mhurhangee/ep-ind-claims huggingface dataset:
A method of wirelessly communicating via a wireless mesh network in which a Mesh Point, non-Mesh Point station, and non-Mesh Point access point coexist, comprising: receiving at a first Mesh Point a probe request frame from a second Mesh Point; and selectively transmitting, when the probe request frame includes a mesh identification, ID,, a probe response frame to the second Mesh Point based on the mesh ID, the mesh ID being one of a specific mesh ID corresponding to a specific mesh and a predetermined wildcard mesh ID not corresponding to any specific mesh, wherein the selectively transmitting comprises: not transmitting the probe response frame if the probe request frame does not include the mesh ID. receiving at a first Mesh Point a probe request frame from a second Mesh Point; and selectively transmitting, when the probe request frame includes a mesh identification, ID,, a probe response frame to the second Mesh Point based on the mesh ID, the mesh ID being one of a specific mesh ID corresponding to a specific mesh and a predetermined wildcard mesh ID not corresponding to any specific mesh, not transmitting the probe response frame if the probe request frame does not include the mesh ID.
A color filter substrate (200, 500) for in-cell touch panel, characterized in that the color filter substrate (200, 500) comprises: a substrate (201, 501); a black matrix (203, 503) with a plurality of openings that is formed on the substrate, wherein the black matrix is made of a conductive material; and a plurality of sensing electrodes (204, 504) and a plurality of driving electrodes (205, 505) both formed on the black matrix, with the sensing electrodes being independent of the driving electrodes, and the sensing electrodes (204, 504) and the driving electrodes (205, 505) are formed in a same layer; wherein a first portion of the black matrix, on which the sensing electrodes are formed, is separated from a second portion of the black matrix, on which the driving electrodes are formed, by at least one gap of the black matrix, and wherein the color filter substrate further comprises a color filter layer formed on the sensing electrodes and the driving electrodes, and the color filter layer comprises three kinds of color filters arranged at the openings (202, 502) of the black matrix according to a predetermined pattern; wherein two kinds of color filters at two adjacent openings (202, 502) each extend to cover the at least one gap between the two adjacent openings (202, 502). a substrate (201, 501); a black matrix (203, 503) with a plurality of openings that is formed on the substrate, wherein the black matrix is made of a conductive material; and a plurality of sensing electrodes (204, 504) and a plurality of driving electrodes (205, 505) both formed on the black matrix, with the sensing electrodes being independent of the driving electrodes, and the sensing electrodes (204, 504) and the driving electrodes (205, 505) are formed in a same layer; wherein a first portion of the black matrix, on which the sensing electrodes are formed, is separated from a second portion of the black matrix, on which the driving electrodes are formed, by at least one gap of the black matrix, and wherein the color filter substrate further comprises a color filter layer formed on the sensing electrodes and the driving electrodes, and the color filter layer comprises three kinds of color filters arranged at the openings (202, 502) of the black matrix according to a predetermined pattern; wherein two kinds of color filters at two adjacent openings (202, 502) each extend to cover the at least one gap between the two adjacent openings (202, 502).
Pharmaceutical composition comprising trifunctional bispecific antibodies for (i) use in a method for treatment of intraoperative tumour cell dissemination by destruction of tumour cells disseminated intraperitoneally by a surgical intervention and (ii) for use in a method for prophylaxis of tumour recurrences caused by tumour cells disseminated intraperitoneally by a surgical intervention, wherein the antibody is administered intraoperatively directly locally into the abdominal cavity in an amount of 1 - 400 μg and the trifunctional, bispecific antibody has the following properties: (a) binds to a T cell via CD3; (b) binds to at least one tumour-associated antigen which is expressed on intraperitoneally occurring tumour cells; (c) binds by its Fc portion to Fc receptor positive cells. (a) binds to a T cell via CD3; (b) binds to at least one tumour-associated antigen which is expressed on intraperitoneally occurring tumour cells; (c) binds by its Fc portion to Fc receptor positive cells.
A contactor providing for electrical contact in a welding torch, said contactor comprising: a body member having first and second opposite sides (14, 16), and a head portion; said head portion having a contact surface on said second side; characterized in that the body member has a pivot portion adjacent to the head portion and having an outwardly curved contact surface on said second side, said contact surface of said pivot portion providing a pivot point and functioning as a roller pin; said pivot portion having a shorter length between said first and second sides (14, 16) than a length between said first and second sides (14, 16) in said head portion. a body member having first and second opposite sides (14, 16), and a head portion; said head portion having a contact surface on said second side; characterized in that the body member has a pivot portion adjacent to the head portion and having an outwardly curved contact surface on said second side, said contact surface of said pivot portion providing a pivot point and functioning as a roller pin; said pivot portion having a shorter length between said first and second sides (14, 16) than a length between said first and second sides (14, 16) in said head portion.
Optical initiator of a pyrotechnic charge, comprising: - a body having a cavity in which the pyrotechnic charge is situated, and a means for igniting this charge by absorption of a laser radiation, said ignition means being placed in contact with the charge; - a laser radiation source; - an optical fibre for guiding a laser radiation from the source to the ignition means; optical initiator wherein the ignition means is a metal plate, the metal plate and the laser radiation source being suitable so that a laser radiation issuing from the laser radiation source is absorbed by the metal plate and converted into thermal energy, so that the thermal conduction of this thermal energy from the metal plate to the pyrotechnic charge causes ignition of the pyrotechnic charge and being characterised in that the plate has a plurality of perforations arranged periodically so as to define, in the metal plate, a plurality of identical elements connected together by bridges. - a body having a cavity in which the pyrotechnic charge is situated, and a means for igniting this charge by absorption of a laser radiation, said ignition means being placed in contact with the charge; - a laser radiation source; - an optical fibre for guiding a laser radiation from the source to the ignition means;
Use of microfibrillar cellulose to enhance the cleaning performance of washing agents during the washing of textiles and of cleaning agents during the cleaning of hard surfaces.
A system comprising: a seat post; a user interface operatively connected with said seat post, said user interface configured for receiving instructions associated with a height of said seat post and for communicating received instructions to at least one controller (325; 345; 355; 370) coupled with a motive source of said seat post; and a valve assembly in communication with said motive source, said valve assembly regulating fluid flow within a variable finite positioning seat post height mode in response to a translation of said received instructions by said motive source, said valve assembly comprising at least one set of check valves (530, 535) configured for at least one of opening and closing in response to said translation characterized in that a rate or a timing of said opening and said closing of said at least one set of check valves (530, 535) is proportional to a real-time displacement measurement, wherein said real-time displacement measurement is based on a measured difference between a seat post height position instruction of said received instructions and an actual seat post height of said seat post. a seat post; a user interface operatively connected with said seat post, said user interface configured for receiving instructions associated with a height of said seat post and for communicating received instructions to at least one controller (325; 345; 355; 370) coupled with a motive source of said seat post; and a valve assembly in communication with said motive source, said valve assembly regulating fluid flow within a variable finite positioning seat post height mode in response to a translation of said received instructions by said motive source, said valve assembly comprising at least one set of check valves (530, 535) configured for at least one of opening and closing in response to said translation
Sound barrier design of the type comprising upright supports or pillars, configured for anchoring in the ground, and wherein there are secured between said supports or pillars elongated primarily horizontally extending shield elements, consisting of one or more sheets and one or more layers of sound-absorbing granules, wherein the granules used are based on recycled glass fiber, characterized in that the shield elements are designed as assembled cassette structures and outfitted with means for blowing in of granules or the granules are packed in sack or netting means that are directly placed in the shielding elements.
A spinal curve modulation system for treating spinal curvature along a treatment region of the spine, wherein the system comprises: a flexible tether (104; 504) of sufficient length to extend across the treatment region of the spine including across at least three adjacent vertebral bodies in a cranial-caudal direction; at least one first bone anchor configured to be fixed to a first vertebra and to an end of the flexible tether (104; 504); a tether tensioning unit (99; 500) comprising a tether interface (103; 502) and a drive mechanism operatively linked to the tether interface (103; 502) to adjust tension in the flexible tether; at least one second bone anchor configured to fix the tether tensioning unit (99; 500) to a vertebra across the treatment region from at said at least one first bone anchor; and at least one tether guide having a bone anchor configured to be fixed to a vertebra body and a guide portion configured to slidably receive the flexible tether between said at least one first bone anchor and said at least one second bone anchor; wherein said tether tensioning unit (99; 500) is actuatable to adjust tension in the flexible tether without surgically exposing the flexible tether or said at least one first bone anchor. a flexible tether (104; 504) of sufficient length to extend across the treatment region of the spine including across at least three adjacent vertebral bodies in a cranial-caudal direction; at least one first bone anchor configured to be fixed to a first vertebra and to an end of the flexible tether (104; 504); a tether tensioning unit (99; 500) comprising a tether interface (103; 502) and a drive mechanism operatively linked to the tether interface (103; 502) to adjust tension in the flexible tether; at least one second bone anchor configured to fix the tether tensioning unit (99; 500) to a vertebra across the treatment region from at said at least one first bone anchor; and at least one tether guide having a bone anchor configured to be fixed to a vertebra body and a guide portion configured to slidably receive the flexible tether between said at least one first bone anchor and said at least one second bone anchor; wherein said tether tensioning unit (99; 500) is actuatable to adjust tension in the flexible tether without surgically exposing the flexible tether or said at least one first bone anchor.
A fluid turbine assembly, comprising: - at least a main rotation shaft being configured to rotate around a longitudinal rotation axis, - a main rotor comprising a central portion and an outer portion, the main rotor being installed on the main rotation shaft in such a way to bring the main rotation shaft in rotation with the main rotor, - an inlet assembly for a fluid, said inlet assembly being configured to drive the fluid to the main rotor, wherein said inlet assembly comprises a Venturi conduit comprising a first inlet configured to be connected to, and to be fed in use with, a pressurized primary fluid source, and a second inlet configured to be submerged into, and to drag fluid from, a secondary fluid source to the rotor under the dragging effect caused by the fluid flowing in said first inlet, whereby - the Venturi conduit is substantially aligned, in particular axially aligned, with the main rotation shaft, - the second inlet annularly surrounds at least a part of the first inlet, - the first inlet is substantially aligned, in particular axially aligned, with the main rotation shaft - the main rotor is a centrally fed rotor, and the inlet assembly is configured to feed fluid to the main rotor from the central portion thereof, - the main rotor comprising a plurality of hollow arms at least partially arranged along a radial direction, said plurality of hollow arms realizing a plurality of fluid distribution conduits configured to allow, in use, the distribution of fluid from the central portion of the main rotor to the outer portion of the main rotor. - at least a main rotation shaft being configured to rotate around a longitudinal rotation axis, - a main rotor comprising a central portion and an outer portion, the main rotor being installed on the main rotation shaft in such a way to bring the main rotation shaft in rotation with the main rotor, - an inlet assembly for a fluid, said inlet assembly being configured to drive the fluid to the main rotor, wherein said inlet assembly comprises a Venturi conduit comprising a first inlet configured to be connected to, and to be fed in use with, a pressurized primary fluid source, and a second inlet configured to be submerged into, and to drag fluid from, a secondary fluid source to the rotor under the dragging effect caused by the fluid flowing in said first inlet, whereby - the Venturi conduit is substantially aligned, in particular axially aligned, with the main rotation shaft, - the second inlet annularly surrounds at least a part of the first inlet, - the first inlet is substantially aligned, in particular axially aligned, with the main rotation shaft - the main rotor is a centrally fed rotor, and the inlet assembly is configured to feed fluid to the main rotor from the central portion thereof, - the main rotor comprising a plurality of hollow arms at least partially arranged along a radial direction, said plurality of hollow arms realizing a plurality of fluid distribution conduits configured to allow, in use, the distribution of fluid from the central portion of the main rotor to the outer portion of the main rotor.
A line guide device comprising a line carrier (2, 36) designed as an energy guiding chain for receiving and guiding lines between a first connection and a second connection which are moveable relative to each other, and a guiding device (20, 42) for the line carrier (2, 36), wherein the line carrier (2, 36) has a first run connected to the first connection and a second run connected to the second connection, which runs are connected together by a direction-changing region, and the energy guiding chain has chain links, which respectively have two side plates (3, 4) and an outer transverse leg and an inner transverse leg in relation to the direction-changing region connecting the two side plates together, and the guiding device (20, 42) has at least one contact region (26, 28) for stationary contact of at least a part of one of the runs (23, 24), wherein the line carrier (2, 36) has at least one magnet (9, 31, 35), arranged in the area of an outer transverse leg, and the contact region (26, 28) for stationary contact of at least a part of one of the runs (23, 24) has a ferromagnetic or ferrimagnetic material and is arranged at a side of the guiding device (20, 42), which is disposed opposite the side of the line carrier (2, 36) facing outwardly in relation to the direction-changing region, wherein in a predetermined positional region of the line carrier (2, 36) in relation to the guiding device (20, 42) the at least one magnet (9, 31, 35) cooperates with the contact region (26, 28) in such a way that the run (23, 24) having the magnet (9, 31, 35) adheres to the contact region (26, 28) with a predetermined magnetic attraction force, characterised in that the at least one magnet is arranged in a holder which can be clipped onto the respective outer transverse leg, and has a pocket which is open to the transverse leg and which is closed outwardly and into which the magnet can be inserted, or the magnet is arranged in a pocket of an outer transverse leg, which pocket is open in the longitudinal direction of the energy guiding chain, or the magnet is arranged in a pocket which extends from the outside of a side plate (3, 4) through same into an outer transverse leg and into which it can be introduced from the outside.
Association comprising a peptide containing the sequence A-Lys-Gly-His-Lys-NH 2, wherein A represents the radical corresponding to a C 1 -C 18 saturated or unsaturated fatty acid, and glyceryl laurate or a derivative thereof, characterized in that said derivatives correspond to the following formula I: wherein - if X = NH, then each of R 1, R 2, R 3, R 4 represents a hydrogen atom; - if X = N, then the ring is aromatic and R 1, R 2, R 3 and R 4 represent hydrogen atoms, or one of which a methyl group; and when R 2 =R 3 =R 4 =H, R 1 may also represent a halogen atom or an aryl, heteroaryl, alkenyl, acetylenyl radical. - if X = NH, then each of R 1, R 2, R 3, R 4 represents a hydrogen atom; - if X = N, then the ring is aromatic and R 1, R 2, R 3 and R 4 represent hydrogen atoms, or one of which a methyl group; and when R 2 =R 3 =R 4 =H, R 1 may also represent a halogen atom or an aryl, heteroaryl, alkenyl, acetylenyl radical.
Foundation floor formwork edge element (1; 11; 21) of insulating material for a building, wherein the edge element is provided with a bottom part and with a top part (2; 12; 22) connected to each other by means of an edge part, which top part extends from the edge part above a portion of the bottom part at some distance from the bottom part such that a space is formed between the bottom part, the edge part and the top part, which space is configured to receive concrete to be poured, wherein the bottom part is configured for connection to a formwork floor and wherein the top part is configured for placing of a wall (110; 210) of the building and for connection to insulating material in the wall, characterized in that the bottom part extends from the edge part in a direction facing away from the top part and the edge element (1; 11; 21) is further provided with triangular parts arranged in a row along a side of the edge part facing away from the top part (2; 12; 22), wherein each triangular part has a first straight side that is connected to said side of the edge part and a second straight side that is connected to an upper side of the bottom part extending adjacent said side of the edge part, wherein the bottom part is provided on the underside with a sawtooth pattern.
A tool for a shaping machine, the tool comprising a flexible support surface and characterised in that the flexible support surface has a plurality of substantially rigid pellets attached thereto and carrying abrasive material, and wherein surfaces of the pellets which face away from the support surface form a working surface of the tool which is a part-spherical surface, or is a cylindrical edge of a disc.
A nucleic acid vector comprising an engineered host modifying CRISPR array for use in treating or preventing, in a human or animal subject, a condition or disease mediated by bacterial host cells by altering the relative ratio of sub-populations of first and second bacteria in a mixed population of bacteria, the second bacteria comprising host cells, wherein the mixed population is comprised by the subject, wherein the second sub-population consists of a different bacterial species to that of the first sub-population, wherein each host cell has a host target sequence and at least one nucleic acid sequence encoding a Cas nuclease endogenous to the host cell, wherein the engineered host modifying CRISPR array comprises a spacer sequence (HM-spacer) and repeats encoding a HM-crRNA, the HM-crRNA comprising a sequence that is capable of hybridising to the host target sequence; wherein the vector can transform the host cell, wherein the HM-crRNA guides the Cas nuclease to the target to modify the target sequence in the host cell, whereby the host cell is killed or host cell growth is reduced, wherein the nucleic acid vector is a plasmid vector comprised by a carrier bacterium, or the vector is a phage vector. wherein the second sub-population consists of a different bacterial species to that of the first sub-population, wherein each host cell has a host target sequence and at least one nucleic acid sequence encoding a Cas nuclease endogenous to the host cell, wherein the engineered host modifying CRISPR array comprises a spacer sequence (HM-spacer) and repeats encoding a HM-crRNA, the HM-crRNA comprising a sequence that is capable of hybridising to the host target sequence; wherein the vector can transform the host cell, wherein the HM-crRNA guides the Cas nuclease to the target to modify the target sequence in the host cell, whereby the host cell is killed or host cell growth is reduced, wherein the nucleic acid vector is a plasmid vector comprised by a carrier bacterium, or the vector is a phage vector.
A washing machine comprising: a controller; characterised in that the washing machine comprises a sensor constructed and arranged to obtain an indication of degradation of a degradable magnetic identifier of a garment (104, 404) during a washing cycle of the garment in the washing machine, wherein the degradable magnetic identifier is attached to the garment (104, 404) and is arranged to degrade during a washing cycle in response to exposure to one or more of: water; solvents; raised temperatures; thereby changing a strength of an electrical current the degradable magnetic identifier can induce in an induction coil of the sensor, wherein the sensor is arranged to relay the electrical current to the controller to provide the indication of degradation of the degradable identifier; the controller being configured to use the indication of degradation received from the sensor to generate an output to a user indicative of a washing status of the garment (104, 404). a controller; characterised in that the washing machine comprises a sensor constructed and arranged to obtain an indication of degradation of a degradable magnetic identifier of a garment (104, 404) during a washing cycle of the garment in the washing machine, wherein the degradable magnetic identifier is attached to the garment (104, 404) and is arranged to degrade during a washing cycle in response to exposure to one or more of: water; solvents; raised temperatures; thereby changing a strength of an electrical current the degradable magnetic identifier can induce in an induction coil of the sensor, wherein the sensor is arranged to relay the electrical current to the controller to provide the indication of degradation of the degradable identifier; the controller being configured to use the indication of degradation received from the sensor to generate an output to a user indicative of a washing status of the garment (104, 404).