mhurhangee/ep-ind-claims huggingface dataset:
A polylactic acid composite, characterized in that, comprises the following components in parts by weight: i) 50 to 85 parts by weight of polylactic acid; ii) 8 to 35 parts by weight of an inorganic filler; and iii) 0 to 8 parts by weight of a plasticizer; wherein the polylactic acid composite has an end carboxyl content of 12 to 51 molKOH/t; and wherein a measurement method of the end carboxyl content is as follows: using a mixed liquor of o-cresol and trichloromethane with a mass ratio of 7:3 as a solvent, measuring an end carboxyl value with a Metrohm Titrino series automatic potentiometric titrator, carrying out a measuring method using FZ/T 50012-2006 "Determination for end carboxyl content in polyester-titration analysis method", rounding off a one decimal place after the decimal point of an end carboxyl value according to a rounding method. i) 50 to 85 parts by weight of polylactic acid; ii) 8 to 35 parts by weight of an inorganic filler; and iii) 0 to 8 parts by weight of a plasticizer;
A method of producing an image associated with a biological sample, the method comprising: staining the biological sample with a first fluorescent material and a second fluorescent material, wherein the first and second fluorescent materials have different excitation wavelengths; driving a first fluorescent excitation light source; focusing on the biological sample based on fluorescence of the first fluorescent material in a dark field imaging mode; stop driving the first fluorescent excitation light source and driving a second fluorescent excitation light source and capturing a dark field image of the first fluorescent material and the second fluorescent material in the biological sample using the second fluorescent excitation light. staining the biological sample with a first fluorescent material and a second fluorescent material, wherein the first and second fluorescent materials have different excitation wavelengths; driving a first fluorescent excitation light source; focusing on the biological sample based on fluorescence of the first fluorescent material in a dark field imaging mode; stop driving the first fluorescent excitation light source and driving a second fluorescent excitation light source and capturing a dark field image of the first fluorescent material and the second fluorescent material in the biological sample using the second fluorescent excitation light.
A method of creating reduced puffing needle coke, comprising: a. passing decant oil having less than 0.01 wt% ash through an activated carbon nitrogen removal system to remove nitrogen from the decant oil by adsorption and to produce reduced nitrogen decant oil; b. hydrodesulfurizing the reduced nitrogen decant oil to create low-sulfur, reduced nitrogen decant oil having less than 0.5 wt% sulfur; c. coking the low-sulfur, reduced nitrogen decant oil; d. calcining the coke obtained from step (c) to create reduced puffing needle coke. a. passing decant oil having less than 0.01 wt% ash through an activated carbon nitrogen removal system to remove nitrogen from the decant oil by adsorption and to produce reduced nitrogen decant oil; b. hydrodesulfurizing the reduced nitrogen decant oil to create low-sulfur, reduced nitrogen decant oil having less than 0.5 wt% sulfur; c. coking the low-sulfur, reduced nitrogen decant oil; d. calcining the coke obtained from step (c) to create reduced puffing needle coke.
Sealing tape for sealing a joint between two components (2, 3), in particular a joint of a jamb connection with a first component which provides the jamb and a second component, such as for example a frame component, adjacent to the jamb, wherein the sealing tape has a foam body having two opposing broad sides, which can be applied in a sealing manner to the two components (2, 3) or face these components (2, 3), and narrow sides (13, 14) which connect these broad sides, and also with a plaster boundary device, which on a narrow side (13, 14) of the foam body projects from this side, wherein the region of the plaster boundary device projecting on the narrow side has a plaster removal edge which enables application and removal of a plastering tool for plastering the first component, wherein the plaster boundary device is surrounded on both sides by the foam body and is arranged laterally spaced apart from the two body broad sides (11, 12) and the plaster boundary strip passes only partially through the foam body in the extension of the latter from narrow side to narrow side, characterised in that the plaster boundary device is designed as a flexible plaster boundary strip, has a laterally protruding sealing lip, which can be applied laterally to the second component, and the sealing tape is designed to be rolled up with plaster boundary strip.
A peeso reamer or a gates drill, comprising: a cutting portion (11; 21) formed on the tip side; a shank (12; 22) formed in a base; a neck part (13; 23) formed between the cutting portion (11; 21) and the shank (12; 22); and a connecting part (13c; 23c), which gradually becomes thicker towards the shank (12; 22), between a straight portion (13b; 23b) and the shank (12; 22), wherein the neck part (13; 23) comprises a tapered portion (13a; 23a), which is wider on the tip side and narrower on the base side, and the straight portion (13b; 23b), which has a constant thickness with the same diameter as that of the end of the tapered portion (13a; 23a) on the base side, and wherein a length of the straight portion (13b; 23b) is shorter than a length of the connecting part (13c; 23c).
A medical imaging apparatus, comprising: processing circuitry configured to obtain image data from an image sensor having a birefringent mask coupled thereto, and perform processing on the image data based on one or more point spread functions (PSFs), the one or more point spread functions indicating unique optical characteristics of a coupled medical device, wherein the processing includes selecting at least one of depth of field expansion and blur improvement based on the unique optical characteristics, and the one or more PSFs are extracted from a non-transitory memory, the non-transitory memory being configured to store a plurality of PSFs associated with the coupled medical device. obtain image data from an image sensor having a birefringent mask coupled thereto, and perform processing on the image data based on one or more point spread functions (PSFs), the one or more point spread functions indicating unique optical characteristics of a coupled medical device, wherein the processing includes selecting at least one of depth of field expansion and blur improvement based on the unique optical characteristics, and the one or more PSFs are extracted from a non-transitory memory, the non-transitory memory being configured to store a plurality of PSFs associated with the coupled medical device.
Bladder support segment for producing vehicle tyres with a shaping drum and side shaping bladders, wherein the bladder support segment comprises a lever arm and a pressure-exerting part of rubber material, wherein the lever arm has a mounting at the front end, wherein the pressure-exerting part is arranged with form-fitting engagement at the mounting and at the front end of the lever arm, characterized in that a highly elastic region in the form of a material clearance is arranged in the pressure-exerting part at the front end of the bladder support segment in the pressure-exerting region with respect to the tyre bead between the front part of the lever arm and the inner side of the pressure-exerting part, wherein, during the process of exerting pressure on the tyre bead, the pressure-exerting part can be pressed with great flexibility into the material clearance.
Method for conveying rod-shaped articles of the tobacco-processing industry (21, 22), in particular filter cigarettes or rod-shaped components thereof, wherein the rod-shaped articles (21, 22) are conveyed in a transverse axial manner in accommodating troughs of conveyor drums (31, 32.1, 32.2, 33) as the conveyor drums (31, 32.1, 32.2, 33) rotate, wherein the conveyor drums (31, 32.1, 32.2, 33), which rotate or can rotate about a respective dedicated axis of rotation (41, 42.1, 42.2, 43), are arranged one behind the other in a transverse axial conveying direction of the rod-shaped articles (21, 22), wherein the rod-shaped articles (21, 22), which are arranged in a transverse axial manner one behind the other in at least one row, are transferred from one conveyor drum (31, 32.1, 32.2, 33) to a following conveyor drum (31, 32.1, 32.2, 33), characterized in that, in the event of a changeover of the rod-shaped articles (21, 22) to be conveyed, from rod-shaped articles of a first type having a predetermined diameter to rod-shaped articles of a second type having a predetermined diameter, wherein the diameter of the articles of the first type and the diameter of the articles of the second type differ from one another, one conveyor drum (31, 33) provided for conveying the rod-shaped articles (21, 22) is retained and a first exchangeable conveyor drum (32.1), which is adjacent to the retained conveyor drum (31, 33) and in particular hands over rod-shaped articles or receives rod-shaped articles, is replaced by a second exchangeable conveyor drum (32.2) so that during the conveying of rod-shaped articles of the first type the pitch circle arcs of the central longitudinal axes of the rod-shaped articles of the first type on the retained conveyor drum (32.1) and the pitch circle arcs of the central longitudinal axes of the rod-shaped articles of the first type on the first exchangeable conveyor drum (32.1) touch one another in the transfer region (35a, 36a) and, after the first exchangeable conveyor drum (32.1) has been replaced by the second exchangeable conveyor drum (32.2), during the conveying of rod-shaped articles of the second type the pitch circle arcs of the central longitudinal axes of the rod-shaped articles of the second type on the retained conveyor drum (31, 33) and the pitch circle arcs of the central longitudinal axes of the rod-shaped articles of the second type on the second exchangeable conveyor drum (32.2) touch one another in the transfer region (35b, 36b).
A Universal Plug and Play, UPnP, device that is capable of being automatically provisioned to access digital rights management, DRM, services by a provisioning device through interaction with the provisioning device over a home network, the UPnP device comprising: a processor configured to obtain pre-provisioning information from said provisioning device, the pre-provisioning information comprising a UPnP device description document indicating a key distribution center function, the device description document further comprising an Internet Protocol, IP, address of said provisioning device, send a first certificate associated with said UPnP device along with the obtained pre-provisioning information to said provisioning device to enable said provisioning device to process the first certificate and the pre-provisioning information for authenticating said UPnP device, and receive, in response to said UPnP device being authenticated by said provisioning device, a second certificate from said provisioning device to cause said UPnP device to be provisioned; and a memory device, the pre-provisioning information being stored in the memory device; wherein the UPnP device and the provisioning device are both in the home network and are in communication with one another via the home network. a processor configured to obtain pre-provisioning information from said provisioning device, the pre-provisioning information comprising a UPnP device description document indicating a key distribution center function, the device description document further comprising an Internet Protocol, IP, address of said provisioning device, send a first certificate associated with said UPnP device along with the obtained pre-provisioning information to said provisioning device to enable said provisioning device to process the first certificate and the pre-provisioning information for authenticating said UPnP device, and receive, in response to said UPnP device being authenticated by said provisioning device, a second certificate from said provisioning device to cause said UPnP device to be provisioned; and send a first certificate associated with said UPnP device along with the obtained pre-provisioning information to said provisioning device to enable said provisioning device to process the first certificate and the pre-provisioning information for authenticating said UPnP device, and receive, in response to said UPnP device being authenticated by said provisioning device, a second certificate from said provisioning device to cause said UPnP device to be provisioned; and a memory device, the pre-provisioning information being stored in the memory device; wherein the UPnP device and the provisioning device are both in the home network and are in communication with one another via the home network.
An assembly comprising: a first multi-layer optical film composed of at least 100 layers comprising at least first optical layers and second optical layers reflecting at least 50 percent of incident light over at least a 30 nanometer wavelength in a wavelength range from at least 430 nanometers to 500 nanometers, measured with a spectrophotometer obtained from Perkin-Elmer, Inc., Waltham, MA under the trade designation "LAMBDA 950", wherein the plurality of first optical layers and second optical layers is essentially free of 2,6-polyethylenenaphthalate; and a second multi-layer optical film composed of at least 100 layers comprising at least one layer comprising 2,6-polyethylenenaphthalate, wherein the first optical layers of the first multi-layer optical film comprise PMMA, a blend of PMMA and PVDF, PC, PET, COC, or TPU, and wherein the second optical layers of the first multi-layer optical film comprise THV, PMMA, CoPMMA, or a blend of PVDF and PMMA, and wherein the first multi-layer optical film is laminated to the second multi-layer optical film. a first multi-layer optical film composed of at least 100 layers comprising at least first optical layers and second optical layers reflecting at least 50 percent of incident light over at least a 30 nanometer wavelength in a wavelength range from at least 430 nanometers to 500 nanometers, measured with a spectrophotometer obtained from Perkin-Elmer, Inc., Waltham, MA under the trade designation "LAMBDA 950", wherein the plurality of first optical layers and second optical layers is essentially free of 2,6-polyethylenenaphthalate; and a second multi-layer optical film composed of at least 100 layers comprising at least one layer comprising 2,6-polyethylenenaphthalate, wherein the first optical layers of the first multi-layer optical film comprise PMMA, a blend of PMMA and PVDF, PC, PET, COC, or TPU, and wherein the second optical layers of the first multi-layer optical film comprise THV, PMMA, CoPMMA, or a blend of PVDF and PMMA, and wherein the first multi-layer optical film is laminated to the second multi-layer optical film.
Apparatus for making a technical netting comprising - at least a belt manufacturing unit, and - a knitting machine, wherein - the belt manufacturing unit is configured to manufacture an endless belt strap, - the knitting machine having at least a belt strap feeding unit, which is configured to feed the belt strap provided by the belt manufacturing unit to the knitting machine, and - the knitting machine having at least a knitting unit to knit a thread group with a belt strap section of the fed belt strap to manufacture a technical netting with crossing belt straps and knitting straps characterized in that the at least one knitting unit is movable transversely to the processing direction and/or in processing direction. - at least a belt manufacturing unit, and - a knitting machine, - the belt manufacturing unit is configured to manufacture an endless belt strap, - the knitting machine having at least a belt strap feeding unit, which is configured to feed the belt strap provided by the belt manufacturing unit to the knitting machine, and - the knitting machine having at least a knitting unit to knit a thread group with a belt strap section of the fed belt strap to manufacture a technical netting with crossing belt straps and knitting straps
An injection device for delivering a fluid to a patient, comprising: a plunger including a plunger handle and a piston; a housing having a top end and a base end that has an orifice; a barrel located within the housing for containing a fluid; and a lower flange extending radially from the base end of the housing; wherein the plunger handle has a gripping end with an external grip, and the piston is movably positioned within the barrel for dispensing the fluid from the barrel, characterized in that the plunger further includes a sidewall configured to interact with the plunger handle, wherein in an initial state the plunger handle is adapted to move relative to the sidewall and away from the lower flange to latch to the sidewall, and when latched to the sidewall the plunger handle is depressible towards the lower flange to start an injection process wherein fluid is dispensed from the barrel by the piston through the orifice. a plunger including a plunger handle and a piston; a housing having a top end and a base end that has an orifice; a barrel located within the housing for containing a fluid; and a lower flange extending radially from the base end of the housing; wherein the plunger handle has a gripping end with an external grip, and the piston is movably positioned within the barrel for dispensing the fluid from the barrel, characterized in that the plunger further includes a sidewall configured to interact with the plunger handle, wherein in an initial state the plunger handle is adapted to move relative to the sidewall and away from the lower flange to latch to the sidewall, and when latched to the sidewall the plunger handle is depressible towards the lower flange to start an injection process wherein fluid is dispensed from the barrel by the piston through the orifice.
A method of controlling an application server accessible via a mobile network comprising the following steps performed by a terminal device (106, 102') of the mobile network: - establishing setting information indicating an environment setting of an environment in which a user terminal (106, 106') is deployed, wherein the environment is a physical object being remote from the application server and the setting information is indicative of a relation between the user terminal and the physical object and wherein the setting information indicates one of a plurality of predefined environment settings; and - transmitting the setting information via a radio interface of the mobile network to the application server for controlling an application according to the setting information. - establishing setting information indicating an environment setting of an environment in which a user terminal (106, 106') is deployed, wherein the environment is a physical object being remote from the application server and the setting information is indicative of a relation between the user terminal and the physical object and wherein the setting information indicates one of a plurality of predefined environment settings; and - transmitting the setting information via a radio interface of the mobile network to the application server for controlling an application according to the setting information.
A method for scanning an object having an unknown surface profile with a surface measurement probe mounted on a coordinate positioning machine, the probe having a definable servo direction vector, the method comprising the steps of: using translational movement of the coordinate positioning machine to move the probe along an at least part nominally spiral path, about an axis of said path, said axis being arranged for intersection with the object; servoing the probe in the direction of the servo direction vector by the coordinate positioning machine to control a stylus deflection or an offset of the probe relative to the unknown surface profile, wherein the servo direction vector is directed nominally towards the axis of the at least part nominally spiral path; and wherein the servo direction vector for the probe is at an angle to said axis of the nominally spiral path and at an angle to a plane perpendicular to said axis of the at least part nominally spiral path. using translational movement of the coordinate positioning machine to move the probe along an at least part nominally spiral path, about an axis of said path, said axis being arranged for intersection with the object; servoing the probe in the direction of the servo direction vector by the coordinate positioning machine to control a stylus deflection or an offset of the probe relative to the unknown surface profile, wherein the servo direction vector is directed nominally towards the axis of the at least part nominally spiral path; and wherein the servo direction vector for the probe is at an angle to said axis of the nominally spiral path and at an angle to a plane perpendicular to said axis of the at least part nominally spiral path.
A continuous method for growing nanostructures comprising the steps of: depositing a catalyst material onto the surface of a growth substrate; exposing a first portion of the growth substrate to a first set of conditions to cause catalytic formation of nanostructures on the surface of the growth substrate; removing nanostructures from a second portion of the growth substrate; and while exposing the first portion of the growth substrate to the first set of conditions, treating the second portion of the growth substrate to a second set of conditions, different from the first set of conditions, to reactivate the catalyst material. depositing a catalyst material onto the surface of a growth substrate; exposing a first portion of the growth substrate to a first set of conditions to cause catalytic formation of nanostructures on the surface of the growth substrate; removing nanostructures from a second portion of the growth substrate; and while exposing the first portion of the growth substrate to the first set of conditions, treating the second portion of the growth substrate to a second set of conditions, different from the first set of conditions, to reactivate the catalyst material.
An in vitro method for performing homologous recombination, the method comprising: (a) generating a double-stranded break in a nucleic acid molecule present inside a cell to produce a cleaved nucleic acid molecule wherein the nucleic acid molecule present inside the cell is cleaved by one or more CRISPR complex, and (b) contacting the cleaved nucleic acid molecule generated in (a) with a double-stranded donor nucleic acid molecule having a 3' single-stranded overhang, wherein the cleaved nucleic acid molecule and the donor nucleic acid molecule each contain matched termini on at least one end, wherein the matched termini on at least one end of the cleaved nucleic acid molecule and the donor nucleic acid molecule is at least ten nucleotides in length, and wherein the matched region of the cleaved nucleic acid molecule is double-stranded and the matched region of the donor nucleic acid molecule is a 3' single-stranded overhang. (a) generating a double-stranded break in a nucleic acid molecule present inside a cell to produce a cleaved nucleic acid molecule wherein the nucleic acid molecule present inside the cell is cleaved by one or more CRISPR complex, and (b) contacting the cleaved nucleic acid molecule generated in (a) with a double-stranded donor nucleic acid molecule having a 3' single-stranded overhang, wherein the cleaved nucleic acid molecule and the donor nucleic acid molecule each contain matched termini on at least one end, wherein the matched termini on at least one end of the cleaved nucleic acid molecule and the donor nucleic acid molecule is at least ten nucleotides in length, and wherein the matched region of the cleaved nucleic acid molecule is double-stranded and the matched region of the donor nucleic acid molecule is a 3' single-stranded overhang.