mhurhangee/ep-ind-claims huggingface dataset:
Built-in lock for a window for operating at least one locking slat that can slide in a fitting groove along the periphery of the leaf 1 of the window, whereby the built-in lock comprises a handle with a lever and a spindle; an operating mechanism for converting the rotation of the handle into a translation of the at least one locking slat and a base that is separate from the handle and which is provided with a passage for the spindle of the handle, the operating mechanism comprising a clamping plate for holding the operating mechanism on the leaf, which clamping plate is movable in the axial direction (Y-Y') of the spindle when the lock is built-in in a window,, whereby means are provided to draw the clamping plate in the axial direction (Y-Y') towards the base to fasten the clamping plate on the leaf, whereby the clamping plate is provided with a bearing for the rotation of the handle, and whereby this bearing is held fast in the clamping plate in the axial direction (Y-Y'), characterised in that this bearing is provided with a clip mechanism to lock the spindle in the axial direction (Y-Y') with respect to the bearing in the mounted situation, whereby the bearing is constructed as a ring that is affixed freely turnably in a seat of the clamping plate and whereby the ring is composed of a dish and a slider with a passage for the spindle of the handle, whereby this slider is movably affixed in the dish in a direction (Z-Z') transverse to the axial direction (Y-Y') of the spindle and can engage with a notch in the spindle of the handle in order to lock the handle in the axial direction (Y-Y').
High-heat-delivery device suitable for use in an hair straightener, a hair curling iron or an ironing apparatus and suitable for heat transfer to a substrate by direct contact with said substrate, comprising at least one element having a heat transfer contact surface area and at least one element having a heat transfer contact surface, wherein the element comprises a thermoconductive thermoplastic polymer composition comprising at least one polymer and a thermoconductive additive and wherein element comprises a thermoplastic polymer composition comprising a polymer and at least one thermo-releasable substance.
Battery comprising a plurality of modules (12; 112) disposed in series, each module comprising a lower terminal adapted to be connected to a lower module and an upper terminal adapted to be connected to an upper module, each module comprising at least one branch between its lower terminal and its upper terminal comprising a cell, characterized in that the battery comprises at least one given module comprising a cell (11; 50; 111) and a cell switch (13; 63; 113) disposed in series with the cell (11; 50; 111), and said given module being associated with a module switch (14; 114) connected to the given module (12; 112) in parallel or each cell of the given module (12; 112) being associated with a parallel switch connected to the cell in parallel, and characterized in that the battery comprises a control circuit (27; 67; 127) of said cell switch and said module switch or said parallel switches that is electrically powered directly by at least one cell (11; 50; 111) of the given module or an adjacent module while being electrically isolated from the other modules.
A method of culturing probiotic bacteria, comprising: a) isolating an E. coli small colony variant bacterium auxotrophic for cysteine, methionine, serine, and lysine, while the large colony variant form of the same bacterium is not; b) inoculating a liquid growth medium with said SCV bacterium, wherein said liquid growth medium is a supplemented minimal medium comprising: i) a buffer solution; ii) a sugar or sugar alcohol; and iii) cysteine, methionine, serine, and lysine, wherein said liquid growth medium does not comprise adenine, cytosine, guanine, uracil, yeast extract, or an enzymatic digest of complex protein; c) incubating said liquid growth medium under conditions wherein said SCV bacterial strain grows to produce a liquid culture of SCV bacterial cells. a) isolating an E. coli small colony variant bacterium auxotrophic for cysteine, methionine, serine, and lysine, while the large colony variant form of the same bacterium is not; b) inoculating a liquid growth medium with said SCV bacterium, wherein said liquid growth medium is a supplemented minimal medium comprising: i) a buffer solution; ii) a sugar or sugar alcohol; and iii) cysteine, methionine, serine, and lysine, wherein said liquid growth medium does not comprise adenine, cytosine, guanine, uracil, yeast extract, or an enzymatic digest of complex protein; i) a buffer solution; ii) a sugar or sugar alcohol; and iii) cysteine, methionine, serine, and lysine, c) incubating said liquid growth medium under conditions wherein said SCV bacterial strain grows to produce a liquid culture of SCV bacterial cells.
A method of authenticating an electronic mail, comprising: parsing a header (42, 44) of the electronic mail to obtain a header IP address of an originator of the electronic mail and to obtain a purported domain name of a purported sender of the electronic mail; interrogating a "WHOIS" database with the purported domain name to obtain an associated IP address associated with the purported domain name; comparing the header IP address and the associated IP address; and generating an authenticity indicator for the electronic mail for presentation to a recipient of the electronic mail, the authenticity indicator being generated based on the comparison of the header IP address and the associated IP address, the authenticity indicator indicating a likelihood that the electronic mail was sent from the purported sender of the electronic mail. parsing a header (42, 44) of the electronic mail to obtain a header IP address of an originator of the electronic mail and to obtain a purported domain name of a purported sender of the electronic mail; interrogating a "WHOIS" database with the purported domain name to obtain an associated IP address associated with the purported domain name; comparing the header IP address and the associated IP address; and generating an authenticity indicator for the electronic mail for presentation to a recipient of the electronic mail, the authenticity indicator being generated based on the comparison of the header IP address and the associated IP address, the authenticity indicator indicating a likelihood that the electronic mail was sent from the purported sender of the electronic mail.
A method for processing a telephone number in a communication device (102, 104), the method characterized by: listening, by a speech analysis segment of the communication device operating in a first state, for occurrence of numeric utterances in a wirelessly received audio stream during a call until a numeric utterance is detected; in response to detecting a numeric utterance, switching the speech analysis segment to operate in a second state; in the second state, recognizing, by the speech analysis segment, occurrence of further numeric utterances to establish a string of numeric utterances; identifying (402, 404) at least one detected number pattern corresponding to the string of numeric utterances; storing the at least one detected number pattern; and presenting the at least one detected number pattern to a user of the communication device (102, 104). listening, by a speech analysis segment of the communication device operating in a first state, for occurrence of numeric utterances in a wirelessly received audio stream during a call until a numeric utterance is detected; in response to detecting a numeric utterance, switching the speech analysis segment to operate in a second state; in the second state, recognizing, by the speech analysis segment, occurrence of further numeric utterances to establish a string of numeric utterances; identifying (402, 404) at least one detected number pattern corresponding to the string of numeric utterances; storing the at least one detected number pattern; and presenting the at least one detected number pattern to a user of the communication device (102, 104).
A circuit comprising: a plurality of direct current voltage inputs (V 1 - V 3); a plurality of coupled inductors including primary windings (L 1 -L 5) and secondary windings (L 2 -L 6); a plurality of first switches (G 5 -G 4) connected respectively between the DC voltage inputs and the primary windings; and a plurality of second switches (G 6 -G 3) connected respectively between the DC voltage inputs and the secondary windings, wherein a high voltage end of at least one of the secondary windings is conductively connected to a high voltage end of a respective primary winding, wherein the secondary windings are adapted for connecting to a combined direct current power output which combines the DC voltage inputs. a plurality of direct current voltage inputs (V 1 - V 3); a plurality of coupled inductors including primary windings (L 1 -L 5) and secondary windings (L 2 -L 6); a plurality of first switches (G 5 -G 4) connected respectively between the DC voltage inputs and the primary windings; and a plurality of second switches (G 6 -G 3) connected respectively between the DC voltage inputs and the secondary windings, wherein a high voltage end of at least one of the secondary windings is conductively connected to a high voltage end of a respective primary winding, wherein the secondary windings are adapted for connecting to a combined direct current power output which combines the DC voltage inputs.
A fitting device (1, 2) for a recessed luminaire that is intended to be built into the fitting opening of a ceiling or wall, having • at least one latching element (20, 50) that is to be arranged on the luminaire housing or a mounting frame for the luminaire, and also • actuating means that are associated with the latching element (20, 50) and are formed to transfer the latching element (20, 50) from the fitting position into the latching position during the insertion of the luminaire housing or mounting frame into the fitting opening, wherein • the latching element (20, 50) is formed by a flexible spring element which adopts a stable state both in the fitting position and in the latching position and can be transferred from the fitting position into the latching position by overcoming an unstable intermediate position, characterised in that the latching element (20, 50) can be transferred from a fitting position, in which it is tilted inwards, into a latching position, in which it is tilted outwards, by means of a lateral deformation. • at least one latching element (20, 50) that is to be arranged on the luminaire housing or a mounting frame for the luminaire, and also • actuating means that are associated with the latching element (20, 50) and are formed to transfer the latching element (20, 50) from the fitting position into the latching position during the insertion of the luminaire housing or mounting frame into the fitting opening, wherein • the latching element (20, 50) is formed by a flexible spring element which adopts a stable state both in the fitting position and in the latching position and can be transferred from the fitting position into the latching position by overcoming an unstable intermediate position,
A fusion protein comprising (i) a collectin family trimerization domain comprising (a) a collectin family Carbohydrate Recoginition Domain of surfactant protein-D; and (b) a collectin family neck region of surfactant protein-D; (ii) a linker element; (iii) the effector polypeptide TRAIL or the respective receptor binding domain thereof, wherein the effector polypeptide is located N-terminally of the collectin family neck region, and (iv) an antibody, a single-chain antibody or a fragment of an antibody, or single-chain antibody fused to the C-terminal end of the Carbohydrate Recognition Domain. (i) a collectin family trimerization domain comprising (a) a collectin family Carbohydrate Recoginition Domain of surfactant protein-D; and (b) a collectin family neck region of surfactant protein-D; (a) a collectin family Carbohydrate Recoginition Domain of surfactant protein-D; and (b) a collectin family neck region of surfactant protein-D; (ii) a linker element; (iii) the effector polypeptide TRAIL or the respective receptor binding domain thereof, wherein the effector polypeptide is located N-terminally of the collectin family neck region, and (iv) an antibody, a single-chain antibody or a fragment of an antibody, or single-chain antibody fused to the C-terminal end of the Carbohydrate Recognition Domain.
Circulating pump with an electric motor which comprises a rotor and a stator, wherein the rotor is mounted on a spherical bearing which comprises a slide body with a convex spherical surface and a bearing cup (42; 100) with a concave spherical surface (44; 102) and which is liquid-lubricated and wherein a gap is formed between the rotor and stator, wherein a flow guide is separated from the gap to carry lubricating liquid through a lubrication region (68; 104) between the slide body and the bearing cup (42; 100) and wherein a chamber adjoins the lubrication region (68; 104) away from the bearing cup (42; 100), characterised in that the lubrication region (68; 104) is sealed by a seal (70; 103) with respect to the chamber and in that the seal (70; 103) rests against the slide body.
Fragrancing device for a laundry treatment appliance, such as a tumble dryer, comprising a drum that is rotatably mounted in a housing, a loading opening that can be closed by means of a door, and a fan and a heating device for generating a process air stream that flows over a heat exchanger, the fragrancing device delivering a fragrance to the laundry items during drying, and it being possible to activate the delivery of the fragrance based on the temperature of the process air stream in the drying chamber, the fragrancing device being formed as a separate part in the form of a fragrance dispenser that can be flexibly inserted into the drying chamber through which the process air flows, characterised in that the separate part consists of a disposable container and comprises a reservoir designed to store fluid media, a wick for transporting the medium being provided in the reservoir, the free end of which wick projects from an opening arranged on the reservoir for delivering the fragrance of the medium, it being possible to cover the free end of the wick by means of a slide arranged on the reservoir for controlling the fragrance delivery.
An information transmission method applied to a terminal device, the method comprises: receiving a first downlink control information, DCI, wherein the first DCI indicates the terminal device to send feedback information corresponding to a first downlink channel group within a target time unit; characterized in that, receiving a second DCI, wherein the second DCI indicates the terminal device to send feedback information corresponding to a second downlink channel group within the target time unit, wherein the second downlink channel group comprises the first downlink channel group and another downlink group; sending target feedback information within the target time unit, wherein the target feedback information comprises the feedback information corresponding to the second downlink channel group. receiving a first downlink control information, DCI, wherein the first DCI indicates the terminal device to send feedback information corresponding to a first downlink channel group within a target time unit; characterized in that, receiving a second DCI, wherein the second DCI indicates the terminal device to send feedback information corresponding to a second downlink channel group within the target time unit, wherein the second downlink channel group comprises the first downlink channel group and another downlink group; sending target feedback information within the target time unit, wherein the target feedback information comprises the feedback information corresponding to the second downlink channel group.
A monitoring device (1, 1A) for a rotary encoder that is configured to detect rotation of a rotating body and is configured to output a first pulse signal and a second pulse signal, the first pulse signal and the second pulse signal having a phase difference, the monitoring device comprising: a pulse generating unit that is configured to generate a comparison pulse signal by extracting a portion corresponding to a specific phase range from a first pulse included in a first pulse signal output from the rotary encoder; a determining unit (36A, 36B) that is configured to determine an abnormality of the rotary encoder, based on a state of a pulse of the comparison pulse signal at a specific timing of a second pulse included in the second pulse signal; wherein the determining unit (36A, 36B) is configured to determine that the rotary encoder is abnormal if a state of a pulse of the comparison pulse signal differs from a predetermined state when at least one of a rise and a fall of the second pulse occurs; characterized in that the pulse generating unit includes: a frequency multiplying unit (35A, 35B) that is configured to generate a third pulse signal having a frequency of (2n +1) times a frequency of the first pulse signal, wherein n is an integer equal to or greater than 1, and an exclusive OR logic generating unit (32A, 32B) that is configured to generate the comparison pulse signal by generating an exclusive OR logic of the third pulse signal and the first pulse signal. a pulse generating unit that is configured to generate a comparison pulse signal by extracting a portion corresponding to a specific phase range from a first pulse included in a first pulse signal output from the rotary encoder; a determining unit (36A, 36B) that is configured to determine an abnormality of the rotary encoder, based on a state of a pulse of the comparison pulse signal at a specific timing of a second pulse included in the second pulse signal; wherein the determining unit (36A, 36B) is configured to determine that the rotary encoder is abnormal if a state of a pulse of the comparison pulse signal differs from a predetermined state when at least one of a rise and a fall of the second pulse occurs; characterized in that the pulse generating unit includes: a frequency multiplying unit (35A, 35B) that is configured to generate a third pulse signal having a frequency of (2n +1) times a frequency of the first pulse signal, wherein n is an integer equal to or greater than 1, and an exclusive OR logic generating unit (32A, 32B) that is configured to generate the comparison pulse signal by generating an exclusive OR logic of the third pulse signal and the first pulse signal. a frequency multiplying unit (35A, 35B) that is configured to generate a third pulse signal having a frequency of (2n +1) times a frequency of the first pulse signal, wherein n is an integer equal to or greater than 1, and an exclusive OR logic generating unit (32A, 32B) that is configured to generate the comparison pulse signal by generating an exclusive OR logic of the third pulse signal and the first pulse signal.
A vehicle comprising: an in-vehicle communication device configured to communicate with a server apparatus via a wireless base station; and a control unit configured to, when the in-vehicle communication device receives an abnormal situation notification from the wireless base station, restrict at least a part of data communication with the wireless base station based on a communication condition included in the received abnormal situation notification and associated with the abnormal situation, wherein restricting the at least a part of the data communication with the wireless base station includes at least one of transmitting data at a reduced frequency to the wireless base station, stopping the data transmission to the wireless base station, and reducing speed of the data communication to a predetermined value when it is determined that an amount of the data communication with the wireless base station within a predetermined period has reached a reference value, and wherein the communication condition includes a condition on content of data for which data transmission is permitted, and an application permitted to be used in the data transmission. an in-vehicle communication device configured to communicate with a server apparatus via a wireless base station; and a control unit configured to, when the in-vehicle communication device receives an abnormal situation notification from the wireless base station, restrict at least a part of data communication with the wireless base station based on a communication condition included in the received abnormal situation notification and associated with the abnormal situation, wherein restricting the at least a part of the data communication with the wireless base station includes at least one of transmitting data at a reduced frequency to the wireless base station, stopping the data transmission to the wireless base station, and reducing speed of the data communication to a predetermined value when it is determined that an amount of the data communication with the wireless base station within a predetermined period has reached a reference value, and wherein the communication condition includes a condition on content of data for which data transmission is permitted, and an application permitted to be used in the data transmission.
A composition for administration of an agent to an open wound in a subject comprising: a carrier, a hemostatic agent, and a wound targeting moiety comprising an antibody specific to a cryptic tripeptide arginine-glycine-aspartic acid epitope, wherein the carrier contains the hemostatic agent and is conjugated to the antibody, and wherein the antibody facilitates local delivery of the hemostatic agent to wound tissue by binding to an exposed cryptic tripeptide arginine-glycine-aspartic acid epitope. a carrier, a hemostatic agent, and a wound targeting moiety comprising an antibody specific to a cryptic tripeptide arginine-glycine-aspartic acid epitope, wherein the carrier contains the hemostatic agent and is conjugated to the antibody, and wherein the antibody facilitates local delivery of the hemostatic agent to wound tissue by binding to an exposed cryptic tripeptide arginine-glycine-aspartic acid epitope.
Kit for producing a piezo-pneumatic valve unit for a pneumatic positioner, the piezo-pneumatic valve unit comprising two piezo-pneumatic valves (11, 12) pneumatically coupled with one another having a plurality of different, function-specific valve inserts (13, 14), wherein the valve unit has a signal input for an electrical control signal as well as a supply input, which can be connected to a compressed gas supply, a working output, which can be connected to a pneumatic working member of the positioner, and a ventilation outlet for the working medium, characterized in that the piezo-pneumatic valves (11, 12) respectively have a valve housing (31, 32) and a function-specific valve insert (13, 14), which can be inserted in a sealing manner in a receiving cavity (33, 34) of the valve housing (31, 32) in question, having a switching unit (15, 16) through which the flow passes, wherein each valve insert (13, 14) can be selected from the plurality of different valve inserts (13, 14), wherein the valve seat (40, 41) and the valve body (21, 22) of the respective piezo-pneumatic valve (11, 12), which valve body (21, 22) cooperates with the valve seat (40, 41) and can be adjusted by means of an adjusting drive (17, 18), are provided on the switching unit (15, 16) of the valve insert (13, 14) and wherein flow channels (35, 36, 37) arranged in the valve housing (31, 32) open into the associated receiving cavity (33, 34) in such a way that different functional characteristics of the affected valve (11, 12) can be achieved with an identical valve housing (31, 32) by replacing the valve insert (13, 14), wherein different functional characteristics should be understood as different fail-safe behaviour of the affected valve and wherein if there is a power failure, the affected valve with a first functional characteristic is automatically moved to its closed position and the affected valve with a second functional characteristic is automatically moved to its open position.