mhurhangee/ep-ind-claims huggingface dataset:
Electrical connecting device including a connector and a counterpart connector comprising a counterpart housing and a locking projection engageable by a tooth member, wherein the electrical connector is suitable to mate with the counterpart connector along a mating axis, and having an insulating housing and snap-fit locking means provided to releasably lock said housing onto the counterpart connector housing in a mated position, said locking means comprising - a locking member which is mounted on the housing so as to be axially slideable between an extended locking position and a retracted position, and - biasing means which axially bias said locking member to its locking position, characterized by that the locking member is partially deformable, wherein the locking member has a flexible beam including the tooth member adapted to engage the complementary locking projection of the counterpart connector housing, and to provide an axial stop therewith in the locking position of the locking member, wherein the locking projection is rigidly attached to the counterpart housing and substantially non-deformable upon mating of the connecting device (1, 3), said flexible beam being elastically deflectable on the axial path of the locking member, whereby the snap-fit effect is provided by elastic load, both axial and in flexion, of the flexible beam, wherein the locking projection of the counterpart connector has, along the mating axis, a first and a second reversely inclined faces, defining a crest edge therebetween, and an abutment face which is substantially perpendicular to the mating axis. - a locking member which is mounted on the housing so as to be axially slideable between an extended locking position and a retracted position, and - biasing means which axially bias said locking member to its locking position, characterized by that the locking member is partially deformable,
A method for spatially tagging nucleic acids of a biological specimen, comprising: (a) providing an array of beads on a solid support, wherein different nucleic acid probes are attached to different beads in the array, wherein the different nucleic acid probes each comprise a barcode sequence, wherein each bead comprises a different barcode sequence from other beads on the solid support, and wherein each of the different nucleic acid probes comprises a target capture sequence; (b) performing a decoder probe hybridization reaction on the solid support to determine the barcode sequences at the randomly located probes on the solid support; (c) contacting a biological specimen with the array of beads; (d) hybridizing the different nucleic acid probes to target nucleic acids from portions of the biological specimen that are proximal to the beads; (e) extending the different nucleic acid probes to produce extended probes that comprise sequences from the target nucleic acids and the barcode sequences, thereby tagging the nucleic acids of the biological specimen; (f) removing the extended probes from the array of beads, optionally further comprising pooling the extended probes to form a mixture of the extended probes that have been removed from the array of beads; and (g) attaching the extended probes that have been removed from the solid support to a second solid support. (a) providing an array of beads on a solid support, wherein different nucleic acid probes are attached to different beads in the array, wherein the different nucleic acid probes each comprise a barcode sequence, wherein each bead comprises a different barcode sequence from other beads on the solid support, and wherein each of the different nucleic acid probes comprises a target capture sequence; (b) performing a decoder probe hybridization reaction on the solid support to determine the barcode sequences at the randomly located probes on the solid support; (c) contacting a biological specimen with the array of beads; (d) hybridizing the different nucleic acid probes to target nucleic acids from portions of the biological specimen that are proximal to the beads; (e) extending the different nucleic acid probes to produce extended probes that comprise sequences from the target nucleic acids and the barcode sequences, thereby tagging the nucleic acids of the biological specimen; (f) removing the extended probes from the array of beads, optionally further comprising pooling the extended probes to form a mixture of the extended probes that have been removed from the array of beads; and (g) attaching the extended probes that have been removed from the solid support to a second solid support.
Process for the recovery of gypsum with the aid of a flue gas desulphurisation plant, where a gypsum suspension that also contains fine materials such as activated charcoal particles, for example, or residual carbonate particles, is produced in the scrubber of a wet flue gas scrubbing plant, and where the gypsum-containing suspension is thickened by means of at least one hydrocyclone (1, 1') and the thickened gypsum suspension is discharged via the underflow (11, 11') from the hydrocyclone (1, 1'), characterised in that water (5, 5') is fed to the hydrocyclone (1, 1') through a dedicated feed pipe in addition to the gypsum suspension, thus resulting in fine material depletion in the underflow (11, 11') in relation to the suspension volume, where the water (5, 5') is added in metered doses in the inflow region (2, 2') or in the conical region (3, 3') of the hydrocyclone (1, 1') as a sealing water flow (5, 5') to form a sealing water layer, and where the sealing water flow and the gypsum suspension are separated from one another in the hydrocyclone by a lamella until the sealing water flow and gypsum suspension flow have become essentially stable.
An alcohol beverage dispensing apparatus comprising: a keg having a self-contained bag filled with an alcohol beverage, a pressure system adapted to maintain a gas pressure in the keg against the bag to assist in the dispensing of the beverage from the dispensing apparatus, the pressure system comprising: a keg gas valve mounted to the keg to permit entry of pressurized gas into the keg; a pressure reservoir mounted in the dispensing apparatus outside the keg and in fluid flow communication wit the keg gas valve, the pressure reservoir storing a charge of pressurized gas and being adapted to supply at least a portion of the charge of pressurized gas into the keg through the keg gas valve when the dispensing apparatus is operated to dispense the beverage, characterized in that the beverage dispensing apparatus is adapted to house said keg. a keg having a self-contained bag filled with an alcohol beverage, a pressure system adapted to maintain a gas pressure in the keg against the bag to assist in the dispensing of the beverage from the dispensing apparatus, the pressure system comprising: a keg gas valve mounted to the keg to permit entry of pressurized gas into the keg; a pressure reservoir mounted in the dispensing apparatus outside the keg and in fluid flow communication wit the keg gas valve, the pressure reservoir storing a charge of pressurized gas and being adapted to supply at least a portion of the charge of pressurized gas into the keg through the keg gas valve when the dispensing apparatus is operated to dispense the beverage, characterized in that the beverage dispensing apparatus is adapted to house said keg. a keg gas valve mounted to the keg to permit entry of pressurized gas into the keg; a pressure reservoir mounted in the dispensing apparatus outside the keg and in fluid flow communication wit the keg gas valve, the pressure reservoir storing a charge of pressurized gas and being adapted to supply at least a portion of the charge of pressurized gas into the keg through the keg gas valve when the dispensing apparatus is operated to dispense the beverage, characterized in that the beverage dispensing apparatus is adapted to house said keg.
Bus-capable lighting system user, comprising a voltage supply which can be selectively connected to supply a bus which carries a voltage in the idle state, and a control circuit which is designed to detect a change in the bus voltage as a result of each of the following two events: a.) the connection of the power supply of the user, and b.) a short-circuiting of the bus by the user; characterized in that the control circuit is further designed to detect, when the voltage supply is connected to the bus, whether the polarity of the voltage on the bus changes in the course of the connection, and in that the control circuit is designed to invert a polarity of the power supply of the user if the polarity of the voltage on the bus changes during the aforementioned connection, and, if the polarity of the voltage on the bus does not change, to short-circuit the bus, and after subsequent release: to detect how quickly the voltage on the bus rises after the short-circuit from the short-circuit level to the DC voltage level before the short-circuit, this being carried out once with and once without the power supply of the user being connected, or to detect the steepness of the rising bus voltage edge, this being carried out once with and once without the power supply of the user being connected. a voltage supply which can be selectively connected to supply a bus which carries a voltage in the idle state, and a control circuit which is designed to detect a change in the bus voltage as a result of each of the following two events: a.) the connection of the power supply of the user, and b.) a short-circuiting of the bus by the user; a.) the connection of the power supply of the user, and b.) a short-circuiting of the bus by the user; characterized in that the control circuit is further designed to detect, when the voltage supply is connected to the bus, whether the polarity of the voltage on the bus changes in the course of the connection, and in that the control circuit is designed to invert a polarity of the power supply of the user if the polarity of the voltage on the bus changes during the aforementioned connection, and, if the polarity of the voltage on the bus does not change, to short-circuit the bus, and after subsequent release: to detect how quickly the voltage on the bus rises after the short-circuit from the short-circuit level to the DC voltage level before the short-circuit, this being carried out once with and once without the power supply of the user being connected, or to detect the steepness of the rising bus voltage edge, this being carried out once with and once without the power supply of the user being connected. to detect how quickly the voltage on the bus rises after the short-circuit from the short-circuit level to the DC voltage level before the short-circuit, this being carried out once with and once without the power supply of the user being connected, or to detect the steepness of the rising bus voltage edge, this being carried out once with and once without the power supply of the user being connected.
A base station apparatus configured to perform radio communication with at least one first mobile station, comprising: first measurement means for measuring, at an installation place of the base station apparatus, reception quality of an uplink signal transmitted from at least one second mobile station that is different from said at least one first mobile station and that communicates with a first base station different from the base station apparatus; calculation means for calculating an estimated loss value relating to a propagation loss between the second mobile station and the base station apparatus by using the reception quality; and determination means for determining a radio parameter relating to radio communication between the base station apparatus and the at least one first mobile station based on the estimated loss value. first measurement means for measuring, at an installation place of the base station apparatus, reception quality of an uplink signal transmitted from at least one second mobile station that is different from said at least one first mobile station and that communicates with a first base station different from the base station apparatus; calculation means for calculating an estimated loss value relating to a propagation loss between the second mobile station and the base station apparatus by using the reception quality; and determination means for determining a radio parameter relating to radio communication between the base station apparatus and the at least one first mobile station based on the estimated loss value.
A variable material stretch-forming apparatus, the apparatus comprising: a stretch-forming assembly configured to stretch-form at least one section (306, 308) along a width of a sheet of pre-preg material to a longer length than at least one other section along the width of the sheet of pre-preg material, and further configured to provide the at least one section (306, 308) of the sheet of prepreg material in a stretched configuration after being passed through and stretch-formed by the stretch-forming assembly and before the sheet of pre-preg material is applied to a tool. a stretch-forming assembly configured to stretch-form at least one section (306, 308) along a width of a sheet of pre-preg material to a longer length than at least one other section along the width of the sheet of pre-preg material, and further configured to provide the at least one section (306, 308) of the sheet of prepreg material in a stretched configuration after being passed through and stretch-formed by the stretch-forming assembly and before the sheet of pre-preg material is applied to a tool.
A processor comprising: a plurality of cores; a level 1, L1, instruction cache to store a plurality of Advanced Encryption Standard, AES, instruction, each AES instruction having a unique opcode; an L1 data cache; instruction fetch logic to fetch instructions from the L1 instruction cache; decode logic to decode instructions; a first source register to store a round key to be used for a round of an AES encryption operation; a second source register to store input data to be encrypted by the round of the AES encryption operation; and an execution unit including AES execution logic to execute at least a first AES instruction of the plurality of AES instructions to perform the round of the AES encryption operation, the round of the AES encryption operation to use the round key from the first source register to encrypt the input data from the second source register and to store a result of the round of the AES encryption operation in a first destination register. a plurality of cores; a level 1, L1, instruction cache to store a plurality of Advanced Encryption Standard, AES, instruction, each AES instruction having a unique opcode; an L1 data cache; instruction fetch logic to fetch instructions from the L1 instruction cache; decode logic to decode instructions; a first source register to store a round key to be used for a round of an AES encryption operation; a second source register to store input data to be encrypted by the round of the AES encryption operation; and an execution unit including AES execution logic to execute at least a first AES instruction of the plurality of AES instructions to perform the round of the AES encryption operation, the round of the AES encryption operation to use the round key from the first source register to encrypt the input data from the second source register and to store a result of the round of the AES encryption operation in a first destination register.
Monomer of formula I) for copolymerization with alkenes, dienes, vinyl compounds and/or vinylidene compounds I) A-S-P where A is a 4-vinylbenzyl group, and where S is a sulfur atom, and where P is a protecting group selected from the group consisting of S(=O) 2 -R 1 with R 1 = alkyl, benzyl or phenyl and/or S-C (=S) -N-R 2 R 3 with R 2 and R 3 = alkyl, benzyl or phenyl and/or N-R 5 R 6 with R 5 = hydrogen atom, alkyl, benzyl or phenyl and R 6 = alkyl, benzyl or phenyl. where A is a 4-vinylbenzyl group, and where S is a sulfur atom, and where P is a protecting group selected from the group consisting of S(=O) 2 -R 1 with R 1 = alkyl, benzyl or phenyl and/or S-C (=S) -N-R 2 R 3 with R 2 and R 3 = alkyl, benzyl or phenyl and/or N-R 5 R 6 with R 5 = hydrogen atom, alkyl, benzyl or phenyl and R 6 = alkyl, benzyl or phenyl.
An elastic brace comprising: - a main body, made of elastic material and that can be at least partially wrapped around a respective shoulder joint to be treated; and - closing means coupled to said main body to firmly engage said main body onto the joint; - an anatomic interaction element that is configured to be associated with said main body in a plurality of operating configurations each of which corresponds to a respective mechanical action that the brace performs on the joint; said operating configurations comprising a first operating configuration wherein the interaction element actuates a stabilisation action on the joint to prevent anterior dislocation and sub dislocation of the humeral head, and a second operating configuration in which the interaction element actuates a traction action on the limb to compensate for the dislocation of the humeral head; characterised in that said interaction element comprises three end portions, extending mutually away from one another and each of which having an elongated conformation defining a first common end and a second distal end from said first common end; the interaction element defining a substantially triangular shape wherein each angle of said triangular shape is represented by the extension of an end portion and the centre of said triangular shape is defined by the first common end. - a main body, made of elastic material and that can be at least partially wrapped around a respective shoulder joint to be treated; and - closing means coupled to said main body to firmly engage said main body onto the joint; - an anatomic interaction element that is configured to be associated with said main body in a plurality of operating configurations each of which corresponds to a respective mechanical action that the brace performs on the joint;
Method for structuring a substrate, in particular structuring by means of selective etching in the semiconductor and IC substrate industry, in which the following steps are carried out - providing a substrate, - applying a titanium seed layer to the substrate, - coating the entire surface of the substrate having the titanium seed layer with a photoresist layer, - lithographic structuring of the photoresist layer to expose regions of the titanium seed layer, - selectively applying copper as conductor tracks in the regions in which the titanium seed layer is exposed, - removing the structured photoresist, and - etching the titanium seed layer in the regions previously covered by the structured photoresist, wherein phosphoric acid is used to etch the titanium seed layer and an exposure with UV light also takes place during the etching of the titanium. - providing a substrate, - applying a titanium seed layer to the substrate, - coating the entire surface of the substrate having the titanium seed layer with a photoresist layer, - lithographic structuring of the photoresist layer to expose regions of the titanium seed layer, - selectively applying copper as conductor tracks in the regions in which the titanium seed layer is exposed, - removing the structured photoresist, and - etching the titanium seed layer in the regions previously covered by the structured photoresist, wherein phosphoric acid is used to etch the titanium seed layer and an exposure with UV light also takes place during the etching of the titanium.
Meat grill installation comprising a detachable horizontal cylindrical element for carrying meat, the cylindrical element comprising a series of meat fixators, a motor for rotating the cylindrical element around its horizontal axis, at least two heaters for grilling the meat, the at least two heaters divided over a circumference of the cylindrical element, and wherein a length of each heater is individually adapted to a length of the cylindrical element, at least two position adapters for maintaining each individual heater at a predetermined distance from the cylindrical element, at least one sensor, preferably at least two sensors, for determining a temperature of the heated meat, a conveyer belt located underneath the cylindrical element for receiving and transporting heated meat, a cutting element for removing a slice of a predetermined thickness of meat from the detachable cylindrical element, and at least one controller for driving the motor, for maintaining and/or adapting a temperature of each individual heater, for driving the at least two position adapters, for receiving the sensor output, for providing feedback to at least one heater, and for controlling thickness of slices of meat. a detachable horizontal cylindrical element for carrying meat, the cylindrical element comprising a series of meat fixators, a motor for rotating the cylindrical element around its horizontal axis, at least two heaters for grilling the meat, the at least two heaters divided over a circumference of the cylindrical element, and wherein a length of each heater is individually adapted to a length of the cylindrical element, at least two position adapters for maintaining each individual heater at a predetermined distance from the cylindrical element, at least one sensor, preferably at least two sensors, for determining a temperature of the heated meat, a conveyer belt located underneath the cylindrical element for receiving and transporting heated meat, a cutting element for removing a slice of a predetermined thickness of meat from the detachable cylindrical element, and at least one controller for driving the motor, for maintaining and/or adapting a temperature of each individual heater, for driving the at least two position adapters, for receiving the sensor output, for providing feedback to at least one heater, and for controlling thickness of slices of meat.
A bicycle having at least two frame parts of a bicycle frame of the bicycle, wherein one of the frame parts is a main frame of the bicycle and one of the frame parts is a rear triangle of the bicycle to receive a rear wheel of the bicycle, wherein the main frame has a seat tube, for the introduction of a seat post, and a head tube for the securing to the main frame of both a fork for the front wheel and a handlebar, or both frame parts are parts of the rear triangle of the bicycle to receive the rear wheel of the bicycle and the frame parts are pivotably connected to one another via at least one pivot axis of at least one pivot articulation of the bicycle, wherein the bicycle has at least one cable and at least one cable guide body for securing the cable to the bicycle, characterized in that the cable guide body has at least one cable guide eye to secure the cable to the cable guide body and at least one securing portion to secure the cable guide body on a pivot axis to an axle bolt of a pivot articulation of the bicycle, wherein the cable is secured in the cable guide eye of the cable guide body and the cable guide body together with cable is secured on the pivot axis to the axle bolt of the pivot articulation by means of the securing portion of the cable guide body.