mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: a statistical processing unit configured to perform statistical processing for a group of spectra obtained by applying light to a group of microparticles that exhibit one response property with respect to light, and on a basis of a result of the statistical processing, exclude a spectrum indicating an outlier from the group of spectra; and a reference spectrum calculation unit configured to calculate a reference spectrum using the group of spectra from which the spectrum indicating the outlier has been excluded; wherein, the statistical processing unit performs statistical processing for each of a first spectra group obtained by applying light to a group of microparticles including one substance that exhibits the one response property and a second spectra group obtained by applying light to a group of microparticles not including the one substance, and on a basis of a result of the statistical processing, excludes spectra indicating outliers from the first spectra group and the second spectra group, respectively, and the reference spectrum calculation unit calculates a reference spectrum related to the one substance using the first spectra group and the second spectra group from which the spectra indicating the outliers have been excluded. a statistical processing unit configured to perform statistical processing for a group of spectra obtained by applying light to a group of microparticles that exhibit one response property with respect to light, and on a basis of a result of the statistical processing, exclude a spectrum indicating an outlier from the group of spectra; and a reference spectrum calculation unit configured to calculate a reference spectrum using the group of spectra from which the spectrum indicating the outlier has been excluded; wherein, the statistical processing unit performs statistical processing for each of a first spectra group obtained by applying light to a group of microparticles including one substance that exhibits the one response property and a second spectra group obtained by applying light to a group of microparticles not including the one substance, and on a basis of a result of the statistical processing, excludes spectra indicating outliers from the first spectra group and the second spectra group, respectively, and the reference spectrum calculation unit calculates a reference spectrum related to the one substance using the first spectra group and the second spectra group from which the spectra indicating the outliers have been excluded.
Method for producing a foil intermediate product, comprising the following steps, which are carried out in particular once and/or multiple times in any order, preferably in the following order: a) providing a receiver foil b) providing one or more donor foils (301 to 304) c) applying one or more foil elements (311 to 314), which is or are formed in each case from a cut-out of one of the one or more donor foils (301 to 304), to the receiver foil; wherein the receiver foil is a receiver transfer foil, the receiver transfer foil having a receiver carrier layer and a receiver transfer layer, the receiver transfer layer being releasable from the receiver carrier layer and/or having a receiver release layer arranged between the receiver transfer layer and the receiver carrier layer, and at least one of the one or more donor foils (301 to 304) is a donor transfer foil which has a donor carrier layer and a donor transfer layer, the donor transfer layer being releasable from the donor carrier layer and/or having a donor release layer arranged between the donor transfer layer and the donor carrier layer, characterised in that the release force between the donor carrier layer and the donor transfer layer is smaller than the release force between the receiver carrier layer and receiver transfer layer. a) providing a receiver foil b) providing one or more donor foils (301 to 304) c) applying one or more foil elements (311 to 314), which is or are formed in each case from a cut-out of one of the one or more donor foils (301 to 304), to the receiver foil; wherein the receiver foil is a receiver transfer foil, the receiver transfer foil having a receiver carrier layer and a receiver transfer layer, the receiver transfer layer being releasable from the receiver carrier layer and/or having a receiver release layer arranged between the receiver transfer layer and the receiver carrier layer, and at least one of the one or more donor foils (301 to 304) is a donor transfer foil which has a donor carrier layer and a donor transfer layer, the donor transfer layer being releasable from the donor carrier layer and/or having a donor release layer arranged between the donor transfer layer and the donor carrier layer, characterised in that the release force between the donor carrier layer and the donor transfer layer is smaller than the release force between the receiver carrier layer and receiver transfer layer.
Fragrance body for releasing fragrances, in particular in a dishwashing machine, consisting of or comprising a) a carrier consisting of or comprising at least one polymer and b) at least one fragrance distributed within the carrier, wherein the fragrance body has a central axis and has a continuous elongated recess extending along the central axis or in parallel to the central axis for receiving an elongated object and wherein the recess is at least partially undercut, wherein due to the elongated recess the fragrance body can be placed onto elongated objects and, due to the at least partial undercutting of the recess, can remain on the elongated object without falling off, characterized in that the carrier consists of a mixture of ethylene-vinyl acetate copolymer and polyethylene or comprises this mixture. a) a carrier consisting of or comprising at least one polymer and b) at least one fragrance distributed within the carrier, wherein the fragrance body has a central axis and has a continuous elongated recess extending along the central axis or in parallel to the central axis for receiving an elongated object and wherein the recess is at least partially undercut, wherein due to the elongated recess the fragrance body can be placed onto elongated objects and, due to the at least partial undercutting of the recess, can remain on the elongated object without falling off, characterized in that the carrier consists of a mixture of ethylene-vinyl acetate copolymer and polyethylene or comprises this mixture.
A circular stapling instrument comprising: a) an anvil having a tissue facing end and an opposite distal end; the anvil having a peripheral staple bending zone and a coaxial circular knife recess on said tissue facing end; b) a cylindrical stapling head mounted on a support shaft, said stapling head containing a concentric knife and a plurality of deployable staples in concentric arrays on a tissue facing side of said stapling head; c) a moveable shaft connecting the anvil and stapling head; and d) an elongated hollow anvil sleeve having a flange at a proximal end thereof, said anvil sleeve open at a distal end (213, 220) thereof and at the proximal end thereof; said flange positioned on the tissue facing end of the anvil against said staple bending zone; characterised in that: the anvil has a circumferential recess (1030a - 1030e) formed inside said anvil, with a circumferential entrance into said circumferential recess (1030a - 1030e) positioned on said tissue facing end coaxially between the staple bending zone and the circular knife recess; and said distal end (213, 220) of said anvil sleeve is releasably disposed in said circumferential recess (1030a - 1030e). a) an anvil having a tissue facing end and an opposite distal end; the anvil having a peripheral staple bending zone and a coaxial circular knife recess on said tissue facing end; b) a cylindrical stapling head mounted on a support shaft, said stapling head containing a concentric knife and a plurality of deployable staples in concentric arrays on a tissue facing side of said stapling head; c) a moveable shaft connecting the anvil and stapling head; and d) an elongated hollow anvil sleeve having a flange at a proximal end thereof, said anvil sleeve open at a distal end (213, 220) thereof and at the proximal end thereof; said flange positioned on the tissue facing end of the anvil against said staple bending zone; characterised in that: the anvil has a circumferential recess (1030a - 1030e) formed inside said anvil, with a circumferential entrance into said circumferential recess (1030a - 1030e) positioned on said tissue facing end coaxially between the staple bending zone and the circular knife recess; and said distal end (213, 220) of said anvil sleeve is releasably disposed in said circumferential recess (1030a - 1030e). the anvil has a circumferential recess (1030a - 1030e) formed inside said anvil, with a circumferential entrance into said circumferential recess (1030a - 1030e) positioned on said tissue facing end coaxially between the staple bending zone and the circular knife recess; and said distal end (213, 220) of said anvil sleeve is releasably disposed in said circumferential recess (1030a - 1030e).
A mobile multimedia workstation comprising: a base further comprising a bottom side and a top side; at least one mobile component attached to the bottom side of the base; first and second upright members attached to the top side of the base and spaced apart to define an opening therebetween; a first clamp comprising first and second clamp faces connected by an adjustable connecting member disposed within the opening defined between the first and second upright members, the adjustable connecting member adjustable to urge the first and second clamp faces in a direction toward each other and thereby applying a compressive force between the front and rear surfaces of the first and second upright members fixing a vertical position of the first clamp along the first and second upright members; a first arm having a first end connected to the first clamp face through a pivot junction and a second end defining a slot therein; a first post for receiving with the slot; a first device connected to the first arm; and a threaded slot member disposed through the slot for adjusting a slot width to restrain the first post within the slot; the multimedia workstation further comprising: first and second spaced-apart protrusions extending inwardly from the first clamp face and disposed within the opening defined between the first and second upright members. a base further comprising a bottom side and a top side; at least one mobile component attached to the bottom side of the base; first and second upright members attached to the top side of the base and spaced apart to define an opening therebetween; a first clamp comprising first and second clamp faces connected by an adjustable connecting member disposed within the opening defined between the first and second upright members, the adjustable connecting member adjustable to urge the first and second clamp faces in a direction toward each other and thereby applying a compressive force between the front and rear surfaces of the first and second upright members fixing a vertical position of the first clamp along the first and second upright members; a first arm having a first end connected to the first clamp face through a pivot junction and a second end defining a slot therein; a first post for receiving with the slot; a first device connected to the first arm; and a threaded slot member disposed through the slot for adjusting a slot width to restrain the first post within the slot; the multimedia workstation further comprising: first and second spaced-apart protrusions extending inwardly from the first clamp face and disposed within the opening defined between the first and second upright members. first and second spaced-apart protrusions extending inwardly from the first clamp face and disposed within the opening defined between the first and second upright members.
Holder for a surface element of a sunshield or shading device, which is provided with a covering made of a thin covering material for covering a windowpane of a motor vehicle and a frame encircling it on the margin, preferably designed as a stretching frame, wherein the holder comprises a receiving space with a receiving opening, provided for one portion of the frame preferably covered with the covering material and being bounded by a base, wherein the holder comprises an insert element pointing away from the base, whose end distant from the base is shaped as a hook, and comprising a bearing surface on a side facing toward the windowpane, wherein the base comprises a supporting section situated on a side of the base passing into an inner side of the insert element facing away from the bearing surface, characterized in that the insert element is not straight in cross section and is concave in shape with respect to its side facing toward the windowpane.
An eyeglass lens peripheral edge processing system (100, 200) that processes a peripheral edge of an eyeglass lens, comprising: a plurality of eyeglass manufacturing devices that perform mutually different steps out of a plurality of steps for processing the eyeglass lens, and that include mutually different housings; and a robot arm that includes an arm unit having a plurality of joint portions (J1 to J6), and a holding unit provided in the arm unit to hold and release an object, and that rotates the arm unit via the joint portion (J1 to J6) to move the object held by the holding unit, characterized in that the plurality of eyeglass manufacturing devices include: a cup attachment device configured to automatically attach a cup to a proper position on a lens surface of the eyeglass lens; and a lens processing device configured to mount the eyeglass lens by using the cup attached to the eyeglass lens by the cup attachment device as a jig, and to process a peripheral edge of the mounted eyeglass lens, and wherein the robot arm is configured to rotate the arm unit via at least one of the plurality of joint portions (J1 to J6), to move at least the eyeglass lens serving as the object to an installation position of the cup attachment device, and to move the eyeglass lens to which the cup is attached by the cup attachment device to an installation position of the lens processing device. a plurality of eyeglass manufacturing devices that perform mutually different steps out of a plurality of steps for processing the eyeglass lens, and that include mutually different housings; and a robot arm that includes an arm unit having a plurality of joint portions (J1 to J6), and a holding unit provided in the arm unit to hold and release an object, and that rotates the arm unit via the joint portion (J1 to J6) to move the object held by the holding unit, characterized in that the plurality of eyeglass manufacturing devices include: a cup attachment device configured to automatically attach a cup to a proper position on a lens surface of the eyeglass lens; and a lens processing device configured to mount the eyeglass lens by using the cup attached to the eyeglass lens by the cup attachment device as a jig, and to process a peripheral edge of the mounted eyeglass lens, and a cup attachment device configured to automatically attach a cup to a proper position on a lens surface of the eyeglass lens; and a lens processing device configured to mount the eyeglass lens by using the cup attached to the eyeglass lens by the cup attachment device as a jig, and to process a peripheral edge of the mounted eyeglass lens, and wherein the robot arm is configured to rotate the arm unit via at least one of the plurality of joint portions (J1 to J6), to move at least the eyeglass lens serving as the object to an installation position of the cup attachment device, and to move the eyeglass lens to which the cup is attached by the cup attachment device to an installation position of the lens processing device.
A system, comprising: a low performance storage device storing a first data structure, the first data structure stored in the low performance storage device based on a first characteristic associated with the first data structure and a second characteristic associated with a first search query operator supported by the first data structure, wherein the first characteristic comprises a first access pattern of the first data structure (405, 425, 430) and the second characteristic comprises a first occurrence frequency of the first search query operator; and a high performance storage device storing a second data structure, the second data structure stored in the high performance storage device based on a third characteristic associated with the second data structure and a fourth characteristic associated with a second search query operator supported by the second data structure, wherein the third characteristic comprises a second access pattern of the second data structure (405, 425, 430) and the fourth characteristic comprises a second occurrence frequency of the second search query operator. a low performance storage device storing a first data structure, the first data structure stored in the low performance storage device based on a first characteristic associated with the first data structure and a second characteristic associated with a first search query operator supported by the first data structure, wherein the first characteristic comprises a first access pattern of the first data structure (405, 425, 430) and the second characteristic comprises a first occurrence frequency of the first search query operator; and a high performance storage device storing a second data structure, the second data structure stored in the high performance storage device based on a third characteristic associated with the second data structure and a fourth characteristic associated with a second search query operator supported by the second data structure, wherein the third characteristic comprises a second access pattern of the second data structure (405, 425, 430) and the fourth characteristic comprises a second occurrence frequency of the second search query operator.
Air compressor including a motor, a gear, a piston body, a cylinder, an air storage container and a main frame for mounting the motor which can rotate the gear to drive the piston body fitted in the cylinder to conduct reciprocating motion for producing compressed air which can enter an inner space of the air storage container; wherein the cylinder defines at a top wall thereof a plurality of exit holes (4, 5, 6) of approximately equal dimension, wherein the exit holes (4, 5, 6) are regulated by a control mechanism to be opened or closed, the control mechanism including a resilient sheet having a root and a plurality of branches (72, 73, 74) extending from the root and corresponding to the exit holes (4, 5, 6), characterized in that the control mechanism further includes a plurality of O-rings (41,51,61) corresponding to the exit holes (4, 5, 6), and the O-rings (41, 51, 61) being placed around the exit holes (4,5, 6) respectively, the root of the resilient sheet defining a positioning hole and being attached to the top wall by fitting the positioning hole over a boss provided at the top wall, the branches (72, 73, 74) of the resilient sheet being placed in tight contact with the O-rings (41, 51, 61) to seal the exit holes (4, 5, 6), respectively.
A fluid flow mixing manifold for reducing the temperature of a thermal energy transfer fluid, said fluid flow mixing manifold comprising: a divided housing that includes a thermal discharge port, a high temperature fluid input port and a cooling fluid mixing input port; said divided housing including a working fluid outlet passage with said cooling mixing fluid input port and said high temperature fluid input port in communication with an input end of said working fluid outlet passage; said working fluid outlet passage including a series of mixing members that cause the fluid flowing through said working fluid outlet passage to effectively mix as the fluid flows to said thermal discharge port located at an output end of said working fluid outlet passage; and wherein the mixing manifold is designed for operating at temperatures in excess of 1000°C and includes a controller that monitors the temperature of the mixing manifold adjacent the thermal discharge port; said controller regulating said fluid flows passing through said high temperature fluid input port and said cooling fluid mixing input port to cause the mixed fluid flow passing through said thermal discharge port to exit at a reduced temperature regulated by said controller. a divided housing that includes a thermal discharge port, a high temperature fluid input port and a cooling fluid mixing input port; said divided housing including a working fluid outlet passage with said cooling mixing fluid input port and said high temperature fluid input port in communication with an input end of said working fluid outlet passage; said working fluid outlet passage including a series of mixing members that cause the fluid flowing through said working fluid outlet passage to effectively mix as the fluid flows to said thermal discharge port located at an output end of said working fluid outlet passage; and wherein the mixing manifold is designed for operating at temperatures in excess of 1000°C and includes a controller that monitors the temperature of the mixing manifold adjacent the thermal discharge port; said controller regulating said fluid flows passing through said high temperature fluid input port and said cooling fluid mixing input port to cause the mixed fluid flow passing through said thermal discharge port to exit at a reduced temperature regulated by said controller.