mhurhangee/ep-ind-claims huggingface dataset:
Procedure for controlling the chemical reaction in multi-layer ceramic decorations of the type used to obtain a decorated ceramic product, using, separately, a glaze with part of the necessary oxides and an ink for decoration by injection with the other necessary part of the oxides, characterised in that the control of the chemical reaction between both layers is carried out by regulating the glaze particle size distribution, which is characterised by values of 18.9 μm 5 D90 < 30 μm, in order to reduce pore size and, proportionally, the speed and depth of penetration of the ink by capillary suction.
A process for the alkylation of isoparaffins comprising: passing the isoparaffin having from 2 to 10 carbon atoms to an alkylation reactor; and passing an olefin having from 2 to 10 carbon atoms to the alkyation reactor, wherein the alkylation reactor is operated at reaction conditions and has a phosphonium based ionic liquid catalyst for reacting the olefin and isoparaffin to generate an alkylate, wherein the phosphonium based ionic liquid is a quaternary phosphonium haloaluminate, which comprises a phosphonium based organic cation and an inorganic anion, and having a structure of the form PR1R2R3R4 with R1, R2 and R3 comprising the same alkyl group, and the R4 alkyl group comprises at least 1 more carbon atom than the R1 alkyl group. passing the isoparaffin having from 2 to 10 carbon atoms to an alkylation reactor; and passing an olefin having from 2 to 10 carbon atoms to the alkyation reactor, wherein the alkylation reactor is operated at reaction conditions and has a phosphonium based ionic liquid catalyst for reacting the olefin and isoparaffin to generate an alkylate, wherein the phosphonium based ionic liquid is a quaternary phosphonium haloaluminate, which comprises a phosphonium based organic cation and an inorganic anion, and having a structure of the form PR1R2R3R4 with R1, R2 and R3 comprising the same alkyl group, and the R4 alkyl group comprises at least 1 more carbon atom than the R1 alkyl group.
A pipetting unit, comprising a housing with two parallel flat surfaces with a maximal distance of 17.5 mm between them, wherein the housing comprises a Z-shaft by surrounding it and a Z-shaft guiding, wherein the Z-shaft guiding comprises two L-bearings with spring loaded counter bearings for pushing the Z-shaft with a first outer surface towards a first longitudinal end of the housing, wherein the outer surface of the Z-shaft opposite the first outer surface is toothed; and wherein the housing further comprises a Z drive motor gear unit with a Z-drive and a Z-drive gear wheel which engages with its teeth into the toothed surface of the Z-shaft for moving the Z-shaft upwards and downwards; and wherein the housing further comprises a Y-drive comprising a Y-drive gear wheel which is mounted to a Y-drive motor shaft, wherein the Y-drive gear wheel is arranged next to an opening in the housing for engaging into a toothed Y-drive gear rack.
Tool apparatus (10; 28) for producing a composite material component part, said tool apparatus comprising a forming tool (12; 30) having a contact region for a workpiece, wherein the forming tool (12; 30) is made, in at least a portion thereof, of an electrically conductive material, and an induction heating apparatus (18; 110) having an inductive heating mat (20; 115), wherein the heating mat (20; 115) is positioned in spaced relation to the forming tool (12; 30), wherein a positioning of the workpiece is provided between the heating mat (20; 115) and the forming tool (12; 30), in contact with the forming tool (12; 30), and wherein heating of the forming tool (12; 30) is provided, in at least a portion thereof, by the induction heating apparatus (18; 110), characterized by a punch as a counter-element to the forming tool (12; 30), wherein the heating mat (20; 115) is integrated into the punch.
A recombinant DNA molecule, encoding a fusion protein, comprising at least one nucleotide sequence coding for a target polypeptide and upstream or downstream thereto at least one nucleotide sequence coding for an E.coli SlyD-like protein A (SlpA) chaperone comprising the polypeptide binding segment or IF domain of SlpA, wherein FK506 binding proteins (FKBPs) are excluded as target polypeptides, and wherein the stability and solubility of the fused target polypeptide is increased under critical conditions such as thermal stress thereby making the target polypeptide less susceptible to heat-induced aggregation.
A packaged microchip comprising: a premolded-type package having a leadframe and at least one wall extending from the leadframe to form a cavity, the package further having an isolator with a top surface, the isolator being within the cavity; and a microchip having a bottom surface with a bottom surface area, the bottom surface being secured to the isolator top surface at a contact area, the contact area being less than the bottom surface area of the microchip, wherein the microchip is an integrated circuit, a MEMS inertial sensor, a MEMS angular rate sensor, a MEMS-based optical switching device or a MEMS-based accelerometer, the cavity including a base opposite to the bottom surface of the microchip, the isolator forming a space between at least a portion of the bottom surface of the microchip and the base of the cavity, the space being free of the isolator and surrounding the isolator; and characterized in that: the isolator includes a plurality of protrusions extending from the base of the cavity. a premolded-type package having a leadframe and at least one wall extending from the leadframe to form a cavity, the package further having an isolator with a top surface, the isolator being within the cavity; and a microchip having a bottom surface with a bottom surface area, the bottom surface being secured to the isolator top surface at a contact area, the contact area being less than the bottom surface area of the microchip, wherein the microchip is an integrated circuit, a MEMS inertial sensor, a MEMS angular rate sensor, a MEMS-based optical switching device or a MEMS-based accelerometer, the cavity including a base opposite to the bottom surface of the microchip, the isolator forming a space between at least a portion of the bottom surface of the microchip and the base of the cavity, the space being free of the isolator and surrounding the isolator; and characterized in that: the isolator includes a plurality of protrusions extending from the base of the cavity. the isolator includes a plurality of protrusions extending from the base of the cavity.
A package for displaying items, the package comprising: a carton body having at least a front panel; a pusher including a resilient member and a rigid member, characterised in that said rigid member being detachably coupled to said carton body for transformation from an inactive configuration to an active configuration, said resilient member being positioned to urge the rigid member towards said front panel of said carton body when in said active configuration. a carton body having at least a front panel; a pusher including a resilient member and a rigid member, characterised in that said rigid member being detachably coupled to said carton body for transformation from an inactive configuration to an active configuration, said resilient member being positioned to urge the rigid member towards said front panel of said carton body when in said active configuration.
A method for preparing 2, 3, 4, 5-tetrahydroxyhexanedioic acid esters comprising at least one compound of the general formula, wherein the residues R 1 are mutually independently C 1 -C 24 -alkyl, C 2 -C 24 -alkenyl having 1, 2, 3 or more than 3 C-C double bonds, or are a group of the formula - (R 2 -O) n -R 3, in which each R 2 is selected from C 2 -C 10 -alkylene, R 3 is C 1 -C 24 -alkyl or C 2 -C 24 -alkenyl having 1, 2, 3 or more than 3 C-C double bonds and n is a natural number from 1 to 1000, by a) providing a compound of the formula which is selected from compounds of the formulae (2.a), (2.b) and (2.c). and b) reacting the compound of the formula provided in step a) with at least one compound of the general formula, R 1 -OH where R 1 is as defined above, in the presence of at least one catalyst, which is selected from compounds having at least one Lewis acidic, hard cation and/or at least one hard anion. a) providing a compound of the formula which is selected from compounds of the formulae (2.a), (2.b) and (2.c). and b) reacting the compound of the formula provided in step a) with at least one compound of the general formula, R 1 -OH where R 1 is as defined above,
A system for estimating the operating temperature of turbo machinery having a body detachably affixed to a component of turbo machinery, the body comprising: a first material having an initial concentration of at least one species; and a second material configured to permit migration of the at least one species from the first material to the second material to form intermetallic compounds or interdiffusion zones on exposure of the body to various operating temperatures of the turbomachinery; characterized in that the body comprises a secondary component of the turbo machinery that operates to secure, balance, seal or combinations thereof, primary components of the turbo machinery. a first material having an initial concentration of at least one species; and a second material configured to permit migration of the at least one species from the first material to the second material to form intermetallic compounds or interdiffusion zones on exposure of the body to various operating temperatures of the turbomachinery; characterized in that the body comprises a secondary component of the turbo machinery that operates to secure, balance, seal or combinations thereof, primary components of the turbo machinery.
A method comprising: receiving, by a wireless device from a base station, at least one message comprising at least one configuration parameter, wherein the at least one configuration parameter indicates: a first random-access channel, RACH, resource for a first reference signal, RS, associated with a first candidate beam of a cell; and a second RACH resource for a second RS associated with a second candidate beam of the cell; determining, based on a detected beam failure associated with the cell, a first measurement of the first RS and a second measurement of the second RS; selecting, based on determining the first measurement is greater than a threshold and is greater than the second measurement, the first RS for sending a first preamble; sending, via the first RACH resource for the first RS and based on the selecting the first RS, the first preamble; monitoring, via the first candidate beam, a downlink control channel for a downlink control information, DCI; selecting, based on not receiving a response during the monitoring and based on the second measurement being greater than the threshold, the second RS for sending a second preamble; and sending, via the second RACH resource for the second RS, the second preamble. receiving, by a wireless device from a base station, at least one message comprising at least one configuration parameter, wherein the at least one configuration parameter indicates: a first random-access channel, RACH, resource for a first reference signal, RS, associated with a first candidate beam of a cell; and a second RACH resource for a second RS associated with a second candidate beam of the cell; a first random-access channel, RACH, resource for a first reference signal, RS, associated with a first candidate beam of a cell; and a second RACH resource for a second RS associated with a second candidate beam of the cell; determining, based on a detected beam failure associated with the cell, a first measurement of the first RS and a second measurement of the second RS; selecting, based on determining the first measurement is greater than a threshold and is greater than the second measurement, the first RS for sending a first preamble; sending, via the first RACH resource for the first RS and based on the selecting the first RS, the first preamble; monitoring, via the first candidate beam, a downlink control channel for a downlink control information, DCI; selecting, based on not receiving a response during the monitoring and based on the second measurement being greater than the threshold, the second RS for sending a second preamble; and sending, via the second RACH resource for the second RS, the second preamble.
An oligomer removing agent for polyester-based fiber materials, comprising a polyester copolymer which is obtained by polycondensation of a dibasic acid component containing 15-65 mol% of a sulfonate group-containing dibasic acid and a dihydric alcohol component containing polyethylene glycol with a molecular weight of 900-3500, and which has a 200°C melt viscosity of 5000-23,000 mPa·s and has 10-40 mass% polyoxyethylene chain in the molecule.
A mobile wireless communications device comprising: a wireless transceiver and a controller for cooperating therewith for receiving text messages from a wireless communications network; and a wireless audio output connected to said controller; said controller for automatically switching from a text message mode to an audio message mode when a short-range wireless connection is established between said wireless audio output and a wireless headset, and when in the audio message mode, outputting at least one audio message comprising speech generated from at least one of the received text messages via said wireless audio output. a wireless transceiver and a controller for cooperating therewith for receiving text messages from a wireless communications network; and a wireless audio output connected to said controller; said controller for automatically switching from a text message mode to an audio message mode when a short-range wireless connection is established between said wireless audio output and a wireless headset, and when in the audio message mode, outputting at least one audio message comprising speech generated from at least one of the received text messages via said wireless audio output.
A method for selecting an oocyte that will produce, upon fertilization, a viable embryo with a high implantation rate leading to pregnancy, comprising the step of measuring the expression level of 10 genes in a cumulus cell surrounding said oocyte; wherein said genes are ATF3, SIAT6, PRKACA, PLA2G5, GPC6, G0S2, RBMS1, NFIC, SLC40A1 and WNT6 and - wherein the oocyte is selected if said cumulus cell does not overexpress any of said 10 genes. - wherein the oocyte is selected if said cumulus cell does not overexpress any of said 10 genes.
Device (1; 17) for the manufacture of a thermally bonded nonwoven spunbond fabric using a polyethylene-containing polymer, with a take-down system that causes the take-down of the polyethylene beneath a spinning plate, where the spinning plate has an L/D ratio of between 4 and 9 and the spinning plate has at least 4500 holes/m with a density of 4.5 to 6.3 holes/cm 2.
A pipe transporter traction wheel (100; 500) suitable for mounting on a pipe transporter travelable along an interior surface of a pipe, the pipe transporter traction wheel comprising: a hub (120; 220; 320) configured for attachment to a pipe transporter, the hub (120; 220; 320) having an irregular exterior shape; and a tractor portion (104; 504) overmolded onto the hub (120; 220; 320) so that overmolded portions of the tractor portion (104; 504) interlock with the irregular exterior shape to help secure the tractor portion (104; 504) to the hub (120; 220; 320), the tractor portion (104; 504) having a tractor surface (105; 505) configured to contact an interior surface of a pipe when the pipe transporter is driven in the pipe, the tractor portion (104; 504) including a granular material and a matrix material embedding the granular material, the granular material having a hardness higher than a hardness of the matrix material, wherein the tractor surface (105; 505) extends around a circumference of the tractor portion (104; 504), wherein the tractor portion (104; 504) includes a plurality of tractor sections (106; 506) spaced apart from one another around the circumference of the tractor portion (104; 504) and separated by gaps, each of the tractor sections (106; 506) including a part of the tractor surface (105; 505), and wherein the density of the granular material is lower in the area on the tractor portion (104; 504) between respective adjacent tractor sections (106; 506) than in the respective tractor sections (106; 506). a hub (120; 220; 320) configured for attachment to a pipe transporter, the hub (120; 220; 320) having an irregular exterior shape; and a tractor portion (104; 504) overmolded onto the hub (120; 220; 320) so that overmolded portions of the tractor portion (104; 504) interlock with the irregular exterior shape to help secure the tractor portion (104; 504) to the hub (120; 220; 320), the tractor portion (104; 504) having a tractor surface (105; 505) configured to contact an interior surface of a pipe when the pipe transporter is driven in the pipe, the tractor portion (104; 504) including a granular material and a matrix material embedding the granular material, the granular material having a hardness higher than a hardness of the matrix material, wherein the tractor surface (105; 505) extends around a circumference of the tractor portion (104; 504), wherein the tractor portion (104; 504) includes a plurality of tractor sections (106; 506) spaced apart from one another around the circumference of the tractor portion (104; 504) and separated by gaps, each of the tractor sections (106; 506) including a part of the tractor surface (105; 505), and wherein the density of the granular material is lower in the area on the tractor portion (104; 504) between respective adjacent tractor sections (106; 506) than in the respective tractor sections (106; 506).
A method of a wireless communication device which is communicating with a first network in compliance with a first radio access technology and communicating with a second network in compliance with a second radio access technology, thereby operating in dual systems mode, the method comprising, during an ongoing connection to the first network, reducing puncturing of the ongoing connection to the first network by: reading a first information comprised in a first signal received from a first network node of the first network using the first radio access technology; and if the first information comprises a first list of neighboring cells for the second radio access technology, using the first list of neighboring cells to provide idle mode mobility management for the second radio access technology in the second network. reading a first information comprised in a first signal received from a first network node of the first network using the first radio access technology; and if the first information comprises a first list of neighboring cells for the second radio access technology, using the first list of neighboring cells to provide idle mode mobility management for the second radio access technology in the second network.
Distribution device for granular material, having - a distributor head which is configured to divide the main air-material flow supplied through a main conveying line to the distributor head into a plurality of individual air-material flows; and - at least one return apparatus which comprises a movable deflector element which is configured to supply, in a discharge position, an individual air-material flow flowing into an inflow region of the return apparatus to a discharge region of the return apparatus connected to a discharge line and, in a block position, to supply an individual air-material flow flowing into the inflow region of the return apparatus to a return region of the return apparatus connected to the main conveying line via a return line of the return apparatus; wherein the deflector element is configured to block a bypass line of the return apparatus connecting the return region of the return apparatus and the discharge region of the return apparatus in the discharge position, wherein the deflector element is designed as a rocker having two rocker limbs (44a, 44b), wherein the rocker limbs (44a, 44b) each extend radially outward from a rotational axis of the deflector element. - a distributor head which is configured to divide the main air-material flow supplied through a main conveying line to the distributor head into a plurality of individual air-material flows; and - at least one return apparatus which comprises a movable deflector element which is configured to supply, in a discharge position, an individual air-material flow flowing into an inflow region of the return apparatus to a discharge region of the return apparatus connected to a discharge line and, in a block position, to supply an individual air-material flow flowing into the inflow region of the return apparatus to a return region of the return apparatus connected to the main conveying line via a return line of the return apparatus; wherein the deflector element is configured to block a bypass line of the return apparatus connecting the return region of the return apparatus and the discharge region of the return apparatus in the discharge position, wherein the deflector element is designed as a rocker having two rocker limbs (44a, 44b), wherein the rocker limbs (44a, 44b) each extend radially outward from a rotational axis of the deflector element.
A catheter comprising: a tube body having an opening in a part of a side wall on a distal end side; a cutter which is located in a vicinity of the opening in an internal space of the tube body and which can move in an axial direction of the tube body; a torque shaft which is inserted into and passed through the internal space of the tube body and is connected to the cutter in such a manner as to be able to transmit a rotation torque to the cutter; a light guide material provided along the torque shaft; a reflective material which reflects light emitted from the light guide material in a second direction crossing a first direction in which the light guide material is extended; and a balloon which is disposed on a side opposite to the opening with respect to an axis of the tube body and outwardly expands from the side wall of the tube body, wherein the light guide material and the reflective material can be rotated integrally with the torque shaft, wherein the light guide material and the reflective material can move integrally with the torque shaft along the first direction wherein the light guide material and the reflective material are disposed in the internal space of the torque shaft, wherein the torque shaft and light guide material are flexible, wherein an inner diameter of an internal space of the of the torque shaft is equivalent to an outer diameter of the light guide material. a tube body having an opening in a part of a side wall on a distal end side; a cutter which is located in a vicinity of the opening in an internal space of the tube body and which can move in an axial direction of the tube body; a torque shaft which is inserted into and passed through the internal space of the tube body and is connected to the cutter in such a manner as to be able to transmit a rotation torque to the cutter; a light guide material provided along the torque shaft; a reflective material which reflects light emitted from the light guide material in a second direction crossing a first direction in which the light guide material is extended; and a balloon which is disposed on a side opposite to the opening with respect to an axis of the tube body and outwardly expands from the side wall of the tube body, wherein the light guide material and the reflective material can be rotated integrally with the torque shaft, wherein the light guide material and the reflective material can move integrally with the torque shaft along the first direction wherein the light guide material and the reflective material are disposed in the internal space of the torque shaft, wherein the torque shaft and light guide material are flexible, wherein an inner diameter of an internal space of the of the torque shaft is equivalent to an outer diameter of the light guide material.