mhurhangee/ep-ind-claims huggingface dataset:
A method for replicating a volume reflection master hologram comprising: a) providing a photosensitive layer having a side and an opposing side; b) placing the side of the photosensitive layer in contact with or proximate to the master hologram; c) placing a first mask in contact with or proximate to the opposing side of the photosensitive layer masking at least one area of the photosensitive layer; and d) exposing the photosensitive layer through the first mask with coherent actinic radiation of a first wavelength λ 1 resulting in a first wavelength exposed layer; characterised by e) removing the first mask; and f) exposing the first wavelength exposed layer with coherent actinic radiation of a second wavelength λ 2 resulting in a first and second wavelength exposed layer, wherein the first and second wavelength exposed layer is a replicate of the master hologram, and wherein the absolute value of the first wavelength λ 1 minus the second wavelength λ 2 is at least 7 nm. a) providing a photosensitive layer having a side and an opposing side; b) placing the side of the photosensitive layer in contact with or proximate to the master hologram; c) placing a first mask in contact with or proximate to the opposing side of the photosensitive layer masking at least one area of the photosensitive layer; and d) exposing the photosensitive layer through the first mask with coherent actinic radiation of a first wavelength λ 1 resulting in a first wavelength exposed layer; characterised by e) removing the first mask; and f) exposing the first wavelength exposed layer with coherent actinic radiation of a second wavelength λ 2 resulting in a first and second wavelength exposed layer, wherein the first and second wavelength exposed layer is a replicate of the master hologram, and wherein the absolute value of the first wavelength λ 1 minus the second wavelength λ 2 is at least 7 nm.
A method of forming a semiconductor device comprising: providing a substrate having a top side having a mounting location for at least one semiconductor element wherein providing the substrate further comprises providing a bottom side having a plurality of locations electrically connected to locations on the top side; forming a plurality of electrically conductive interconnects at the plurality of locations on the bottom side; partially encapsulating, with an encapsulant, the plurality of electrically conductive interconnects without completely encapsulating the interconnects; and removing a portion of the encapsulant adjacent to each of the interconnects to expose previously encapsulated portions of the interconnects while leaving portions of the interconnects adjacent to the bottom side encapsulated by the encapsulant. providing a substrate having a top side having a mounting location for at least one semiconductor element wherein providing the substrate further comprises providing a bottom side having a plurality of locations electrically connected to locations on the top side; forming a plurality of electrically conductive interconnects at the plurality of locations on the bottom side; partially encapsulating, with an encapsulant, the plurality of electrically conductive interconnects without completely encapsulating the interconnects; and removing a portion of the encapsulant adjacent to each of the interconnects to expose previously encapsulated portions of the interconnects while leaving portions of the interconnects adjacent to the bottom side encapsulated by the encapsulant.
A method for producing at least one target polynucleotide having a predefined sequence, the method comprising: a. providing a first and a second support-bound, single-stranded, template oligonucleotides, wherein each has a predefined sequence and is bound to a first and a second feature of a support, respectively, wherein the first template oligonucleotide comprises at its 5' end sequence complementarity to a 5' end of the second template oligonucleotide; b. generating a first and a second construction oligonucleotides complementary to the first and second template oligonucleotides, respectively, in a chain extension reaction, wherein the first construction oligonucleotide comprises at its 3' end sequence complementarity to a 3' end of the second construction oligonucleotide; c. providing a support-bound, single-stranded, anchor oligonucleotide at a select feature, wherein a 5' end of the anchor oligonucleotide comprises sequence complementarity to a 5' end of the first construction oligonucleotide; and d. hybridizing the first and second construction oligonucleotides to the anchor oligonucleotide. a. providing a first and a second support-bound, single-stranded, template oligonucleotides, wherein each has a predefined sequence and is bound to a first and a second feature of a support, respectively, wherein the first template oligonucleotide comprises at its 5' end sequence complementarity to a 5' end of the second template oligonucleotide; b. generating a first and a second construction oligonucleotides complementary to the first and second template oligonucleotides, respectively, in a chain extension reaction, wherein the first construction oligonucleotide comprises at its 3' end sequence complementarity to a 3' end of the second construction oligonucleotide; c. providing a support-bound, single-stranded, anchor oligonucleotide at a select feature, wherein a 5' end of the anchor oligonucleotide comprises sequence complementarity to a 5' end of the first construction oligonucleotide; and d. hybridizing the first and second construction oligonucleotides to the anchor oligonucleotide.
Data loggers with functional units, arranged inside a housing, for acquiring, digitizing, optionally storing and optionally evaluating measurement data and for transmitting data to an external data processing device and with a power source, in particular a button cell battery, arranged inside the housing, wherein the functional units for acquiring, digitizing, optionally storing and optionally evaluating measurement data and for transmitting data to an external data processing device are arranged on a printed circuit board, which forms a component of the housing of the data logger, wherein the housing of the data logger at the same time forms the housing of the power source, and at least one electrical contact for the power source is made on the housing.
Method for testing an exhaust system of a heating appliance comprising at least the following steps: a) starting up a fan as a gas conveying device of the heating appliance and increasing the output of the gas conveying device, b) detecting a feed parameter characterising the flow rate of the gas flow in the gas feed of the heating appliance, c) detecting a performance parameter characterising the performance of the gas feed device when a feed reference value of the feed parameter detected in step b) is reached, d) enabling the heating appliance for commissioning if the power parameter characterising the converted power of the gas feed device is lower than a power reference value of the power parameter of the gas feed device when the feed reference value is reached, wherein the feed parameter is determined by a pressure sensor arranged in the gas feed, a pressure switch whose threshold value corresponds to the feed reference value and which switches a gas valve of the heating appliance, or a flow sensor, and the power parameter is a rotational speed of the gas feed device and the power reference value is a reference rotational speed. a) starting up a fan as a gas conveying device of the heating appliance and increasing the output of the gas conveying device, b) detecting a feed parameter characterising the flow rate of the gas flow in the gas feed of the heating appliance, c) detecting a performance parameter characterising the performance of the gas feed device when a feed reference value of the feed parameter detected in step b) is reached, d) enabling the heating appliance for commissioning if the power parameter characterising the converted power of the gas feed device is lower than a power reference value of the power parameter of the gas feed device when the feed reference value is reached,
Arrangement for switching high currents in high-voltage engineering for one pole, having at least one first and having at least one second contact (2, 3), wherein a contact (2, 3) has at least two contact pieces that are in electrical and/or mechanical contact with one another in the closed switching state, characterized in that the at least one first and the at least one second contact (2, 3) are each configured as rated-current contacts connected in parallel with one another.
A method for separating at least one volume of blood into at least a first component and a second component, said method comprising: enclosing in each of at least two separation cells mounted on a rotor either a separation bag containing blood or a dummy bag having a weight approximating a separation bag containing blood, said dummy bag containing no blood or blood components; storing in at least one container (160, 162, 164, 166) included in the rotor at least one first component bag (14, 16) connected to the at least one separation bag; determining if any bag in any separation cell is a dummy bag;; rotating the rotor at a sedimentation speed at which the at least first and second components sediment in each of the separation bags containing blood; transferring at least one fraction of a first separated component from each of the separation bags in separation cells not containing a dummy bag into the at least one first component bags (14, 16) connected thereto respectively. enclosing in each of at least two separation cells mounted on a rotor either a separation bag containing blood or a dummy bag having a weight approximating a separation bag containing blood, said dummy bag containing no blood or blood components; storing in at least one container (160, 162, 164, 166) included in the rotor at least one first component bag (14, 16) connected to the at least one separation bag; determining if any bag in any separation cell is a dummy bag;; rotating the rotor at a sedimentation speed at which the at least first and second components sediment in each of the separation bags containing blood; transferring at least one fraction of a first separated component from each of the separation bags in separation cells not containing a dummy bag into the at least one first component bags (14, 16) connected thereto respectively.
Device for clamping a tool or workpiece in a rotatable work spindle, in particular of a machine tool, having a tension rod which is arranged slidably within the work spindle and which is biased rearwardly in a clamping direction by a tension spring arranged round the tension rod within the work spindle and which is slidable forwardly in a release direction by a release unit against the force of the tension spring, wherein within the work spindle is arranged at least one pressure chamber (13, 26) which can admit a hydraulic fluid to bias the tension rod in the clamping direction by means of a channel (16, 17, 27) extending within the tension rod, characterised in that in the tension rod, in addition to the channel (16, 17, 27) provided for delivery of the hydraulic fluid, are arranged at least one or more, preferably two more, longitudinal bores separate from the channel (16, 17, 27), via which bores, independently of the delivery of a hydraulic fluid through the channel (16, 17, 27), a cooling lubricant can be conducted to a central bore in a pull rod connected to the front end of the tension rod.
Automatic toxicological fluid sample preparation module for automatically preparing a fluid sample for the detection and measurement of toxics and/or toxicological effects, the system comprising: - an inlet for automatically obtaining a sample directly from a fluid or fluid stream (30, 38, 308) to be analyzed; - preparation means for preparing the fluid sample from the sample, comprising: - first coupling means for coupling with the inlet; and - a first inlet for obtaining a sample from a fluid or fluid stream to be analyzed; - a fluid chamber (11, 342) connected to the first inlet; - fluid sample preparation means comprising one or more of the following components: a filter, a heater, a cooler, a pump, a piston and mixing means; and - a first outlet for discharging a prepared fluid sample, the first outlet being connectable to the measurement means; and - an outlet for discharge of prepared fluid to measurement means, wherein the preparation means comprise indicator micro-organisms, characterized in that the module comprises a conduit loop for circulating the fluid sample in the loop to enable interaction of the sample with the indicator micro-organisms, and further characterized in that the indicator micro-organisms emit light and/or produce a light emitting substance, intrinsically and/or in response to a toxic and/or toxicological effect and wherein the indicator micro-organisms are locked in the log-phase of multiplication before use wherein the preparation means further comprise nutrition for micro-organisms for adding the nutrition to the indicator micro-organisms, and wherein the preparation means further comprise a light source (104, 106, 110) for irradiation of the indicator micro-organisms, wherein the light source emits light of a wavelength which stimulates the multiplication of micro-organisms, and wherein the automatic toxicological fluid sample preparation module further comprises killing means for killing the indicator micro-organisms. - an inlet for automatically obtaining a sample directly from a fluid or fluid stream (30, 38, 308) to be analyzed; - preparation means for preparing the fluid sample from the sample, comprising: - first coupling means for coupling with the inlet; and - a first inlet for obtaining a sample from a fluid or fluid stream to be analyzed; - a fluid chamber (11, 342) connected to the first inlet; - fluid sample preparation means comprising one or more of the following components: a filter, a heater, a cooler, a pump, a piston and mixing means; and - a first outlet for discharging a prepared fluid sample, the first outlet being connectable to the measurement means; and - first coupling means for coupling with the inlet; and - a first inlet for obtaining a sample from a fluid or fluid stream to be analyzed; - a fluid chamber (11, 342) connected to the first inlet; - fluid sample preparation means comprising one or more of the following components: a filter, a heater, a cooler, a pump, a piston and mixing means; and - a first outlet for discharging a prepared fluid sample, the first outlet being connectable to the measurement means; and - an outlet for discharge of prepared fluid to measurement means,
A method of reactivating a solid transesterification or disproportionation catalyst composition selected from the group consisting of oxides, hydroxides, oxyhydroxides or alkoxides of two to four elements from Group IV, V and VI of the Periodic Table supported on a support of porous material having surface hydroxyl groups selected from silica, zirconia, titania, titania-silica, silica-alumina and silica-zirconia, the support having been deactivated by polymer deposited thereon, the method comprising contacting the deactivated catalyst with a fluid comprising a hydroxy containing compound selected from water, alcohol, phenol and mixtures thereof, in a solvent selected from the group consisting of benzene, toluene, xylenes, pentane, hexane, octane, decane, THF and mixtures thereof at a temperature in the range of 121°C to 316°C (250°F to 600°F).
Device for opening a door or flap in or on a motor vehicle, having at least one transmission lever, and having a spring which acts on the transmission lever, wherein the spring has at least one first region (5a 1) which is spaced apart from a first actuating path (B 1) of the transmission lever, so that the spring acts on the transmission lever only after the first actuating path (B 1) has been completed, wherein a second region (5a 2) adjoins the first region (5a 1) of the spring in the actuating direction of the transmission lever, which second region applies a counterforce opposite to the actuating force to the transmission lever during its second actuating path (B 2), wherein the transmission lever is designed as an external actuating lever or internal actuating lever and is arranged in a motor vehicle door lock.
A method (200, 300) of controlling a luminaire adapted to generate a light output in a controllable direction with a user interface device, the method comprising: determining a relative orientation of the user interface device to the luminaire; receiving a light output positioning instruction on a user interface of the user interface device, said light output positioning instruction including directional information for the positioning of the light output in a specified location; converting the light output positioning instruction by transforming the directional information based on the determined relative orientation; and controlling the luminaire with the converted light output positioning instruction characterized in the method further comprising: wherein the step of determining the relative orientation of the user interface device to the luminaire comprises determining a rotation angle of the user interface device relative to the luminaire and the existence of a mirroring axis between the user interface device and the luminaire; and wherein the directional information is transformed based on the determined rotation angle and mirroring axis if existing. determining a relative orientation of the user interface device to the luminaire; receiving a light output positioning instruction on a user interface of the user interface device, said light output positioning instruction including directional information for the positioning of the light output in a specified location; converting the light output positioning instruction by transforming the directional information based on the determined relative orientation; and controlling the luminaire with the converted light output positioning instruction characterized in the method further comprising: wherein the step of determining the relative orientation of the user interface device to the luminaire comprises determining a rotation angle of the user interface device relative to the luminaire and the existence of a mirroring axis between the user interface device and the luminaire; and wherein the directional information is transformed based on the determined rotation angle and mirroring axis if existing. wherein the step of determining the relative orientation of the user interface device to the luminaire comprises determining a rotation angle of the user interface device relative to the luminaire and the existence of a mirroring axis between the user interface device and the luminaire; and wherein the directional information is transformed based on the determined rotation angle and mirroring axis if existing.
A solid composition comprising: a solid binding agent comprising methylglycinediacetic acid and water, wherein the methylglycinediacetic acid cooperates with the water in the formation of the binding agent, and wherein the mole ratio of water to methylglycinediacetic acid present to form the binding agent is in the range of 0.6:1 to 3.8:1; and one or more functional ingredient including a nonionic alcohol ethoxylated/propoxylated surfactant and ethylenediaminetetraacetic acid (EDTA), wherein the binding agent is distributed throughout the solid composition and binds the functional ingredient within the solid composition. a solid binding agent comprising methylglycinediacetic acid and water, wherein the methylglycinediacetic acid cooperates with the water in the formation of the binding agent, and wherein the mole ratio of water to methylglycinediacetic acid present to form the binding agent is in the range of 0.6:1 to 3.8:1; and one or more functional ingredient including a nonionic alcohol ethoxylated/propoxylated surfactant and ethylenediaminetetraacetic acid (EDTA), wherein the binding agent is distributed throughout the solid composition and binds the functional ingredient within the solid composition.
The inhibitor of thymine DNA glycosylase closantel in combination with temozolomide for use in the treatment of a cancer in which TDG is expressed, selected from the group consisting of melanoma, prostate cancer, pancreatic cancer, breast cancer, colon cancer, lung cancer and glioblastoma.
A method performed by a mobile device so as to perform network handover between wireless local area network devices, the mobile device being connected to a Voice-over-Wi-Fi, VoWiFi, voice service via a secure data tunnel between a packet data gateway of an LTE cellular network and a current wireless local area network, the method comprising the steps of: determining that a quality of a connection to the current wireless local area network is below a threshold value; determining that a handover target wireless local area network is available, wherein the handover target wireless local area network is connected to the voice service; establishing connectivity with the handover target wireless local area network from the current wireless local area network if a set of conditions are satisfied, the set of conditions comprising that: handover to a wireless local area network is preferred for the mobile device; and the target handover target wireless local area network is not blacklisted; and sending a new network address of the mobile device to the packet data gateway using a set of credentials relating to the secure data tunnel, wherein an endpoint of the secure data tunnel is thereby changed to the new network address. determining that a quality of a connection to the current wireless local area network is below a threshold value; determining that a handover target wireless local area network is available, wherein the handover target wireless local area network is connected to the voice service; establishing connectivity with the handover target wireless local area network from the current wireless local area network if a set of conditions are satisfied, the set of conditions comprising that: handover to a wireless local area network is preferred for the mobile device; and the target handover target wireless local area network is not blacklisted; and handover to a wireless local area network is preferred for the mobile device; and the target handover target wireless local area network is not blacklisted; and sending a new network address of the mobile device to the packet data gateway using a set of credentials relating to the secure data tunnel, wherein an endpoint of the secure data tunnel is thereby changed to the new network address.