mhurhangee/patent-ind-claim-en huggingface dataset:
Method of protecting passage openings of a semiconductor wafer , comprising at least the steps: - providing a semiconductor wafer with an upper side (10.1), a lower side (10.2) and comprising a plurality of solar cell stacks , - wherein each solar cell stack comprises a Ge substrate forming the lower side (10.1) of the semiconductor wafer, a Ge part cell and at least two III-V part cells in the stated sequence as well as at least one passage opening which extends from the upper side (10.1) to the lower side (10.2) of the semiconductor wafer , with a continuous side wall (22.1) and a circumference oval in cross-section, - application of a dielectric insulating layer over an area on the upper side (10.1) of the semiconductor wafer and the side wall (22.1) of the passage opening and the lower side (10.2) of the semiconductor wafer , subsequently - applying a photoresist layer on the upper side (10.1) of the semiconductor wafer and at least a region, which adjoins the upper side, of the side wall (22.1) of the passage opening , - applying an organic filler material by means of a printing method on a region, which surrounds the passage opening , of the upper side (10.1) and in the passage opening , wherein the steps are carried out in the stated sequence. - providing a semiconductor wafer with an upper side (10.1), a lower side (10.2) and comprising a plurality of solar cell stacks , - wherein each solar cell stack comprises a Ge substrate forming the lower side (10.1) of the semiconductor wafer, a Ge part cell and at least two III-V part cells in the stated sequence as well as at least one passage opening which extends from the upper side (10.1) to the lower side (10.2) of the semiconductor wafer , with a continuous side wall (22.1) and a circumference oval in cross-section, - application of a dielectric insulating layer over an area on the upper side (10.1) of the semiconductor wafer and the side wall (22.1) of the passage opening and the lower side (10.2) of the semiconductor wafer , subsequently - applying a photoresist layer on the upper side (10.1) of the semiconductor wafer and at least a region, which adjoins the upper side, of the side wall (22.1) of the passage opening , - applying an organic filler material by means of a printing method on a region, which surrounds the passage opening , of the upper side (10.1) and in the passage opening , wherein the steps are carried out in the stated sequence.
A refuse collection vehicle comprising at least an upper refuse compartment situated above a lower refuse compartment , whereby the lower refuse compartment partially houses an actuating compaction ram such that a portion of the actuating compaction ram protrudes into the upper refuse compartment when the actuating compaction ram is in normal use, a compaction assembly for the lower refuse compartment comprising a compacting plate and the actuating compaction ram mounted on a support framework whereby the compacting plate can be raised and lowered in the lower refuse compartment by the actuating compaction ram , characterised in that the actuating compaction ram is movable so as to no longer protrude into the upper refuse compartment , the actuating compaction ram being slidably mounted on the support framework for movement between a raised operating position protruding into the upper refuse compartment and a lowered position within the lower refuse compartment .
A relay welding detection apparatus configured to detect welding of a relay provided to a charging path extending from an external power supply , which includes electrical leakage detection section , to a storage battery , the apparatus comprising: a welding detection switch , a connection interrupting switch , and a control section , wherein the connection interrupting switch and the welding detection switch together with the control section constitute a detection section configured to detect welding of the relay ; the connection interrupting switch is placed in series with the welding detection switch and that is in parallel with the storage battery , the connection interrupting switch being controlled by the control section to open connection between the external power supply and the detection section at least when detection of electrical leakage is performed; characterized in that : the detection section being controlled by the control section to detect welding of the relay based on whether or not current from the storage battery has a predetermined value or more, on a region of the charging path that extends from the relay toward the external power supply , when the relay is turned off during stop of charging. a welding detection switch , a connection interrupting switch , and a control section , wherein the connection interrupting switch and the welding detection switch together with the control section constitute a detection section configured to detect welding of the relay ; the connection interrupting switch is placed in series with the welding detection switch and that is in parallel with the storage battery , the connection interrupting switch being controlled by the control section to open connection between the external power supply and the detection section at least when detection of electrical leakage is performed; characterized in that : the detection section being controlled by the control section to detect welding of the relay based on whether or not current from the storage battery has a predetermined value or more, on a region of the charging path that extends from the relay toward the external power supply , when the relay is turned off during stop of charging.
Method for handling material in a pneumatic pipe transport system, in which material, such as waste material, is input from an input aperture of an input point, and is handled with a press device , arranged in connection with an input point or in the proximity of it, and is transferred onwards in a transfer piping, which press device is a rotary press having ring-like handling means with rotatable ring-like handling means and a stationary ring-like handling means , the ring-like handling means comprising an aperture arranged eccentrically with respect to an axis of rotation of the rotatable ring-like handling means , characterized in that the method comprising: conducting the material to be handled into the rotary press and through the ring-like handling means of the rotary press at least partly by means of suction and/or a pressure difference of the pneumatic pipe transport system, and compacting and compressing the material with the rotatable ring-like handling means together with the stationary ring-like handling means , and changing the direction of rotation of the rotatable ring-like handling means to cut the material. conducting the material to be handled into the rotary press and through the ring-like handling means of the rotary press at least partly by means of suction and/or a pressure difference of the pneumatic pipe transport system, and compacting and compressing the material with the rotatable ring-like handling means together with the stationary ring-like handling means , and changing the direction of rotation of the rotatable ring-like handling means to cut the material.
An apparatus for measuring bio-information (100; 200), the apparatus comprising: a pulse wave sensor configured to emit light having a plurality of wavelengths onto an object, and to detect a multi-wavelength pulse wave signal from the object; and a processor configured to obtain a contact pressure signal based on the multi-wavelength pulse wave signal, the contact pressure signal indicating a pressure between the object and the pulse wave sensor , and to generate information regarding a measurement state of the object based on the contact pressure signal; characterized in that the processor is further configured to obtain a differential signal between detected multi-wavelength pulse wave signals, and obtain the contact pressure signal based on the differential signal. a pulse wave sensor configured to emit light having a plurality of wavelengths onto an object, and to detect a multi-wavelength pulse wave signal from the object; and a processor configured to obtain a contact pressure signal based on the multi-wavelength pulse wave signal, the contact pressure signal indicating a pressure between the object and the pulse wave sensor , and to generate information regarding a measurement state of the object based on the contact pressure signal; characterized in that the processor is further configured to obtain a differential signal between detected multi-wavelength pulse wave signals, and obtain the contact pressure signal based on the differential signal.
A lightweight aircraft passenger seat assembly comprising three seat portions , wherein the seat portions are supported by a frame portion defining three receptacles for receiving and supporting three seat shells of the three seat portions and formed from laminated fibre reinforced composite material forming an integral monolithic laminated body; the frame portion comprising; a single straight beam portion extending along a straight line and having a first and a second opposite ends; two closed loop portions arranged respectively on the first and second opposite ends of the beam portion , and extending along the straight line of the single straight beam portion; a centre spine portion ; and two outer spine portions , the centre spine portion being coupled to the single straight beam portion , and each of the outer spine portions being coupled to a respective loop portion of the two closed loop portions, wherein the spine portions are configured to be moveable relative to each other and/or bendable independently from each other, wherein each spine portion has a bifurcated distal end, which is configured to encompass and/or support a backrest portion of a respective seat shell of the three seat shells of a seat portion , so that the frame portion defines the receptacles for receiving the seat shells .
A process for alkylating benzene contained in a refinery gasoline stream, said process comprising contacting said refinery gasoline stream with an alkylating agent comprising one or more C2 to C5 olefins in an alkylation reaction zone under alkylation conditions to produce an alkylated effluent, wherein said alkylation reaction zone comprises at least one alkylation reaction stage, wherein a paraffinic stream comprising C5 to C10 hydrocarbons and less than 2.0 wt% aromatics and/or olefins is fed to the inlet of said at least one of the alkylation reaction stage, and wherein said paraffinic stream is a distillation product obtained by distilling the alkylated effluent from the reaction zone.
A micro-electromechanical device for monitoring fluid media, the device comprising at least one fluid port and at least one cavity or fluid flow path fluidly coupled to said at least one fluid port for enabling exchange of fluid media therewith, at least one deformable membrane element configured to interact with the fluid media, when said fluid media is introduced into said at least one cavity or fluid flow path , and elastically deform responsive to pressure conditions inside said at least one cavity or fluid flow path , at least one sensing element configured to measure at least one property or condition of said fluid media, and at least one electrical contact electrically coupled to said at least one sensing element , characterized in that : said at least one fluid port and said at least one cavity or fluid flow path are formed in a base element of the device being a monolithic unit made of a certain type of polymer material and having at least one opening sealably covered by at least one region of said at least one deformable membrane element that interacts with the fluid media; said at least one sensing element comprises a transducing element and it is formed on said at least one region of said at least one deformable membrane element that covers the at least one opening and interacts with the fluid media, for measuring the at least one property or condition of the fluid media; and said at least one electrical contact is disposed on said base element of the device. said at least one fluid port and said at least one cavity or fluid flow path are formed in a base element of the device being a monolithic unit made of a certain type of polymer material and having at least one opening sealably covered by at least one region of said at least one deformable membrane element that interacts with the fluid media; said at least one sensing element comprises a transducing element and it is formed on said at least one region of said at least one deformable membrane element that covers the at least one opening and interacts with the fluid media, for measuring the at least one property or condition of the fluid media; and said at least one electrical contact is disposed on said base element of the device.
A dummy electric battery (5; 10; 21; 23; 25; 30; 35; 40) comprising, in a shell : - an alternation of thermally-conductive plates and of thermally-insulating plates ; - at least, for one of the thermally-insulating plates interposed between two thermally-conductive plates, a thermally-conductive thermal bridge present in said thermally-insulating plate and mechanically connected to said two thermally-conductive plates; and - at least one resistive element and electric conductors connected to the resistive element and extending outside of the shell. - an alternation of thermally-conductive plates and of thermally-insulating plates ; - at least, for one of the thermally-insulating plates interposed between two thermally-conductive plates, a thermally-conductive thermal bridge present in said thermally-insulating plate and mechanically connected to said two thermally-conductive plates; and - at least one resistive element and electric conductors connected to the resistive element and extending outside of the shell.
Device for laying pipelines (T), which can be connected to the boom (F) of a transport vehicle and which carries the pipe (T) to be laid in order to fit it into a laid pipe (To), comprising: a fastening head which is formed by a pivot joint having a vertical axis (YY) and a tilting joint having a horizontal axis (ZZ), a guide rail having a support for positioning and fixing to the end of the laid pipe (To) and aligning the pipe (T) to be laid on the laid pipe (To), a carriage which is formed by a telescopic pipe which is fitted to the guide rail and which is activated relative thereto and which is provided with a support which carries the pipe (T) to be positioned and fitted in the curve (DT o ) of the laid pipe (To), which device is characterised in that the guide rail is connected to the fastening head through the telescopic pipe . a fastening head which is formed by a pivot joint having a vertical axis (YY) and a tilting joint having a horizontal axis (ZZ), a guide rail having a support for positioning and fixing to the end of the laid pipe (To) and aligning the pipe (T) to be laid on the laid pipe (To), a carriage which is formed by a telescopic pipe which is fitted to the guide rail and which is activated relative thereto and which is provided with a support which carries the pipe (T) to be positioned and fitted in the curve (DT o ) of the laid pipe (To), which device is characterised in that the guide rail is connected to the fastening head through the telescopic pipe .
A method for secure online audience measurement, comprising: receiving, by an audience measurement server executed by a first device, a communication transmitted from each of a plurality of client devices, each communication comprising an identification of an item of content and a device identifier of said client device, a first portion of the plurality of client devices operating on behalf of members of a panel measurement service; receiving, by the audience measurement server from a second device, a request for measurement data of the members of the panel measurement service, the request comprising a probabilistic data structure corresponding to a hash of each device identifier of the first portion of the plurality of client devices; filtering, by the audience measurement server via the probabilistic data structure, the received communications to select a subset of the received communications, the subset including (i) the communications including device identifiers of the first portion of the plurality of client devices and (ii) the communications including device identifiers of a second portion of the plurality of client devices not corresponding to panel members; encrypting, by the audience measurement server, for each communication in the selected subset, the identification of the item of content using the corresponding device identifier in each said communication to generate encrypted measurement data; and transmitting, by the audience measurement server to the second device, the encrypted measurement data. receiving, by an audience measurement server executed by a first device, a communication transmitted from each of a plurality of client devices, each communication comprising an identification of an item of content and a device identifier of said client device, a first portion of the plurality of client devices operating on behalf of members of a panel measurement service; receiving, by the audience measurement server from a second device, a request for measurement data of the members of the panel measurement service, the request comprising a probabilistic data structure corresponding to a hash of each device identifier of the first portion of the plurality of client devices; filtering, by the audience measurement server via the probabilistic data structure, the received communications to select a subset of the received communications, the subset including (i) the communications including device identifiers of the first portion of the plurality of client devices and (ii) the communications including device identifiers of a second portion of the plurality of client devices not corresponding to panel members; encrypting, by the audience measurement server, for each communication in the selected subset, the identification of the item of content using the corresponding device identifier in each said communication to generate encrypted measurement data; and transmitting, by the audience measurement server to the second device, the encrypted measurement data.
A method of determining an amount of free IL-17 in a sample comprising IL-17 and a small molecule (SM) modulator of IL-17, the method comprising: i. contacting the sample with a first capture antibody to form a mixture comprising a first complex comprising the first capture antibody and the IL-17 unbound to the SM modulator, and a second complex comprising the first capture antibody and the IL-17 bound to the SM modulator; ii. contacting the mixture from step i) with a first detection agent to thereby form a third complex comprising the first capture antibody, the IL-17 unbound to the SM modulator, and the first detection agent, but not a fourth complex comprising the first capture antibody, the IL-17 bound to the SM modulator, and the first detection agent; and iii. determining the amount of the free IL-17 by measuring the amount of the first detection agent in the third complex, wherein the SM modulator is selected from the group consisting of Compounds #1-6 having the following structures and pharmaceutically acceptable salts thereof: the first capture antibody is the capture antibody of DuoSet ELISA kit DY317 (R&D Systems, Inc.) and the first detection agent is mAb4538 (Janssen Biotech, Inc.) and the first detection agent is not capable of forming a complex comprising the first capture antibody, the IL-17 bound to any of compounds #1 to #6 and the first detection agent. i. contacting the sample with a first capture antibody to form a mixture comprising a first complex comprising the first capture antibody and the IL-17 unbound to the SM modulator, and a second complex comprising the first capture antibody and the IL-17 bound to the SM modulator; ii. contacting the mixture from step i) with a first detection agent to thereby form a third complex comprising the first capture antibody, the IL-17 unbound to the SM modulator, and the first detection agent, but not a fourth complex comprising the first capture antibody, the IL-17 bound to the SM modulator, and the first detection agent; and iii. determining the amount of the free IL-17 by measuring the amount of the first detection agent in the third complex,
An antibody drug conjugate comprising an antibody conjugated to a conjugate moiety via an endogenous acceptor glutamine residue on the antibody flanked by an N-glycosylation site in the Fc region, wherein the antibody drug conjugate is N-glycosylated at the N-glycosylation site in the Fc region, and wherein the endogenous acceptor glutamine residue is at position 295 and the N-glycosylation site is at position 297 of a heavy chain of the antibody, wherein the numbering is according to the EU index as in Kabat, wherein the antibody is trastuzumab and the conjugate moiety comprises: (i) PEGx-MMAE having the structure: wherein x is 2, 4, 6, 8, 10, 12, 16, 20 or 24; (ii) PEG3c-MMAE having the structure: or (iii) a 3-arm-PEG linker: wherein n is 7-38, and an alkyne-PEG4c-MMAE: wherein each of the azide groups in the 3-arm-PEG linker is conjugated to an alkyne-PEG4c-MMAE. (i) PEGx-MMAE having the structure: wherein x is 2, 4, 6, 8, 10, 12, 16, 20 or 24; (ii) PEG3c-MMAE having the structure: or (iii) a 3-arm-PEG linker: wherein n is 7-38, and an alkyne-PEG4c-MMAE: wherein each of the azide groups in the 3-arm-PEG linker is conjugated to an alkyne-PEG4c-MMAE.
A microfluidic device for analysing a test liquid comprising: a bridgeable barrier ; an upstream portion, positioned upstream from the bridgeable barrier , housing a sensor provided in a sensing chamber and for receiving a test liquid to be analysed, said upstream portion comprising an inlet channel , an outlet channel and a sample input port for receiving the test liquid and in fluid communication with the inlet channel , the upstream portion being filled with a further liquid between the inlet channel and the outlet channel ; a downstream portion , positioned downstream from the bridgeable barrier , for receiving the further liquid from the outlet channel of the upstream portion; a removably attachable seal , configured to enclose the upstream portion and - inhibit flow of the further liquid before removal of the seal , and - after removal of the seal , permit the further liquid to pass the barrier from the upstream portion to the downstream portion ; wherein the device is configured such that, after removal of the seal , the capillary pressure at the sample input port is balanced with the capillary pressure at the downstream portion . a bridgeable barrier ; an upstream portion, positioned upstream from the bridgeable barrier , housing a sensor provided in a sensing chamber and for receiving a test liquid to be analysed, said upstream portion comprising an inlet channel , an outlet channel and a sample input port for receiving the test liquid and in fluid communication with the inlet channel , the upstream portion being filled with a further liquid between the inlet channel and the outlet channel ; a downstream portion , positioned downstream from the bridgeable barrier , for receiving the further liquid from the outlet channel of the upstream portion; a removably attachable seal , configured to enclose the upstream portion and - inhibit flow of the further liquid before removal of the seal , and - after removal of the seal , permit the further liquid to pass the barrier from the upstream portion to the downstream portion ; - inhibit flow of the further liquid before removal of the seal , and - after removal of the seal , permit the further liquid to pass the barrier from the upstream portion to the downstream portion ; wherein the device is configured such that, after removal of the seal , the capillary pressure at the sample input port is balanced with the capillary pressure at the downstream portion .