mhurhangee/patent-ind-claim-en huggingface dataset:
A hydrodynamic fluid separation device comprising: a plurality of layers in a stack , each layer having defined therein a flow channel , an inlet to the flow channel, at least two outlets for the flow channel, and apertures defined in the layer, each layer having a primary seal and a secondary seal following a contour of the flow channel around the layer to provide sealing to the flow channel during operation; a first plate positioned on a first end of the stack, the first plate having apertures; a second plate positioned on a second end of the stack, the second plate having apertures; and, connectors received in aligned apertures of the stack, the first plate and the second plate to compress together the first plate, stack and second plate. a plurality of layers in a stack , each layer having defined therein a flow channel , an inlet to the flow channel, at least two outlets for the flow channel, and apertures defined in the layer, each layer having a primary seal and a secondary seal following a contour of the flow channel around the layer to provide sealing to the flow channel during operation; a first plate positioned on a first end of the stack, the first plate having apertures; a second plate positioned on a second end of the stack, the second plate having apertures; and, connectors received in aligned apertures of the stack, the first plate and the second plate to compress together the first plate, stack and second plate.
An inductive proximity sensor for detecting an object having at least one coil , wherein at least one transmission current pulse can be applied to the coil by a control and evaluation unit and the control and evaluation unit is configured to output an object detection signal , wherein the control and evaluation unit is configured to scan at least one induced voltage pulse that is generated by the transmission current pulse at the coil in at least one period from or after the point in time of the application of the transmission current pulse up to the point in time of the complete attenuation of the voltage pulse and to form scan values from the voltage pulse, whereby the voltage pulse is digitized; wherein the control and evaluation unit is configured to evaluate the scan values of at least two consecutive voltage pulses for a distance determination of a metallic object ; and wherein the control and evaluation unit is configured to carry out a digital integration in a time window from or after the start of the voltage pulse or of the transmission current pulse to generate a distance signal , characterized in that the control and evaluation unit is configured to scan at least one voltage value between two voltage pulses and to form scan values from the voltage value between two voltage pulses; and in that the control and evaluation unit is configured to carry out a compensation of low frequency interference and offsets from these scan values .
A method of preserving virtual memory in a computer system, comprising: identifying a preserved virtual memory allocation that is populated with state by an application, wherein the preserved virtual memory allocation is identified by the application using an API to select reboot-persistent virtual memory; shutting down the application, leaving physical memory and paging files associated with the preserved virtual memory allocation undisturbed; rebooting an operating system in the computer system without modifying the preserved virtual memory allocation; restarting the application after the operating system has been rebooted; and reconnecting the application to the preserved virtual memory allocation. identifying a preserved virtual memory allocation that is populated with state by an application, wherein the preserved virtual memory allocation is identified by the application using an API to select reboot-persistent virtual memory; shutting down the application, leaving physical memory and paging files associated with the preserved virtual memory allocation undisturbed; rebooting an operating system in the computer system without modifying the preserved virtual memory allocation; restarting the application after the operating system has been rebooted; and reconnecting the application to the preserved virtual memory allocation.
A method for predicting cetuximab sensitivity in a patient having gastric cancer, the method comprising steps of: measuring the level of RNA expression of a panel of biomarkers in a tumor sample from the patient, wherein the panel of biomarkers comprises EGFR, SDC2, P2RY2 and MAP6D1; comparing each of the detected levels of RNA expression of the panel of biomarkers to a corresponding predetermined reference level; and determining a likelihood of the patient being responsive to cetuximab. measuring the level of RNA expression of a panel of biomarkers in a tumor sample from the patient, wherein the panel of biomarkers comprises EGFR, SDC2, P2RY2 and MAP6D1; comparing each of the detected levels of RNA expression of the panel of biomarkers to a corresponding predetermined reference level; and determining a likelihood of the patient being responsive to cetuximab.
A method of wireless communication for a user equipment, UE, the method comprising: based on determining that quality of a selected beam deteriorates, so that the UE no longer prefers to communicate with a base station using the selected beam , the selected beam being a beam from the base station, detecting a set of beams from the base station; selecting a new beam from the set of beams; determining at least one resource based on the new beam , the at least one resource including at least one of a radio frame index, a subframe index, a symbol index, or a subcarrier region, wherein the UE has stored therein a mapping that indicates the at least one resource to which the beam index of the new beam corresponds; and transmitting , to the base station on the at least one determined resource, a beam adjustment request, wherein the at least one determined resource indicates the beam index of the new beam . based on determining that quality of a selected beam deteriorates, so that the UE no longer prefers to communicate with a base station using the selected beam , the selected beam being a beam from the base station, detecting a set of beams from the base station; selecting a new beam from the set of beams; determining at least one resource based on the new beam , the at least one resource including at least one of a radio frame index, a subframe index, a symbol index, or a subcarrier region, wherein the UE has stored therein a mapping that indicates the at least one resource to which the beam index of the new beam corresponds; and transmitting , to the base station on the at least one determined resource, a beam adjustment request, wherein the at least one determined resource indicates the beam index of the new beam .
Method for spectroscopical in-ovo gender determination of fertilized and incubated bird eggs comprising the steps of: a. providing at least two passages in an egg shell of an egg for allowing entrance into an interior of the egg and exit from the interior of the egg of electromagnetic waves suitable for spectroscopy, the step being performed using laser processing, and the at least two passages having a dimension between 0,01 mm to 0,5 mm, b. introducing electromagnetic waves into the interior of the egg egg at one passage (la) of the at least two passages (la, lb), c. detecting electromagnetic waves exiting the egg at the other passage (lb) of the at least two passages (la, lb), d. analyzing by spectroscopy the exiting electromagnetic waves at said other passage of the at least two passages, wherein a detector receives the exiting electromagnetic waves at said other passage to provide data for spectroscopic analyses; and e. determining the gender of a chicken embryo based on step d). a. providing at least two passages in an egg shell of an egg for allowing entrance into an interior of the egg and exit from the interior of the egg of electromagnetic waves suitable for spectroscopy, the step being performed using laser processing, and the at least two passages having a dimension between 0,01 mm to 0,5 mm, b. introducing electromagnetic waves into the interior of the egg egg at one passage (la) of the at least two passages (la, lb), c. detecting electromagnetic waves exiting the egg at the other passage (lb) of the at least two passages (la, lb), d. analyzing by spectroscopy the exiting electromagnetic waves at said other passage of the at least two passages, wherein a detector receives the exiting electromagnetic waves at said other passage to provide data for spectroscopic analyses; and e. determining the gender of a chicken embryo based on step d).
Method for producing a facade element made of glass for shielding from light, comprising the steps of: - providing a substrate made of glass, - depositing a colour layer on the substrate , - locally removing the colour layer by energy input by means of laser radiation , where the energy input takes place with an incident beam angle in the range from 10° to 40°, preferably from 15° to 35°, more preferably 30°, relative to the surface of the substrate , where an incident beam angle of 0° forms a perpendicular to the surface of the substrate , and - subsequently inputting energy, where the colour layer remaining on the substrate is joined to the substrate. - providing a substrate made of glass, - depositing a colour layer on the substrate , - locally removing the colour layer by energy input by means of laser radiation , where the energy input takes place with an incident beam angle in the range from 10° to 40°, preferably from 15° to 35°, more preferably 30°, relative to the surface of the substrate , where an incident beam angle of 0° forms a perpendicular to the surface of the substrate , and - subsequently inputting energy, where the colour layer remaining on the substrate is joined to the substrate.
A method for communication, the method performed by a station, STA, for a wireless local area network, WLAN, system, the method comprising: receiving a downlink physical protocol data unit, PPDU, including: a control information subfield for uplink scheduling information, and downlink data from an access point, AP; and transmitting, to the AP, an uplink PPDU including an acknowledgement signal in response to the downlink data according to the uplink scheduling information, wherein the control information subfield does not include spatial reuse information, and wherein the STA is configured to disable spatial reuse in response to receiving the downlink PPDU, and wherein the control information subfield includes: length information of the uplink PPDU, resource unit, RU, allocation information for the uplink PPDU, modulation and coding scheme, MCS, information for the uplink PPDU, transmit power of the AP, and target receive signal strength indicator, RSSI, information of the AP. receiving a downlink physical protocol data unit, PPDU, including: a control information subfield for uplink scheduling information, and downlink data from an access point, AP; and a control information subfield for uplink scheduling information, and downlink data from an access point, AP; and transmitting, to the AP, an uplink PPDU including an acknowledgement signal in response to the downlink data according to the uplink scheduling information, wherein the control information subfield does not include spatial reuse information, and wherein the STA is configured to disable spatial reuse in response to receiving the downlink PPDU, and wherein the control information subfield includes: length information of the uplink PPDU, resource unit, RU, allocation information for the uplink PPDU, modulation and coding scheme, MCS, information for the uplink PPDU, transmit power of the AP, and target receive signal strength indicator, RSSI, information of the AP. length information of the uplink PPDU, resource unit, RU, allocation information for the uplink PPDU, modulation and coding scheme, MCS, information for the uplink PPDU, transmit power of the AP, and target receive signal strength indicator, RSSI, information of the AP.
A binaural cochlear implant system comprising: - an implantable stimulator ; - an ipsilateral cochlear implant electrode array connected to the stimulator and - a lead connected to the stimulator at a first end of the lead and provided with a contralateral binaural cochlear implant electrode array at a second end of the lead, - a fixation member at the second end of the lead , the fixation member being configured to allow through-passage of the contralateral binaural cochlear implant electrode array , the lead being configured to be implanted beneath the skin above the skull of a hearing aid user , wherein the lead comprises at least one electrical wire connecting the contralateral binaural cochlear implant electrode array with the stimulator, and a reinforcement fiber running along the length of the at least one electrical wire , and characterized in that the lead comprises a multi-lumen tubing provided with a plurality of separated through-going canals configured to allow passage of the at least one electrical wire and the reinforcement fiber from the stimulator to at least to the fixation member . - an implantable stimulator ; - an ipsilateral cochlear implant electrode array connected to the stimulator and - a lead connected to the stimulator at a first end of the lead and provided with a contralateral binaural cochlear implant electrode array at a second end of the lead, - a fixation member at the second end of the lead , the fixation member being configured to allow through-passage of the contralateral binaural cochlear implant electrode array , the lead being configured to be implanted beneath the skin above the skull of a hearing aid user , wherein the lead comprises at least one electrical wire connecting the contralateral binaural cochlear implant electrode array with the stimulator, and a reinforcement fiber running along the length of the at least one electrical wire , and characterized in that the lead comprises a multi-lumen tubing provided with a plurality of separated through-going canals configured to allow passage of the at least one electrical wire and the reinforcement fiber from the stimulator to at least to the fixation member .
A process for coating a textile material, said process comprising the following steps: a) incorporating active charcoal in powder form into a coating composition comprising an aqueous solvent and at least one organosilicon precursor, in which the organosilicon precursor represents 5% to 50% by volume relative to the combination of aqueous solvent and organosilicon precursor, b) impregnating the textile material by padding with the coating composition, and c) drying the impregnated textile material, characterized in that the coating composition is free of polycarboxylic acid and of catalyst. a) incorporating active charcoal in powder form into a coating composition comprising an aqueous solvent and at least one organosilicon precursor, in which the organosilicon precursor represents 5% to 50% by volume relative to the combination of aqueous solvent and organosilicon precursor, b) impregnating the textile material by padding with the coating composition, and c) drying the impregnated textile material,
A mouldboard for a plough ; wherein said mouldboard in the orientation intended for use in a plough comprises an active surface and a passive surface ; wherein said active surface is arranged opposite to said passive surface ; wherein said active surface is having an extension in a vertical direction (Y); wherein said active surface is having an extension in a longitudinal direction (X); wherein said active surface extending from an upper rim to a lower rim of the mouldboard; wherein said active surface, in a predetermined area (A) thereof, is having a geometry which is configured in such a way that there exist a number of cross-sections (9,9',9") spaced along the mouldboard's extension in the longitudinal direction (X) and intersecting the upper rim of said active surface and the lower rim of said active surface in such a way that each said cross-section (9,9',9") on said active surface in said predetermined area (A) defines a cross-sectional curve (10,10',10") ; wherein in respect of each said cross-section and within said predetermined area (A) of said active surface , said cross-sectional curve (10,10',10") comprises an upper cross-sectional part (12,12',12") and a lower cross-sectional part (14,14',14") of said active surface; wherein in respect of each said cross-section within said predetermined area (A) of said active surface, said lower cross-sectional part (14,14',14") of a particular cross-section is having a smaller curvature (C) than its corresponding upper cross-sectional counterpart (12,12',12") of the same cross-section (9,9',9"); characterized in that in respect of each said cross-section (9,9',9") within said predetermined area (A) of said active surface , said lower cross-sectional part (14,14',14") at the point of the lower rim of said mouldboard are exhibiting tangent lines (TL, TL', TL"), wherein said tangent lines (TL. TL', TL") are crossing an imaginary line (IL) at intersection points (PI, PI', PI") thereof.
An apparatus for the shaping of plastics material pre-forms into plastics material containers with a conveying device which conveys the plastics material preforms along a pre-set conveying path, wherein the conveying device has a movable station carrier which is arranged at least indirectly on a stationary base carrier and on which are arranged a plurality of shaping stations , wherein these shaping stations have in each case blow moulding devices which form cavities in each case, inside which the plastics material pre-forms are capable of being shaped to form the plastics material containers and these blow moulding devices are arranged in each case on blow mould carriers , wherein the apparatus has a changing device which is suitable and intended for removing at least the blow moulding devices from the blow mould carriers thereof and/or for arranging blow moulding devices on the blow mould carriers , wherein the changing device has a first control device for controlling a removing movement of the blow moulding devices and/or an arranging movement for arranging the blow moulding devices on the blow mould carriers and the apparatus has a second control device for controlling a blow moulding procedure, wherein the first control device and the second control device preferably co-operate at least for a time, characterized in that these two control devices are suitable and intended, at least for a time during a changing mode, within which the blow mould parts are exchanged, to cooperate such that the second control device effects an opening of the blow mould carriers and, in a manner dependent upon this, the first control device effects a removal of the blow moulding devices.
An injector for implanting a sensor implant in a human or animal eye, namely for suprachoroidally implanting a pressure sensor for wirelessly measuring the internal eye pressure, the injector comprising an injection chamber and a pusher , by means of which a sensor implant can be pressed out of the injection chamber through an injection opening , characterized in that the injector comprises a tube-shaped injection chamber for receiving a sensor implant , the inner wall surfaces thereof having a rotationally asymmetric oval or rectangular cross section, in that the injection chamber has an injection opening at a free end, through which a sensor implant can slide out during implanting and can slide into a scleral incision in the eye, wherein the inner wall surfaces of the injection chamber enclose the also rotationally asymmetric cross section of a sensor implant and prevent rotating of the sensor implant about an axis of rotation in the direction of injection , and in that a first chamber segment of the injection chamber present between the injection opening and a second chamber segment of the injection chamber further away from the injection opening is filled with a viscoelastic material, and in that a sensor implant initially placed in the second chamber segment can be pressed out of the injection chamber through the filled, first chamber segment .
Coin separating apparatus having - a conveying device for conveying coins (M) along a conveying path in a conveying direction (F) from an input container ; - a checking device , arranged on the conveying path , for checking a coin (M) conveyed along the conveying path and for providing a check result signal; - a coin collecting device for collecting coins (M); and - a coin bridge device arranged between the coin collecting device and the conveying device , said coin bridge device being configured to receive the check result signal and, depending on the check result signal, either to take over a conveyed coin (M) from the conveying device by means of a movably arranged slide and feed it to the coin collecting device via the slide or not to take over a conveyed object (M') from the conveying device , such that the conveyed object (M') passes from the conveying device to a return means of the coin separating device ; wherein, when the coin separating apparatus is arranged and used as intended, the conveying direction (F) is directed at least with a direction vector component counter to a direction of gravity (G), characterized in that the slide is configured such that the coin (M) taken over from the conveying device by means of the slide is fed to the coin collecting device along the slide substantially only in a manner driven by gravity. - a conveying device for conveying coins (M) along a conveying path in a conveying direction (F) from an input container ; - a checking device , arranged on the conveying path , for checking a coin (M) conveyed along the conveying path and for providing a check result signal; - a coin collecting device for collecting coins (M); and - a coin bridge device arranged between the coin collecting device and the conveying device , said coin bridge device being configured to receive the check result signal and, depending on the check result signal, either to take over a conveyed coin (M) from the conveying device by means of a movably arranged slide and feed it to the coin collecting device via the slide or not to take over a conveyed object (M') from the conveying device , such that the conveyed object (M') passes from the conveying device to a return means of the coin separating device ;