mhurhangee/ep-ind-claims huggingface dataset:
A topical composition suitable for application onto skin comprising: (a) a sensory modifier comprising a polysaccharide carbohydrate, the carbohydrate comprising at least 75% by weight amylopectin, wherein the polysaccharide carbohydrate has been functionally modified with a C 10 -C 16 alkyl and/or alkenyl group, and wherein the polysaccharide carbohydrate has been treated and swollen with a substantially anhydrous solvent which has a polar component from 7 to 15, a hydrogen bonding component from 14 to 20, and a dispersion component from 12 to 19 as determined by the Hansen parameter component system; and (b) a cosmetically acceptable carrier. (a) a sensory modifier comprising a polysaccharide carbohydrate, the carbohydrate comprising at least 75% by weight amylopectin, wherein the polysaccharide carbohydrate has been functionally modified with a C 10 -C 16 alkyl and/or alkenyl group, and wherein the polysaccharide carbohydrate has been treated and swollen with a substantially anhydrous solvent which has a polar component from 7 to 15, a hydrogen bonding component from 14 to 20, and a dispersion component from 12 to 19 as determined by the Hansen parameter component system; and (b) a cosmetically acceptable carrier.
A riser assembly comprising a main body enclosing a main passage which extends from a first end of the main body to a second end of the main body generally parallel to a longitudinal axis of the main body, the main body being suitable for mounting in a riser so that that main passage forms a part of a main passage of the riser, the riser assembly further including a sealing assembly which is operable to provide a seal between the main body and a tubular extending along the main passage of the main body so as to substantially prevent flow of fluid along the main passage around the tubular, characterized in that the riser assembly further comprises two or more diversion lines each of which extends from a first port in the main body to a second port in the main body, the ports extending through the main body to connect the main passage with the exterior of the main body, the sealing assembly being located in the main body between the first and second ports, wherein a pump is located within each diversion line, each pump being operable to pump fluid along the diversion line in which it is located, wherein each pump is a hose diaphragm pump system which includes a drive motor that powers at least two hose diaphragm pump heads simultaneously.
A surface acoustic wave atomization device for atomizing a liquid by using energy of a surface acoustic wave, comprising: a substrate which is made of a piezoelectric material and comprises an electrode, to which a high-frequency voltage is impressed, provided on a surface of the substrate for generating the surface acoustic wave; a liquid supply unit for supplying a liquid on the substrate; wherein the surface acoustic wave atomization device atomizes the liquid by using the energy of the surface acoustic wave while electrolyzing the liquid, characterized in that it comprises a pair of electrolysis electrodes for being impressed with a voltage to electrolyze the liquid supplied from the liquid supply unit, said electrolysis electrodes are arranged facing the surface of the substrate with a fixed gap to the surface so that the electrolysis electrodes hold the liquid between the electrolysis electrodes and between the electrolysis electrodes and the surface of the substrate by using a surface tension of the liquid. a substrate which is made of a piezoelectric material and comprises an electrode, to which a high-frequency voltage is impressed, provided on a surface of the substrate for generating the surface acoustic wave; a liquid supply unit for supplying a liquid on the substrate; wherein the surface acoustic wave atomization device atomizes the liquid by using the energy of the surface acoustic wave while electrolyzing the liquid, characterized in that it comprises a pair of electrolysis electrodes for being impressed with a voltage to electrolyze the liquid supplied from the liquid supply unit, said electrolysis electrodes are arranged facing the surface of the substrate with a fixed gap to the surface so that the electrolysis electrodes hold the liquid between the electrolysis electrodes and between the electrolysis electrodes and the surface of the substrate by using a surface tension of the liquid.
A medical device for insertion or implantation in a body, the medical device comprising: a polymer substrate; and a layer of poly(vinyl pyrrolidone-o/t-maleic anhydride) formed on a surface of the polymer substrate, wherein polymer chains of the poly(vinyl pyrrolidone-o/t-maleic anhydride) are entangled with the polymer substrate, wherein the layer of poly(vinyl pyrrolidone- alt -maleic anhydride) includes a residue of a cross-linking compound, wherein the residue of the cross-linking compound cross-links the polymer chains of the poly(vinyl pyrrolidone- alt -maleic anhydride), wherein the residue of the cross-linking compound is a residue of at least one compound selected from the group consisting of PEG diacrylate, PEG dimethacrylate and neopentylglycol diacrylate. a polymer substrate; and a layer of poly(vinyl pyrrolidone-o/t-maleic anhydride) formed on a surface of the polymer substrate, wherein polymer chains of the poly(vinyl pyrrolidone-o/t-maleic anhydride) are entangled with the polymer substrate, wherein the layer of poly(vinyl pyrrolidone- alt -maleic anhydride) includes a residue of a cross-linking compound, wherein the residue of the cross-linking compound cross-links the polymer chains of the poly(vinyl pyrrolidone- alt -maleic anhydride), wherein the residue of the cross-linking compound is a residue of at least one compound selected from the group consisting of PEG diacrylate, PEG dimethacrylate and neopentylglycol diacrylate.
A torque bar assembly for use in an aircraft wheel, comprising: a torque bar; and a spacer configured for positioning between the torque bar and a wheel well of the aircraft wheel and to thermally insulate the wheel well from the torque bar, characterised in that the spacer includes a first anodized metal oxide layer on a first surface of the spacer configured to contact the torque bar. a torque bar; and a spacer configured for positioning between the torque bar and a wheel well of the aircraft wheel and to thermally insulate the wheel well from the torque bar,
A method for producing a semiconductor crystal substrate, the method comprising: completely removing an oxide film formed on an n-type crystal substrate using a heating step, the crystal substrate being formed of a material including GaSb or InAs; forming a first GaSb buffer layer on the crystal substrate by molecular beam epitaxy; and forming a second GaSb buffer layer on the first GaSb buffer layer by molecular beam epitaxy, wherein: the first and second GaSb buffer layers (112, 113) are formed using a beam flux of Sb of 5.0 × 10 -7 torr, a beam flux of Ga of 5.0 × 10 -8 torr, and a V/III ratio of 10, the first GaSb buffer layer is formed at a substrate temperature greater than or equal to 380 °C and less than or equal to 440 °C, and the second GaSb buffer layer is formed at a substrate temperature greater than or equal to 500 °C and less than or equal to 550 °C. completely removing an oxide film formed on an n-type crystal substrate using a heating step, the crystal substrate being formed of a material including GaSb or InAs; forming a first GaSb buffer layer on the crystal substrate by molecular beam epitaxy; and forming a second GaSb buffer layer on the first GaSb buffer layer by molecular beam epitaxy, wherein: the first and second GaSb buffer layers (112, 113) are formed using a beam flux of Sb of 5.0 × 10 -7 torr, a beam flux of Ga of 5.0 × 10 -8 torr, and a V/III ratio of 10, the first GaSb buffer layer is formed at a substrate temperature greater than or equal to 380 °C and less than or equal to 440 °C, and the second GaSb buffer layer is formed at a substrate temperature greater than or equal to 500 °C and less than or equal to 550 °C. the first and second GaSb buffer layers (112, 113) are formed using a beam flux of Sb of 5.0 × 10 -7 torr, a beam flux of Ga of 5.0 × 10 -8 torr, and a V/III ratio of 10, the first GaSb buffer layer is formed at a substrate temperature greater than or equal to 380 °C and less than or equal to 440 °C, and the second GaSb buffer layer is formed at a substrate temperature greater than or equal to 500 °C and less than or equal to 550 °C.
Optical sensor for detecting objects in a monitoring region, comprising at least two circuitboards on which sensor components are arranged, wherein the two circuitboards are positionally fixed relative to one another in desired positions by a connecting element, wherein the connecting element comprises contact elements which form an electrically conductive connection when the mechanical connection of the circuitboards by the connecting element with the contact surfaces of the circuitboards is produced, and wherein through a mechanical positional fixing of the circuitboards by the connecting element it is ensured that the contact elements of the connecting element lie exactly in the desired positions thereof at the contact surfaces of the circuitboards, characterised in that the connecting element and the circuitboards form a detent connection, that the connecting element comprises a support plate, in which the contact elements are mounted, and detent pins for forming the detent connection with the circuitboards, wherein the detent pins are bendable, that each circuitboard has a pair of cut-outs, wherein a respective pin is detentable in each cut-out of a pair of cut-outs of the respective circuitboard, and the cut-outs forming a pair communicate with opposite lateral edges of the circuitboard so that the detent pins are laterally detentable in the cut-outs.
A prosthetic processing apparatus, the apparatus comprising: a visual sensor configured to output two-dimensional image information as physical information of a spatial field; and an output interface coupled to a sensory input device which is configured to apply a signal to a visual sensory pathway of a visually impaired subject, the apparatus further comprises: at least one additional sensor configured to output physical information other than two-dimensional image information of the spatial field; and a processor operatively coupled (204, 206) to the sensors and to the output interface, and which is configured to: receive the physical information of the spatial field from the sensors; process the received information to identify one or more salient features of a predetermined category within the spatial field; generate a transformed representation of the spatial field in which each identified salient feature is represented in a symbolic form subject to predetermined fidelity constraints imposed by capability of the sensory input device, said transformed representation being an image; and output the transformed representation to the sensory input device via the output interface. a visual sensor configured to output two-dimensional image information as physical information of a spatial field; and an output interface coupled to a sensory input device which is configured to apply a signal to a visual sensory pathway of a visually impaired subject, the apparatus further comprises: at least one additional sensor configured to output physical information other than two-dimensional image information of the spatial field; and a processor operatively coupled (204, 206) to the sensors and to the output interface, and which is configured to: receive the physical information of the spatial field from the sensors; process the received information to identify one or more salient features of a predetermined category within the spatial field; generate a transformed representation of the spatial field in which each identified salient feature is represented in a symbolic form subject to predetermined fidelity constraints imposed by capability of the sensory input device, said transformed representation being an image; and output the transformed representation to the sensory input device via the output interface. receive the physical information of the spatial field from the sensors; process the received information to identify one or more salient features of a predetermined category within the spatial field; generate a transformed representation of the spatial field in which each identified salient feature is represented in a symbolic form subject to predetermined fidelity constraints imposed by capability of the sensory input device, said transformed representation being an image; and output the transformed representation to the sensory input device via the output interface.
Clamp comprising a clamping section which is adapted to clampingly receive at least one longitudinal structure, such as a wire bundle, at least one cable or at least one pipe, further comprising a socket section which is adapted to be mounted to a base support, the clamp further comprising latching arms, the socket section comprising: at least one securing element which is movable from a pre-lock position to a securing position and comprises indentations and a blocking section, and locking arms, wherein the securing element is mounted to an end of the socket section which end is located opposite to the clamping section in the pre-lock position prior to and during the mounting of the clamp to the base support, and wherein the securing element is latched to the socket section both in the pre-lock position and in the securing position, wherein the latching arms are adapted to hold the securing element in the pre-lock position by a latching of the latching arms to the indentations of the securing element, and wherein the securing element is adapted to block a resilient movement of the locking arms by inserting the blocking section of the securing element in between the locking arms. the clamp further comprising latching arms, the socket section comprising: at least one securing element which is movable from a pre-lock position to a securing position and comprises indentations and a blocking section, and locking arms, at least one securing element which is movable from a pre-lock position to a securing position and comprises indentations and a blocking section, and locking arms, wherein the securing element is mounted to an end of the socket section which end is located opposite to the clamping section in the pre-lock position prior to and during the mounting of the clamp to the base support, and wherein the securing element is latched to the socket section both in the pre-lock position and in the securing position, wherein the latching arms are adapted to hold the securing element in the pre-lock position by a latching of the latching arms to the indentations of the securing element, and wherein the securing element is adapted to block a resilient movement of the locking arms by inserting the blocking section of the securing element in between the locking arms.
An ophthalmologic apparatus comprising: an optical system for acquiring data of a subject's eye optically; an image acquiring unit that acquires a first image of an anterior segment of the subject's eye and a second image of the anterior segment at different timings from each other; a rotational movement amount calculator that calculates a rotational movement amount between a partial image in the second image and a corresponding partial image in the first image, the corresponding partial image corresponding to the partial image; a registration unit that performs registration between the corresponding partial image and the partial image in a rotation direction based on the rotational movement amount; a parallel movement amount calculator that performs a phase only correlation processing on the corresponding partial image and the partial image registered by the registration unit to calculate a parallel movement amount between the corresponding partial image and the partial image; a movement mechanism that moves the subject's eye and the optical system relative to each other; a controller that controls the movement mechanism based on at least one of the rotational movement amount and the parallel movement amount, a specifying unit that specifies the partial image in the second image, wherein the rotational movement calculator calculates the rotational movement amount between the corresponding partial image and the partial image specified by the specifying unit, and wherein the specifying unit specifies, as the partial image, an image of a predetermined region in the second image. an optical system for acquiring data of a subject's eye optically; an image acquiring unit that acquires a first image of an anterior segment of the subject's eye and a second image of the anterior segment at different timings from each other; a rotational movement amount calculator that calculates a rotational movement amount between a partial image in the second image and a corresponding partial image in the first image, the corresponding partial image corresponding to the partial image; a registration unit that performs registration between the corresponding partial image and the partial image in a rotation direction based on the rotational movement amount; a parallel movement amount calculator that performs a phase only correlation processing on the corresponding partial image and the partial image registered by the registration unit to calculate a parallel movement amount between the corresponding partial image and the partial image; a movement mechanism that moves the subject's eye and the optical system relative to each other; a controller that controls the movement mechanism based on at least one of the rotational movement amount and the parallel movement amount, a specifying unit that specifies the partial image in the second image, wherein the rotational movement calculator calculates the rotational movement amount between the corresponding partial image and the partial image specified by the specifying unit, and wherein the specifying unit specifies, as the partial image, an image of a predetermined region in the second image.
A method for monitoring attention of a user during a collaboration session comprising: storing a record containing an activity attribute associated with a device of the user participating in the collaboration session; detecting a displayed location of content utilized by the device wherein the content is utilized during the collaboration session and the location of the content contributes to the activity attribute; and generating an activity level for the device based on the activity attribute. storing a record containing an activity attribute associated with a device of the user participating in the collaboration session; detecting a displayed location of content utilized by the device wherein the content is utilized during the collaboration session and the location of the content contributes to the activity attribute; and generating an activity level for the device based on the activity attribute.
A method of resource mapping by a base station (101, 102, 103) in a wireless communication system, the method comprising: mapping repetitions including full repetitions and a partial repetition for a transmission of a broadcast channel onto a plurality of resource elements, REs, over one or more subframes, SFs, of a frame; and transmitting the repetitions including the full repetitions and the partial repetition for the broadcast channel to a user equipment, UE (111, 112, 113, 114, 115, 116), wherein the partial repetition is mapped onto remaining REs of the plurality of REs after the mapping of the full repetitions, comprising a less number of REs than a number of REs required for mapping one of the full repetitions. mapping repetitions including full repetitions and a partial repetition for a transmission of a broadcast channel onto a plurality of resource elements, REs, over one or more subframes, SFs, of a frame; and transmitting the repetitions including the full repetitions and the partial repetition for the broadcast channel to a user equipment, UE (111, 112, 113, 114, 115, 116), wherein the partial repetition is mapped onto remaining REs of the plurality of REs after the mapping of the full repetitions, comprising a less number of REs than a number of REs required for mapping one of the full repetitions.
An assembly for driving a plunger in a drug reservoir (324; 424; 1124;1424), the plunger dividing between a drug in a distal portion of the reservoir (324; 424; 1124; 1424) and a proximal opening of the reservoir (324; 424; 1124; 1424); the assembly comprising: a telescoping shaft that extends by rotation of a driving element in a first rotational direction with respect to a distal shaft; a distal end of said distal shaft configured to engage the plunger; and a friction element (430, 1430) extending from said distal shaft; characterized in that the friction element (430, 1430) comprises a flexible disk and a plurality of independent flexible radial elements (352, 452) extending radially from the flexible disk to contact an interior side wall of the reservoir (324; 424; 1124; 1424), said flexible radial elements (352, 452) extending from the disk tilting off toward the first rotational direction to wedge between said interior wall and said distal shaft when said distal shaft is rotated in said first rotational direction, said radial elements (352, 452) having respective leading edges and trailing edges, at least one of the leading edges extending radially from the disk at a first angle and a trailing edge associated with a same radial element (353, 452) as the at least one of the leading edges extending radially from the disk at a second angle, the first angle being different than the second angle. a telescoping shaft that extends by rotation of a driving element in a first rotational direction with respect to a distal shaft; a distal end of said distal shaft configured to engage the plunger; and a friction element (430, 1430) extending from said distal shaft; characterized in that the friction element (430, 1430) comprises a flexible disk and a plurality of independent flexible radial elements (352, 452) extending radially from the flexible disk to contact an interior side wall of the reservoir (324; 424; 1124; 1424), said flexible radial elements (352, 452) extending from the disk tilting off toward the first rotational direction to wedge between said interior wall and said distal shaft when said distal shaft is rotated in said first rotational direction, said radial elements (352, 452) having respective leading edges and trailing edges, at least one of the leading edges extending radially from the disk at a first angle and a trailing edge associated with a same radial element (353, 452) as the at least one of the leading edges extending radially from the disk at a second angle, the first angle being different than the second angle.