mhurhangee/ep-ind-claims huggingface dataset:
A method comprising growing a photonic crystal within a semiconductor structure, the semiconductor structure comprising a light emitting region (34, 82) configured to emit light of wavelength λ when forward biased, the light emitting region (34, 82) being disposed between an n-type region (22, 80) and a p-type region (36, 84), wherein the photonic crystal comprises: a plurality of regions (4, 26, 38, 58, 64, 74) of semiconductor material having a first refractive index; and a plurality of regions (2, 25, 56, 62, 76) of a material having a second refractive index, wherein the second refractive index is different from the first refractive index, wherein the regions of material having a second refractive index are disposed between the regions of semiconductor material in an array, wherein the light emitting region (34, 82) is a planar layer uninterrupted by the photonic crystal and the photonic crystal is located above or below the light emitting region, wherein each region of material having a second refractive index is located less than 5λ from a nearest neighbor region of material having a second refractive index, wherein the regions of material having a second refractive index are located within 3λ of the light emitting region, and wherein growing the photonic crystal comprises: - forming on a semiconductor surface a mask (24, 56, 62, 70) having a plurality of openings; and - growing a semiconductor material (26, 38, 58, 64, 72, 74) through the openings. a plurality of regions (4, 26, 38, 58, 64, 74) of semiconductor material having a first refractive index; and a plurality of regions (2, 25, 56, 62, 76) of a material having a second refractive index, wherein the second refractive index is different from the first refractive index, wherein the regions of material having a second refractive index are disposed between the regions of semiconductor material in an array, wherein the light emitting region (34, 82) is a planar layer uninterrupted by the photonic crystal and the photonic crystal is located above or below the light emitting region, wherein each region of material having a second refractive index is located less than 5λ from a nearest neighbor region of material having a second refractive index, wherein the regions of material having a second refractive index are located within 3λ of the light emitting region, and wherein growing the photonic crystal comprises: - forming on a semiconductor surface a mask (24, 56, 62, 70) having a plurality of openings; and - growing a semiconductor material (26, 38, 58, 64, 72, 74) through the openings. - forming on a semiconductor surface a mask (24, 56, 62, 70) having a plurality of openings; and - growing a semiconductor material (26, 38, 58, 64, 72, 74) through the openings.
A cutting unit mounting device, comprising a lift arm, a cutting unit attached to the lift arm by means of a yoke, a ball mounted to the yoke and the ball being pivotably mounted in a ball housing (53, 54) attached to the lift arm, characterized in that a releasable lock pin is biased with respect to the ball housing (53, 54) engaging notches (74, 76) in the ball to engage and secure the ball in a plurality of positions with respect to the ball housing (53, 54), whereas one of the notches (74, 76) is configured to allow limited pivoting of the ball with respect to the ball housing (53, 54) as the cutting unit is held in the mowing position and that another of the notches (76, 74) is configured to restrict pivoting as the cutting unit is held in the service position.
An illumination device comprising: - a base having a base element comprising a mounting surface and at least two edged sides protruding outwards in relation to said mounting surface and where a number of electronic components are mounted at said mounting surface and between said edged sides; - a yoke connected to and rotatable relative to said base; - a head connected to and rotatable relative to said yoke, said head comprises at least one light source generating a light; characterized in that said base element is formed as one piece molded body and in that the transverse cross sectional dimension of said edged sides is larger than the transverse cross sectional dimension of said mounting surface. - a base having a base element comprising a mounting surface and at least two edged sides protruding outwards in relation to said mounting surface and where a number of electronic components are mounted at said mounting surface and between said edged sides; - a yoke connected to and rotatable relative to said base; - a head connected to and rotatable relative to said yoke, said head comprises at least one light source generating a light;
Ski boot comprising a rigid shell which is shaped so as to accommodate the foot of the user, and has a lower part structured to couple with a ski binding device; a rigid cuff which is shaped so as to surround the lower part of the leg of the user, and is pivotally jointed to the shell thus to be able to pivot about a rotation axis substantially perpendicular to the midplane of the boot, and shell closing means adapted to selectively tighten the shell on the foot of the user; the shell comprising a substantially basin-shaped casing which is superiorly provided with a main opening from which the leg of the user comes out, and with a longitudinal slit that branches from said main opening and extends along the casing towards the front tip of the shell; the ski boot being characterised in that the shell closing means are located at the longitudinal slit and comprise: - a rigid floating body which is suspended substantially at the centre of the longitudinal slit so as to extend like a saddle over the instep of foot of the user; - a plurality of flexible tabs which are firmly secured to the casing around the longitudinal slit and cantilevered project into the longitudinal slit; - a winch-type cable-winding assembly which is fixed on the rigid floating body; and - a flexible cable that comes out of the cable-winding assembly and engages, in pass-through and free sliding manner and in succession, the distal ends of the various flexible tabs while moving alternately from one side to the other of the rigid floating body. - a rigid floating body which is suspended substantially at the centre of the longitudinal slit so as to extend like a saddle over the instep of foot of the user; - a plurality of flexible tabs which are firmly secured to the casing around the longitudinal slit and cantilevered project into the longitudinal slit; - a winch-type cable-winding assembly which is fixed on the rigid floating body; and - a flexible cable that comes out of the cable-winding assembly and engages, in pass-through and free sliding manner and in succession, the distal ends of the various flexible tabs while moving alternately from one side to the other of the rigid floating body.
A method of manufacturing a tube assembly, comprising: surrounding an outer surface of a cured rubber hose with a thermoplastic layer comprising a thermoplastic material, the cured rubber hose being fully cured and extending along a length between a first end and a second end, the cured rubber having a first shape along its length, the thermoplastic layer surrounding the cured rubber hose along at least a portion of the length of the cured rubber hose; molding the cured rubber hose surrounded with the thermoplastic layer into a second shape along its length, the second shape being different than the first shape of the rubber hose; and retaining the cured rubber hose in the second shape by the thermoplastic layer. surrounding an outer surface of a cured rubber hose with a thermoplastic layer comprising a thermoplastic material, the cured rubber hose being fully cured and extending along a length between a first end and a second end, the cured rubber having a first shape along its length, the thermoplastic layer surrounding the cured rubber hose along at least a portion of the length of the cured rubber hose; molding the cured rubber hose surrounded with the thermoplastic layer into a second shape along its length, the second shape being different than the first shape of the rubber hose; and retaining the cured rubber hose in the second shape by the thermoplastic layer.
A gimbal for carrying an imaging device, said gimbal comprising: a first support frame, a second support frame pivotably connected with the first support frame, a third support frame pivotably connected with the second support frame, and a support assembly for supporting the imaging device; wherein the first support frame comprises two first pillars, two guiding posts and two first clamping devices, the guiding posts being substantially perpendicular to the two first pillars, the two guiding posts being movable along a longitudinal direction of the first pillars through the first clamping devices; the support assembly comprises two first adaptors slidably arranged on the guiding posts; the third support frame comprises a third pillar connected with the second support frame and a connecting plate movably arranged on the third pillar; wherein the gimbal further comprises at least one center of gravity adjusting unit (71, 72, 73), the at least one center of gravity adjusting unit (71, 72, 73) is at least arranged on the first pillar, between the two first clamping devices or in the connecting plate, and the at least one center of gravity adjusting unit (71, 72, 73) is configured to at least adjust a position of the guiding posts on the first pillar, or a position of the first adaptors on the guiding posts, or a position of the third pillar on the connecting plate; and wherein the at least one center of gravity adjusting unit (71, 72, 73) comprises a threaded rod (713, 721, 732) used by the at least one center of gravity adjusting unit (71, 72, 73) to adjust the position. a first support frame, a second support frame pivotably connected with the first support frame, a third support frame pivotably connected with the second support frame, and a support assembly for supporting the imaging device; wherein the first support frame comprises two first pillars, two guiding posts and two first clamping devices, the guiding posts being substantially perpendicular to the two first pillars, the two guiding posts being movable along a longitudinal direction of the first pillars through the first clamping devices; the support assembly comprises two first adaptors slidably arranged on the guiding posts; the third support frame comprises a third pillar connected with the second support frame and a connecting plate movably arranged on the third pillar; wherein the gimbal further comprises at least one center of gravity adjusting unit (71, 72, 73), the at least one center of gravity adjusting unit (71, 72, 73) is at least arranged on the first pillar, between the two first clamping devices or in the connecting plate, and the at least one center of gravity adjusting unit (71, 72, 73) is configured to at least adjust a position of the guiding posts on the first pillar, or a position of the first adaptors on the guiding posts, or a position of the third pillar on the connecting plate; and wherein the at least one center of gravity adjusting unit (71, 72, 73) comprises a threaded rod (713, 721, 732) used by the at least one center of gravity adjusting unit (71, 72, 73) to adjust the position.
A dish washing machine comprising: a body; a washing tub provided in the body; a fixed nozzle (330, 340) positioned at one side of the washing tub to inject wash water into the washing tub; a vane configured to be moveable within the washing tub and to reflect the wash water injected from the fixed nozzle (330, 340) toward dishes; and a drive unit to drive the vane; wherein the drive unit comprises a motor to generate driving force; a belt connected to a drive pulley and an idle pulley to transfer the driving force of the motor to the vane; a rail to guide movement of the vane; a rear holder to rotatably support the drive pulley, the rear holder being coupled to one end of the rail; and a front holder to rotatably support the idle pulley, the front holder being coupled to the other end of the rail. a body; a washing tub provided in the body; a fixed nozzle (330, 340) positioned at one side of the washing tub to inject wash water into the washing tub; a vane configured to be moveable within the washing tub and to reflect the wash water injected from the fixed nozzle (330, 340) toward dishes; and a drive unit to drive the vane; wherein the drive unit comprises a motor to generate driving force; a belt connected to a drive pulley and an idle pulley to transfer the driving force of the motor to the vane; a rail to guide movement of the vane; a rear holder to rotatably support the drive pulley, the rear holder being coupled to one end of the rail; and a front holder to rotatably support the idle pulley, the front holder being coupled to the other end of the rail. a motor to generate driving force; a belt connected to a drive pulley and an idle pulley to transfer the driving force of the motor to the vane; a rail to guide movement of the vane; a rear holder to rotatably support the drive pulley, the rear holder being coupled to one end of the rail; and a front holder to rotatably support the idle pulley, the front holder being coupled to the other end of the rail.
An oligomer of formula wherein linker 1 is an alkyl-aryl-alkyl group or (C 2 -C 8)alkene; p and q are independently an integer from 2 to 6, that is, 2, 3, 4, 5, or 6; linker 2 is m is 0 or 1; A is independently aryl or heteroaryl; B is independently O, N or S; C is independently aryl or heteroaryl; R 1 is a bond or alkyl; R 2 is a bond, alkoxy or amine; R 3 is carbonyl, a bond or alkyl; R 4 is a bond or alkyl; R 5 is alkyl; and X is a halide selected from fluoride, chloride and bromide. wherein linker 1 is an alkyl-aryl-alkyl group or (C 2 -C 8)alkene; p and q are independently an integer from 2 to 6, that is, 2, 3, 4, 5, or 6; linker 2 is m is 0 or 1; A is independently aryl or heteroaryl; B is independently O, N or S; C is independently aryl or heteroaryl; R 1 is a bond or alkyl; R 2 is a bond, alkoxy or amine; R 3 is carbonyl, a bond or alkyl; R 4 is a bond or alkyl; R 5 is alkyl; and X is a halide selected from fluoride, chloride and bromide.
A method for fabricating a light emitting device, comprising the following steps: a) growing an epitaxial n-type semiconductor layer (33; 43; 83) on a substrate (31, 41), said epitaxial n-type semiconductor layer including dislocations (51, 80); b1) growing an active layer (34; 62;) comprising a plurality of sub-layers (34a-34e) on said epitaxial n-type semiconductor layer under growth conditions that cause each of said plurality of sub-layers to form pits (37; 52; 61; 71, 81) on said dislocations, a plurality of said sub-layers having sidewalls that are bounded by said pits; b2) wherein said active layer is grown by repeating b21) a first step of depositing a sub-layer so as to have a thickness in said pits thinner than a thickness outside said pits; and b22) a second step of etching said sub-layer deposited in said pits so as to expose sidewalls of the deposited sub-layers at the end of each depositing of a sub-layer; c) growing an epitaxial p-type semiconductor layer over said active layer such that said epitaxial p-type semiconductor layer extends into said pits and contacts said exposed sidewalls of said sub-layers and an upper surface of the active layer; and d) providing contacts for applying a potential difference between said epitaxial p-type semiconductor layer and said epitaxial n-type semiconductor layer. a) growing an epitaxial n-type semiconductor layer (33; 43; 83) on a substrate (31, 41), said epitaxial n-type semiconductor layer including dislocations (51, 80); b1) growing an active layer (34; 62;) comprising a plurality of sub-layers (34a-34e) on said epitaxial n-type semiconductor layer under growth conditions that cause each of said plurality of sub-layers to form pits (37; 52; 61; 71, 81) on said dislocations, a plurality of said sub-layers having sidewalls that are bounded by said pits; b2) wherein said active layer is grown by repeating b21) a first step of depositing a sub-layer so as to have a thickness in said pits thinner than a thickness outside said pits; and b22) a second step of etching said sub-layer deposited in said pits so as to expose sidewalls of the deposited sub-layers at the end of each depositing of a sub-layer; b21) a first step of depositing a sub-layer so as to have a thickness in said pits thinner than a thickness outside said pits; and b22) a second step of etching said sub-layer deposited in said pits so as to expose sidewalls of the deposited sub-layers at the end of each depositing of a sub-layer; c) growing an epitaxial p-type semiconductor layer over said active layer such that said epitaxial p-type semiconductor layer extends into said pits and contacts said exposed sidewalls of said sub-layers and an upper surface of the active layer; and d) providing contacts for applying a potential difference between said epitaxial p-type semiconductor layer and said epitaxial n-type semiconductor layer.
Process for preparing a compound of formula in crystalline form, characterized in that a compound of formula is dissolved in at least one amide solvent and is crystallized to give a solvate by the presence of at least one antisolvent and/or by decreasing the temperature, and is subsequently filtered and dried.
A vehicle having an exhaust port exposed rearward from a rear surface of the vehicle for emitting discharge produced by a travel drive system of the vehicle, wherein the rear surface has a rear opening formed therein to extend over a substantially entire range, in a vehicle width direction, of the rear surface, a tailgate being supported on a vehicle body for openably and closably covering the rear opening, the tailgate has only one entrance/exit opening formed in a portion, in the vehicle width direction, of the tailgate, and a remaining rear surface portion other than the entrance/exit opening, the tailgate includes a door capable of opening and closing the entrance/exit opening, characterized in that the entrance/exit opening has a lower edge extending in the vehicle width direction to an end portion of the rear opening opposite the remaining rear surface portion, the exhaust port is offset from the entrance/exit opening in the vehicle width direction and located only at a position overlapping the remaining rear surface portion, the exhaust port being located beneath a lower edge of the rear opening, one of left and right side edges of the entrance/exit opening that is remote from the exhaust port is an opening start end that starts to be opened by the door, two hinges which support the door are provided at the other of left and right said edges of the entrance/exit opening.
A device for dilating the outflow tract of a sinus cavity comprising: a metallic inner member having a proximal end and a distal end; a shaft coupled to a balloon, the shaft having a first lumen along at least a portion thereof containing the metallic inner member, the shaft having a second lumen operatively coupled to the interior of the balloon; and a handle disposed along a proximal portion of the metallic inner member, the handle comprising a moveable knob operatively coupled to the shaft, wherein distal advancement of the knob advances the shaft and balloon over the metallic inner member in a distal direction. a metallic inner member having a proximal end and a distal end; a shaft coupled to a balloon, the shaft having a first lumen along at least a portion thereof containing the metallic inner member, the shaft having a second lumen operatively coupled to the interior of the balloon; and a handle disposed along a proximal portion of the metallic inner member, the handle comprising a moveable knob operatively coupled to the shaft, wherein distal advancement of the knob advances the shaft and balloon over the metallic inner member in a distal direction.
A printing system comprising a print station disposed at a sheet transport path, a feed section arranged to feed media sheets of different media types into the transport path so as to be fed sequentially to the print station, and a controller arranged to receive print instructions concerning images to be printed, to schedule a sequence of the media sheets, and to control the feed section and the print station such that each image is printed on a sheet of a media type that has been specified for that image in the print instructions, characterized in that a sensor is arranged at the transport path for detecting a quality condition of the sheets being fed to the print station, and the controller is adapted to receive a quality signal from the sensor and, when the quality of a sheet is found to be insufficient, to skip that sheet and to reroute the corresponding image to another scheduled sheet that is compatible with the print instructions, and, when processing a print job that provides printing a plurality of images (11 - 17) in a predetermined order, to reroute the images with conservation of the print order, by rerouting an image for a sheet, that precedes a target sheet to which the image for the defective sheet has been rerouted, to a sheet that follows that target sheet in the sequence (Fig. 2).
A compound of formula wherein R is H or P 3 H 2, or a pharmaceutically acceptable salt thereof for use in accelerating engraftment of hematopoietic stem cells in a patient who received said hematopoietic stem cells via a transplantation procedure from a donor. wherein R is H or P 3 H 2, or a pharmaceutically acceptable salt thereof for use in accelerating engraftment of hematopoietic stem cells in a patient who received said hematopoietic stem cells via a transplantation procedure from a donor.