mhurhangee/patent-ind-claim-en huggingface dataset:
A lateral flow immunoassay device for qualitative or quantitative detection of Candida infection in a sample selected from a whole blood, serum, plasma and a bronchoalveolar lavage (BAL) sample comprising a backing support and, on said backing support, a capillary flow array and a wicking pad, wherein the capillary flow array comprises i) a sample receiving pad located at one end of the backing support and having pores so as to receive the sample; ii) a conjugate release pad being distinct from the sample receiving pad or included to the sample receiving pad and being in capillary contact with the sample receiving pad and being impregnated with at least one detection reagent comprising a first binder specific and binding to the anti-Hwp1 antibody analyte conjugated to a first label moiety; iii) a detection pad being distinct from the conjugate release pad and being in capillary contact with the conjugate release pad and comprising a detection membrane, a capture test reagent array comprising at least one reagent test line and a capture control reagent array comprising one control reagent line, said capture reagent and control reagent arrays being immobilized on the detection membrane and iv) a wicking membrane at the other end of the backing support and being in capillary contact with the detection pad, wherein said at least one reagent test line comprises a Hwp1.3 protein and said control reagent line comprises a control reagent having a specific affinity for the first binder, wherein a Hwp1.3 protein consists of SEQ ID NO: 1.
A cable assembly , comprising a. a cable (10, 10a-b) with a cable hose (11, 11a-b) and at least one conductor arranged therein, wherein the cable hose (11, 11a-b) is spaced a distance apart from the conductor forming a first interstitial space (15, 1 5a-b) between the at least conductor and the cable hose (11, 11a-b), and b. at least one tube (20, 20a-b) for conveying of a cooling fluid , and c. a connector comprising at least one contact member (31, 31a-b) interconnected to the at least one conductor and a chamber wherein said chamber comprises i. a first port which is interconnected to the first interstitial space (15, 15a-b) between the at least one conductor (12, 12a-f) and the cable hose (11, 11a-b) and ii. a second port (34, 34a-b) which is interconnected to the tube (20, 20a-b) characterized in that the cable (10, 10a-b) is surrounded by a second sheath forming a second interstitial space between the at least one cable hose of the conductor and the second sheath , wherein the second interstitial space receives a control fluid that is pressurized, wherein a detecting means is present which senses a loss of the control fluid from the cable assembly . a. a cable (10, 10a-b) with a cable hose (11, 11a-b) and at least one conductor arranged therein, wherein the cable hose (11, 11a-b) is spaced a distance apart from the conductor forming a first interstitial space (15, 1 5a-b) between the at least conductor and the cable hose (11, 11a-b), and b. at least one tube (20, 20a-b) for conveying of a cooling fluid , and c. a connector comprising at least one contact member (31, 31a-b) interconnected to the at least one conductor and a chamber wherein said chamber comprises i. a first port which is interconnected to the first interstitial space (15, 15a-b) between the at least one conductor (12, 12a-f) and the cable hose (11, 11a-b) and ii. a second port (34, 34a-b) which is interconnected to the tube (20, 20a-b) i. a first port which is interconnected to the first interstitial space (15, 15a-b) between the at least one conductor (12, 12a-f) and the cable hose (11, 11a-b) and ii. a second port (34, 34a-b) which is interconnected to the tube (20, 20a-b)
An isolated polypeptide having protease activity, selected from the group consisting of: (a) a polypeptide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 95.5%, at least 96.5%, at least 97%, at least 97.5%, at least 98%, at least 98.5%, at least 99%, at least 99.5%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2, or the mature polypeptide of SEQ ID NO: 4 and (b) a polypeptide encoded by a polynucleotide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 95.5%, at least 96.5%, at least 97%, at least 97.5%, at least 98%, at least 98.5%, at least 99%, at least 99.5%, or 100% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1, or to the mature polypeptide coding sequence of SEQ ID NO: 3. (a) a polypeptide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 95.5%, at least 96.5%, at least 97%, at least 97.5%, at least 98%, at least 98.5%, at least 99%, at least 99.5%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2, or the mature polypeptide of SEQ ID NO: 4 and (b) a polypeptide encoded by a polynucleotide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 95.5%, at least 96.5%, at least 97%, at least 97.5%, at least 98%, at least 98.5%, at least 99%, at least 99.5%, or 100% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1, or to the mature polypeptide coding sequence of SEQ ID NO: 3.
Power-electric connector in particular electric high-current connector or electro-power connector , for the three-phase current sector or the electric vehicle sector, having a connector housing , an exchangeable power-electric contact module mountable or mounted in the connector housing , and further having a power-electric contact device with first and second contact apparatuses separable from each other, wherein the connector housing has at least one contact section receptacle , wherein the second contact apparatus of the power-electric contact device is provided in said contact section receptacle , and the second contact apparatus has a contact apparatus mounting section on/in which the first contact apparatus of the contact device is mountable or mounted, wherein the exchangeable contact module comprises an insert housing having at least one contact section receptacle , wherein the first contact apparatus of the contact device is provided in said contact section receptacle , and the first contact apparatus has a contact apparatus mounting section on/in which the second contact apparatus of the contact device is mountable or mounted, characterised in that the insert housing comprises a base plate having a plurality of contact section receptacles through which a plurality of first contact apparatuses each being of one-piece or integral configuration in material terms are inserted, and wherein at least the base plate constitutes the insert housing of the exchangeable contact module , and the insert housing is substantially in the shape of a disc , an open cage, an open tub or a vessel . a connector housing , an exchangeable power-electric contact module mountable or mounted in the connector housing , and further having a power-electric contact device with first and second contact apparatuses separable from each other, wherein the connector housing has at least one contact section receptacle , wherein the second contact apparatus of the power-electric contact device is provided in said contact section receptacle , and the second contact apparatus has a contact apparatus mounting section on/in which the first contact apparatus of the contact device is mountable or mounted, wherein the exchangeable contact module comprises an insert housing having at least one contact section receptacle , wherein the first contact apparatus of the contact device is provided in said contact section receptacle , and the first contact apparatus has a contact apparatus mounting section on/in which the second contact apparatus of the contact device is mountable or mounted, characterised in that the insert housing comprises a base plate having a plurality of contact section receptacles through which a plurality of first contact apparatuses each being of one-piece or integral configuration in material terms are inserted, and wherein at least the base plate constitutes the insert housing of the exchangeable contact module , and the insert housing is substantially in the shape of a disc , an open cage, an open tub or a vessel .
Mould for casting molten metals, comprising: • a casting cavity having a cavity inlet , • a housing selected among a filter housing and a diverter housing, having a housing outlet in fluid communication with the cavity inlet and a housing inlet in fluid communication with, • a bore extending between an upper surface of the mould and the housing inlet , • a mould / shroud coupling mechanism configured for accommodating a shroud of a casting installation in a shroud casting position, wherein the shroud comprises a funnel attached to a proximal end of a shaft which is hollow and having a distal end comprising a shroud outlet , and wherein the shroud casting position is defined as the shaft being accommodated in the bore with the distal end thereof inserted through the housing inlet with the shroud outlet enclosed in the housing , wherein, the mould / shroud coupling mechanism comprises: ∘ a base member fixed to the upper surface , ∘ a seat member configured for receiving the funnel and holding the shroud in the shroud casting position, and wherein, the seat member is coupled to the base member by at least one compliant element such that the seat member is separated from and movable relative to the base member upon application of a load onto the seat member which deforms the at least one compliant element , wherein said compliant element comprises one or more resilient elements including a spring extending between the seat member and the base member . • a casting cavity having a cavity inlet , • a housing selected among a filter housing and a diverter housing, having a housing outlet in fluid communication with the cavity inlet and a housing inlet in fluid communication with, • a bore extending between an upper surface of the mould and the housing inlet , • a mould / shroud coupling mechanism configured for accommodating a shroud of a casting installation in a shroud casting position, wherein the shroud comprises a funnel attached to a proximal end of a shaft which is hollow and having a distal end comprising a shroud outlet , and wherein the shroud casting position is defined as the shaft being accommodated in the bore with the distal end thereof inserted through the housing inlet with the shroud outlet enclosed in the housing , wherein, the mould / shroud coupling mechanism comprises: ∘ a base member fixed to the upper surface , ∘ a seat member configured for receiving the funnel and holding the shroud in the shroud casting position, and ∘ a base member fixed to the upper surface , ∘ a seat member configured for receiving the funnel and holding the shroud in the shroud casting position, and wherein, the seat member is coupled to the base member by at least one compliant element such that the seat member is separated from and movable relative to the base member upon application of a load onto the seat member which deforms the at least one compliant element , wherein said compliant element comprises one or more resilient elements including a spring extending between the seat member and the base member .
A hinge and joint for eyeglasses, comprising: upper and lower rim end pieces ; a generally vertical, generally cylindrical hollow shaft adapted to be attached to a temple ; at least one spring positioned laterally between the upper and lower rim end pieces and the shaft such that the shaft bears against the at least one spring ; a housing with an outer plate and upper and lower generally perpendicular flanges , the flanges having a pair of upper and lower aligned slots , the housing being adapted to fit over the at least one spring and the shaft ; and a pin sized and configured to be inserted into the upper and lower aligned slots and the hollow shaft ; wherein the at least one spring biases the shaft toward a lateral position out of alignment with the slots of the housing . upper and lower rim end pieces ; a generally vertical, generally cylindrical hollow shaft adapted to be attached to a temple ; at least one spring positioned laterally between the upper and lower rim end pieces and the shaft such that the shaft bears against the at least one spring ; a housing with an outer plate and upper and lower generally perpendicular flanges , the flanges having a pair of upper and lower aligned slots , the housing being adapted to fit over the at least one spring and the shaft ; and a pin sized and configured to be inserted into the upper and lower aligned slots and the hollow shaft ; wherein the at least one spring biases the shaft toward a lateral position out of alignment with the slots of the housing .
A method for manufacturing a sensor inserter assembly , wherein the sensor inserter assembly is configured to apply an on-skin sensor assembly configured for transcutaneous glucose monitoring of a host, the on-skin sensor assembly comprising a sensor module , a transcutaneous glucose sensor having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module, an electrical interconnect comprising springs mechanically coupled to the sensor module anc electrically coupled to the sensor, a base comprising adhesive to couple the base to the skin of the host and an electronics unit configured to process a signal received from the transcutaneous glucose sensor , the method comprising: electrically connecting, at a factory, the transcutaneous glucose sensor to the sensor electronics unit by: electrically connecting the electronics unit to the sensor module ; and electrically connecting the transcutaneous glucose sensor to the sensor module and the electrical interconnect, locating the electronics unit inside the sensor inserter assembly such that the assembly is configured to couple the electronics unit to the skin of the host. electrically connecting the electronics unit to the sensor module ; and electrically connecting the transcutaneous glucose sensor to the sensor module and the electrical interconnect, locating the electronics unit inside the sensor inserter assembly such that the assembly is configured to couple the electronics unit to the skin of the host.
A method for suppressing interference in a radar transceiver , the method comprising transmitting (S1) a radar signal at a frequency F(t), receiving (S2) a radar signal, monitoring (S3) frequencies adjacent to the frequency F(t) for interference, and, if interference is detected (S4) in the adjacent frequencies, determining (S5) a cross-over time duration for the interference, and pausing (S6) radar signal transmission for the cross-over time duration, wherein the transmitting comprises transmitting (S11) a frequency modulated continuous wave, FMCW, radar signal having the frequency F(t), characterized in that determining the cross-over time duration comprises determining (S51) a relative frequency gradient between the transmitted radar signal and an interfering radar signal. transmitting (S1) a radar signal at a frequency F(t), receiving (S2) a radar signal, monitoring (S3) frequencies adjacent to the frequency F(t) for interference, and, if interference is detected (S4) in the adjacent frequencies, determining (S5) a cross-over time duration for the interference, and pausing (S6) radar signal transmission for the cross-over time duration, wherein the transmitting comprises transmitting (S11) a frequency modulated continuous wave, FMCW, radar signal having the frequency F(t), characterized in that determining the cross-over time duration comprises determining (S51) a relative frequency gradient between the transmitted radar signal and an interfering radar signal.
A method for forming fibers from a biodegradable polymer, the method comprising melt blending a first aliphatic polyester with at least one alcohol so that the polyester undergoes an alcoholysis reaction, wherein the alcohol is employed in an amount of from 0.1 wt.% to 20 wt.%, based on the weight of the first aliphatic polyester, and wherein a catalyst is employed to facilitate the alcoholysis reaction, the alcoholysis reaction resulting in a second, modified aliphatic polyester having a melt flow index that is greater than the melt flow index of the first polyester, determined at a load of 2160 grams and temperature of 170°C in accordance with ASTM Test Method D1238-E, and forming fibers from the modified aliphatic polyester.
A method for the elastic installation on pipelines of a detection device containing a sensor for detecting acoustic waves, which comprises: i. arranging a substantially rectangular, steel supporting plate (A), equipped with a pass-through opening , on the pipeline; ii. supporting the sensor for detecting acoustic waves on the plate, in correspondence with the pass-through opening , together with the associated electronics; iii. welding one of the two edges of the plate (A), orthogonal to the axis of the pipeline, onto the same pipeline and withholding the parallel sides, to the axis of the pipeline, of the supporting plate (A) between two overturned L-shaped flanges and welded only onto the outer surface of the pipeline in correspondence with the other orthogonal edge; iv. covering the sensor for detecting acoustic waves and the associated electronics with a protection box , equipped with a top , which adapts itself to the plate (A); v. positioning a blocking spring between the sensor for detecting acoustic waves and the internal top of the box ; vi. fixing the covering box to the supporting plate (A) . i. arranging a substantially rectangular, steel supporting plate (A), equipped with a pass-through opening , on the pipeline; ii. supporting the sensor for detecting acoustic waves on the plate, in correspondence with the pass-through opening , together with the associated electronics; iii. welding one of the two edges of the plate (A), orthogonal to the axis of the pipeline, onto the same pipeline and withholding the parallel sides, to the axis of the pipeline, of the supporting plate (A) between two overturned L-shaped flanges and welded only onto the outer surface of the pipeline in correspondence with the other orthogonal edge; iv. covering the sensor for detecting acoustic waves and the associated electronics with a protection box , equipped with a top , which adapts itself to the plate (A); v. positioning a blocking spring between the sensor for detecting acoustic waves and the internal top of the box ; vi. fixing the covering box to the supporting plate (A) .
A pressure sensor , comprising: a sensor housing including a fastener to be fastened to a pressure measurement target, and a housing pathway configured to penetrate the fastener and guide a fluid flowing from the pressure measurement target; and a sensor header including a port pressed in and fixed to the housing pathway , a header pathway configured to penetrate the port and guide the fluid flowing from the housing pathway , and a diaphragm positioned at an end portion of the header pathway , wherein the sensor header further includes a flange positioned between the port and the diaphragm , the flange having a diameter (d4) greater than a diameter of the port and a diameter of the diaphragm , and wherein the sensor housing further includes a receiver recess receiving the flange and having: (i) a diameter (d7) greater than the diameter (d6) of the housing pathway ; (ii) a bottom surface , an inner edge of which is connected to the housing pathway ; and (iii) an inner circumferential surface connected to and enclosing a circumference of the bottom surface , characterised in that the flange is disposed spaced apart from the bottom surface of the receiver recess . a sensor housing including a fastener to be fastened to a pressure measurement target, and a housing pathway configured to penetrate the fastener and guide a fluid flowing from the pressure measurement target; and a sensor header including a port pressed in and fixed to the housing pathway , a header pathway configured to penetrate the port and guide the fluid flowing from the housing pathway , and a diaphragm positioned at an end portion of the header pathway , wherein the sensor header further includes a flange positioned between the port and the diaphragm , the flange having a diameter (d4) greater than a diameter of the port and a diameter of the diaphragm , and wherein the sensor housing further includes a receiver recess receiving the flange and having: (i) a diameter (d7) greater than the diameter (d6) of the housing pathway ; (ii) a bottom surface , an inner edge of which is connected to the housing pathway ; and (iii) an inner circumferential surface connected to and enclosing a circumference of the bottom surface , characterised in that the flange is disposed spaced apart from the bottom surface of the receiver recess .
A cleaner comprising: a suction motor that generates a suction force; a handle for a user to hold and having an inclined surface; and an operation unit that is configured to input control instruction for the suction motor , wherein the operation unit is disposed on the inclined surface, and characterized in that the operation unit includes: a first push part that allows an instruction to turn on or off the suction motor to be input; and a second push part that allows the intensity of the suction force of the suction motor to be adjusted, and wherein the first push part and the second push part are arranged up and down on the inclined surface. a suction motor that generates a suction force; a handle for a user to hold and having an inclined surface; and an operation unit that is configured to input control instruction for the suction motor , wherein the operation unit is disposed on the inclined surface, and characterized in that the operation unit includes: a first push part that allows an instruction to turn on or off the suction motor to be input; and a second push part that allows the intensity of the suction force of the suction motor to be adjusted, and wherein the first push part and the second push part are arranged up and down on the inclined surface. a first push part that allows an instruction to turn on or off the suction motor to be input; and a second push part that allows the intensity of the suction force of the suction motor to be adjusted, and wherein the first push part and the second push part are arranged up and down on the inclined surface.
A method for operating a reader device that communicates via inductive coupling, the method comprising: - generating, by a transmitter unit of the reader device, a transmitted field; - receiving, by a receiver unit of the reader device, a response from a tag device, wherein the tag device responds using load modulation on the transmitted field; - detecting, by a sensing unit of the reader device, the response from the tag device, wherein detecting the response from the tag device indicates that the response can be demodulated, wherein the sensing unit further determines a signal quality information associated with the response from the tag device; - controlling, by a transmitter control unit of the reader device, a strength of the transmitted field based on the signal quality information. - generating, by a transmitter unit of the reader device, a transmitted field; - receiving, by a receiver unit of the reader device, a response from a tag device, wherein the tag device responds using load modulation on the transmitted field; - detecting, by a sensing unit of the reader device, the response from the tag device, wherein detecting the response from the tag device indicates that the response can be demodulated, wherein the sensing unit further determines a signal quality information associated with the response from the tag device; wherein detecting the response from the tag device indicates that the response can be demodulated, wherein the sensing unit further determines a signal quality information associated with the response from the tag device; - controlling, by a transmitter control unit of the reader device, a strength of the transmitted field based on the signal quality information.