation and visible or infrared radiation suitable to induce an increase of the substrate conductivity, selectively masking portions of the first and second gaps between the electrodes, in such a way that only remain unmasked: - first rectilinear sections of the first gap such that, upon application of a first voltage between the electrodes of the first pair and illumination by said visible or infrared radiation, a first electric current flows with a same direction and orientation across all said first rectilinear sections; and - second rectilinear sections of the second gap such that, upon application of a second voltage between the electrodes of the second pair and illumination by said visible or infrared radiation, a second electric current flows with a same direction and orientation across all said second rectilinear sections. - a photoconductive substrate; and - a plurality of electrodes on a surface of the photoconductive substrate; - a first pair of structured electrodes (E 10, E GR) separated by a first gap comprising at least a plurality of first rectilinear sections (G V) extending along a first direction (x); and - a second pair of structured electrodes (E 20, E GR) separated by a second gap comprising at least a plurality of second rectilinear sections (G H) extending along a second direction (y), different from the first direction; and - first rectilinear sections of the first gap such that, upon application of a first voltage between the electrodes of the first pair and illumination by said visible or infrared radiation, a first electric current flows with a same direction and orientation across all said first rectilinear sections; and - second rectilinear sections of the second gap such that, upon application of a second voltage between the electrodes of the second pair and illumination by said visible or infrared radiation, a second electric current flows with a same direction and orientation across all said second rectilinear sections.
A permanent magnet rotor comprising a rotor rim and a plurality of permanent magnet modules (10, 10', 10") arranged on the outer or inner circumference of the rotor rim, the permanent magnet modules (10, 10', 10") extending generally along an axial direction and being of substantially constant axial-cross section, and each of the permanent magnet modules comprising a base adapted to be fixed to the rim of the generator rotor, two axial rows of permanent magnets (11, 12), and one or more pole pieces, wherein each of the permanent magnets (11, 12) has a circumferential magnetic orientation and is substantially rectangular in axial cross-section and wherein each of the permanent magnets is inclined with respect to the radial plane of the magnet such that pairs of rows of magnets (11, 12) are arranged as a "V"; wherein the permanent magnet modules (10, 10', 10") comprise a central magnet support structure shaped substantially as an inverted triangle in axial cross-section, wherein the magnets (11, 12) are arranged along sides of the central magnet support structure, and characterised by the central magnet support structure including lateral hooks at the top two vertices of the triangle to mechanically lock the permanent magnets in between the central magnet support structure and the base, the central magnet support structure comprising an axial hole and a plurality of radial holes at different axial positions, wherein a rod with a plurality of transverse through-holes is arranged in the axial hole and bolts are arranged in the radial holes such that the transverse through-holes of the rod are lined up with the radial holes of the central magnet support structure, and bolts with nuts are arranged in the radial holes and the bolts extend into and beyond the transverse holes of rod into an upper portion of the central magnet structure to clamp the permanent magnets (11, 12) between the base and the central magnet support structure.
A peristaltic pump, comprising: a conduit having a first end for receiving a fluid from a reservoir and a second end for delivering the fluid; a plurality of fingers, which are disposed at respective locations along a segment of the conduit and are configured to alternately compress and release the conduit at the locations; a cyclical pump mechanism, which is coupled to move the fingers between respective compressed and released positions in a spatio-temporal pattern so as to drive a predetermined quantity of the fluid through the segment of the conduit in each pump cycle; a motor, which is coupled to drive the pump mechanism; and characterized in that the pump comprises a controller, which is coupled to activate and deactivate the motor in alternation during each pump cycle with a duty cycle that varies within the pump cycle, wherein the pump cycle is characterized by a variation in a quantity of the fluid that is delivered per step of the motor during the pump cycle, and wherein the controller is operative to modulate the duty cycle so that the quantity of the fluid that is delivered through the conduit per unit time over the pump cycle is constant. a conduit having a first end for receiving a fluid from a reservoir and a second end for delivering the fluid; a plurality of fingers, which are disposed at respective locations along a segment of the conduit and are configured to alternately compress and release the conduit at the locations; a cyclical pump mechanism, which is coupled to move the fingers between respective compressed and released positions in a spatio-temporal pattern so as to drive a predetermined quantity of the fluid through the segment of the conduit in each pump cycle; a motor, which is coupled to drive the pump mechanism; and characterized in that the pump comprises a controller, which is coupled to activate and deactivate the motor in alternation during each pump cycle with a duty cycle that varies within the pump cycle, wherein the pump cycle is characterized by a variation in a quantity of the fluid that is delivered per step of the motor during the pump cycle, and wherein the controller is operative to modulate the duty cycle so that the quantity of the fluid that is delivered through the conduit per unit time over the pump cycle is constant.
A method of interacting with a sport ball, comprising: contacting the sport ball with an object; receiving data generated by a sensor located within the sport ball as a result of the contact; and storing the received data in a memory of a portable electronic processing device; wherein the object has an identification device that transmits a unique identification value to the sport ball each time the object having the identification device comes into contact with the ball. contacting the sport ball with an object; receiving data generated by a sensor located within the sport ball as a result of the contact; and storing the received data in a memory of a portable electronic processing device;
Support roller (30, 30') for supporting a vehicle on a ground, comprising at least one bearing element which can be connected at least indirectly to at least one supporting structure of the vehicle, at least one fork which is connected to the bearing element and at least one wheel which is mounted in the fork so as to be rotatable about a first rolling axis and can be brought into contact with the ground, (90, 90'), the support roller further comprising at least one sensing device for detecting at least one support force with which the wheel (90, 90') is supported on the ground, wherein a force acting between at least one first element and at least one second element can be detected by means of the sensing device; characterized in that the sensing device is arranged at least in areas in the bearing element.
A method of decoding video information, the method comprising: receiving a bitstream comprising a number of enhancement layers according to HEVC or a scalable extension thereof, and a flag indicating whether a base layer coded according to an Advanced Video Coding codec is included in the bitstream; determining whether the base layer for the enhancement layers is included in the bitstream based upon a value of the flag; and; in response to determining that the base layer is not included in the bitstream, ignoring, for each enhancement layer, a value of a parameter vps_max_dec_pic_buffering_minus1[i] which signals a maximum size of the decoded picture buffer for the enhancement layer [i] when decoding the enhancement layer [i], and inferring the maximum size of the decoded picture buffer for the enhancement layer [i]. receiving a bitstream comprising a number of enhancement layers according to HEVC or a scalable extension thereof, and a flag indicating whether a base layer coded according to an Advanced Video Coding codec is included in the bitstream; determining whether the base layer for the enhancement layers is included in the bitstream based upon a value of the flag; and; in response to determining that the base layer is not included in the bitstream, ignoring, for each enhancement layer, a value of a parameter vps_max_dec_pic_buffering_minus1[i] which signals a maximum size of the decoded picture buffer for the enhancement layer [i] when decoding the enhancement layer [i], and inferring the maximum size of the decoded picture buffer for the enhancement layer [i].
A non-aqueous electrolyte solution comprising a phosphonosulfonic acid compound represented by the following formula: wherein, in formula, R 1, R 2 and R 3 each independently represent a hydrogen atom, an alkyl group having 1 to 6 carbon atoms, a haloalkyl group having 1 to 6 carbon atoms, a phenyl group, a benzyl group, or a group represented by the above formula; R 4 and R 5 each independently represent a hydrogen atom, a halogen atom, or an alkyl group having 1 to 6 carbon atoms; and n represents an integer from 1 to 6; and wherein, in formula, R 6, R 7 and R 8 each independently represent an alkyl group having 1 to 6 carbon atoms, a phenyl group, or a benzyl group; m represents an integer from 0 to 2; and * represents a position of bonding with the oxygen atom in formula.
Device for monitoring an extracorporeal blood treatment device comprising an extracorporeal blood circuit which comprises an arterial blood line having an arterial patient connection, and a venous blood line having a venous patient connection, wherein a pump for conveying blood in the extracorporeal blood circuit is arranged in the arterial or venous blood line, wherein the device comprises a monitoring device having a control and arithmetic unit which is programmed and configured to identify an arterial and/or venous needle disconnection, characterised in that the pump is an impeller pump or a centrifugal pump, wherein the control and arithmetic unit is programmed and configured to carry out the following method: - Measuring at least one first pressure amplitude and/or a first curve of a pressure amplitude as a reference value at at least one pressure measuring point of the extracorporeal blood circuit, - Calculating at least one pressure threshold value on the basis of the first pressure amplitude assumed as a reference value, and/or setting a reference pressure curve on the basis of the first curve of the pressure amplitude, - Measuring at least one second pressure amplitude and/or a second curve of the pressure amplitude at the at least one pressure measuring point of the extracorporeal blood circuit, - Comparing the second pressure amplitude with the at least one pressure threshold value, and/or comparing the second curve of the pressure amplitude with the reference pressure curve, and - Stopping or throttling the blood pump, and/or closing the venous tubing clamp if an inadmissible deviation from the reference value and/or the reference pressure curve is identified. - Measuring at least one first pressure amplitude and/or a first curve of a pressure amplitude as a reference value at at least one pressure measuring point of the extracorporeal blood circuit, - Calculating at least one pressure threshold value on the basis of the first pressure amplitude assumed as a reference value, and/or setting a reference pressure curve on the basis of the first curve of the pressure amplitude, - Measuring at least one second pressure amplitude and/or a second curve of the pressure amplitude at the at least one pressure measuring point of the extracorporeal blood circuit, - Comparing the second pressure amplitude with the at least one pressure threshold value, and/or comparing the second curve of the pressure amplitude with the reference pressure curve, and - Stopping or throttling the blood pump, and/or closing the venous tubing clamp if an inadmissible deviation from the reference value and/or the reference pressure curve is identified.
A method of selecting an access mode for a small-coverage base station performed by the small-coverage base station deployed in a wireless communications network, the method comprising: determining whether a target channel that the small coverage base station is operating on is being used by a macrocell; in response to the target channel being used by the macrocell, configuring the access mode to a closed access mode; and in response to the target channel not being used by the macrocell, configuring the access mode to an open or hybrid access mode. determining whether a target channel that the small coverage base station is operating on is being used by a macrocell; in response to the target channel being used by the macrocell, configuring the access mode to a closed access mode; and in response to the target channel not being used by the macrocell, configuring the access mode to an open or hybrid access mode.
A process for the preparation of a compound of formula wherein R 1 represents a hydrogen atom or a C 1-5 alkyl group; and R represents C 4-12 non conjugated alkenyl or C 6-12 non conjugated alkadienyl group; by the carbonylation of the corresponding compound of the formula wherein R has the same meaning as in formula; said carbonylation being performed in the presence of carbon monoxide, a compound of formula R 1 OH, R 1 having the same meaning as above; and a palladium dichloride complex comprising phosphine ligands of the formula [PdCl 2 P 2] wherein P 2 is two monophosphine monodendate ligands or one biphosphine bidentate ligand. wherein R 1 represents a hydrogen atom or a C 1-5 alkyl group; and R represents C 4-12 non conjugated alkenyl or C 6-12 non conjugated alkadienyl group;
A variable guide vane for a gas turbine engine comprising: a fixed portion arranged on an upstream side; a movable flap arranged on a downstream side; and a transfer slot defined between a trailing surface of the fixed portion and a leading surface of the movable flap, the movable flap having opposite pressure and suction sides (224,226) extending along a chord line between leading and trailing edges, the movable flap being rotatable about an axis extending along a span of the movable flap over a range of angular positions between open and closed, the trailing surface having a substantially U-shaped profile with a first branch extending partially around the pressure side of the movable flap, and an opposite second branch extending partially around the suction side of the movable flap, the transfer slot having an inlet port arranged between the pressure side of the movable flap and the first branch, and an exhaust port arranged between the suction side of the movable flap and the second branch, characterized in that in use, in an open position the suction side abuts the second branch to close the exhaust port, and in a closed position the second branch directs a first air flow passing through the transfer slot tangentially over the suction surface of the movable flap. a fixed portion arranged on an upstream side; a movable flap arranged on a downstream side; and a transfer slot defined between a trailing surface of the fixed portion and a leading surface of the movable flap,
A driver assistance system, comprising: processing means comprising computer program code for assisting a driver with perpendicular and/or parallel parking of a vehicle (1; 20; 30), and visual output means, characterized in that during a parking manoeuvre, the processing means causes the visual output means to indicate a direction of motion of the vehicle (1; 20; 30)and a position of the steering wheel to the driver, and the visual output means comprises four visual indicators (10, 11, 12, 13) arranged to indicate that the steering wheel is turned to the left or to the right for forward motion and to the left or to the right for backward motion of the vehicle (1; 20; 30). processing means comprising computer program code for assisting a driver with perpendicular and/or parallel parking of a vehicle (1; 20; 30), and visual output means,
A bypass valve configured for use in an aircraft-based or land-based turbofan engine comprising: a valve body; a piston disposed in the valve body, and moveable therein; and a linearly configured actuation component, wherein the actuation component includes a shape memory alloy, the actuation component responsive to a change in at least one of a thermal condition and a pressure exerted thereon so as to move the piston, thereby opening and closing the bypass valve. a valve body; a piston disposed in the valve body, and moveable therein; and a linearly configured actuation component, wherein the actuation component includes a shape memory alloy, the actuation component responsive to a change in at least one of a thermal condition and a pressure exerted thereon so as to move the piston, thereby opening and closing the bypass valve.
A computer program product adapted to perform, when executed on a data-processing apparatus, a method comprising: reading data for a character and a plurality of objects located in a three-dimensional game field from a storage device, generating images of the character and the objects, and displaying the images on a display device connected to the data-processing apparatus; controlling a movement of the character located-on one of the objects; changing a viewing position or viewing direction used when generating the image in accordance with a command input from the player acknowledged by an input device connected to the data-processing apparatus; displaying a marker indicating a position where the character would land after falling using a direction of gravitational force exerted on the character to a direction that is parallel to the viewing direction; when a command input for changing the gravitational direction is acknowledged, changing the gravitational force exerted on the character to said direction and causing the character to fall in the changed direction of the gravitational force by exerting the changed gravitational force on the character. reading data for a character and a plurality of objects located in a three-dimensional game field from a storage device, generating images of the character and the objects, and displaying the images on a display device connected to the data-processing apparatus; controlling a movement of the character located-on one of the objects; changing a viewing position or viewing direction used when generating the image in accordance with a command input from the player acknowledged by an input device connected to the data-processing apparatus; displaying a marker indicating a position where the character would land after falling using a direction of gravitational force exerted on the character to a direction that is parallel to the viewing direction; when a command input for changing the gravitational direction is acknowledged, changing the gravitational force exerted on the character to said direction and causing the character to fall in the changed direction of the gravitational force by exerting the changed gravitational force on the character.
A tray for storing articles having a base and a front side for presentation of articles, the tray comprising: a slider, moveable arranged in a guiding track in said base, a stop at the front side limiting the movement of the slider characterized in that, an indicator is fixed to the slider and oriented towards the front side, and the front side has an opening through which the indicator extends only when the slider is in a position close to the front side. a slider, moveable arranged in a guiding track in said base, a stop at the front side limiting the movement of the slider characterized in that, an indicator is fixed to the slider and oriented towards the front side, and the front side has an opening through which the indicator extends only when the slider is in a position close to the front side.