mhurhangee/ep-ind-claims huggingface dataset:
A mixture of compounds that consists essentially of: • calixarenes not containing sulphur and soluble in lubricant base oil, having the following general formula: wherein: a. R is selected from a linear or branched alkyl having a number of carbon atoms ranging from 4 to 40; b. n is the number of units of the calixarene cycle and is comprised in the range between 4 and 16; • a concentration of unreacted alkylphenol, expressed as a percentage by weight of the alkylphenol on the mixture of compounds, less than or equal to 2.0%, such alkylphenol having the general formula wherein R is as described for formula; • a concentration of linear oligomers, expressed as a percentage by weight of linear oligomers on the mixture of compounds, less than or equal to 20%; said linear oligomers having the general formula wherein R is as defined in formula, R1 and R2 are hydrogen, or the hydroxymethylene group (-CH 2 OH), and p is comprised between 0 and 6. • calixarenes not containing sulphur and soluble in lubricant base oil, having the following general formula: wherein: a. R is selected from a linear or branched alkyl having a number of carbon atoms ranging from 4 to 40; b. n is the number of units of the calixarene cycle and is comprised in the range between 4 and 16; a. R is selected from a linear or branched alkyl having a number of carbon atoms ranging from 4 to 40; b. n is the number of units of the calixarene cycle and is comprised in the range between 4 and 16; • a concentration of unreacted alkylphenol, expressed as a percentage by weight of the alkylphenol on the mixture of compounds, less than or equal to 2.0%, such alkylphenol having the general formula wherein R is as described for formula; • a concentration of linear oligomers, expressed as a percentage by weight of linear oligomers on the mixture of compounds, less than or equal to 20%; said linear oligomers having the general formula wherein R is as defined in formula, R1 and R2 are hydrogen, or the hydroxymethylene group (-CH 2 OH), and p is comprised between 0 and 6.
Precipitated calcium carbonate having a grain size distribution in which D 4.3 D 90 multiplied by 100 ≥ 59, and having an average grain size D 4.3 for (i) scalenohedral precipitated calcium carbonate (s-PCC) in the range from 1.5 to 5.0 μm; or (ii) rhombohedral precipitated calcium carbonate (r-PCC) in the range from 0.5 to 2.5 μm; or (iii) aragonitic precipitated calcium carbonate (a-PCC) in the range from 1 to 30 μm. (i) scalenohedral precipitated calcium carbonate (s-PCC) in the range from 1.5 to 5.0 μm; or (ii) rhombohedral precipitated calcium carbonate (r-PCC) in the range from 0.5 to 2.5 μm; or (iii) aragonitic precipitated calcium carbonate (a-PCC) in the range from 1 to 30 μm.
Centrifugal deflection device intended to be fitted to a surgical or dental handpiece for preventing the penetration of foreign matter that results from an operation, said centrifugal deflection device including a ring coupled in rotation via a tool shank to a drive shaft of the handpiece, the ring including a flange of truncated shape covered by a sleeve fixed to the front end of the body of the handpiece, and which, with the flange, delimits an ejection chamber, said ejection chamber including an inlet that communicates with a rear area of the handpiece and an outlet that communicates with the external environment, the flange comprising, from the front towards the rear of the handpiece, a front active section having a first diameter at the outlet of the ejection chamber, and a second diameter at the inlet of the ejection chamber, the first diameter being larger than the second diameter, the front active section being connected to a rear section, which has a diameter by an intermediate section which has a diameter, the sleeve the sleeve being removably mounted on the body of the handpiece, the ring being free to rotate but axially locked relative to the sleeve, the diameter of the rear section being larger than the diameter of the intermediate section and smaller than the first diameter of the front active section, the diameter being equal to the diameter, the flange being extended towards the rear of the handpiece by a plurality of flexible arms.
A device for reducing the effect of impacts and oscillations, in particular vibrations, in particular for the damping thereof, characterized in that it comprises a main body of a thermoplastic on the basis of a styrene-isobutylene block-copolymer, wherein the main body is arranged as a top layer at least partially positive on a section of a first carrier, or the main body is arranged as an intermediate layer at least partially positive between sections of a first carrier and a second carrier, and that the thermoplastic comprises 70-100 wt% of a styrene-isobutylene block-copolymer and the polystyrene blocks in the block-copolymers comprise 5-50 wt% based on the total weight of the block-copolymer.
A microfluidic device for promoting crystallization of target molecules, said microfluidic device comprises a solid structure with a first face and an opposite second face and with a plurality of liquid channels, each of said liquid channels comprises: a target molecule solution inlet (74, 94) and a precipitant inlet (76, 94), each of the target molecule solution inlet (74, 94) being in liquid communication with a respective one of said precipitant inlet (76, 94) through a respective one of said liquid channels (79, 99), and a crystallization channel section (79, 99) adjacent to a respective one of said precipitant inlets (76, 94), and said solid structure comprises at least a first part (71a, 91a) having a first face and a groove face with a plurality of grooves (77, 78, 79) for providing said crystallization channel sections (79, 99), characterized in that each of said crystallization channel sections (79, 99) can be filled by capillary force and has a capillary stop arranged in or adjacent to the respective precipitant inlet and in that the microfluidic device comprises a lid part made from a foil with cuts for providing a plurality of removable lids (71c, 91c) that can be individually removed by tearing to expose at least a part of the crystallization channel sections for harvesting crystallized macromolecules, each of said lids (71c, 91c) having a second face and a groove face, wherein each of said removable lids (71c, 91c) is applied above and sealed along one or more of said grooves (77, 78, 79) to said crystallization channel sections (79, 99) of the liquid channels. a target molecule solution inlet (74, 94) and a precipitant inlet (76, 94), each of the target molecule solution inlet (74, 94) being in liquid communication with a respective one of said precipitant inlet (76, 94) through a respective one of said liquid channels (79, 99), and a crystallization channel section (79, 99) adjacent to a respective one of said precipitant inlets (76, 94), and
Mounting system for fastening a sanitary fitting, comprising a mounting frame having at least one hollow profile, the side walls of which define an internal space, and which frame has an end face at the end thereof, and having at least one bearing structure for mounting a sanitary fitting, and further comprising at least one fastening unit having a support element which includes a guide receptacle, and having a fastening tab which is mounted in the guide receptacle so as to be able to slide relative to the support element from a starting position into a mounting position, wherein the support element can be inserted in the internal space of the hollow profile, and wherein, in the mounting position, the fastening tab extends out of the guide receptacle and out of the internal space beyond the end face of the hollow profile. a mounting frame having at least one hollow profile, the side walls of which define an internal space, and which frame has an end face at the end thereof, and having at least one bearing structure for mounting a sanitary fitting, and further comprising at least one fastening unit having a support element which includes a guide receptacle, and having a fastening tab which is mounted in the guide receptacle so as to be able to slide relative to the support element from a starting position into a mounting position, wherein the support element can be inserted in the internal space of the hollow profile, and wherein, in the mounting position, the fastening tab extends out of the guide receptacle and out of the internal space beyond the end face of the hollow profile.
A wireless device (400A-C, 600A-B, 700A-B), comprising: a substrate comprising a pair of larger faces, a first and second edge opposite to one another and a third and fourth edge that join respective ends of the first and the second edges; top and bottom grounded conductive layers formed on respective larger faces of the substrate; at least one conductive wall (130-1, 130-2) formed between the top and bottom grounded conductive layers, and configured to form a short-circuit between the top and bottom grounded conductive layers, wherein the substrate and the at least one conductive wall are configured to form a plurality of cavity antennas (100A- B, 140-1, 140-2, 140-3) configured to operate in accordance with resonance modes at specific, respective frequencies, and each of the plurality of cavity antennas comprises at least two edges not covered by a conductive layer, wherein the at least one conductive wall includes a first conductive wall that extends from the first to the second edge of the substrate, wherein the at least one conductive wall further includes a second conductive wall that extends from the third or fourth edge of the substrate, wherein the first conductive wall and the second conductive wall intersect; and an antenna feed (150-1, 150-2, 150-3, 350, 450, 720, 750-1) coupled to at least one of the top and bottom grounded conductive layers of each respective one of the plurality of cavity antennas, the antenna feed being configured to feed radio signals to each respective cavity antenna. a substrate comprising a pair of larger faces, a first and second edge opposite to one another and a third and fourth edge that join respective ends of the first and the second edges; top and bottom grounded conductive layers formed on respective larger faces of the substrate; at least one conductive wall (130-1, 130-2) formed between the top and bottom grounded conductive layers, and configured to form a short-circuit between the top and bottom grounded conductive layers, wherein the substrate and the at least one conductive wall are configured to form a plurality of cavity antennas (100A- B, 140-1, 140-2, 140-3) configured to operate in accordance with resonance modes at specific, respective frequencies, and each of the plurality of cavity antennas comprises at least two edges not covered by a conductive layer, wherein the at least one conductive wall includes a first conductive wall that extends from the first to the second edge of the substrate, wherein the at least one conductive wall further includes a second conductive wall that extends from the third or fourth edge of the substrate, wherein the first conductive wall and the second conductive wall intersect; and an antenna feed (150-1, 150-2, 150-3, 350, 450, 720, 750-1) coupled to at least one of the top and bottom grounded conductive layers of each respective one of the plurality of cavity antennas, the antenna feed being configured to feed radio signals to each respective cavity antenna.
A prosthetic femoral component comprising: a femoral shaft adapted to be received within an an intercondylar channel of a patient's femur, a femoral neck (120, 184) operatively coupled to the femoral shaft and including a trunnion, and a femoral ball, characterised in that a neck axis extending longitudinally through the femoral neck is angled between zero and 10 degrees with respect to the femoral shaft. a femoral shaft adapted to be received within an an intercondylar channel of a patient's femur, a femoral neck (120, 184) operatively coupled to the femoral shaft and including a trunnion, and a femoral ball, characterised in that a neck axis extending longitudinally through the femoral neck is angled between zero and 10 degrees with respect to the femoral shaft.
A hot press-formed product, comprising a steel sheet formed by a hot press-forming method, and having a metallic structure that contains ferrite at 30% to 80% by area, bainitic ferrite at lower than 30% by area not including 0% by area, martensite at 30% by area or lower not including 0% by area and retained austenite at 3% to 20% by area.
A method of forming a semiconductor structure (100, 200, 300), comprising: forming a first conductive material (110, 212, 312) over a structure and within at least one opening (106, 206, 306) in the structure defined by sidewalls of a dielectric material (104, 204, 304), wherein the first conductive material comprises metal and wherein a portion (116, 216, 316) of the at least one opening remains unfilled; forming a second conductive material (112, 210, 310) comprising silver over the first conductive material and within the at least one opening, wherein a portion (116, 216, 316) of the at least one opening remains unfilled; annealing the structure to form an annealed material (114, 214) within the at least one opening and comprising at least a portion of the first conductive material and the second conductive material, the at least one opening comprising an unfilled region; and redistributing at least one of the first conductive material, the second conductive material, and the annealed material into the unfilled region of the at least one opening. forming a first conductive material (110, 212, 312) over a structure and within at least one opening (106, 206, 306) in the structure defined by sidewalls of a dielectric material (104, 204, 304), wherein the first conductive material comprises metal and wherein a portion (116, 216, 316) of the at least one opening remains unfilled; forming a second conductive material (112, 210, 310) comprising silver over the first conductive material and within the at least one opening, wherein a portion (116, 216, 316) of the at least one opening remains unfilled; annealing the structure to form an annealed material (114, 214) within the at least one opening and comprising at least a portion of the first conductive material and the second conductive material, the at least one opening comprising an unfilled region; and redistributing at least one of the first conductive material, the second conductive material, and the annealed material into the unfilled region of the at least one opening.
Fastening device for a toilet lid and a toilet seat on a ceramic toilet, with a seat joint and a lid joint on the assembly side of the toilet lid and the toilet seat, with a damping unit, comprising of a minimum of one damping unit and a minimum of one pivot, which engages in the joints in the assembled condition (13,14), whereby, the damping unit is fully installed in a sleeve, out of which the pivot protrudes at least partly at one end of the sleeve, with a minimum of one mandrel, which is attached to the sleeve, each with one mounting per mandrel, which is attached to the ceramic toilet by an elongated hole and has a mandrel receptacle, characterized in that, the mounting includes a pad which, at least partly, protrudes into the mandrel receptacle and, simultaneously, the pad forms the bottom of the mounting, on which the mounting rests on the ceramic toilet, that the pad includes mat webs inside on the inner wall of the mandrel receptacle using mat guides inside, that the pad is manufactured from a material that has a greater friction force than the material of the mounting, for example, is made from rubber and that the mandrel, which can be removed, is retained by the friction force of the pad, which effectively works on the mandrel by the mat guides inside.
Insect trap which is black on its outside at least in certain areas, characterized in that the insect trap bears a black coating on its outside at least in certain areas and in that the black coating is light-transmissive above a certain temperature.
A data compressing device comprising: an input data dividing unit configured to divide continuously inputted data into data blocks each having a first bit width and to output the data blocks by a predetermined number of the data blocks one by one as a segment; a compression-selector configured to select for each of the segments, first compression means, second compression means, or non-compression means according to a ratio of data blocks of specific data with respect to the data blocks included in the segment; a first compression unit configured to execute, on any of the segments, the first compression means of storing a run length value of the specific data into compressed data; and a second compression unit configured to execute, on any of the segments, the second compression means of storing a flag bit of positional information of the specific data into the compressed data, wherein the data format of the data to be inputted is defined in advance, and data compressed by the first compression unit and data compressed by the second compression unit are allocated to respective particular patterns; wherein the data format of the data to be inputted is a data format using IEEE754 half-precision floating-point expression, and the compressed data has a sign section, an exponent section and a fraction section, and wherein the compression means selected by the compression-selector is identified by a combination of the bit values in the sign section, the exponent section and the fraction section. an input data dividing unit configured to divide continuously inputted data into data blocks each having a first bit width and to output the data blocks by a predetermined number of the data blocks one by one as a segment; a compression-selector configured to select for each of the segments, first compression means, second compression means, or non-compression means according to a ratio of data blocks of specific data with respect to the data blocks included in the segment; a first compression unit configured to execute, on any of the segments, the first compression means of storing a run length value of the specific data into compressed data; and a second compression unit configured to execute, on any of the segments, the second compression means of storing a flag bit of positional information of the specific data into the compressed data, wherein the data format of the data to be inputted is defined in advance, and data compressed by the first compression unit and data compressed by the second compression unit are allocated to respective particular patterns; wherein the data format of the data to be inputted is a data format using IEEE754 half-precision floating-point expression, and the compressed data has a sign section, an exponent section and a fraction section, and wherein the compression means selected by the compression-selector is identified by a combination of the bit values in the sign section, the exponent section and the fraction section.
An External Counter Pulsation Device comprising: a. an air bladder system comprising one or more helix air bladders and one or more adjunct air bladders; b. a valve and fluid system pneumatically connected to the air bladder system wherein the valve and fluid system is configured to pressurize and depressurize the helix air bladder and the adjunct air bladders; and c. a control system comprising a processor and one or more PPG sensors (220, 220a, 220b) and one or more ECG sensors (230, 230a, 230b, 230c) wherein the PPG and ECG sensors are connected to the user to collect PPG and ECG signals from the user and wherein the control system is electronically connected to the valve and fluid system to control the valve and fluid system to pressurize or depressurize the air bladders (110, 170) of the air bladder system based on signals detected by the sensors (220, 220a, 220b, 230, 230a, 230b, 230c) and wherein the adjunct air bladders is positioned at either the lower end or the upper end of the helix air bladder and is pressurized before the helix air bladder so as to direct blood flow towards desired direction, wherein each helix air bladder is shaped such that, when attached to a user's thigh, the top end of the one or more helix air bladders start from the front side of the thigh, wind around the femur in a helical fashion towards the inner thigh and the bottom end of the one or more helix air bladders end at the rear side of the knee. a. an air bladder system comprising one or more helix air bladders and one or more adjunct air bladders; b. a valve and fluid system pneumatically connected to the air bladder system wherein the valve and fluid system is configured to pressurize and depressurize the helix air bladder and the adjunct air bladders; and c. a control system comprising a processor and one or more PPG sensors (220, 220a, 220b) and one or more ECG sensors (230, 230a, 230b, 230c) wherein the PPG and ECG sensors are connected to the user to collect PPG and ECG signals from the user and wherein the control system is electronically connected to the valve and fluid system to control the valve and fluid system to pressurize or depressurize the air bladders (110, 170) of the air bladder system based on signals detected by the sensors (220, 220a, 220b, 230, 230a, 230b, 230c) and wherein the adjunct air bladders is positioned at either the lower end or the upper end of the helix air bladder and is pressurized before the helix air bladder so as to direct blood flow towards desired direction,
Valve for internal-combustion engines provided with a body or substrate including a titanium alloy, characterized in that at least one region of the valve has a nitrided layer formed by titanium nitrides (TiN) and aluminium-titanium nitrides (AlTiN 2).
A composition comprising a plurality of contiguous overlapping peptide fragments comprising a first peptide comprising the sequence from amino acid 2 to amino acids 42-52 of SEQ ID NO: 9 wherein the reactivity of said peptide to IgE antibodies of subjects who are allergic to birch pollen is eliminated while the reactivity with the T lymphocytes from subjects who are allergic to birch pollen is retained; a second polypeptide comprising the sequence from amino acids 42-52 to amino acids 96-131 of SEQ ID NO: 9 wherein the reactivity of said peptide to IgE antibodies of subjects who are allergic to birch pollen is eliminated while the reactivity with the T lymphocytes from subjects who are allergic to birch pollen is retained and a third peptide comprising the sequence from amino acids 96-131 to amino acid 160 of SEQ ID NO: 9 wherein the reactivity of said peptide to IgE antibodies of subjects who are allergic to birch pollen is eliminated while the reactivity with the T-lymphocytes from subjects who are allergic to birch pollen is retained.