mhurhangee/ep-ind-claims huggingface dataset:
A recombinant nucleic acid molecule, comprising: a liver-specific promoter comprising a first response element of no more than 160 nucleotides in length that comprises: a HNF1a transcription factor binding site comprising or consisting of nucleotides 1-12 of SEQ ID NO: 4; a HNF1-1 TF binding site comprising or consisting of nucleotides 16-23 of SEQ ID NO: 4; a HNF4 TF binding site comprising or consisting of nucleotides 26-36 of SEQ ID NO: 4; a HNF3a TF binding site comprising or consisting of nucleotides 39-45 of SEQ ID NO: 4; a HNF1-2 TF binding site comprising or consisting of nucleotides 48-62 of SEQ ID NO: 4; a HNF3-2 TF binding site comprising or consisting of nucleotides 65-71 of SEQ ID NO: 4; a HP1 TF binding site comprising or consisting of nucleotides 75-87 of SEQ ID NO: 4; a TATA box comprising or consisting of nucleotdies 108-114 of SEQ ID NO: 4; and a Transcription Start Site comprising or consisting of nucleotides 116-146 of SEQ ID NO: 4. a HNF1a transcription factor binding site comprising or consisting of nucleotides 1-12 of SEQ ID NO: 4; a HNF1-1 TF binding site comprising or consisting of nucleotides 16-23 of SEQ ID NO: 4; a HNF4 TF binding site comprising or consisting of nucleotides 26-36 of SEQ ID NO: 4; a HNF3a TF binding site comprising or consisting of nucleotides 39-45 of SEQ ID NO: 4; a HNF1-2 TF binding site comprising or consisting of nucleotides 48-62 of SEQ ID NO: 4; a HNF3-2 TF binding site comprising or consisting of nucleotides 65-71 of SEQ ID NO: 4; a HP1 TF binding site comprising or consisting of nucleotides 75-87 of SEQ ID NO: 4; a TATA box comprising or consisting of nucleotdies 108-114 of SEQ ID NO: 4; and a Transcription Start Site comprising or consisting of nucleotides 116-146 of SEQ ID NO: 4.
Welding mirror for welding polyolefins, comprising 1.1 a base material which can be heated by heating elements; and 1.2 a contact layer which is arranged on the base material and which is intended to come into contact with the polyolefins when the latter melt, characterized in that 1.3 the contact layer comprises a metal carrier matrix with non-metal particles embedded therein. 1.1 a base material which can be heated by heating elements; and 1.2 a contact layer which is arranged on the base material and which is intended to come into contact with the polyolefins when the latter melt, characterized in that 1.3 the contact layer comprises a metal carrier matrix with non-metal particles embedded therein.
Process for producing an absorbent polymer, having a first mixing operation in which a multitude of absorbent polymer particles are mixed with a liquid, and a second mixing operation in which the liquid within the polymer particles is distributed, wherein the polymer particles are mixed in the first mixing operation at such a speed that the kinetic energy of the individual polymer particles is greater on average than the adhesion energy between the individual polymer particles, and the polymer particles are mixed in the second mixing operation at a lower speed that in the first mixing operation, wherein the polymer particles used have an inner region, an outer region that surrounds the inner region and a surface region that surrounds the outer region, wherein the outer region has a higher level of crosslinking than the inner region, wherein the Froude number in the first mixing operation is between 1.5 and 50 and in the second mixing operation is between 0.001 and 1, and wherein there is a maturing operation between the first mixing operation and the second mixing operation in which movement of the polymer particles relative to one another less is than in the first and second mixing operations.
A method for transmitting System Frame Number, SFN, information, comprising: setting, by a base station, X resource locations for carrying SFN indication information in one SFN information cycle period, wherein one SFN information cycle period includes 1024 radio frames; and transmitting, by the base station, the SFN indication information at least one resource location in each SFN information cycle period; wherein each resource location consists of consecutive M radio frames; wherein X=2 Y, Y >= 0 and Y< 10; and the M is 2, 4, 8, 16, 32 or 64; further comprising: transmitting the SFN indication information over K sub-frames of each of the consecutive M radio frames, where K is 1, 2, 4, 5 or 10; characterized in that: the consecutive M radio frames are divided into H radio frame groups, where H is an integer and 1<=H<=M; each radio frame group includes L radio frames, the SFN indication information is encoded and then divided into L parts, and each part is repeatedly transmitted within one radio frame. setting, by a base station, X resource locations for carrying SFN indication information in one SFN information cycle period, wherein one SFN information cycle period includes 1024 radio frames; and transmitting, by the base station, the SFN indication information at least one resource location in each SFN information cycle period; wherein each resource location consists of consecutive M radio frames; wherein X=2 Y, Y >= 0 and Y< 10; and the M is 2, 4, 8, 16, 32 or 64; further comprising: transmitting the SFN indication information over K sub-frames of each of the consecutive M radio frames, where K is 1, 2, 4, 5 or 10; characterized in that: the consecutive M radio frames are divided into H radio frame groups, where H is an integer and 1<=H<=M; each radio frame group includes L radio frames, the SFN indication information is encoded and then divided into L parts, and each part is repeatedly transmitted within one radio frame. the consecutive M radio frames are divided into H radio frame groups, where H is an integer and 1<=H<=M; each radio frame group includes L radio frames, the SFN indication information is encoded and then divided into L parts, and each part is repeatedly transmitted within one radio frame.
A vacuum cleaner filter bag comprising a bag wall and a holding plate, the holding plate being connected to a connecting piece which is at least partially cylindrical and extends in a direction perpendicular to a through opening formed in the holding plate, characterized in that the bag wall is connected to the circumferential surface of the connecting piece along the periphery thereof, and wherein the bag wall is bonded or welded to the circumferential surface. the bag wall is connected to the circumferential surface of the connecting piece along the periphery thereof, and wherein the bag wall is bonded or welded to the circumferential surface.
Method for manufacturing panels having a decorative surface, wherein said panels at least comprise a substrate and a top layer, wherein said top layer comprises a paper layer having a printed pattern, and wherein said method at least comprises the step of providing said paper layer with thermosetting resin and the step of providing said resin provided paper layer with at least a portion of said printed pattern, wherein for providing said portion of said printed pattern use is made of pigment containing inks deposited on said paper layer by means of a digital inkjet printer, "wherein for said pigment containing ink use is made of a water based ink, wherein said paper layer, prior to said step of providing said printed pattern, is provided with a separate inkjet receiver coating by coating a liquid substance comprising at least a hydrophilic polymer on the surface of said resin provided paper layer, said method further comprising the step of hot pressing the printed and resin provided paper layer, at least to cure the resin of the obtained resin provided décor paper characterized in that the dry weight of the total volume of said pigment containing inks deposited on said paper layer is lower than 9 grams per square meter, and in that said resin provided paper layer is in a state having a residual humidity lower than 10% when said inkjet receiver coating is applied and wherein said paper layer is further dried after application of said liquid substance.
A stator for a permanently excited electric motor /rotating field machine with a lamination stack of stator laminations and a yoke winding, wherein the yoke winding comprises an inner winding part which is arranged radially inside the stator lamination in at least one winding receptacle and an outer winding part which is arranged radially outside the stator lamination on an outer surface of the lamination stack, wherein a soft magnetic shield is formed fully around the outer winding part, wherein at least one non-magnetic connection element contacting the stator lamination and the soft magnetic shield ring is arranged between the stator lamination and the soft magnetic shield, characterized in that the at least one non-magnetic connection element is made of plastics and a respective non-magnetic connection element is arranged between adjacent winding poles of the yoke winding, wherein the respective non-magnetic connection element is arranged spaced apart from the respective adjacent winding poles of the yoke winding. wherein the yoke winding comprises an inner winding part which is arranged radially inside the stator lamination in at least one winding receptacle and an outer winding part which is arranged radially outside the stator lamination on an outer surface of the lamination stack, wherein a soft magnetic shield is formed fully around the outer winding part, wherein at least one non-magnetic connection element contacting the stator lamination and the soft magnetic shield ring is arranged between the stator lamination and the soft magnetic shield, characterized in that the at least one non-magnetic connection element is made of plastics and a respective non-magnetic connection element is arranged between adjacent winding poles of the yoke winding, wherein the respective non-magnetic connection element is arranged spaced apart from the respective adjacent winding poles of the yoke winding.
A method (600, 650, 1700) for wireless communications, comprising: receiving an uplink grant over a licensed spectrum, indicating a first subset of subframes and a second set of subframes; and performing clear channel assessment, CCA, in response to the uplink grant to determine availability of an unlicensed spectrum, the CCA being performed prior to a transmission associated with the uplink grant; transmitting data using the unlicensed spectrum when a determination is made that the unlicensed spectrum is available; and transmitting data using the licensed spectrum when a determination is made that the unlicensed spectrum is not available, wherein: transmitting data using the unlicensed spectrum comprises transmitting data during the first subset of subframes indicated by the uplink grant; and transmitting data using the licensed spectrum comprises transmitting data during the second subset of subframes indicated by the uplink grant. receiving an uplink grant over a licensed spectrum, indicating a first subset of subframes and a second set of subframes; and performing clear channel assessment, CCA, in response to the uplink grant to determine availability of an unlicensed spectrum, the CCA being performed prior to a transmission associated with the uplink grant; transmitting data using the unlicensed spectrum when a determination is made that the unlicensed spectrum is available; and transmitting data using the licensed spectrum when a determination is made that the unlicensed spectrum is not available, wherein: transmitting data using the unlicensed spectrum comprises transmitting data during the first subset of subframes indicated by the uplink grant; and transmitting data using the licensed spectrum comprises transmitting data during the second subset of subframes indicated by the uplink grant. transmitting data using the unlicensed spectrum comprises transmitting data during the first subset of subframes indicated by the uplink grant; and transmitting data using the licensed spectrum comprises transmitting data during the second subset of subframes indicated by the uplink grant.
A projection apparatus, comprising: a projection light source assembly, a digital micro mirror device, DMD, assembly and a screen, wherein the apparatus further comprises: an ultra short-focus lens, wherein the ultra short-focus lens comprises an optic set and a reflector having transmittance; the optic set is configured to receive a light beam emitted from the DMD assembly, and transmit the light beam onto the reflector; the reflector is configured to reflect the light beam transmitted from the optic set onto the screen; wherein the reflector is provided with a plurality of brightness sensors on a side away from the screen, each of the brightness sensors are configured to acquire a respective brightness value of a respective sub-image of a plurality of sub-image in a current to-be-displayed image; characterized in that the reflector, on the side away from the screen, is partitioned into a plurality of sub-regions, each of the sub-regions having a one to one correspondence to a corresponding sub-image in the current to-be-displayed image, wherein each sub-region is arranged with one brightness sensor, and wherein the plurality of the sub-regions have different areas, and wherein sub-regions located at an edge region of the reflector are smaller in area than a sub-region located at a center region of the reflector, such that the brightness sensors are more densely deployed at the edge region of the reflector than at the center region. an ultra short-focus lens, wherein the ultra short-focus lens comprises an optic set and a reflector having transmittance; the optic set is configured to receive a light beam emitted from the DMD assembly, and transmit the light beam onto the reflector; the reflector is configured to reflect the light beam transmitted from the optic set onto the screen; wherein the reflector is provided with a plurality of brightness sensors on a side away from the screen, each of the brightness sensors are configured to acquire a respective brightness value of a respective sub-image of a plurality of sub-image in a current to-be-displayed image; characterized in that the reflector, on the side away from the screen, is partitioned into a plurality of sub-regions, each of the sub-regions having a one to one correspondence to a corresponding sub-image in the current to-be-displayed image, wherein each sub-region is arranged with one brightness sensor, and wherein the plurality of the sub-regions have different areas, and
A flow control device for controlling the flow of a pressurized fluid substance from a supply system that has an opening between the exterior and interior of the supply system, said flow controller comprising: A. a housing (30/40) that 1) has an inlet end that can be located at the supply system opening; 2) defines an orifice centered on a longitudinal axis for communicating between the supply system exterior and interior; and 3) has an outlet end defining a discharge opening; and B. a valve having a flexible, resilient valve head, characterized in that the valve head has a longitudinal axis that is co-linear with said longitudinal axis defined by said orifice, wherein said valve head has 1) at least one self-sealing slit through said valve head; and 2) confronting, openable portions along said at least one self-sealing slit in an initially closed configuration, said openable portions being movable from said closed configuration to an open configuration when said valve head is subjected to a pressure differential acting across said valve head; and wherein said valve is located across said housing outlet end discharge opening at a location spaced from said housing orifice so that said valve and said housing (30/40) together define an expansion chamber between said orifice and said valve for receiving the fluid substance at a pressure reduced from the pressure within the supply system. A. a housing (30/40) that 1) has an inlet end that can be located at the supply system opening; 2) defines an orifice centered on a longitudinal axis for communicating between the supply system exterior and interior; and 3) has an outlet end defining a discharge opening; and 1) has an inlet end that can be located at the supply system opening; 2) defines an orifice centered on a longitudinal axis for communicating between the supply system exterior and interior; and 3) has an outlet end defining a discharge opening; and B. a valve having a flexible, resilient valve head, characterized in that the valve head has a longitudinal axis that is co-linear with said longitudinal axis defined by said orifice, wherein said valve head has 1) at least one self-sealing slit through said valve head; and 2) confronting, openable portions along said at least one self-sealing slit in an initially closed configuration, said openable portions being movable from said closed configuration to an open configuration when said valve head is subjected to a pressure differential acting across said valve head; and 1) at least one self-sealing slit through said valve head; and 2) confronting, openable portions along said at least one self-sealing slit in an initially closed configuration, said openable portions being movable from said closed configuration to an open configuration when said valve head is subjected to a pressure differential acting across said valve head; and
A cylinder assembly of an opposed-piston engine, comprising: a groove in a bore of the cylinder assembly, the groove positioned at the periphery of a combustion chamber that is partially defined by a first end surface on a first piston and a second end surface on a second piston when the first and second pistons are near their top dead center positions in the cylinder assembly in the opposed-piston engine, the groove comprising opposed sidewalls and a back wall; intake ports and exhaust ports that are longitudinally displaced on either side of the groove; a barrier ring (200, 600) seated in the groove; in which the barrier ring comprises an open-ended tube with a wall defining a volume inside the tube, wall edges configured to contact the side walls of the groove, a first set of openings in the wall for communication between engine hardware and the combustion chamber, and a second set of openings in the wall configured to allow for pressure equalization across the tube, between the volume inside the tube and a volume outside the tube; and, a spacer configured to maintain the wall of the barrier ring from contacting the back wall of the groove. a groove in a bore of the cylinder assembly, the groove positioned at the periphery of a combustion chamber that is partially defined by a first end surface on a first piston and a second end surface on a second piston when the first and second pistons are near their top dead center positions in the cylinder assembly in the opposed-piston engine, the groove comprising opposed sidewalls and a back wall; intake ports and exhaust ports that are longitudinally displaced on either side of the groove; a barrier ring (200, 600) seated in the groove; in which the barrier ring comprises an open-ended tube with a wall defining a volume inside the tube, wall edges configured to contact the side walls of the groove, a first set of openings in the wall for communication between engine hardware and the combustion chamber, and a second set of openings in the wall configured to allow for pressure equalization across the tube, between the volume inside the tube and a volume outside the tube; and, a spacer configured to maintain the wall of the barrier ring from contacting the back wall of the groove.
An electric drill for soil digging operations, comprising: a housing; a motor, used for driving the electric drill to work; an output assembly, used for outputting power of the motor, including: a transmission shaft, and an output shaft, wherein the transmission shaft and the output shaft are arranged in parallel, and the transmission shaft is connected with the motor and outputs the power through the output shaft; characterized by a first brake assembly, including: a driving disc, and a driven disc, wherein the driving disc and the driven disc are respectively arranged on the transmission shaft and the output shaft, the driving disc is engaged with the driven disc to transmit power in a non-braking state, and the driving disc and the driven disc are displaced in the axial direction to be separated from each other in a braking state to stop transmitting power; and a second brake assembly, including: a mass block, and a micro switch connected with the motor, wherein in the braking state, the mass block displaces and triggers the micro switch to stop the motor. a housing; a motor, used for driving the electric drill to work; an output assembly, used for outputting power of the motor, including: a transmission shaft, and an output shaft, wherein the transmission shaft and the output shaft are arranged in parallel, and the transmission shaft is connected with the motor and outputs the power through the output shaft; a transmission shaft, and an output shaft, wherein the transmission shaft and the output shaft are arranged in parallel, and the transmission shaft is connected with the motor and outputs the power through the output shaft; characterized by a first brake assembly, including: a driving disc, and a driven disc, wherein the driving disc and the driven disc are respectively arranged on the transmission shaft and the output shaft, the driving disc is engaged with the driven disc to transmit power in a non-braking state, and the driving disc and the driven disc are displaced in the axial direction to be separated from each other in a braking state to stop transmitting power; and a driving disc, and a driven disc, wherein the driving disc and the driven disc are respectively arranged on the transmission shaft and the output shaft, the driving disc is engaged with the driven disc to transmit power in a non-braking state, and the driving disc and the driven disc are displaced in the axial direction to be separated from each other in a braking state to stop transmitting power; and a second brake assembly, including: a mass block, and a micro switch connected with the motor, wherein in the braking state, the mass block displaces and triggers the micro switch to stop the motor. a mass block, and a micro switch connected with the motor, wherein in the braking state, the mass block displaces and triggers the micro switch to stop the motor.