mhurhangee/ep-ind-claims huggingface dataset:
A cleaning pad (100;200;300;400) for treating smooth surfaces in particular, wherein the cleaning pad (100;200;300;400) comprises an elastically deformable core and a cleaning cover which surrounds the core, the cover consisting of two material blanks (6; 6') which enclose the core therebetween and which are connected together by way of at least one adhesive- and/or weld seam at an edge area which surrounds the core, at least one of the material blanks (6, 6') being coated, at least in the outer edge area thereof, with an activatable or activated adhesive material on the surface of said blank which faces the core, characterized in that the adhesive material, in the form of an adhesive gauze, is placed as an activatable layer flat on at least one of the material blanks (6; 6') on the full surface thereof which faces the core, the adhesive material being thermally activated through the introduction of ultrasound, high-frequency or hot gluing.
A pharmaceutical composition, comprising: raltegravir or a pharmaceutically acceptable salt thereof, a non-gelling polymer, and one or more pharmaceutically acceptable excipients, wherein the non-gelling polymer comprises a polymethacrylate, a polyethylene oxide, or a combination thereof. raltegravir or a pharmaceutically acceptable salt thereof, a non-gelling polymer, and one or more pharmaceutically acceptable excipients, wherein the non-gelling polymer comprises a polymethacrylate, a polyethylene oxide, or a combination thereof.
An electrolyte solution comprising at least one compound selected from compounds of formula: wherein R 111 -R 113 each individually are linear C 1-4 -alkyl; and the amount of the compound is 0.01-1000 mass ppm relative to the electrolyte solution.
An optical component (50, 50a, 50b) comprising: a first substrate (10, 10a) including a phosphor substrate, wherein the phosphor substrate has a polycrystalline structure or a single crystal structure; and a second substrate (20,20a) including a translucent substrate and supporting the first substrate (10,10a), the translucent substrate having a polycrystalline structure with orientation, characterized in that the translucent substrate is mainly composed of alumina or aluminum nitride, wherein the ratio for which the main component accounts among the components of the translucent substrate is 99% or more. a first substrate (10, 10a) including a phosphor substrate, wherein the phosphor substrate has a polycrystalline structure or a single crystal structure; and a second substrate (20,20a) including a translucent substrate and supporting the first substrate (10,10a), the translucent substrate having a polycrystalline structure with orientation, characterized in that the translucent substrate is mainly composed of alumina or aluminum nitride, wherein the ratio for which the main component accounts among the components of the translucent substrate is 99% or more.
A cartridge (10, 10A) for a trimmer head, the trimmer head including a housing assembly with a top member drivingly engaging a drive shaft of a trimmer, the cartridge comprising: a cartridge housing operable to support a line; characterized in that the cartridge comprises a brake assembly operable in a braking condition to selectively apply a force to the line to prevent line from being dispensed, wherein the brake assembly is operable between the braking condition and a release condition in an auto-feed mode, in cooperation with a flyweight, and in a bump-feed mode, when a bump member (196,196A) engages a surface. a cartridge housing operable to support a line; characterized in that the cartridge comprises a brake assembly operable in a braking condition to selectively apply a force to the line to prevent line from being dispensed, wherein the brake assembly is operable between the braking condition and a release condition in an auto-feed mode, in cooperation with a flyweight, and in a bump-feed mode, when a bump member (196,196A) engages a surface.
An eccentric screw pump with at least one stator of an elastic material and a rotor, which is rotatable in the stator, wherein the stator is at least in certain regions surrounded by a stator casing, wherein the stator casing is realized in the form of a longitudinally divided casing consisting of at least two casing segments and forms a stator tensioning device, by means of which the stator can be tensioned relative to the rotor in the radial direction, and wherein the stator tensioning device comprises one or more movable adjusting elements, which act upon the casing segments in order to adjust and tension the stator, characterized in that the stator tensioning device comprises one or more actuating drives, which are connected to the adjusting elements or equipped with the adjusting elements, for an automated adjustment of the stator, in that the actuating drives are connected to a control device or equipped with a control device, and in that the actuating drives can be driven by the control device in dependence on status information or operating parameters of the eccentric screw pump in order to re-tension the stator, as well as to relieve the tension of the stator.
An information processing apparatus for measuring relative position and orientation between an object and a robot by estimating a three-dimensional position-and-orientation of the object using an imaging apparatus (20;30) capable of capturing a two-dimensional image and a range image, which imaging apparatus is attached on a robot arm, the information processing apparatus comprising: data storing means configured to store verification data, indicating the shape of the object to be measured, for estimating a position-and-orientation of the object; two-dimensional image input means configured to input a two-dimensional image captured by the imaging apparatus (20;30) in a first position-and-orientation at a first time; range image input means configured to input a range image captured by the imaging apparatus (20;30) in a second position-and-orientation at a second time different from the first time; acquisition means configured to acquire position-and-orientation difference information which is relative position-and-orientation information between the first position-and-orientation and the second position-and-orientation of the imaging apparatus (20; 30) based on each position and orientation of the robot arm at the first time and the second time; and calculation means configured to calculate (S501-S503), based on the position-and-orientation difference information, a position-and-orientation of the object such that the shape of the object indicated by the verification data for estimating the position-and-orientation matches a corresponding shape in the two-dimensional image and the range image. data storing means configured to store verification data, indicating the shape of the object to be measured, for estimating a position-and-orientation of the object; two-dimensional image input means configured to input a two-dimensional image captured by the imaging apparatus (20;30) in a first position-and-orientation at a first time; range image input means configured to input a range image captured by the imaging apparatus (20;30) in a second position-and-orientation at a second time different from the first time; acquisition means configured to acquire position-and-orientation difference information which is relative position-and-orientation information between the first position-and-orientation and the second position-and-orientation of the imaging apparatus (20; 30) based on each position and orientation of the robot arm at the first time and the second time; and calculation means configured to calculate (S501-S503), based on the position-and-orientation difference information, a position-and-orientation of the object such that the shape of the object indicated by the verification data for estimating the position-and-orientation matches a corresponding shape in the two-dimensional image and the range image.
An oil pan for an internal combustion engine and for storing an engine oil, comprising: an upper oil pan fixed to an engine body; a lower oil pan fixed on the lower side of the upper oil pan; and a strength member fixed to the upper oil pan or the engine body, wherein, when external force which can deform the lower oil pan in a front-rear direction of a vehicle acts on the lower oil pan, the lower oil pan is brought into contact with the strength member (25,35,39) thereby being prevented from deforming in the front-rear direction of the vehicle, wherein the upper oil pan is formed of a metallic material, and the strength member is a beam formed integral with the upper oil pan and extending in the front-rear direction of the vehicle, a rib extending in the front-rear direction of the vehicle is provided in the interior of the lower oil pan so that the beam and the rib are brought into contact with each other when external force which can deform the lower oil pan in the front-rear direction of the vehicle acts on the lower oil pan, wherein the beam is shaped such that its bottom edge protrudes downwardly while the rib is shaped such that its top edge is so downwardly cut away as to accept the protruding shape of the beam. an upper oil pan fixed to an engine body; a lower oil pan fixed on the lower side of the upper oil pan; and a strength member fixed to the upper oil pan or the engine body, wherein, when external force which can deform the lower oil pan in a front-rear direction of a vehicle acts on the lower oil pan, the lower oil pan is brought into contact with the strength member (25,35,39) thereby being prevented from deforming in the front-rear direction of the vehicle, wherein the upper oil pan is formed of a metallic material, and the strength member is a beam formed integral with the upper oil pan and extending in the front-rear direction of the vehicle, a rib extending in the front-rear direction of the vehicle is provided in the interior of the lower oil pan so that the beam and the rib are brought into contact with each other when external force which can deform the lower oil pan in the front-rear direction of the vehicle acts on the lower oil pan, wherein the beam is shaped such that its bottom edge protrudes downwardly while the rib is shaped such that its top edge is so downwardly cut away as to accept the protruding shape of the beam.
An ecological greening wall, comprising: multiple fixed poles arranged uprightly on the ground separately; a reinforcement part with holes fixedly connected between the fixed poles along a longitudinal direction of the fixed poles; multiple vegetation bags stacked from bottom to top on one side of the reinforcement part closely against the reinforcement part; and construction parts built on the other side of the reinforcement part closely against the reinforcement part; wherein the vegetation bag includes a ventile and water-permeable bag body and plant growing material filled in the bag body; the bag body and the reinforcement part are fixedly connected together by an interposed reinforcing wall body, characterized in that the reinforcing wall body extends through the holes of the reinforcement part to the other side of the reinforcement part to fixedly connect with the construction parts, so that the reinforcement part, the reinforcing wall body, the construction parts and the vegetation bags are incorporated integrally. multiple fixed poles arranged uprightly on the ground separately; a reinforcement part with holes fixedly connected between the fixed poles along a longitudinal direction of the fixed poles; multiple vegetation bags stacked from bottom to top on one side of the reinforcement part closely against the reinforcement part; and construction parts built on the other side of the reinforcement part closely against the reinforcement part; wherein the vegetation bag includes a ventile and water-permeable bag body and plant growing material filled in the bag body; the bag body and the reinforcement part are fixedly connected together by an interposed reinforcing wall body, characterized in that the reinforcing wall body extends through the holes of the reinforcement part to the other side of the reinforcement part to fixedly connect with the construction parts, so that the reinforcement part, the reinforcing wall body, the construction parts and the vegetation bags are incorporated integrally.
One or more computer-readable media storing computer-executable instructions that, when executed by one or more processors, instruct the one or more processors to perform acts comprising: receiving, by a server, an upload request to upload a file from a user device; generating, by the server, a file identifier for the file based on the upload request; transmitting, by the server, the file ID to the user device; receiving, by the server from the user device, a duplicate determination request including slice IDs that individually correspond to a slice file of multiple slice files associated with the file; determining, by the server, that a slice ID of the slice IDs is a duplicate slice ID that corresponds to a duplicate slice file of the multiple slice files based on slice IDs that have already been saved; and receiving, by the server, based at least in part on the determining, a slice file package from the user device, wherein the slice file package includes slice files of the multiple slice files associated with the file and slice IDs associated with the slice files, and the slice file package does not include the duplicate slice file. receiving, by a server, an upload request to upload a file from a user device; generating, by the server, a file identifier for the file based on the upload request; transmitting, by the server, the file ID to the user device; receiving, by the server from the user device, a duplicate determination request including slice IDs that individually correspond to a slice file of multiple slice files associated with the file; determining, by the server, that a slice ID of the slice IDs is a duplicate slice ID that corresponds to a duplicate slice file of the multiple slice files based on slice IDs that have already been saved; and receiving, by the server, based at least in part on the determining, a slice file package from the user device, wherein the slice file package includes slice files of the multiple slice files associated with the file and slice IDs associated with the slice files, and the slice file package does not include the duplicate slice file.
An optical scanning observation apparatus, comprising: a light source for outputting laser light; a scanning mechanism for scanning, on an object of observation, a condensing position of the laser light output from the light source; and a detector for sampling signal light obtained through the scanning of the laser light, and converting the signal light into an electric signal; wherein, in accordance with changes in scanning rate of the scanning mechanism scanning on the object of observation, sampling time for detecting the signal light per one sampling is varied, characterized in that the laser light output from the light source is varied in power in accordance with changes in scanning rate of the scanning mechanism scanning on the object of observation, and in that within the scanning range on the object of observation, the laser light has a power represented as p vmin when the scanning rate takes a minimum value, and the laser light has a power represented as p vmax when the scanning rate takes a maximum value, and the p vmin and the p vmax satisfy the following conditional expression: 0.5 ≤ p v min / v min p v max / v max ≤ 2 where v max and v min each represent a maximum value and a minimum value of the scanning rate, respectively, within the scanning range on the object of observation. a light source for outputting laser light; a scanning mechanism for scanning, on an object of observation, a condensing position of the laser light output from the light source; and a detector for sampling signal light obtained through the scanning of the laser light, and converting the signal light into an electric signal; wherein, in accordance with changes in scanning rate of the scanning mechanism scanning on the object of observation, sampling time for detecting the signal light per one sampling is varied, characterized in that the laser light output from the light source is varied in power in accordance with changes in scanning rate of the scanning mechanism scanning on the object of observation, and in that within the scanning range on the object of observation, the laser light has a power represented as p vmin when the scanning rate takes a minimum value, and the laser light has a power represented as p vmax when the scanning rate takes a maximum value, and the p vmin and the p vmax satisfy the following conditional expression: 0.5 ≤ p v min / v min p v max / v max ≤ 2 where v max and v min each represent a maximum value and a minimum value of the scanning rate, respectively, within the scanning range on the object of observation.
A push device for laser welding, comprising: a main body configured to be coupled to one side of a welding apparatus and a pusher unit, characterized in that said main body comprises a hinge part disposed at one side thereof and a coupling part spaced apart from the hinge part; said push device further comprising: a support arm having one end rotatably coupled to the hinge part and the other end extending in a direction opposed to the hinge part and rotatable within a preset angle range; wherein the pusher unit is detachably coupled to the other end of the support arm configured to push an adsorption jig configured to adsorb an object to be welded at a welding position, wherein the support arm is rotatable from a lift down position at which it is coupled to the coupling part and movable to a lift up position at which it is rotated in a direction away from the coupling part.
A tip section of a medical device, the tip section comprising: a unitary fluid channeling component adapted to channel fluid, said unitary fluid channeling component comprising: a proximal section having a proximally-facing surface, a side surface extending distally from the proximal-facing surface, and a cylindrical shape; distal section (990") integrally formed as a unitary block of material with the proximal section, wherein the distal section (990") has a distal-facing surface; a proximal opening located on the proximal-facing surface of the proximal section, said proximal opening being in fluid flow connection with a first fluid channel, wherein the first fluid channel is a passage extending through the unitary block of material from the proximal section, through the distal section (990"), and to a first distal opening in said distal-facing surface; a second fluid channel, wherein said second fluid channel is a passage extending through the unitary block of material through the proximal section; and a working channel, wherein the working channel is a passage extending through the unitary block of material from the proximal section, through the distal section (990"), and to a second distal opening in the distal-facing surface, characterised in that the distal section (990") has a partial cylindrical shape; the partial cylindrical shape of the distal section (990") provides a space configured to accommodate a central section of the medical device having electronics and optical components; and the second fluid channel is leading to a side opening on the side surface. a proximal section having a proximally-facing surface, a side surface extending distally from the proximal-facing surface, and a cylindrical shape; distal section (990") integrally formed as a unitary block of material with the proximal section, wherein the distal section (990") has a distal-facing surface; a proximal opening located on the proximal-facing surface of the proximal section, said proximal opening being in fluid flow connection with a first fluid channel, wherein the first fluid channel is a passage extending through the unitary block of material from the proximal section, through the distal section (990"), and to a first distal opening in said distal-facing surface; a second fluid channel, wherein said second fluid channel is a passage extending through the unitary block of material through the proximal section; and a working channel, wherein the working channel is a passage extending through the unitary block of material from the proximal section, through the distal section (990"), and to a second distal opening in the distal-facing surface, the distal section (990") has a partial cylindrical shape; the partial cylindrical shape of the distal section (990") provides a space configured to accommodate a central section of the medical device having electronics and optical components; and the second fluid channel is leading to a side opening on the side surface.
A flow reversing device, comprising: a flow reversing valve of a type that switches by angular displacement of an actuator element thereof that is accessible from a side thereof, there being no ports or tubes extending from said side; the flow reversing valve providing full reversal with less than 180 degrees of rotation; two pairs of counter-current tubes (407, 408, 409, 410), the members of a first of said pairs (407, 408) originating and extending from opposite sides of the flow reversing valve, and the members of a second (409, 410) of said pairs originating and extending from different opposite sides of the flow reversing valve; a support holding the flow reversing valve and tubes extending away therefrom such that each pair of tubes emerges from the support on opposites sides of the support, wherein the support encloses the flow reversing valve and crossing portions of two of the tubes forming an enclosure, the two of the tubes belonging to different ones of said pairs, wherein the enclosure has openings that permit the tubes (407, 408, 409, 410) to extend away from the reversing valve device in pairs in opposite directions of the reversing valve device, and wherein the support holds the two of the tubes such that they cross each other with each of the two forming one of each of the two pairs, wherein the enclosure is provided in its inside with guides that guide the tubes in a fashion that holds the crossing tubes in the enclosure to thereby provide the configuration where the respective pairs of inflow and outflow tubes extend from opposite sides of the enclosure. a flow reversing valve of a type that switches by angular displacement of an actuator element thereof that is accessible from a side thereof, there being no ports or tubes extending from said side; the flow reversing valve providing full reversal with less than 180 degrees of rotation; two pairs of counter-current tubes (407, 408, 409, 410), the members of a first of said pairs (407, 408) originating and extending from opposite sides of the flow reversing valve, and the members of a second (409, 410) of said pairs originating and extending from different opposite sides of the flow reversing valve; a support holding the flow reversing valve and tubes extending away therefrom such that each pair of tubes emerges from the support on opposites sides of the support, wherein the support encloses the flow reversing valve and crossing portions of two of the tubes forming an enclosure, the two of the tubes belonging to different ones of said pairs, wherein the enclosure has openings that permit the tubes (407, 408, 409, 410) to extend away from the reversing valve device in pairs in opposite directions of the reversing valve device, and wherein the support holds the two of the tubes such that they cross each other with each of the two forming one of each of the two pairs, wherein the enclosure is provided in its inside with guides that guide the tubes in a fashion that holds the crossing tubes in the enclosure to thereby provide the configuration where the respective pairs of inflow and outflow tubes extend from opposite sides of the enclosure.