mhurhangee/patent-ind-claim-en huggingface dataset:
Locking member assembly for a locking unit of a door lock, in particular, for an auxiliary locking mechanism of a espagnolette lock designed as an automatic lock, with a striker plate which comprises at least a first opening and a second opening for at least two locking elements of the locking unit , and with at least one bolt receptacle that can be attached or is attached to the rear side of the striker plate , wherein the bolt receptacle comprises at least a first bolt-receptacle section assigned to the first opening for the engagement of a spring-loaded latch bolt and a second bolt-receptacle section assigned to the second opening for the engagement of a swing bolt , wherein the swing bolt in the locking position preferably engages the rear side of the striker plate , characterized in that , in the first bolt-receptacle section assigned to the latch bolt , at least one bolt-receptacle front inner wall facing a bolt tip of the latch bolt is orientated, at least in some areas, at an angle to the central axis (M) of the bolt receptacle in such a way that the latch bolt plunges into the bolt receptacle without contact up to a first plunging depth, which allows the swing bolt to be released, and that the latch bolt , after reaching a second plunging depth greater than the first plunging depth, rests against the bolt-receptacle front inner wall . with a striker plate which comprises at least a first opening and a second opening for at least two locking elements of the locking unit , and with at least one bolt receptacle that can be attached or is attached to the rear side of the striker plate , wherein the bolt receptacle comprises at least a first bolt-receptacle section assigned to the first opening for the engagement of a spring-loaded latch bolt and a second bolt-receptacle section assigned to the second opening for the engagement of a swing bolt , wherein the swing bolt in the locking position preferably engages the rear side of the striker plate , characterized in that , in the first bolt-receptacle section assigned to the latch bolt , at least one bolt-receptacle front inner wall facing a bolt tip of the latch bolt is orientated, at least in some areas, at an angle to the central axis (M) of the bolt receptacle in such a way that the latch bolt plunges into the bolt receptacle without contact up to a first plunging depth, which allows the swing bolt to be released, and that the latch bolt , after reaching a second plunging depth greater than the first plunging depth, rests against the bolt-receptacle front inner wall .
Method for blocking drainage of waste water comprising a specific concentration of dissolved material, whereby the method comprises the following steps: - supplying waste water into a housing through an inlet ; - collecting the waste water within the housing ; - draining the waste water from the housing through a first outlet , when at least a minimum volume of waste water is collected, whereby the drainage of waste water through the first outlet is automatically blocked when the waste water collected inside the housing comprises the specific concentration of dissolved material, characterized in that a floater begins to float at the specific concentration of dissolved material such that the first outlet can be blocked. - supplying waste water into a housing through an inlet ; - collecting the waste water within the housing ; - draining the waste water from the housing through a first outlet , when at least a minimum volume of waste water is collected, whereby the drainage of waste water through the first outlet is automatically blocked when the waste water collected inside the housing comprises the specific concentration of dissolved material,
A method of measuring amplification of a target nucleic acid molecule using a nucleic acid probe, the method comprising: amplifying the target nucleic acid molecule in the presence of a nucleic acid probe, wherein the nucleic acid probe hybridizes to the target nucleic acid molecule and has a probe: template melting temperature less than the denaturation temperature, the annealing temperature, and the extension temperature used in a polymerase chain reaction (PCR) amplification cycle, wherein said method quantitatively measures the initial amount of said target nucleic acid by quantitative competitive PCR or real-time quantitative PCR.
A method for carrying out a test on a test bench for simulating a test drive of a vehicle , which is represented in the form of measured values (MW), which comprise a chronological sequence of a vehicle speed (v), wherein a test object and a load machine connected to it being provided on the test bench and a test run being specified in the form of a chronological sequence of target values (SW) for the test object and the load machine , characterized in that the measured values (MW) comprise a chronological sequence of an engine speed (N), wherein a number of areas (Bn) with a linear relationship between the vehicle speed (v) and the engine speed (N) being identified by means of a clustering algorithm from data points (DP) from related vehicle speeds (v) and engine speeds (N), and the clustering algorithm assigns the data points (DP) to the number of areas (Bn) and calculates a cluster center (CZn) for each area (Bn), which is interpreted as a gear (Gn) in each case, in that the gear (Gn) linked to the cluster center (CZn) of the area (Bn) is assigned to the data points (DP) of an area (Bn) in order to obtain a chronological sequence of gears (Gn) and in that the determined chronological sequence of the gears (Gn) is used as target value (SW) of the test run or to determine another target value (SW) of the test run.
Light-emitting unit for a headlamp, in particular a motor vehicle headlamp, wherein the light-emitting unit comprises a plurality of light sources , a light guiding unit and a downstream projection lens , wherein the light guiding unit has a plurality of light guides , wherein each respective light guide has a light emission surface , and wherein each light source injects light exactly into a light guide allocated to same light source , and wherein adjacent light guides are separated from each other by dividers , wherein the light guiding unit comprises a receiving element , said receiving element having a receiving opening fully penetrating the receiving element in the direction of the light emission, and wherein the light guiding unit furthermore comprises at least one light guiding body , said at least one light guiding body being designed as a component separate from the receiving element , at least a portion of the light guides of the light guiding unit being designed inside said at least one light guiding body , and wherein the at least one light guiding body is inserted into the receiving opening of the receiving element , and wherein the at least one light guiding body has light guides positioned side by side to each other when installed and essentially extending across the entire height of the light guiding body , characterized in that mounting openings, such as mounting slots for receiving at least one dividing bar positioned essentially horizontally when installed, are provided in the at least one light guiding body .
A lighting device for illuminating a surface , the lighting device comprising: - a first light source configured to emit a first light beam in a first direction, wherein the first light beam has a first spectral power distribution, - a second light source configured to emit a second light beam in a second direction that is not parallel to the first direction, wherein the second light beam has a second spectral power distribution and wherein the second spectral power distribution is different from the first spectral power distribution, and - a light-delimiting element adjustable relative to at least one of the first light source and the second light source , wherein the light-delimiting element is configured to delimit the first light beam and the second light beam to thereby modify an area of overlap on the surface of the first light beam and the second light beam by forming a boundary of the light separating the first light beam and the second light beam , such that the first light source is configured to illuminate a first region of the surface , and the second light source is configured to illuminate a second region of the surface , the second region adjoining the first region . - a first light source configured to emit a first light beam in a first direction, wherein the first light beam has a first spectral power distribution, - a second light source configured to emit a second light beam in a second direction that is not parallel to the first direction, wherein the second light beam has a second spectral power distribution and wherein the second spectral power distribution is different from the first spectral power distribution, and - a light-delimiting element adjustable relative to at least one of the first light source and the second light source ,
A thermally insulated container for storing and serving frozen confectionery items, and suitable for mounting within a service cart , the thermally insulated container being unpowered and comprising: • a thermally insulated housing having an inner surface , defining an enclosed insulated chamber , and an outer surface for mounting engagement with a service cart, the thermally insulated housing having at least one openable portion to allow access to the enclosed insulated chamber through both the inner and outer surfaces; • a product storage assembly , mounted within the enclosed insulated chamber, having an outer surface and an inner surface , the inner surface defining an internal product storage chamber, the internal product storage chamber being accessible via the openable portion of the thermally insulated housing, and the outer surface being substantially parallel to but spaced away from at least 90% of the surface area of the inner surface of the thermally insulated housing, the average spacing being from 1 to 10 mm; • at least one frozen confectionery item support positioned in the internal product storage chamber, the frozen confectionery item support having an outer surface facing away from a supported item in use and an inner surface facing towards a supported item in use, and wherein a reservoir of phase change material is provided between the inner and outer surfaces of the product storage assembly and/or between the inner and outer surfaces of the at least one frozen confectionery item support. • a thermally insulated housing having an inner surface , defining an enclosed insulated chamber , and an outer surface for mounting engagement with a service cart, the thermally insulated housing having at least one openable portion to allow access to the enclosed insulated chamber through both the inner and outer surfaces; • a product storage assembly , mounted within the enclosed insulated chamber, having an outer surface and an inner surface , the inner surface defining an internal product storage chamber, the internal product storage chamber being accessible via the openable portion of the thermally insulated housing, and the outer surface being substantially parallel to but spaced away from at least 90% of the surface area of the inner surface of the thermally insulated housing, the average spacing being from 1 to 10 mm; • at least one frozen confectionery item support positioned in the internal product storage chamber, the frozen confectionery item support having an outer surface facing away from a supported item in use and an inner surface facing towards a supported item in use,
A gas turbine engine with a scavenge filter system (100; 200; 300) comprising: a first scavenge pump stage (106; 206; 306) positioned in a first flow path (130; 230) downstream of a first bearing compartment (38-2, 38-3, 38-4) of a spool (30; 32); a second scavenge pump stage (108; 208; 300) positioned in a second flow path (132; 232) downstream of a second bearing compartment (38-1); a first scavenge filter (122; 222; 322) fluidly coupling the first scavenge pump stage (106; 206; 306) to at least one oil reservoir (112; 212; 312); and a second scavenge filter (124; 224; 324) fluidly coupling the second scavenge pump stage (108; 208; 308) to the at least one oil reservoir (112; 212; 312), the first and second scavenge filters (124; 224; 324) being separate and distinct, wherein the first scavenge filter is positioned in the first flow path, and the second scavenge filter is positioned in the second flow path; wherein the gas turbine engine comprises: a fan section including a fan shaft coupled to a fan ; a low speed spool and a high speed spool mounted for rotation within a plurality of spool bearing compartments , the low speed spool mechanically coupling the fan section and a compressor section to a turbine section ; characterized by the second bearing compartment (38-1) housing a geared architecture mechanically coupling the fan to the low speed spool to drive the fan at a lower speed than the low speed spool . a first scavenge pump stage (106; 206; 306) positioned in a first flow path (130; 230) downstream of a first bearing compartment (38-2, 38-3, 38-4) of a spool (30; 32); a second scavenge pump stage (108; 208; 300) positioned in a second flow path (132; 232) downstream of a second bearing compartment (38-1); a first scavenge filter (122; 222; 322) fluidly coupling the first scavenge pump stage (106; 206; 306) to at least one oil reservoir (112; 212; 312); and a second scavenge filter (124; 224; 324) fluidly coupling the second scavenge pump stage (108; 208; 308) to the at least one oil reservoir (112; 212; 312), the first and second scavenge filters (124; 224; 324) being separate and distinct, wherein the first scavenge filter is positioned in the first flow path, and the second scavenge filter is positioned in the second flow path; wherein the gas turbine engine comprises: a fan section including a fan shaft coupled to a fan ; a low speed spool and a high speed spool mounted for rotation within a plurality of spool bearing compartments , the low speed spool mechanically coupling the fan section and a compressor section to a turbine section ; characterized by a fan section including a fan shaft coupled to a fan ; a low speed spool and a high speed spool mounted for rotation within a plurality of spool bearing compartments , the low speed spool mechanically coupling the fan section and a compressor section to a turbine section ; characterized by the second bearing compartment (38-1) housing a geared architecture mechanically coupling the fan to the low speed spool to drive the fan at a lower speed than the low speed spool .
Hybrid power train for a motor vehicle, comprising - an internal combustion engine ; - an electrical machine ; - a transmission arrangement for setting up at least two different gear stages (G1, G2), wherein the internal combustion engine and the electrical machine are coupled to an input element of the transmission arrangement ; and - a differential which is coupled to the output of the transmission arrangement and is designed to distribute drive power to two drive shafts , wherein the electrical machine and the internal combustion engine are coupled to a transmission input shaft of the transmission arrangement by means of a spur gear set , wherein the spur gear set has a first gearwheel which is fixedly connected to the transmission input shaft and is in engagement with a second gearwheel , associated with the electrical machine , and with a third gearwheel , associated with the internal combustion engine , characterized in that the electrical machine is arranged coaxially in relation to one of the drive shafts . - an internal combustion engine ; - an electrical machine ; - a transmission arrangement for setting up at least two different gear stages (G1, G2), wherein the internal combustion engine and the electrical machine are coupled to an input element of the transmission arrangement ; and - a differential which is coupled to the output of the transmission arrangement and is designed to distribute drive power to two drive shafts ,
Test tape device in particular for blood glucose tests comprising a) a housing having a cassette compartment adapted to receive a replaceable analytical tape cassette , b) a cassette door which can be retained in a closed position preferably by a door lock (36;56) and which allows access to the cassette compartment through a housing opening in an open position, c) a tip cover which can be positioned in a first position covering a housing aperture and a second position allowing access to a cassette tip of the tape cassette arranged to protrude through the housing aperture for sample application, d) wherein the tip cover is moveable into a third position in which the cassette tip is at least partially uncovered and the housing opening is extended into the area of the cassette tip , e) and wherein the cassette door is self-opening when moving the tip cover to the third position. a) a housing having a cassette compartment adapted to receive a replaceable analytical tape cassette , b) a cassette door which can be retained in a closed position preferably by a door lock (36;56) and which allows access to the cassette compartment through a housing opening in an open position, c) a tip cover which can be positioned in a first position covering a housing aperture and a second position allowing access to a cassette tip of the tape cassette arranged to protrude through the housing aperture for sample application, d) wherein the tip cover is moveable into a third position in which the cassette tip is at least partially uncovered and the housing opening is extended into the area of the cassette tip , e) and wherein the cassette door is self-opening when moving the tip cover to the third position.
An apparatus for a mobile relay station transceiver (4; 10, 12) in a mobile communication system, comprising: a donor interface (6; 16) for communicating with a donor base station transceiver , the donor interface (6; 16) being operable to submit a request for a tracking area update to the donor base station ; and a relay interface (8; 18) for communicating with another apparatus for a relay station transceiver, the relay interface (8; 18) being operable to transmit a request for tracking area information to the other apparatus for a relay station transceiver upon receipt of an acknowledgement signal at the donor interface (6; 16) from the donor base station , wherein the acknowledgement signal being indicative of a successfully performed tracking area update, and the relay interface further operable to receive tracking area information from the other apparatus for a relay station transceiver in response to said request to the other apparatus for a relay station transceiver. a donor interface (6; 16) for communicating with a donor base station transceiver , the donor interface (6; 16) being operable to submit a request for a tracking area update to the donor base station ; and a relay interface (8; 18) for communicating with another apparatus for a relay station transceiver, the relay interface (8; 18) being operable to transmit a request for tracking area information to the other apparatus for a relay station transceiver upon receipt of an acknowledgement signal at the donor interface (6; 16) from the donor base station , wherein the acknowledgement signal being indicative of a successfully performed tracking area update, and the relay interface further operable to receive tracking area information from the other apparatus for a relay station transceiver in response to said request to the other apparatus for a relay station transceiver.
A cryopreservation device comprising: a case , wherein the case is configured to store boxes side by side in a vertical direction in the case, the boxes being configured to store vials, or wherein the case is configured to accommodate several boxes at regular intervals in shelves of the case, the boxes being configured to store bag-shaped preservation objects; wherein the case has two opposite open vertical side surfaces; a cryopreservation vessel configured to internally accommodate the case and having an opening communicating with an outside provided in an upper surface thereof; a first arm configured to raise and lower the case in a vertical direction via the opening in a state where the case is held and to maintain the case at an arbitrary height; a first stage that is provided above the cryopreservation vessel so as to be adjacent to the opening as seen in plan view and allows the preservation targets to be placed thereon; and a second arm configured to move a desired one of the boxes from the case to the first stage via the open vertical side surface facing the first stage, when the bottom surface of a storage space in the case, where the desired box is stored, is located at the same height as the first stage. a case , wherein the case is configured to store boxes side by side in a vertical direction in the case, the boxes being configured to store vials, or wherein the case is configured to accommodate several boxes at regular intervals in shelves of the case, the boxes being configured to store bag-shaped preservation objects; wherein the case has two opposite open vertical side surfaces; a cryopreservation vessel configured to internally accommodate the case and having an opening communicating with an outside provided in an upper surface thereof; a first arm configured to raise and lower the case in a vertical direction via the opening in a state where the case is held and to maintain the case at an arbitrary height; a first stage that is provided above the cryopreservation vessel so as to be adjacent to the opening as seen in plan view and allows the preservation targets to be placed thereon; and a second arm configured to move a desired one of the boxes from the case to the first stage via the open vertical side surface facing the first stage, when the bottom surface of a storage space in the case, where the desired box is stored, is located at the same height as the first stage.
Dynamic transaction card, comprising: - an outer layer comprising a plastic material; - electrical components; - at least one connector between the electrical components, characterized in that the connector is constructed from a conductive, dissolvable mixed polymer injected into moldings to irreversibly cure the plastic material of the connector, and in that upon dissolving the outer layer using a solvent, the at least one connector is dissolved to break the connection between the electrical components and deactivate the dynamic transaction card . - an outer layer comprising a plastic material; - electrical components; - at least one connector between the electrical components,
A process for preparing a compound of Formula I, or a salt thereof: comprising (A) reacting a compound of Formula II: with a catalyst system and silylating agent under hydrogenation conditions to obtain a compound of Formula III; wherein each R group is independently a C 1-6 alkyl or phenyl; and (B) hydrolyzing the compound of Formula III to form the compound of Formula I, wherein PG 1 is an amine protecting group which forms with the amino nitrogen to which it is attached a carbamate, a benzylamine, or a sulfonamide; and PG 2 is an oxygen protecting group selected from benzyl (Bn), substituted benzyl, trityl, and substituted trityl. (A) reacting a compound of Formula II: with a catalyst system and silylating agent under hydrogenation conditions to obtain a compound of Formula III; wherein each R group is independently a C 1-6 alkyl or phenyl; and (B) hydrolyzing the compound of Formula III to form the compound of Formula I, wherein