mhurhangee/ep-ind-claims huggingface dataset:
Disinfecting composition comprising a synergistic mixture of: a) at least one essential oil in concentrations from 0.01 % to 1 % (weight) in relation to the total weight of the composition, b) at least one type of organic acid in concentrations from 1 mM to 50 mM, c) at least one metal ion in concentrations from 0.1 mM to 5 mM, wherein the metal ion is selected from the group consisting of iron, cobalt, nickel, copper and zinc, and d) at least one surface-active compound in concentrations from 0.01 % to 1 % (weight) in relation to the total weight of the composition, wherein the molar ratio of the organic acid and the metal ion is adjusted to 10:1. a) at least one essential oil in concentrations from 0.01 % to 1 % (weight) in relation to the total weight of the composition, b) at least one type of organic acid in concentrations from 1 mM to 50 mM, c) at least one metal ion in concentrations from 0.1 mM to 5 mM, wherein the metal ion is selected from the group consisting of iron, cobalt, nickel, copper and zinc, and d) at least one surface-active compound in concentrations from 0.01 % to 1 % (weight) in relation to the total weight of the composition,
A transaxle arrangement adapted to be operatively mounted in an electrical vehicle wherein the transaxle arrangement comprises an electric power storage arrangement, an electric machine arrangement (226b, 226b'), and a first axle arrangement adapted to transfer mechanical power between the electric machine arrangement (226b, 226b') and a first wheel of the vehicle, and a second axle arrangement adapted to transfer mechanical power between the electric machine arrangement (226b, 226b') and a second wheel of the vehicle, and which electric machine arrangement (226b, 226b') is adapted to operatively receive in a first phase electric power from the power storage arrangement so as to provide mechanical power to the wheels (114b, 114b') and drive the vehicle, and adapted to operatively receive in a second phase mechanical power from the wheels (114b, 114b') so as to provide charging electric power to the electric power storage arrangement when the vehicle is driven, wherein the electric machine arrangement (226b, 226b') comprises a first electrical machine connected to the first axle arrangement, and a second electrical machine connected to the second axle arrangement such that the two electric machines (226b, 226b') are positioned substantially along a centre axis passing through the first wheel and the second wheel when the transaxle arrangement is operatively arranged in the vehicle, the transaxle arrangement is confined such that high voltage parts (222', 224, 226b, 226b', 250) of the transaxle arrangement, when it is operatively mounted on the vehicle, becomes electrically isolated from the rest of the vehicle; and that the high voltage parts (222', 224, 226b, 226b', 250) are arranged in an electrically insulating casing so as to substantially enclose the high voltage parts (222', 224, 226b, 226b', 250) of the transaxle arrangement, wherein the high voltage parts comprise the electric machine arrangement (226b, 226b'), wherein the high voltage parts (222', 224, 226b, 226b', 250) does not extend or comes into contact with the other part of the vehicle when they are electrically isolated, and characterized in that the high voltage parts (222', 224, 226b, 226b', 250) further comprise the electrical power storage arrangement.
A device for mechanically sorting a solid biological entity, wherein the sorting is based on an optical parameter of said biological entity, said device comprising: - a channel having a proximal end, a distal end and an elongated body therebetween, said proximal end being operatively connectable with a reservoir comprising said biological entity; - means for detecting and analysing an optical parameter of said biological entity; and - a selector operatively connected with the distal end of said channel and with said means for detecting and analysing an optical parameter, said selector being shaped as a gearwheel comprising a plurality of slots shaped to accommodate the biological entity, wherein the selector can switch from a rest position to a sorting position, preferably at least two sorting positions, based on the detection and analysis of the said optical parameter of the biological entity; characterized in that said means are adapted to perform detection and analysis when the said biological entity is located within a slot. - a channel having a proximal end, a distal end and an elongated body therebetween, said proximal end being operatively connectable with a reservoir comprising said biological entity; - means for detecting and analysing an optical parameter of said biological entity; and - a selector operatively connected with the distal end of said channel and with said means for detecting and analysing an optical parameter, said selector being shaped as a gearwheel comprising a plurality of slots shaped to accommodate the biological entity, wherein the selector can switch from a rest position to a sorting position, preferably at least two sorting positions, based on the detection and analysis of the said optical parameter of the biological entity;
Circuit breaker arrangement comprising at least one pole part (3a - 3c) for switching an electrical medium to high voltage circuit by a respective pair of corresponding inner electrical contacts (4a, 4b), wherein a pushrod (5a - 5c) of a respective movable electrical contact is operated by a common actuator unit, which is mechanically connected to each pushrod (5a - 5c) via transmission means for transferring the switching force from the actuator unit to each pushrod (5a - 5c), which is pivotally attached to one end of a connection rod (9a - 9c), wherein the opposite end of the connection rod (9a - 9c) is pivotally attached to the end of the pushrod (5a - 5c) of the corresponding pole part (3a - 3c) and that three pole parts (3a - 3c) are arranged in parallel one to another in a line formation, characterized in that the transmission means comprise a crankshaft having at least one crank (8a - 8c), and that the three pole parts are corresponding with the one common crankshaft in such, that the crankshaft rotates in the same direction for changing the electrical switching position, so that a first rotation of about 180° brings the pole parts from the open switching position into the closed switching position, while a second rotation with the same direction brings the pole parts into the open switching position again.
Rotary indexing table assembly having an axis of rotation, comprising - a rotation means that can be rotated about the axis of rotation, having a centring opening coaxial with the axis of rotation; - a receiving assembly having a pin assembly, wherein the pin assembly comprises a pin body that can be moved along the axis of rotation by a spring system and can be set in a set-up state or a blocking state such that in the set-up state the rotation means is detachably connected to the receiving assembly, and such that in the blocking state the rotation means is non-detachably connected to the receiving assembly, and such that the pin body of the pin assembly penetrates the centring opening, wherein the pin body of the pin assembly and the centring opening are arranged in particular coaxially with respect to one another. - a rotation means that can be rotated about the axis of rotation, having a centring opening coaxial with the axis of rotation; - a receiving assembly having a pin assembly, wherein the pin assembly comprises a pin body that can be moved along the axis of rotation by a spring system and can be set in a set-up state or a blocking state such that in the set-up state the rotation means is detachably connected to the receiving assembly, and such that in the blocking state the rotation means is non-detachably connected to the receiving assembly, and such that the pin body of the pin assembly penetrates the centring opening, wherein the pin body of the pin assembly and the centring opening are arranged in particular coaxially with respect to one another.
A load carrying device comprising a load carrying portion, a roller and an inflation arrangement, comprising a pump, in connection with the roller for selectively inflating the roller from a deflated state to an inflated state and for selectively deflating the roller from the inflated state to the deflated state, the roller rotatable to allow movement of the load carrying device, the roller being a ball, wherein the inflation arrangement provides the axle for the ball, the roller comprising: an attachment arrangement (106a, 106b) attaching the roller to the load carrying portion so that the roller provides support to the load carrying portion; and a body for contacting a surface on which the load carrying device is located. an attachment arrangement (106a, 106b) attaching the roller to the load carrying portion so that the roller provides support to the load carrying portion; and a body for contacting a surface on which the load carrying device is located.
A method of transmitting a signal in a wireless local area network, WLAN, system using a plurality of resource units, RUs, used for a predetermined frequency band, the method comprising: constructing a physical layer, PHY, protocol data unit, PPDU, including a first, a second, a third and a fourth data field used for a first, a second, a third and a fourth frequency band, respectively; and transmitting the PPDU, wherein each RU includes a plurality of subcarriers, wherein the PPDU includes a first signal field used for the first frequency band and a second signal field used for the second frequency band, wherein the first signal field includes identification information regarding a first station, STA, allocated to the first data field and a third STA allocated to the third data field, and further includes allocation information regarding a first RU for the first data field and a third RU for the third data field, wherein the second signal field includes identification information regarding a second STA allocated to the second data field and a fourth STA allocated to the fourth data field, and further includes allocation information regarding a second RU for the second data field and a fourth RU for the fourth data field, wherein the PPDU includes a third signal field in which the first signal field is duplicated, and the third signal field is used for the third frequency band, and wherein the PPDU includes a fourth signal field in which the second signal field is duplicated, and the fourth signal field is used for the fourth frequency band. constructing a physical layer, PHY, protocol data unit, PPDU, including a first, a second, a third and a fourth data field used for a first, a second, a third and a fourth frequency band, respectively; and transmitting the PPDU, wherein each RU includes a plurality of subcarriers, wherein the PPDU includes a first signal field used for the first frequency band and a second signal field used for the second frequency band, wherein the first signal field includes identification information regarding a first station, STA, allocated to the first data field and a third STA allocated to the third data field, and further includes allocation information regarding a first RU for the first data field and a third RU for the third data field, wherein the second signal field includes identification information regarding a second STA allocated to the second data field and a fourth STA allocated to the fourth data field, and further includes allocation information regarding a second RU for the second data field and a fourth RU for the fourth data field, wherein the PPDU includes a third signal field in which the first signal field is duplicated, and the third signal field is used for the third frequency band, and wherein the PPDU includes a fourth signal field in which the second signal field is duplicated, and the fourth signal field is used for the fourth frequency band.
A composite, comprising: a polymeric substrate and a thermo-oxidative barrier coating comprising a silicon-oxy-carbide layer having a thickness from 100 to 900 nm, wherein the SOC layer is deposited on and covers at least one surface of the polymeric substrate and wherein the SOC layer is formed by atmospheric plasma deposition of a chemical precursor of the SOC layer, wherein the precursor comprises tetramethylcyclotetrasiloxane (TMCTS) and wherein the SOC layer reduces oxygen diffusion into the polymeric substrate.
An ultrasound image processing apparatus comprising an image processing unit adapted to create a first image by performing volume rendering processing on first volume data corresponding to a first region of interest of ultrasound volume data onto a projective plane along a projecting direction, and to create a second image on which motion of a certain subject portion included in the ultrasound volume data can be identified from second volume data corresponding to a second region of interest of the ultrasound volume data, the second region of interest being a region of interest for observing the certain subject portion, wherein the image processing unit is adapted to create the second image by performing ray tracing processing on the second volume data onto the projective plane along the projecting direction with a virtual light source positioned opposite to the projecting direction, such that the certain subject portion is positioned between the virtual light source and the projective plane.
Apparatus for sealing or tying products (51, 90), comprising a housing with at least a first tape dispenser and a star wheel, a slot defined by or through the housing, wherein the star wheel extends at least partly in said slot, wherein the star wheel comprises a series of first cells and a series of second cells, the first and second cells (19, 20) being intermittently disposed in the star wheel, each cell being open to a periphery of the star wheel and two opposite sides thereof, wherein an urging device is provided having at least one edge portion for urging at least one product (51, 90) to be tied into a first cell and wherein a knife (32, 82) is provided that can be moved into and out of a second cell, wherein the edge portion is part of a protrusion or finger of a wheel, rotatable such that said protrusion or finger can at least partly be rotated alongside the star wheel, past part of the first cell into which the at least one product (51, 90) is urged.
A method for producing a rodent comprising inserting into a rodent ES cell genome, a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the host rodent heavy chain constant region; wherein a) the insertion of the human heavy chain DNA is made between the rodent constant region and the last, 3', rodent J region; b) the insertion is such that the rodent is able to produce a repertoire of chimaeric antibodies or heavy chains having a rodent constant region and a human variable region; and c) wherein the insertion process commences at a site where an initiation cassette has been inserted into the genome, providing a unique targeting region; wherein the insertion of a first DNA fragment into the initiation cassette is followed by insertion of a second DNA fragment into a portion of the first DNA fragment; and wherein during the stepwise insertion the 5' end of the upstream DNA insert is increased in length. a) the insertion of the human heavy chain DNA is made between the rodent constant region and the last, 3', rodent J region; b) the insertion is such that the rodent is able to produce a repertoire of chimaeric antibodies or heavy chains having a rodent constant region and a human variable region; and c) wherein the insertion process commences at a site where an initiation cassette has been inserted into the genome, providing a unique targeting region; wherein the insertion of a first DNA fragment into the initiation cassette is followed by insertion of a second DNA fragment into a portion of the first DNA fragment; and wherein during the stepwise insertion the 5' end of the upstream DNA insert is increased in length.
A method of operating a document processing apparatus having a document transport path which extends from an upstream end to a downstream end, the method comprising: sensing speed of movement of a document which is being transported along the document transport path from the upstream end to the downstream end, including engaging a surface of the document by a sensor located between a low speed drive disposed at the upstream end of the document transport path and a high speed drive disposed at the downstream end of the document transport path; detecting a first speed of movement of the document by the sensor after the document has made contact with the low speed drive and as a leading edge of the document is reaching the sensor; detecting a second speed of movement of the document by the sensor after the document has made contact with the high speed drive and a trailing edge of the document is leaving the low speed drive; determining that speed of movement of the document along the document transport path has increased from the first speed to the second speed which is greater than the first speed; and upon determining that the speed of movement of the document has increased from the first speed to the second speed, actuating a downstream-located processing device to begin operating and thereby to begin further downstream processing of the document being transported along the document transport path. sensing speed of movement of a document which is being transported along the document transport path from the upstream end to the downstream end, including engaging a surface of the document by a sensor located between a low speed drive disposed at the upstream end of the document transport path and a high speed drive disposed at the downstream end of the document transport path; detecting a first speed of movement of the document by the sensor after the document has made contact with the low speed drive and as a leading edge of the document is reaching the sensor; detecting a second speed of movement of the document by the sensor after the document has made contact with the high speed drive and a trailing edge of the document is leaving the low speed drive; determining that speed of movement of the document along the document transport path has increased from the first speed to the second speed which is greater than the first speed; and upon determining that the speed of movement of the document has increased from the first speed to the second speed, actuating a downstream-located processing device to begin operating and thereby to begin further downstream processing of the document being transported along the document transport path.
Domestic appliance having: at least two heating elements (3, 4), wherein one respective heating element of the at least two heating elements (3, 4) is coupled by way of a respective first node (K1, K2) to a respective operating relay (5, 6) for actuating the respective heating element (3, 4), wherein the first nodes (K1, K2) are coupled with high resistance via a feedback facility in order to provide a shared operating relay feedback signal, and a monitoring facility for monitoring the operating relay feedback signal provided in order to recognise an error status of the domestic appliance.
A multi-lined detection device, comprising a bottom card, at least two test strips located above the bottom card and arranged side by side, and at least two sealing films located above the bottom card and the test strips, the thickness of the bottom card is greater than the thickness of the sealing film, wherein the at least two sealing films each form a cavity with the bottom card in the area where the test strip is located, and a bonding band connecting said sealing film to the bottom card is formed around the cavity; the test strip is received in the cavity; and the bottom card forms a cutting line, which is incompletely disconnected, in an area between two adjacent bonding bands; and two adjacent sealing films are completely disconnected in the area between the two adjacent bonding bands.
Housing module for an insulating-material housing, formed from a plurality of housing modules, of a modular multi-pole low-voltage protective switching device, having a front side, a fastening side on the opposite side from the front side, and first and second narrow and broad sides (305-1, 305-2, 306-1, 306-2) connecting the front side and the fastening side, wherein the first broad side has an outflow opening through which switching gases that arise when a switching contact of the low-voltage protective switching device is opened can flow laterally out of the housing module, wherein the second broad side has, in the region of the first narrow side, a recess into which the outflow opening of an adjacently arranged housing module leads and which extends as far as the first narrow side, with the result that an exhaust channel is formed in order to guide switching gases that arise when the switching contact is opened out of the housing module at the first narrow side via at least one second opening. wherein the first broad side has an outflow opening through which switching gases that arise when a switching contact of the low-voltage protective switching device is opened can flow laterally out of the housing module, wherein the second broad side has, in the region of the first narrow side, a recess into which the outflow opening of an adjacently arranged housing module leads and which extends as far as the first narrow side, with the result that an exhaust channel is formed in order to guide switching gases that arise when the switching contact is opened out of the housing module at the first narrow side via at least one second opening.
A release device for detaching a medical implant from an insertion device (130, 130d), with which the implant can be released by a relative movement between a first and a second insertion element (62, 62d; 64, 64d), said release device comprising an indirect or direct clamping body (10,) for clamping the implant in the insertion device (130, 130d), said clamping device comprising a proximal end, which is remote from a distal end of the insertion device (130, 130d) during use, and comprising a distal end, which faces the distal end of the insertion device (130, 130d) during use, wherein the clamping body (10,) has at least one web, at least one extension and at least two clamping surface regions (18, 20), wherein the extension can be arranged so as to be oriented substantially in the radial direction relative to an inner axis of the clamping body (10, 10a-10c, 10e), and wherein the at least two clamping surface regions (18, 20) are arranged so as to be substantially pointing toward one another and are oriented substantially parallel to one another, wherein the at least one web or the at least one extension comprises at least one of the two clamping surface regions (18, 20), characterised in that the at least one extension connects in a form-fit manner to at least one region of the implant in the clamped state.
Methyl {(2S,3R)-1-[ -2-{5-[(2R,5R)-1-{3,5-difluoro-4-[4-(4-fluorophenyl)piperidin-1-yl]phenyl}-5-(6-fluoro-2-{ -1-[N-(methoxycarbonyl)-O-methyl-L-threonyl]pyrrolidin-2-yl}-1H-benzimidazol-5-yl)pyrrolidin-2-yl]-6-fluoro-1H-benzimidazol-2-yl}pyrrolidin-1-yl]-3-methoxy-1-oxobutan-2-yl}carbamate (Compound 1) or a pharmaceutically acceptable salt thereof for use in a method of treatment for HCV, comprising administering an effective amount of Compound 1 or a pharmaceutically acceptable salt thereof to an HCV patient, regardless of the specific HCV genotype(s) that the patient has, wherein said patient is not genotyped for said treatment.