mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating between a network and a mobile terminal in a wireless communication system, the method comprising receiving at the mobile terminal a coded data unit from the network; and determining at the mobile terminal whether the coded data unit can be successfully decoded; characterized in that the method at the mobile terminal comprises: receiving a first indicator indicating that all segments of the coded data unit have been transmitted by the network; determining whether all the segments of the coded data unit are successfully received; not receiving a transmission from the network for a first predetermined amount of time independent of whether the data unit is successfully decoded; transmitting a second indicator to the network indicating a missing segment if all the segments of the coded data unit are not successfully received; after transmitting the second indicator, starting to receive the transmission from the network; receiving a retransmission of the missing segment; and not receiving a transmission from the network for a second predetermined amount of time when all the segments of the coded data unit are successfully received and successfully decoded, wherein the first and second predetermined amount of time is indicated by system information, and wherein the first and second predetermined amount of time are configured based on a size of the coded data unit. receiving a first indicator indicating that all segments of the coded data unit have been transmitted by the network; determining whether all the segments of the coded data unit are successfully received; not receiving a transmission from the network for a first predetermined amount of time independent of whether the data unit is successfully decoded; transmitting a second indicator to the network indicating a missing segment if all the segments of the coded data unit are not successfully received; after transmitting the second indicator, starting to receive the transmission from the network; receiving a retransmission of the missing segment; and not receiving a transmission from the network for a second predetermined amount of time when all the segments of the coded data unit are successfully received and successfully decoded, wherein the first and second predetermined amount of time is indicated by system information, and wherein the first and second predetermined amount of time are configured based on a size of the coded data unit.
An LG12-clade variant subtilisin enzyme or an active fragment thereof comprising an amino acid modification to a parent LG12-clade subtilisin enzyme, wherein the modification is at a productive position 3, wherein said variant has at least 75% identity to the amino acid sequence of a parent LG12-clade subtilisin enzyme selected from Bacillus sp. LG12sprC subtilisin set forth in SEQ ID NO:3; Bacillus sp. M3-13 subtilisin enzyme E set forth in SEQ ID NO:7; Bacillus horikoshii strain DSM 8719, Bhon03321 set forth in SEQ ID NO:10; Bacillus horikoshii strain DSM_9711 set forth in SEQ ID NO:13; Bacillus horikoshii strain DSM_9712 set forth in SEQ ID NO:16; Bacillus horikoshii strain DSM_6951 set forth in SEQ ID NO:19; B_sp_sprD_AAC43581 as shown in Fig. 9A-C; Bacillus_sp_WP_010192405 as shown in Fig. 9A-C; Bacillus_sp_BAD11988 as shown in Fig. 9A-C; and/or Bacillus sp. KSM-LD1, SB (BAD21128.1) set forth in SEQ ID NO:20, wherein the modification is selected from the group consisting of residues 3 V, G, H, E, Y and I, and wherein the amino acid positions of the LG12-clade subtilisin variant are numbered by correspondence with the amino acid sequence of Bacillus sp. LG12sprC subtilisin set forth in SEQ ID NO:3.
A method for the percussion or rotary percussion drilling of holes and the simultaneous profiling of borehole walls in earth, soil or rock material, wherein a borehole is formed by a drill bit mounted on a drill rod assembly and driven to a rotary and percussive movement by the drill rod assembly, wherein drill cuttings formed during drilling are removed from the borehole in the interior of a cladding tube surrounding the drill rod assembly, characterized in that simultaneously with the drill bit at least one annular element (4, 11) mounted to be freely rotatable about a head and/or a shaft of the drill bit and substantially congruent with an outer periphery of the drill bit is introduced into the borehole, and that at least one contour, in particular a groove, is formed in the borehole wall by at least one cutting edge (6, 16) projecting beyond the outer periphery of the drill bit in the direction to a borehole wall, of the annular element (4, 11).
An extension attachment for use with a hand piece, the extension attachment comprising: a hollowed smoke evacuation shaft having opposing first and second ends (204, 206) and a channel that extends therebetween, the first end having two notches (208, 210) and the second end having two notches (214, 216), the hollowed smoke evacuation shaft being selectively couplable to an electrosurgical instrument to convey smoke from a surgical site to the hand piece through the channel; an electrode substrate disposed at the first end of the hollowed smoke evacuation shaft, the electrode substrate being received by the two notches at the first end, the electrode substrate being configured to connect to a collet in the hand piece such that electrical current can be conveyed from the hand piece to the electrode substrate; and an electrode blade disposed at the second end of the hollowed smoke evacuation shaft, the electrode blade being received by the two notches at the second end, the electrode blade being configured to convey electrical current to patient tissue. a hollowed smoke evacuation shaft having opposing first and second ends (204, 206) and a channel that extends therebetween, the first end having two notches (208, 210) and the second end having two notches (214, 216), the hollowed smoke evacuation shaft being selectively couplable to an electrosurgical instrument to convey smoke from a surgical site to the hand piece through the channel; an electrode substrate disposed at the first end of the hollowed smoke evacuation shaft, the electrode substrate being received by the two notches at the first end, the electrode substrate being configured to connect to a collet in the hand piece such that electrical current can be conveyed from the hand piece to the electrode substrate; and an electrode blade disposed at the second end of the hollowed smoke evacuation shaft, the electrode blade being received by the two notches at the second end, the electrode blade being configured to convey electrical current to patient tissue.
A method without centrifugation for preparing cryopreserved human hepatocytes consisting of hepatocytes from multiple individuals, the method comprising: a) cryopreserving hepatocytes from livers of multiple individuals in hepatocyte suspensions in separate vessels for each of the multiple individuals; b) thawing the separate vessels of the hepatocytes suspensions from multiple individuals in a 37 °C water bath until the hepatocyte suspension reaches a temperature of approximately 4 °C only until ice crystals in the hepatocyte suspension just disappear and maintaining the hepatocyte suspensions at approximately 4 °C; c) pooling the separate vessels of the hepatocytes suspensions from multiple individuals in a container with the temperature of the pooled hepatocyte suspension maintained at a temperature of approximately 4 °C; d) distributing the pooled hepatocytes suspension into multiple vessels; and e) cryopreserving the multiple vessels of pooled hepatocytes suspensions, wherein the method is performed without diluting or changing the hepatocyte suspension. a) cryopreserving hepatocytes from livers of multiple individuals in hepatocyte suspensions in separate vessels for each of the multiple individuals; b) thawing the separate vessels of the hepatocytes suspensions from multiple individuals in a 37 °C water bath until the hepatocyte suspension reaches a temperature of approximately 4 °C only until ice crystals in the hepatocyte suspension just disappear and maintaining the hepatocyte suspensions at approximately 4 °C; c) pooling the separate vessels of the hepatocytes suspensions from multiple individuals in a container with the temperature of the pooled hepatocyte suspension maintained at a temperature of approximately 4 °C; d) distributing the pooled hepatocytes suspension into multiple vessels; and e) cryopreserving the multiple vessels of pooled hepatocytes suspensions,
Pressing section of a machine for producing a fibrous web, for dewatering, in particular, a paper, cardboard or tissue web, having a shoe pressure nip formed from a press roll and a counter-roll, the press roll having a circulating flexible shell, a supporting stationary yoke, a pressing element and pressure devices, and the pressure devices pressing the pressing element onto the shell and therefore the shell onto the counter-roll, and a collecting trough (20.1, 20.3, 20.4) being provided downstream of the shoe pressure nip in the web running direction, and a collecting trough (10.1, 10.2, 10.3, 10.4) being provided upstream of the shoe pressure nip on the side of the press roll, the shell being grooved, characterized in that the pressing section has only a single pressure nip, namely the shoe pressure nip, and the length of the grooves in the circumferential direction is greater than the nip length, and the pressing element is configured in such a way that a pressure profile (p, p') can be generated in the web running direction, which pressure profile (p, p') has a gradient G in the inlet-side third of at least G = 1.35, it being defined that G = (p 1/3 /p max) / (1/3), p 1/3 being the pressure after a third of the nip length, and p max being the peak pressure in the pressure profile (p, p').
A computer-implemented data processing method of planning a straight trajectory in a medical image of an anatomical structure, the method comprising the steps of: - acquiring medical image data representing the medical image, - acquiring atlas data representing an atlas comprising a representation of the anatomical structure, wherein a first area of the atlas data comprises a representation of the straight trajectory and at least one second area of the atlas data does not comprise any part of the straight trajectory, the method being characterized by the following steps: - calculating a transformation of the atlas data onto the medical image data, comprising a restricted transformation of the first area, wherein the restricted transformation is a transformation in which the straight trajectory in the atlas data remains straight, and an unrestricted transformation of the at least one second area, and - applying the straight trajectory of the transformed atlas data to the medical image data. - acquiring medical image data representing the medical image, - acquiring atlas data representing an atlas comprising a representation of the anatomical structure, wherein a first area of the atlas data comprises a representation of the straight trajectory and at least one second area of the atlas data does not comprise any part of the straight trajectory, - calculating a transformation of the atlas data onto the medical image data, comprising a restricted transformation of the first area, wherein the restricted transformation is a transformation in which the straight trajectory in the atlas data remains straight, and an unrestricted transformation of the at least one second area, and - applying the straight trajectory of the transformed atlas data to the medical image data.
Method for determining the heart rate variability of a living being, especially of a human, in which heartbeats of the living being and intervals between the heartbeats as a function of time are determined as a measurement result by means of a measurement device, the intervals are analysed by means of fast Fourier transformation and a frequency spectrum is created, in which a check of the determined intervals is carried out before the Fourier transformation analysis and the measurement result is revised depending on a result of the check, wherein the check of the ascertained intervals involves checking whether the heartbeats are suitable for determining the heart rate variability and at least one of the heartbeats unsuitable for determining the heart rate variability is deleted from the measurement result and is replaced with an artificial heartbeat which has in the measurement result a temporal arrangement to be expected on the basis of at least one of the heartbeats before and after the unsuitable heartbeat, characterized in that the temporal arrangement of the artificial heartbeat is provided dependent on whether the unsuitable heartbeat took place at a time point at which the frequency of the heartbeats was rising or falling because of respiratory sinus arrhythmia.
In vitro use of a histone isoform associated with a cell free nucleosome as a biomarker for the diagnosis of a disease selected from: rheumatoid arthritis, systemic lupus erythematosus, Crohn's disease and chronic obstructive pulmonary disorder.
Communication system including a device and a first computer server that are remote and at least one server of Message-Oriented-Middleware, MOM, type, the device and the first server each including a first communication means (100, 110a) for exchanging data on a first communication channel via said at least one MOM server and said at least one MOM server including at least one queue (130a, 130b) for exchanging data between the device and the server, the first communication means (100, 110a) being designed to set up a connection with said at least one MOM server, and the device and the first server each including a second communication means (101, 111a) for exchanging data on a second communication channel, the second communication channel being designed to enable the first server to invite the device to connect to said at least one MOM server via the first communication channel.
A computer-implemented method comprising: receiving a three dimensional surface representing a geographic area, the surface having elevation values associated with points of the surface and the geographic area comprising a structure having a geographic footprint smaller than the geographic area; projecting, by a processor, the elevation values into a two dimensional plane; generating an intensity image having pixel values based on corresponding elevation values of the 2D plane; segmenting the intensity image; detecting a shape representing the geographic footprint of the structure in the geographic area from the segmented intensity image, the shape being detected based on a pattern in the segmented image forming a recognisable shape, wherein detecting a shape comprises: identifying the pattern as forming a recognisable shape; determining a confidence level in said shape based on the percentage of the shape that required extrapolation from the pattern to form the shape; and determining that the identified pattern is the detected shape if the determined confidence level is above a predetermined confidence threshold; and constructing a 3D model of the structure by assigning heights to the detected shape based on the elevation values projected into points of the 2D plane corresponding to the shape. receiving a three dimensional surface representing a geographic area, the surface having elevation values associated with points of the surface and the geographic area comprising a structure having a geographic footprint smaller than the geographic area; projecting, by a processor, the elevation values into a two dimensional plane; generating an intensity image having pixel values based on corresponding elevation values of the 2D plane; segmenting the intensity image; detecting a shape representing the geographic footprint of the structure in the geographic area from the segmented intensity image, the shape being detected based on a pattern in the segmented image forming a recognisable shape, wherein detecting a shape comprises: identifying the pattern as forming a recognisable shape; determining a confidence level in said shape based on the percentage of the shape that required extrapolation from the pattern to form the shape; and determining that the identified pattern is the detected shape if the determined confidence level is above a predetermined confidence threshold; and identifying the pattern as forming a recognisable shape; determining a confidence level in said shape based on the percentage of the shape that required extrapolation from the pattern to form the shape; and determining that the identified pattern is the detected shape if the determined confidence level is above a predetermined confidence threshold; and constructing a 3D model of the structure by assigning heights to the detected shape based on the elevation values projected into points of the 2D plane corresponding to the shape.
Assembly for fastening a railway rail, comprising: - a lower platen (11, 21) provided with through holes for anchoring the lower platen to ground by means of ground anchoring means, - an upper platen (12, 22) having an upper face for supporting the rail, the lower platen and the upper platen being superposable, - a pair of rail fastening clips configured for being arranged at opposite sides of the rail and configured for fastening the rail to the upper platen, wherein the lower and upper platens comprise a pair of corresponding first holes (112, 121) distinct from the through holes, for removably securing the upper platen to the lower platen by first fastening means independent of the ground anchoring means and wherein the upper platen and the rail fastening clips comprise a pair of corresponding second holes (122, 144) distinct from the first holes and from the through holes, for securing the rail fastening clips to the upper platen by means of second fastening means independent of the first fastening means and of the ground anchoring means, characterised in that the first holes of the upper platen have oblong shape with a longer axis oriented transverse to the rail so as to allow for lateral adjustment of the upper platen relative to the lower platen. - a lower platen (11, 21) provided with through holes for anchoring the lower platen to ground by means of ground anchoring means, - an upper platen (12, 22) having an upper face for supporting the rail, the lower platen and the upper platen being superposable, - a pair of rail fastening clips configured for being arranged at opposite sides of the rail and configured for fastening the rail to the upper platen,
System for liquid composite moulding, the system comprising a first rigid tool part; a first vacuum foil; a second vacuum foil; a granulated material; a supply of matrix material; wherein the first vacuum foil is arrangeable in such a way on the first rigid tool part that a first gastight chamber is provided between the first vacuum foil and the first rigid tool part; wherein a first port is provided at the first gastight chamber in such a way that a semi-finished fiber material positioned between the first rigid tool part and the first vacuum foil is infusible with a matrix material via the first port; wherein the supply of matrix material is connected to the first port; wherein between the first vacuum foil and the second vacuum foil a second gastight chamber is provided in which the granulated material is arranged; wherein a second port is provided at the second gastight chamber for applying a negative pressure to the second gastight chamber; wherein the granulated material is adapted for forming a second rigid tool part when negative pressure is applied to the second port.
Building with a sound-absorbing construction system for the interior of the building, with a support frame arranged on a building surface of the building, wherein the support frame is formed from at least two cross beams (102, 112), characterised in that the cross members (102, 112) are arranged essentially parallel to each other at a distance of 40 to 75 cm from each other and that the supporting frame is fastened to the inner surface of the building, wherein panels (103, 113) are fastened to the cross members (102, 112) which have a coating (104, 114) on the side facing the interior of the room on the side opposite the cross members (102, 112) and that this coating is applied by means of a mixture per m2, the mixture being made from 300-700 g of cotton mixture and 4 to 6 l of water, wherein the cotton mixture comprises between 80-95% cotton fibres or a mixture of between 80-95% cotton fibres and wood fibres and between 5-18% cellulose with a fibre length of 0.2-4 mm, and that the panels are preferably made of polyester and have a thickness of between 9-24 mm, and that on the the side opposite the coating (104, 114) between the cross members (102, 112) there is at least one empty and/or partially empty space (105, 115).
A lined elastomeric article comprising: a first layer comprising a natural or synthetic polymer; and a second layer bonded to the first layer, the second layer having an outer surface and comprising a polymer composite fibrous coating comprising at least one elastomer, fibers, a surfactant, and a micronised wax, wherein the fibers are dispersed in the second layer, and wherein the fibers project from the outer surface of the second layer. a first layer comprising a natural or synthetic polymer; and a second layer bonded to the first layer, the second layer having an outer surface and comprising a polymer composite fibrous coating comprising at least one elastomer, fibers, a surfactant, and a micronised wax, at least one elastomer, fibers, a surfactant, and a micronised wax,
A method of performing signal strength measurements in a mobile communications receiver, comprising receiving signal strength measurement data from at least one base station during at least part of a measurement period, wherein the signal strength measurement data comprises at least one of reference symbols and synchronization symbols, computing at least one average signal strength value based on at least part of the signal strength measurement data, said part relating to one base station, received during the measurement period, characterized in that each measurement period comprises at least three non-equidistant measurement windows during which the receiver receives signal strength measurement data; and a length of the measurement period is determined based on the state of the mobile communications receiver being idle or connected.
An antibody, which is i) a polyclonal antibody in which the antibodies specifically bind a K. pneumoniae polypeptide, and which is essentially free from antibodies binding specifically to other K. pneumoniae polypeptides than said polypeptide, or ii) an isolated monoclonal antibody or antibody analogue which binds specifically to a K. pneumoniae polypeptide, wherein said K. pneumoniae polypeptide consists of the amino acid sequence SEQ ID NO: 2, for use in a method for prophylaxis, treatment or amelioration of infection with K. pneumoniae, in particular infection with multi-resistant K. pneumoniae, comprising administering a therapeutically effective amount of the antibody to an individual in need thereof. i) a polyclonal antibody in which the antibodies specifically bind a K. pneumoniae polypeptide, and which is essentially free from antibodies binding specifically to other K. pneumoniae polypeptides than said polypeptide, or ii) an isolated monoclonal antibody or antibody analogue which binds specifically to a K. pneumoniae polypeptide,