mhurhangee/ep-ind-claims huggingface dataset:
A system for forming a coaxial implant, the system comprising: a first assembly for dispensing a first material; a second assembly for dispensing a second material; at least one of the first and second assemblies including a mixing and/or polymerizing tip (206, 306); a sleeve defining first and second ends (404, 406) and defining a cavity therebetween for forming an implant, wherein the first and second ends are configured for operable engagement with each of the first and second assemblies (200, 300); and a centering post configured for operable engagement with the sleeve. a first assembly for dispensing a first material; a second assembly for dispensing a second material; at least one of the first and second assemblies including a mixing and/or polymerizing tip (206, 306); a sleeve defining first and second ends (404, 406) and defining a cavity therebetween for forming an implant, wherein the first and second ends are configured for operable engagement with each of the first and second assemblies (200, 300); and a centering post configured for operable engagement with the sleeve.
Method for producing documents with holograms, wherein in - a first step, a Photopolymer film, consisting of a photosensitive layer and a film carrier, master holograms are copied by laser light which possess in addition to the holographic standard elements at least one holographic grid with Bragg grid layers which are not arranged in parallel to the master surface, whereupon fixation by UV light takes place, - and in a second step the photopolymer film thus provided with at least one reflection volume hologram is glued onto a document carrier or onto a transparent protective foil provided for surface protection of the document, characterized in that in the second step, the holographic photopolymer film is contacted with a swelling agent curable by light, such as an adhesive or surface protection lacquer, and is exposed to mask photoexposure so that hologram personalization during the gluing takes place by means of differentiated diffusion of the swelling agent into the photopolymer film, in dependence on the differences in light quantity caused by the mask, and after a defined period, swelling is terminated by a complete photoexposure and thus a curing of the swelling agent over the entire surface. - a first step, a Photopolymer film, consisting of a photosensitive layer and a film carrier, master holograms are copied by laser light which possess in addition to the holographic standard elements at least one holographic grid with Bragg grid layers which are not arranged in parallel to the master surface, whereupon fixation by UV light takes place, - and in a second step the photopolymer film thus provided with at least one reflection volume hologram is glued onto a document carrier or onto a transparent protective foil provided for surface protection of the document,
A stabilized superoxide dismutase analogue, wherein said analogue has a tertiary structure and comprises a first SOD1 monomer, a second SOD1 monomer, and a crosslinker; said crosslinker comprises a spacer arm with length from 3 Å to 15 Å; wherein said first SOD1 monomer comprises a first cysteine at a first position corresponding to position 111 of wild-type human SOD1, and said second SOD1 monomer comprises a second cysteine at a second position corresponding to position 111 of wild-type human SOD1; and the first cysteine is covalently connected to the second cysteine by the crosslinker.
An isolated antibody that specifically binds the extracellular domain of human C-type lectin like molecule 1 (CLL-1), wherein the antibody binds a polypeptide consisting of the C-lectin domain of human CLL-1 with a Kd at least 5-fold higher than a polypeptide consisting of the C-lectin and stalk domains of human CLL-1, wherein the antibody is selected from the group consisting of: an antibody comprising heavy chain complementarity determining regions (CDRs) H1-H3 of SEQ ID NOs:51, 59, and 67, and light chain CDRs L1-L3 of SEQ ID NOs:75, 83, and 91; and an antibody comprising heavy chain CDRs H1-H3 of SEQ ID NOs:52, 60, and 68, and light chain CDRs L1-L3 of SEQ ID NOs:76, 84, and 92. an antibody comprising heavy chain complementarity determining regions (CDRs) H1-H3 of SEQ ID NOs:51, 59, and 67, and light chain CDRs L1-L3 of SEQ ID NOs:75, 83, and 91; and an antibody comprising heavy chain CDRs H1-H3 of SEQ ID NOs:52, 60, and 68, and light chain CDRs L1-L3 of SEQ ID NOs:76, 84, and 92.
A method of producing freeze-dried Megasphaera elsdenii cells, comprising: (a) preparing a liquid culture under anaerobic conditions comprising M. elsdenii cells and a growth media comprising at least two carbon sources selected from the group consisting of: casein, lactate, dextrose, fructose, fructan, glucose, sucrose, lactose, maltose, acetate, glycerol, mannitol, saccharose, xylose, molasses, fucose, glucosamine, dextran, a fat, an oil, glycerol, sodium acetate, arabinose, soy protein, soluble protein, raffinose, amylose, starch, and combinations thereof, wherein the liquid culture volume is between about 2 liters and about 75,000 liters, (b) harvesting the cells under anaerobic conditions, (c) adding at least one cryoprotectant to the harvested cells, (d) freezing the cells, (e) freeze-drying the cells, and (f) wherein about 1 × 10 7 to about 1 × 10 12 CFU/g of M. elsdenii cells are viable after freeze-drying. (a) preparing a liquid culture under anaerobic conditions comprising M. elsdenii cells and a growth media comprising at least two carbon sources selected from the group consisting of: casein, lactate, dextrose, fructose, fructan, glucose, sucrose, lactose, maltose, acetate, glycerol, mannitol, saccharose, xylose, molasses, fucose, glucosamine, dextran, a fat, an oil, glycerol, sodium acetate, arabinose, soy protein, soluble protein, raffinose, amylose, starch, and combinations thereof, wherein the liquid culture volume is between about 2 liters and about 75,000 liters, (b) harvesting the cells under anaerobic conditions, (c) adding at least one cryoprotectant to the harvested cells, (d) freezing the cells, (e) freeze-drying the cells, and (f) wherein about 1 × 10 7 to about 1 × 10 12 CFU/g of M. elsdenii cells are viable after freeze-drying.
A computer-implemented method to convert a first computation network of operations into a second computation network of operations, the operations of the second computation network being fully homomorphic encrypted operations, the operations in the first computation network comprising matrix operations ( y = Wx + B) including an integral matrix multiplication and further operations (z = A ( y)), converting the first computation network into the second computation network comprises converting the operations in the first computation network into corresponding FHE operations in the second computation network, wherein converting an operation in the first computation network comprises - obtaining for the input values of the operation a supported range of the input values in the first computation network, wherein the first computation network is evaluated for a sample set of input values while monitoring the input values of the operation to obtain an observed range of the input values of the operation, the supported range being derived from the observed range, - determining a prescribed range for the input values of a corresponding FHE operation, wherein the prescribed range ensures correct processing of the input values by the FHE operation, - determining a scaling factor (1/ d 1) between the size of the supported range of a value in the first computation network and the size of a scaled range of the value in the second computation network, such that the size of the scaled range obtained from applying the scaling factor to each input value's supported range is at most the size of the prescribed range, - adjusting the operation to receive the input values scaled with the scaling factor. - obtaining for the input values of the operation a supported range of the input values in the first computation network, wherein the first computation network is evaluated for a sample set of input values while monitoring the input values of the operation to obtain an observed range of the input values of the operation, the supported range being derived from the observed range, - determining a prescribed range for the input values of a corresponding FHE operation, wherein the prescribed range ensures correct processing of the input values by the FHE operation, - determining a scaling factor (1/ d 1) between the size of the supported range of a value in the first computation network and the size of a scaled range of the value in the second computation network, such that the size of the scaled range obtained from applying the scaling factor to each input value's supported range is at most the size of the prescribed range, - adjusting the operation to receive the input values scaled with the scaling factor.
A method of providing a wireless connection in an elevator system of a building, the method comprising: receiving an elevator car request from a passenger who is on a source floor; and dispatching an elevator car to the source floor in response to the elevator car request, characterized by selecting at least one wireless local area network (WLAN) established in the building; and forwarding (S33, S36, S40) the at least one WLAN via a network node placed in at least one of an elevator hall of the source floor, the dispatched elevator car, or an elevator hall of a destination floor, wherein forwarding the at least one WLAN means extending a coverage of the at least one WLAN via the network node. receiving an elevator car request from a passenger who is on a source floor; and dispatching an elevator car to the source floor in response to the elevator car request, characterized by selecting at least one wireless local area network (WLAN) established in the building; and forwarding (S33, S36, S40) the at least one WLAN via a network node placed in at least one of an elevator hall of the source floor, the dispatched elevator car, or an elevator hall of a destination floor,
A method for graphically presenting sensor data from a plurality of wind power installations, comprising the steps of: - using a data interface of an apparatus to receive sensor data from wind power installations and/or wind farms connected to the data interface, - using a memory to store the received sensor data from the wind power installations and/or wind farms, - using input means, which are connected via an input interface, to select at least one time in the past, - using a display interface to output displays signals for the purpose of presenting geographical maps and sensor values using a display, and - using a data processing means to retrieve a plurality of sensor data or all sensor data for the selected time from the memory and using the display interface to output such display signals in order to use the display to present the retrieved sensor signals with a map in each case substantially at that position in the map which corresponds substantially to the geographical position of the wind power installation from which the respective sensor data were received. - using a data interface of an apparatus to receive sensor data from wind power installations and/or wind farms connected to the data interface, - using a memory to store the received sensor data from the wind power installations and/or wind farms, - using input means, which are connected via an input interface, to select at least one time in the past, - using a display interface to output displays signals for the purpose of presenting geographical maps and sensor values using a display, and - using a data processing means to retrieve a plurality of sensor data or all sensor data for the selected time from the memory and using the display interface to output such display signals in order to use the display to present the retrieved sensor signals with a map in each case substantially at that position in the map which corresponds substantially to the geographical position of the wind power installation from which the respective sensor data were received.
A gel electrolyte, containing: particles; a resin; and an electrolytic solution, wherein a shape of the particles includes a plane, a plane rate of the particles is greater than 40% and less than 100%, measured by the method as set out in the description, and a refractive index of the particles is equal to or greater than 1.3 and less than 2.4. particles; a resin; and an electrolytic solution, wherein a shape of the particles includes a plane, a plane rate of the particles is greater than 40% and less than 100%, measured by the method as set out in the description, and a refractive index of the particles is equal to or greater than 1.3 and less than 2.4.
A vehicle comprising: a vehicle body which is formed in a box shape and includes side walls on both sides in a width direction orthogonal to a travel direction and an expanded portion which is formed between an upper end and a lower end of the side wall so as to be expanded outward in the width direction from the upper end and the lower end; a seat which is provided inside the vehicle body and includes a seatback along the side wall and a seat surface extending from the seatback inward in the width direction of the vehicle body, and in which a portion of a rear surface of the seatback which faces the side wall and protrudes farthest toward the side wall side is positioned at a position facing the expanded portion of a vehicle inner side surface of the side wall; a door rail which is provided on the vehicle outer side surface of the side wall of the vehicle body so as to extend in the travel direction; and a side sliding door which is provided on the outside in the width direction from the vehicle outer side surface of the side wall and slides along the door rail, wherein the door rail is disposed in at least one of the upper side and the lower side of the expanded portion and is provided inward in the width direction of the vehicle body from the expanded portion. a vehicle body which is formed in a box shape and includes side walls on both sides in a width direction orthogonal to a travel direction and an expanded portion which is formed between an upper end and a lower end of the side wall so as to be expanded outward in the width direction from the upper end and the lower end; a seat which is provided inside the vehicle body and includes a seatback along the side wall and a seat surface extending from the seatback inward in the width direction of the vehicle body, and in which a portion of a rear surface of the seatback which faces the side wall and protrudes farthest toward the side wall side is positioned at a position facing the expanded portion of a vehicle inner side surface of the side wall; a door rail which is provided on the vehicle outer side surface of the side wall of the vehicle body so as to extend in the travel direction; and a side sliding door which is provided on the outside in the width direction from the vehicle outer side surface of the side wall and slides along the door rail, wherein the door rail is disposed in at least one of the upper side and the lower side of the expanded portion and is provided inward in the width direction of the vehicle body from the expanded portion.
A pre-stressed container or wind turbine tower, pre-stressed by means of a plurality of tensioning elements, having a foundation, at which the plurality of tensioning elements is anchored and having at least one anchor element (5, 5a) attached to the foundation, to which at least one tensioning element of the plurality of tensioning elements is anchored, wherein the foundation includes at least one suspension device cast into the foundation, the suspension device includes a lower anchoring, in particular a lower anchor plate, cast into the foundation and wherein the lower anchoring is cast inside a lower third of a foundation slab of the foundation characterized in that the suspension device cast into the foundation extends to an upper side of the foundation or beyond and that the suspension device is attached to the anchor element (5, 5a).
A sample stirring device for stirring a sample in a sample container having a cylindrical portion, wherein a label is attached on a part of the outside surface of the cylindrical portion, the sample stirring device comprising: a sample container stand for holding the sample container in an upright posture to direct the center axis of the cylindrical portion of the sample container to vertical, the sample container stand comprising three contact portions for coming into contact with a lower portion of the cylindrical portion of the sample container than the portion where the label is attached, at least one of the contact portions being at a different position from the others in both a circumferential direction of the cylindrical portion and an axial direction of the cylindrical portion; a driving roller having a vertical rotation axis, and configured to contact with the cylindrical portion of the sample container and rotate in forward and reverse directions; two rollers having a rotation axis inclined with respect to the vertical direction, configured to come into contact with the cylindrical portion of the sample container so that the sample container receives a force for moving the sample container upward or moving the sample container downward according to the rotation direction of the driving roller, wherein the driving roller and the two rollers are spaced apart from each other in a circumferential direction of the cylindrical portion of the sample container; and a supporter configured to prevent the sample container from moving downward to a height where the label would otherwise come into contact with the contact portions. a sample container stand for holding the sample container in an upright posture to direct the center axis of the cylindrical portion of the sample container to vertical, the sample container stand comprising three contact portions for coming into contact with a lower portion of the cylindrical portion of the sample container than the portion where the label is attached, at least one of the contact portions being at a different position from the others in both a circumferential direction of the cylindrical portion and an axial direction of the cylindrical portion; a driving roller having a vertical rotation axis, and configured to contact with the cylindrical portion of the sample container and rotate in forward and reverse directions; two rollers having a rotation axis inclined with respect to the vertical direction, configured to come into contact with the cylindrical portion of the sample container so that the sample container receives a force for moving the sample container upward or moving the sample container downward according to the rotation direction of the driving roller, wherein the driving roller and the two rollers are spaced apart from each other in a circumferential direction of the cylindrical portion of the sample container; and a supporter configured to prevent the sample container from moving downward to a height where the label would otherwise come into contact with the contact portions.
Assembly comprising an intake connector, having an air entrance for an air-conditioning system, and a filter element having a concertina bellows which has peripheral troughs and peripheral peaks, wherein the filter element has a water-repellent filter medium and wherein the filter element at least partially covers the air entrance, wherein in the installed state, the concertina bellows, is disposed so as to be inclined at an angle of 5° to 90°, preferably at an angle of 15° to 85°, in relation to the horizontal, wherein the filter element has means for a water outflow from the peripheral troughs, wherein fold edges run in each case on one side of the concertina bellows so as to follow a zigzag line or an undulated line, and wherein the fold edges on at least one side of the concertina bellows are bordered by an edge strip, characterized in that the means are configured as V-shaped openings and in that the edge strip is disposed or configured on the fold edges in such a manner that water can flow out from at least one peripheral trough.
A method for reducing impact of overload or congestion in a network carrying Multimedia Broadcast Multicast Service, MBMS, user plane data, said network comprising at least a Group Communication Service Application Server, GCS AS, a Multi-cell or Multicast Coordination Entity, MCE, and an Evolved Node B, eNB, said method comprising: determining, by the eNB, that an MBMS over a Single Frequency Network, MBSFN, area where the eNB is located, is congested or overloaded; configuring, by the eNB, first information, wherein the first information comprises at least an identifier of said MBSFN area; sending (S304, S602), by the eNB, the first information to the GCS AS; determining, by the GCS AS, at least one trunking MBMS trunking service which is influenced by the congestion or overload according to the received first information; requesting (S604, S502), by the GCS AS, the MCE or the eNB, to stop said at least one MBMS trunking service; stopping, by the MCE or the eNB, said at least one MBMS trunking service. determining, by the eNB, that an MBMS over a Single Frequency Network, MBSFN, area where the eNB is located, is congested or overloaded; configuring, by the eNB, first information, wherein the first information comprises at least an identifier of said MBSFN area; sending (S304, S602), by the eNB, the first information to the GCS AS; determining, by the GCS AS, at least one trunking MBMS trunking service which is influenced by the congestion or overload according to the received first information; requesting (S604, S502), by the GCS AS, the MCE or the eNB, to stop said at least one MBMS trunking service; stopping, by the MCE or the eNB, said at least one MBMS trunking service.
A drum assembly for a mooring winch, the drum assembly comprising - a rotatable drum shaft having a rotational axis along the drum shaft and - a drum support comprising a first pedestal supporting a first axial end of the drum shaft and a second pedestal supporting a second axial end of the drum shaft, characterized in that the drum assembly further comprises - an axially slidable drum arranged between the first and second pedestals (2a,2b), wherein both a first axial end of the drum and a second axial end of the drum is supported on a bushing axially surrounding the drum shaft, wherein each bushing is divided into a plurality of arcuated bushing parts (6a,6b), and wherein a drum length difference (L,L') corresponding to the minimum distance between the two pedestals minus the axial length of the drum is equal or longer than the axial length of each bushing, thereby rendering removal from the drum shaft possible. - a rotatable drum shaft having a rotational axis along the drum shaft and - a drum support comprising a first pedestal supporting a first axial end of the drum shaft and a second pedestal supporting a second axial end of the drum shaft, characterized in that the drum assembly further comprises a first pedestal supporting a first axial end of the drum shaft and a second pedestal supporting a second axial end of the drum shaft, - an axially slidable drum arranged between the first and second pedestals (2a,2b), wherein both a first axial end of the drum and a second axial end of the drum is supported on a bushing axially surrounding the drum shaft, wherein each bushing is divided into a plurality of arcuated bushing parts (6a,6b), and wherein a drum length difference (L,L') corresponding to the minimum distance between the two pedestals minus the axial length of the drum is equal or longer than the axial length of each bushing, thereby rendering removal from the drum shaft possible.