mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the expansion of plastics material containers with a conveying device which conveys the plastics material containers along a pre-set conveying path, with at least one first shaping station which is arranged on the conveying device and is conveyed by the conveying device and which expands the plastics material containers by acting upon them with a gaseous medium, with at least one second shaping station which is arranged on the conveying device and is conveyed by the conveying device and which expands the plastics material containers by acting upon them with a gaseous medium, wherein the first shaping station and the second shaping station have stretch rods in each case for rotating the plastics material containers to be expanded in the longitudinal directions thereof and these stretch rods have in each case a channel by way of which a gaseous medium is capable of being supplied through the stretch rod to the plastics material containers to be expanded, and with at least one first gas preparation device which makes a gaseous medium under pressure available at least for a time to the first shaping station, wherein this gaseous medium is capable of being supplied at least for a time through the stretch rod to these plastics material containers to be expanded in the first shaping station, characterized in that the apparatus has a second gas preparation device which is connected in terms of flow to an inner space of the plastics material container to be expanded in the first shaping station, in such a way that a gas flowing between the second gas preparation device and the inner space of the plastics material containers flows between the stretch rod and a wall of the plastics material containers, wherein the first gas preparation device and the second gas preparation device are connected in terms of flow at least for a time by way of the inner space of the plastics material container arranged in the first shaping station and this second gas preparation device is also connected in terms of flow to a plastics material container present in the second shaping station, and wherein the pressure ratios of the first gas preparation device and of the second gas preparation device are selected in such a way that a gas flow from the second gas preparation device to the first gas preparation device takes place at least for a time.
A device for determining a physical value of a liquid flowing in a pipe, without contact with said liquid, said device comprising: - a sensor for said physical value; - a connector to insert into said pipe and comprising: - an internal passage extending between two apertures (11, 12) - a cylindrical central bore which issues into the internal passage, - a flexible membrane for a pressure sensor, forming a wall of said internal passage, said membrane having a face configured to be in direct contact with said liquid, said face being turned towards said bore; and - means (27, 62) for fastening said sensor onto said connector; characterized in that said sensor is a temperature sensor fastened to said connector with the sensitive part of said sensor turned towards said membrane, said temperature sensor comprising an infrared temperature probe or a thermocouple temperature probe. - a sensor for said physical value; - a connector to insert into said pipe and comprising: - an internal passage extending between two apertures (11, 12) - a cylindrical central bore which issues into the internal passage, - a flexible membrane for a pressure sensor, forming a wall of said internal passage, said membrane having a face configured to be in direct contact with said liquid, said face being turned towards said bore; and - means (27, 62) for fastening said sensor onto said connector; - an internal passage extending between two apertures (11, 12) - a cylindrical central bore which issues into the internal passage, - a flexible membrane for a pressure sensor, forming a wall of said internal passage, said membrane having a face configured to be in direct contact with said liquid, said face being turned towards said bore; and - means (27, 62) for fastening said sensor onto said connector;
A method, performed by an autonomous vehicle interface (122, 210), to identify electronic control units (114, 116, 118, 208a, 208b, 208c) in a vehicle, the method comprising: sampling data from a data frame transmitted over a shared data control area network, CAN, bus (120, 202) in the vehicle, wherein multiple electronic control units (114, 116, 118, 208a, 208b, 208c) are coupled to the shared CAN bus (120, 202); determining whether the sampled data of the data frame is from a data field in the data frame; characterized in further comprising: measuring the impedance of the shared CAN bus (120, 202) in response to determining that the sampled data is from the data field of the data frame; and determining, based on the measured impedance, a transmitting control unit from the multiple electronic control units (114, 116, 118, 208a, 208b, 208c) coupled to the shared CAN bus (120, 202). sampling data from a data frame transmitted over a shared data control area network, CAN, bus (120, 202) in the vehicle, wherein multiple electronic control units (114, 116, 118, 208a, 208b, 208c) are coupled to the shared CAN bus (120, 202); determining whether the sampled data of the data frame is from a data field in the data frame; characterized in further comprising: measuring the impedance of the shared CAN bus (120, 202) in response to determining that the sampled data is from the data field of the data frame; and determining, based on the measured impedance, a transmitting control unit from the multiple electronic control units (114, 116, 118, 208a, 208b, 208c) coupled to the shared CAN bus (120, 202). measuring the impedance of the shared CAN bus (120, 202) in response to determining that the sampled data is from the data field of the data frame; and determining, based on the measured impedance, a transmitting control unit from the multiple electronic control units (114, 116, 118, 208a, 208b, 208c) coupled to the shared CAN bus (120, 202).
Method for monitoring the noise from a sensor, an influence of spectral components of the sensor noise signal being determined and compared with preset values, there being scanned an output signal of a sensor which is summed up in groups of a number (n w) of sample values (S(i)) and is subjected to a first type of averaging ( S n (k)), and the results of said first averaging ( S n (k)) are subjected to a second type of averaging, which considers one or more neighbouring or preceding and/or subsequent values, characterized in that the calculation method to compute and evaluate the sensor noise uses a convolution method.
A fluid system, in particular a filter system, for fluid, in particular fuel, oil, water or urea solution, having a heating device for fluid, with at least one heating chamber featuring an inlet and an outlet for the fluid, wherein at least one electrically operated heating element is disposed in the heating chamber between two retaining bodies (28, 30) in such a way that it is in electrical and thermal contact with a contact section (40, 52) of at least one of the retaining bodies (28, 30), wherein an inner volume area between two retaining bodies (28, 30) and an exterior volume area (62, 64) on an exterior side of the retaining bodies (28, 30) facing away from the inner volume area can be flowed through by the fluid, wherein in an enlarged section of said inner volume area is a distance between the two retaining bodies (28, 30) larger than a distance between the retaining bodies (28, 30), wherein one of the retaining bodies (28, 30) features at least one ring-shaped part, in particular at least one section of a circular ring disc, wherein the ring-shaped part features a radially inner area, a central area and a radially outer area when viewed from radially inside to radially outside with respect to a system axis, wherein the contact section (40, 52) is disposed in the central area, wherein the radially inner area and the radially outer area of the ring-shaped part delimit also respective sections of the inner volume area on their side, wherein a section of the at least one inner volume area is realized radially inside and radially outside the contact section (40, 52), respectively, wherein at least one of the retaining bodies (28, 30) features at least in the area of a transition between the contact section (40, 52) and the at least one inner volume area at least one bend or step, wherein the distance between the retaining bodies (28, 30) in the inner volume area increases with increasing distance from the contact section (40, 52).
A method for manufacturing a support assembly or a portion of a support assembly for a surface treating appliance, comprising the steps of: a) placing a roller or a portion of a roller, made of a first material which has a first melting temperature, into an over mould, b) overmoulding one or more tyres onto the roller or portion of the roller by introducing a second material in a molten state into the over mould, c) allowing the second material to solidify and d) separating the support assembly or portion of the support assembly from the overmould, wherein the second material is introduced into the overmould at a temperature which is higher than the first melting temperature.
A submersible downhole pump comprising - an elongate pump unit defining a longitudinal pump axis and a pump unit diameter, and - at least one cable lug for attaching a cable, characterized in that the at least one cable lug is connected to the pump unit and pivotable around a pivot axis perpendicular to the longitudinal axis between a defined first position and a defined second position, wherein the at least one cable lug is positioned, in the first position, fully within the pump unit diameter and, in the second position, at least partially protruding outside the pump unit diameter. - an elongate pump unit defining a longitudinal pump axis and a pump unit diameter, and - at least one cable lug for attaching a cable,
A drill assembly for preparation of a surgical site, comprising: a drill shaft including one or more cutting surfaces; a depth collar dimensioned to at least partially cover the one or more cutting surfaces, and the depth collar including a first set of teeth; a ratcheting sleeve including a second set of teeth; and wherein, when the first set of teeth and the second set of teeth are engaged together, the ratcheting sleeve limits movement of the depth collar,. characterized in, that the drill shaft includes an intermediate portion between a shank portion and a drill body portion, the drill body portion comprising the one or more cutting surfaces; the intermediate portion includes first threading; J the depth collar includes second threading along a first passageway dimensioned to at least partially receive the intermediate portion; the first threading of the intermediate portion is dimensioned to engage with the second threading such that relative rotation between the depth collar and the intermediate portion causes the depth collar to move along a longitudinal axis of the drill shaft. a drill shaft including one or more cutting surfaces; a depth collar dimensioned to at least partially cover the one or more cutting surfaces, and the depth collar including a first set of teeth; a ratcheting sleeve including a second set of teeth; and wherein, when the first set of teeth and the second set of teeth are engaged together, the ratcheting sleeve limits movement of the depth collar,. characterized in, that the drill shaft includes an intermediate portion between a shank portion and a drill body portion, the drill body portion comprising the one or more cutting surfaces; the intermediate portion includes first threading; J the depth collar includes second threading along a first passageway dimensioned to at least partially receive the intermediate portion; the first threading of the intermediate portion is dimensioned to engage with the second threading such that relative rotation between the depth collar and the intermediate portion causes the depth collar to move along a longitudinal axis of the drill shaft.
A securement device for securing a catheter to the skin of a patient, comprising: an anchor pad (110a, b); a retainer supported by the anchor pad (110a, b) and having a channel configured to receive at least a portion of the catheter, the channel having at least one abutment configured to contact the secured catheter so as to prevent at least longitudinal motion of the catheter relative to the patient; a strap movable between an open position and a closed position, the strap covering at least a portion of the catheter when in the closed position; and a dressing attached to the anchor pad (110a, b) and configured to move independently of the strap and between an open configuration and a closed configuration, wherein the anchor pad comprises a first anchor pad and a second anchor pad separated by a gap, the gap aligned with the channel of the retainer, the channel comprising a distal portion and a proximal portion, the width of the distal portion being greater than the width of the proximal portion, wherein the retainer comprises protrusions (252a, b) along opposing edges thereof, the strap fitting between the protrusions in the closed position, the protrusions (252a, b) limiting longitudinal movement of the strap. an anchor pad (110a, b); a retainer supported by the anchor pad (110a, b) and having a channel configured to receive at least a portion of the catheter, the channel having at least one abutment configured to contact the secured catheter so as to prevent at least longitudinal motion of the catheter relative to the patient; a strap movable between an open position and a closed position, the strap covering at least a portion of the catheter when in the closed position; and a dressing attached to the anchor pad (110a, b) and configured to move independently of the strap and between an open configuration and a closed configuration, wherein the anchor pad comprises a first anchor pad and a second anchor pad separated by a gap, the gap aligned with the channel of the retainer, the channel comprising a distal portion and a proximal portion, the width of the distal portion being greater than the width of the proximal portion, wherein the retainer comprises protrusions (252a, b) along opposing edges thereof, the strap fitting between the protrusions in the closed position, the protrusions (252a, b) limiting longitudinal movement of the strap.
An elevator group control system which performs operation control of a plurality of elevators, comprising: a hall destination call registration device by use of which a passenger registers his or her destination call before boarding an elevator car; characterized in that said elevator group control system further comprises: evaluation value computation means which computes a plurality of prescribed kinds of valuation values for each elevator by temporarily assigning a destination call registered from the hall destination call registration device to a car of each elevator; and assigned car determination means which assigns an optimum car to a destination call registered from the hall destination call registration device on the basis of each of the evaluation values computed by the evaluation value computation means, wherein the evaluation value computation means computes, as one of the plurality of kinds of evaluation values, a priority whose value is determined according to ease with which a passenger who has registered a destination call from the hall destination call registration device moves in a hall and ease with which a passenger who later registers a destination call from the hall destination call registration device moves in the hall. a hall destination call registration device by use of which a passenger registers his or her destination call before boarding an elevator car; characterized in that said elevator group control system further comprises: evaluation value computation means which computes a plurality of prescribed kinds of valuation values for each elevator by temporarily assigning a destination call registered from the hall destination call registration device to a car of each elevator; and assigned car determination means which assigns an optimum car to a destination call registered from the hall destination call registration device on the basis of each of the evaluation values computed by the evaluation value computation means, wherein the evaluation value computation means computes, as one of the plurality of kinds of evaluation values, a priority whose value is determined according to ease with which a passenger who has registered a destination call from the hall destination call registration device moves in a hall and ease with which a passenger who later registers a destination call from the hall destination call registration device moves in the hall.
Active eutectic mixture of L-menthol, L-menthyl lactate and 12-hydroxystearic acid, wherein the weight ratio of L-menthol to L-menthyl lactate is from 2:8 to 9:1; the concentration of 12-hydroxystearic acid calculated on total weight of the eutectic mixture is from 0.1 to 17 wt%; and wherein the eutectic mixture has a melting point below 40 degrees Celsius.
A compressed air supply installation for operating a pneumatic installation, in particular an air spring installation of a vehicle, comprising: - a compressed air feed, - a compressed air connection point to the pneumatic installation, - at least one venting connection point to the environment, - a pneumatic main line between the compressed air feed and the compressed air connection point, which comprises an air dryer and a regeneration throttle, - a first ventilation line between the pneumatic main line and a ventilation connection, which has a first pneumatic 4/2-way ventilation valve, which in a first position closes the first ventilation line and which forms a check valve in the pneumatic main line, and has a ventilation throttle, - a second ventilation line between the compressed air connection and a ventilation connection, which has an additional second ventilation valve, which is a 2/2-way valve and which is configured in a first position as a check valve, and - the second ventilation line permits a larger minimum flow cross-section of a throughflowing compressed air flow than the first ventilation line, wherein the compressed air supply installation is configured to provide at least one operating mode (332, 333) in which the second ventilation valve is open over a predetermined time period of a ventilation process. - a compressed air feed, - a compressed air connection point to the pneumatic installation, - at least one venting connection point to the environment, - a pneumatic main line between the compressed air feed and the compressed air connection point, which comprises an air dryer and a regeneration throttle, - a first ventilation line between the pneumatic main line and a ventilation connection, which has a first pneumatic 4/2-way ventilation valve, which in a first position closes the first ventilation line and which forms a check valve in the pneumatic main line, and has a ventilation throttle, - a second ventilation line between the compressed air connection and a ventilation connection, which has an additional second ventilation valve, which is a 2/2-way valve and which is configured in a first position as a check valve, and - the second ventilation line permits a larger minimum flow cross-section of a throughflowing compressed air flow than the first ventilation line,
A compound selected from Table 1, or a pharmaceutically acceptable salt thereof; (Table 1) Structure Compound Number 13 28 29 32 34 40 41 43 60 61 77 79 81 82 84 87 100
A computer-implemented target object recognition method, comprising: inputting a received initial picture into a first detection model to obtain an initial location of each of one or more target objects in the initial picture, the one or more target objects being one or more scores; inputting, for each target object, a candidate picture into a second detection model to obtain a verification object in the candidate picture different from said target object and a verification location of the verification object in the candidate picture, wherein the candidate picture is a portion of the initial picture that includes both said target object and the verification object, and wherein the verification object is a logo object associated with and adjacent to said target object for assisting in positioning of said target object; adjusting, for each target object, the initial location of said target object based on the verification location to obtain a target location of said target object; and inputting, for each target object, a target picture into a recognition model to obtain a recognition result of said target object in the initial picture, wherein the target picture is a portion of the initial picture that is in the target location of said target object. inputting a received initial picture into a first detection model to obtain an initial location of each of one or more target objects in the initial picture, the one or more target objects being one or more scores; inputting, for each target object, a candidate picture into a second detection model to obtain a verification object in the candidate picture different from said target object and a verification location of the verification object in the candidate picture, wherein the candidate picture is a portion of the initial picture that includes both said target object and the verification object, and wherein the verification object is a logo object associated with and adjacent to said target object for assisting in positioning of said target object; adjusting, for each target object, the initial location of said target object based on the verification location to obtain a target location of said target object; and inputting, for each target object, a target picture into a recognition model to obtain a recognition result of said target object in the initial picture, wherein the target picture is a portion of the initial picture that is in the target location of said target object.
An introducer device (10, 50, 150, 180, 270) configured to deliver a pre-filled breast implant to a subject, the introducer device comprising: a shaft (16, 52, 152, 182, 272) configured to receive the pre-filled breast implant; and a nozzle (110, 158, 248, or 298) coupled to the shaft, wherein the subject has an incision (2, 4, 6, 8) in the range of about 1.0 cm to less than about 3.0 cm and a breast pocket, the shaft is configured such that, when a negative pressure source in communication with the shaft is operated, the pre-filled breast implant is drawn into the shaft, with the nozzle positioned through the incision, a positive pressure source is operable to expel the pre-filled breast implant from the shaft, through the nozzle, and into the breast pocket of the subject, and the introducer device comprises a toggle switch (164, 200) configured to alternate between the negative pressure source and the positive pressure source. a shaft (16, 52, 152, 182, 272) configured to receive the pre-filled breast implant; and a nozzle (110, 158, 248, or 298) coupled to the shaft, wherein the subject has an incision (2, 4, 6, 8) in the range of about 1.0 cm to less than about 3.0 cm and a breast pocket, the shaft is configured such that, when a negative pressure source in communication with the shaft is operated, the pre-filled breast implant is drawn into the shaft, with the nozzle positioned through the incision, a positive pressure source is operable to expel the pre-filled breast implant from the shaft, through the nozzle, and into the breast pocket of the subject, and the introducer device comprises a toggle switch (164, 200) configured to alternate between the negative pressure source and the positive pressure source.