mhurhangee/ep-ind-claims huggingface dataset:
A press body, adapted for a press seal having an elastomer body for contacting a conduit sealingly, said press body and a tensioning bolt for tensioning said press body, wherein said press body can be pressed onto said elastomer body by tensioning said tensioning bolt in such a way that said elastomer body contacts said conduit sealingly, and wherein further said press body comprises a read out member at which a force transmitted to said elastomer body during said tensioning of said tensioning bolt can be read out, wherein further said press body comprises a first press body part (22, 23, 31), a second press body part (21, 32) and a deformation member (29, 51), wherein the two press body parts (22, 23, 31, 21, 32) are multipart with each other and also said deformation member (29, 51) is multipart with the two press body parts (22, 23, 31, 21, 32) respectively, wherein said first press body part (22, 23, 31) is adapted for a contact with said tensioning bolt so that said tensioning bolt transmits a force onto said first press body part (22, 23, 31) during said tensioning and said second press body part (21, 32) is adapted for contacting said elastomer body with a contact surface (28a,b) and wherein further said first press body part (22, 23, 31) and said second press body part (21, 32) are adapted for being movable relatively to each other via said deformation member (29, 51) as a bearing and are adapted for being in a relative position in dependence of said force transmitted to said elastomer body, wherein said relative position can be read out at said read out member, characterized in that said deformation member (29, 51) is different from said elastomer body. an elastomer body for contacting a conduit sealingly, said press body and a tensioning bolt for tensioning said press body,
A non-adherent vertebrate cell for producing a heterologous secreted protein comprising (i) a polynucleotide comprising a nucleic acid sequence encoding a self-activating cdc42 mutant, wherein the self-activating cdc42 mutant is capable of binding Guanosine triphosphate in the absence of Guanidine nucleotide exchange factors (GEFs), and (ii) a polynucleotide comprising a nucleic acid sequence encoding a heterologous secreted protein, wherein the heterologous secreted protein is an antibody or a fragment thereof. (i) a polynucleotide comprising a nucleic acid sequence encoding a self-activating cdc42 mutant, wherein the self-activating cdc42 mutant is capable of binding Guanosine triphosphate in the absence of Guanidine nucleotide exchange factors (GEFs), and (ii) a polynucleotide comprising a nucleic acid sequence encoding a heterologous secreted protein, wherein the heterologous secreted protein is an antibody or a fragment thereof.
Use of a porous film comprising of amorphous polybenzimidazole and at least one filler for use as a separator in a lithium ion battery, wherein the amount of filler is in the range of 0.5 wt% to 5.0 wt% of polybenzimidazole.
A radio equipment apparatus for installation at a remote site, the radio equipment apparatus configured to communicate with a radio equipment controller situated at a main site over an interface and with a remote unit situated at the remote site over a physical link, characterized by the radio equipment apparatus being configured to: transmit one or more data flows to the radio equipment controller over the interface; receive, from the remote unit over the physical link, information for communication to the radio equipment controller over the interface; and encapsulate the received information in a data flow, wherein one of the data flows the radio equipment apparatus is configured to transmit to the radio equipment controller over the interface includes the encapsulated information. transmit one or more data flows to the radio equipment controller over the interface; receive, from the remote unit over the physical link, information for communication to the radio equipment controller over the interface; and encapsulate the received information in a data flow, wherein one of the data flows the radio equipment apparatus is configured to transmit to the radio equipment controller over the interface includes the encapsulated information.
A method for transmitting indication information, comprising: performing transmission of a medium access control control element, MAC CE, command, characterized in that, the MAC CE command is used to instruct to activate N first objects and indicate a mapping relationship between the first objects and codepoints of a transmission configuration indicator field, TCI field, in downlink control information, DCI, the N first objects comprise transmission configuration indicator states, TCI state, in M TCI state groups and N-M TCI states, N is a positive integer, and M is an integer less than or equal to N; wherein, when M is greater than 0, the MAC CE command comprises a first MAC CE command, and the first MAC CE command is used to instruct to activate the TCI states in the M TCI state groups and indicate that the TCI states in the M TCI state groups correspond to M codepoints of the TCI field in the DCI; and/or when M is less than N, the MAC CE command further comprises a second MAC CE command, and the second MAC CE command is used to instruct to activate the N-M TCI states and indicate that the N-M TCI states correspond to N-M codepoints of the TCI field in the DCI. performing transmission of a medium access control control element, MAC CE, command, characterized in that, the MAC CE command is used to instruct to activate N first objects and indicate a mapping relationship between the first objects and codepoints of a transmission configuration indicator field, TCI field, in downlink control information, DCI, the N first objects comprise transmission configuration indicator states, TCI state, in M TCI state groups and N-M TCI states, N is a positive integer, and M is an integer less than or equal to N; wherein, when M is greater than 0, the MAC CE command comprises a first MAC CE command, and the first MAC CE command is used to instruct to activate the TCI states in the M TCI state groups and indicate that the TCI states in the M TCI state groups correspond to M codepoints of the TCI field in the DCI; and/or when M is less than N, the MAC CE command further comprises a second MAC CE command, and the second MAC CE command is used to instruct to activate the N-M TCI states and indicate that the N-M TCI states correspond to N-M codepoints of the TCI field in the DCI.
A method for detecting the temperature of electrical apparatuses in an industrial cabinet, comprising the steps of a) preparing a map of sensitive points inside the cabinet, said map comprising a list of coordinates of said sensitive points, preferably as pairs of X- and Y-axis coordinates with respect to a predetermined origin point, and, for each sensitive point of said map: b) moving a radiometric video camera at the sensitive point, c) performing, by means of said radiometric video camera, a preliminary detection of the temperatures in a measurement area located around the sensitive point, d) identifying, within the measurement area, a region at maximum temperature with respect to the detected temperatures, e) measuring the temperature of the region at maximum temperature by means of a spot temperature sensor. a) preparing a map of sensitive points inside the cabinet, said map comprising a list of coordinates of said sensitive points, preferably as pairs of X- and Y-axis coordinates with respect to a predetermined origin point, and, for each sensitive point of said map: b) moving a radiometric video camera at the sensitive point, c) performing, by means of said radiometric video camera, a preliminary detection of the temperatures in a measurement area located around the sensitive point, d) identifying, within the measurement area, a region at maximum temperature with respect to the detected temperatures, e) measuring the temperature of the region at maximum temperature by means of a spot temperature sensor.
Device for channeling a stream of feed gas for an internal combustion engine, said device being able to be installed at least facing an exchanger for the thermal conditioning of the stream of gas, the device comprises a first canal, for the circulation of the stream of gas intended to channel the stream of the gas toward a first zone of a face of the exchanger, said device comprising at least one second canal for the circulation of the stream of gas intended to channel the stream of gas toward a second zone of said face of the exchanger, characterized in that the first canal, referred to as central canal, for the circulation of the stream of gas, is delimited by a first part of a wall and is intended to channel the stream of the gas toward a first zone of a face of the exchanger, and the second canal, referred to as lateral canal, for the circulation of the stream of gas, is delimited by a second part of the wall and is intended to channel the stream of gas toward a second zone of said face of the exchanger.
A linear actuator comprising: an electromagnet (20, 20A, 20B) including a coil; a magnet disposed to face the coil in a coil-winding axis direction of the coil and magnetized in the coil-winding axis direction; a movable member (50, 50A, 50B) including the magnet and including an output shaft extending in the coil-winding axis direction; a fixing body (40, 40A, 40B) including the electromagnet (20, 20A, 20B); an elastic body disposed along the coil-winding axis direction and configured to elastically deform in the coil-winding axis direction to support the movable member (50, 50A, 50B) such that the movable member (50, 50A, 50B) is allowed to reciprocate in the coil-winding axis direction; and an alternating-current supplying section configured to supply an alternating current having a frequency substantially equal to a resonance frequency of the movable member to the coil, wherein a first end portion of the elastic body is fixed to the fixing body and a second end portion of the elastic body is fixed to the movable member in the coil-winding axis direction such that an air gap is formed between the electromagnet (20, 20A, 20B) and the magnet, the electromagnet (20, 20A, 20B) includes a main body core that is formed of a magnetic substance provided in the coil; characterised in that the main body core is provided with a bearing through which the output shaft of the movable member is inserted such that the output shaft is movable in the coil-winding axis direction. an electromagnet (20, 20A, 20B) including a coil; a magnet disposed to face the coil in a coil-winding axis direction of the coil and magnetized in the coil-winding axis direction; a movable member (50, 50A, 50B) including the magnet and including an output shaft extending in the coil-winding axis direction; a fixing body (40, 40A, 40B) including the electromagnet (20, 20A, 20B); an elastic body disposed along the coil-winding axis direction and configured to elastically deform in the coil-winding axis direction to support the movable member (50, 50A, 50B) such that the movable member (50, 50A, 50B) is allowed to reciprocate in the coil-winding axis direction; and an alternating-current supplying section configured to supply an alternating current having a frequency substantially equal to a resonance frequency of the movable member to the coil, wherein a first end portion of the elastic body is fixed to the fixing body and a second end portion of the elastic body is fixed to the movable member in the coil-winding axis direction such that an air gap is formed between the electromagnet (20, 20A, 20B) and the magnet, the electromagnet (20, 20A, 20B) includes a main body core that is formed of a magnetic substance provided in the coil; characterised in that the main body core is provided with a bearing through which the output shaft of the movable member is inserted such that the output shaft is movable in the coil-winding axis direction.
A drive assembly comprising: a vehicle and a track along which the vehicle is arranged to travel, the track arranged to pivot with respect to the drive assembly between a first position in which the track is horizontal and a second position in which the track is declined; a counterweight; a shaft coupled to the vehicle and to the counterweight, the shaft being arranged to rotate in dependence of the travel of the vehicle and the counterweight; wherein, the vehicle is arranged to travel along the track between a drive location and an idle location to rotate the shaft in a first direction and to cause the counterweight to travel between a lower position and an upper position; and, the counterweight arranged to descend from the upper position to the lower position as the track is moved from the second position to the first position; and wherein the drive assembly further comprises an assistance member, the drive assembly being characterised in that the assistance member is arranged to apply a force to the track and/or the vehicle such that the combined moment of the track and the vehicle is reduced, said reduction being compared to the combined moment of the track and the vehicle without said force. a vehicle and a track along which the vehicle is arranged to travel, the track arranged to pivot with respect to the drive assembly between a first position in which the track is horizontal and a second position in which the track is declined; a counterweight; a shaft coupled to the vehicle and to the counterweight, the shaft being arranged to rotate in dependence of the travel of the vehicle and the counterweight; wherein, the vehicle is arranged to travel along the track between a drive location and an idle location to rotate the shaft in a first direction and to cause the counterweight to travel between a lower position and an upper position; and, the counterweight arranged to descend from the upper position to the lower position as the track is moved from the second position to the first position; and wherein the drive assembly further comprises an assistance member, the drive assembly being characterised in that the assistance member is arranged to apply a force to the track and/or the vehicle such that the combined moment of the track and the vehicle is reduced, said reduction being compared to the combined moment of the track and the vehicle without said force.
Method for detecting an impact on an elevator door panel, comprising - detecting a break in an elevator door safety circuit (201, 202, 301, 302), the break being caused by a heavy enough impact directed at a door panel making the door panel a slight jump, temporarily opening a door safety switch (204, 207, 304, 307), or causing it to signal open position of the door lock (205, 206, 305, 306), characterized in that the method further comprises - comparing characteristics of the break to a set of parameters, said set of parameters being one or more threshold values for each characteristic of the break which correlates with the break being caused by an impact on the door, to evaluate if an action needs to be performed; and - performing an action when the characteristics of the break fulfil the conditions determined by the set of parameters. - detecting a break in an elevator door safety circuit (201, 202, 301, 302), the break being caused by a heavy enough impact directed at a door panel making the door panel a slight jump, temporarily opening a door safety switch (204, 207, 304, 307), or causing it to signal open position of the door lock (205, 206, 305, 306), characterized in that the method further comprises - comparing characteristics of the break to a set of parameters, said set of parameters being one or more threshold values for each characteristic of the break which correlates with the break being caused by an impact on the door, to evaluate if an action needs to be performed; and - performing an action when the characteristics of the break fulfil the conditions determined by the set of parameters.
A process of preparing a salt of an active pharmaceutical ingredient, the process comprising providing a blend of an active pharmaceutical ingredient and a salt forming substance, mixing the blend in an extruder or a granulator, optionally in the presence of added water, to react the active pharmaceutical ingredient with the salt forming substance to provide the salt of the active pharmaceutical ingredient in free flowing powder form; wherein when the active pharmaceutical ingredient is acidic, the salt forming substance is a base and the pKa difference between the acidic active pharmaceutical ingredient and the base is greater than 1, typically greater than 2 or preferably greater than 3; or when the active pharmaceutical ingredient is basic, the salt forming substance is an acid and the pKa difference between the basic active pharmaceutical ingredient and the acid is greater than 1, typically greater than 2 or preferably greater than 3; wherein the process further comprises manufacturing an orally disintegrating tablet with the salt of the active pharmaceutical ingredient. wherein when the active pharmaceutical ingredient is acidic, the salt forming substance is a base and the pKa difference between the acidic active pharmaceutical ingredient and the base is greater than 1, typically greater than 2 or preferably greater than 3; or when the active pharmaceutical ingredient is basic, the salt forming substance is an acid and the pKa difference between the basic active pharmaceutical ingredient and the acid is greater than 1, typically greater than 2 or preferably greater than 3; wherein the process further comprises manufacturing an orally disintegrating tablet with the salt of the active pharmaceutical ingredient.
Method for improving a tyre-pressure-detection system which measures indirectly, such as, in particular, a pressure-loss-detection method on the basis of the wheel speed information, in which the determination of reference values is made dependent on driving parameters, wherein a two-dimensional or multi-dimensional, completely enclosed driving parameter space is generated, within which driving parameter space currently determined reference values are approved as valid, characterized in that a driving parameter of the driving parameter space is the wheel torque of a driven wheel or a variable which behaves correspondingly, wherein the wheel torque is determined, in particular, by means of a power balance which results, inter alia, from engine data and transmission data.
Wing of an aircraft or spacecraft, wherein the wing has at least one mobile flow body, wherein the wing has a first movable support device and a second movable support device which are connected to the flow body and the wing, for rotating the flow body on the wing, wherein the flow body describes a movement in the flow direction when the flow body is extended from its starting position, wherein the wing has a flow body control device (18, 20), wherein the flow body control device (18, 20) is attached to the wing at a first point and the second support device at a second point, wherein the two points (C, B) of the flow body control device (18, 20) and of the second support device form an axis (HL-1), wherein the flow body control device (18, 20) is formed inclined, by a predetermined angle (β), to the axis (HL-1), and wherein the flow body control device (18, 20) guides a point of the flow body in a predetermined plane about this axis (HL-1) and prevents the lateral movement of the second support device.
A high strength polymer-based cartridge casing for at least one of blank or subsonic ammunition comprising: an upper component, molded from a polymer, comprising: a first end having a mouth; a shoulder portion; at least an upper inner wall (218, 1219) between the first end and a second end of the upper component opposite the first end; and at least one of an overlap portion and a underskirt portion extending from the wall (218, 1219) near the second end; a lower component, molded from a polymer, comprising: at least one of a tapered portion and an outer tapered portion that engages at least one of the overlap portion and the underskirt portion, respectively, to join the upper and the lower components; and at least a lower inner wall (310, 1319) between the upper component and an flash hole; an insert engaged to the lower component; said upper inner wall having a first slope extending from the shoulder and directed toward the lower component and said lower inner wall having a second slope extending from the upper component toward the insert; characterized in that the upper inner wall and the lower inner wall slope to reduce a volume of a propellant chamber formed by the upper and lower inner walls and characterized in that said first slope and said second slope narrow the propellant chamber progressing toward the insert. an upper component, molded from a polymer, comprising: a first end having a mouth; a shoulder portion; at least an upper inner wall (218, 1219) between the first end and a second end of the upper component opposite the first end; and at least one of an overlap portion and a underskirt portion extending from the wall (218, 1219) near the second end; a first end having a mouth; a shoulder portion; at least an upper inner wall (218, 1219) between the first end and a second end of the upper component opposite the first end; and at least one of an overlap portion and a underskirt portion extending from the wall (218, 1219) near the second end; a lower component, molded from a polymer, comprising: at least one of a tapered portion and an outer tapered portion that engages at least one of the overlap portion and the underskirt portion, respectively, to join the upper and the lower components; and at least a lower inner wall (310, 1319) between the upper component and an flash hole; at least one of a tapered portion and an outer tapered portion that engages at least one of the overlap portion and the underskirt portion, respectively, to join the upper and the lower components; and at least a lower inner wall (310, 1319) between the upper component and an flash hole; an insert engaged to the lower component; said upper inner wall having a first slope extending from the shoulder and directed toward the lower component and said lower inner wall having a second slope extending from the upper component toward the insert; characterized in that the upper inner wall and the lower inner wall slope to reduce a volume of a propellant chamber formed by the upper and lower inner walls and characterized in that said first slope and said second slope narrow the propellant chamber progressing toward the insert.
A fully aqueous composition, not comprising an organic solvent, comprising: a. 1-15 g/L of sodium chloride (NaCl); b. 5-20 g/L of disodium phosphate (Na 2 HPO 4); c. 0.1-2.0 g/L of sodium dihydrogen phosphate (NaH 2 PO 4); and d. 10-150 g/L of a beta cyclodextrin, optionally, wherein the beta cyclodextrin is a standard grade hydroxypropyl-beta-cyclodextrin. a. 1-15 g/L of sodium chloride (NaCl); b. 5-20 g/L of disodium phosphate (Na 2 HPO 4); c. 0.1-2.0 g/L of sodium dihydrogen phosphate (NaH 2 PO 4); and d. 10-150 g/L of a beta cyclodextrin, optionally, wherein the beta cyclodextrin is a standard grade hydroxypropyl-beta-cyclodextrin.
Process for removing ruthenium from ruthenate-containing solutions by distillation of RuO 4, comprising the steps of I: Treating the ruthenate-containing solution with an oxidation agent; II: distilling the RuO 4 thus generated; III. taking up the RuO 4 from step II in hydrochloric acid; whereby the oxidation agent is recycled to step I after step III, characterised in that multiple distillation facilities are arranged in sequence as modules and in that the process is controlled appropriately such that the gas mixture is pumped into the subsequent facility as soon as an excess of oxidation agent forms in any one of the facilities. I: Treating the ruthenate-containing solution with an oxidation agent; II: distilling the RuO 4 thus generated; III. taking up the RuO 4 from step II in hydrochloric acid;