mhurhangee/patent-ind-claim-en huggingface dataset:
A formed body made of steel having tensile strength of 440 MPa or more, the formed body comprising: a body portion having an open cross-sectional shape, the body portion including a top plate portion , a first vertical wall portion provided continuously to one edge portion of the top plate portion in a width direction, and a second vertical wall portion provided continuously to the other edge portion of the top plate portion in the width direction; a first flange provided continuously to an edge portion of the first vertical wall portion opposite to the top plate portion ; and a second flange provided continuously to an edge portion of the second vertical wall portion opposite to the top plate portion , wherein at least one flange of the first flange and the second flange extends toward the other flange of the first flange and the second flange from the first vertical wall portion or from the second vertical wall portion , and the body portion and the at least one flange curve so as to conform to each other as viewed from a direction orthogonal to the top plate portion . a body portion having an open cross-sectional shape, the body portion including a top plate portion , a first vertical wall portion provided continuously to one edge portion of the top plate portion in a width direction, and a second vertical wall portion provided continuously to the other edge portion of the top plate portion in the width direction; a first flange provided continuously to an edge portion of the first vertical wall portion opposite to the top plate portion ; and a second flange provided continuously to an edge portion of the second vertical wall portion opposite to the top plate portion , wherein at least one flange of the first flange and the second flange extends toward the other flange of the first flange and the second flange from the first vertical wall portion or from the second vertical wall portion , and the body portion and the at least one flange curve so as to conform to each other as viewed from a direction orthogonal to the top plate portion .
Method for controlling a warning system which is a virtual-reality system comprising a virtual-reality device , the method comprising, in the warning system: - the device receiving , when it is worn by a user, a wireless signal sent to a surface which the user is on, the range of which defines, on the surface, a plurality of regions comprising a first region without a warning and a second region with a warning, a characteristic relating to the sent signal being able to take a value corresponding to the second region, referred to as the first value; - upon the device detecting the characteristic having the first value, obtaining a warning signal, and - transmitting the warning signal to a control unit for the warning system in order to notify the user, characterized in that : the characteristic relating to the sent signal may, furthermore, take a second value corresponding to the first region, the method comprising, furthermore, upon receiving the sent signal with the characteristic having the second value corresponding to the first region, obtaining a non-warning signal. - the device receiving , when it is worn by a user, a wireless signal sent to a surface which the user is on, the range of which defines, on the surface, a plurality of regions comprising a first region without a warning and a second region with a warning, a characteristic relating to the sent signal being able to take a value corresponding to the second region, referred to as the first value; - upon the device detecting the characteristic having the first value, obtaining a warning signal, and - transmitting the warning signal to a control unit for the warning system in order to notify the user, characterized in that : the characteristic relating to the sent signal may, furthermore, take a second value corresponding to the first region, the method comprising, furthermore, upon receiving the sent signal with the characteristic having the second value corresponding to the first region, obtaining a non-warning signal.
A method to provide secure mobile access to a cloud-based service , comprising: receiving, at a security proxy , a request from a mobile device to access the cloud-based service ; characterised by using a security certificate associated with the request to synthesize an HTTP basic authentication header associated with the request; sending the synthesized HTTP basic authentication header to the cloud-based service on behalf of the mobile device , wherein the cloud-based service is configured to extract credential information from the synthesized HTTP basic authentication header and to send the extracted credential information to the security proxy; using the extracted credential information to determine that access to the cloud-based service is authorized; and providing to the cloud-based service a security token that indicates the mobile device is authorized to access the cloud-based service. receiving, at a security proxy , a request from a mobile device to access the cloud-based service ; characterised by using a security certificate associated with the request to synthesize an HTTP basic authentication header associated with the request; sending the synthesized HTTP basic authentication header to the cloud-based service on behalf of the mobile device , wherein the cloud-based service is configured to extract credential information from the synthesized HTTP basic authentication header and to send the extracted credential information to the security proxy; using the extracted credential information to determine that access to the cloud-based service is authorized; and providing to the cloud-based service a security token that indicates the mobile device is authorized to access the cloud-based service.
A method of preparing a chewing gum or confectionery product comprising pieces of plant material comprising the steps of: preparing plant material pieces of a desired size, wherein the plant material is a leaf, irradiating the plant pieces with gamma radiation for a time and intensity sufficient to render it microbiologically stable while substantially preserving the color and flavor of the plant material, wherein the plant material is dried prior to irradiation, wherein the energy absorbed by the dried plant material is at least 10 kGy, and wherein the time of irradiation is at least 40 minutes, preparing a chewing gum or confectionery product, incorporating the irradiated plant material into the mass, or onto the surface, of the chewing gum or confectionery product. preparing plant material pieces of a desired size, wherein the plant material is a leaf, irradiating the plant pieces with gamma radiation for a time and intensity sufficient to render it microbiologically stable while substantially preserving the color and flavor of the plant material, wherein the plant material is dried prior to irradiation, wherein the energy absorbed by the dried plant material is at least 10 kGy, and wherein the time of irradiation is at least 40 minutes, preparing a chewing gum or confectionery product, incorporating the irradiated plant material into the mass, or onto the surface, of the chewing gum or confectionery product.
Device for the control of rodents, comprising - a base body having a bottom and a wall surrounding the bottom , - a cover closing the base body and - a first moulded part arranged in the base body , characterized, in that the base body rests on at least one stand element which positions the base body at a distance (A) from a support surface, in that at least one first opening is arranged in the base of the basic body , and in that at least one second opening is arranged in the first moulded part , which corresponds to the at least one first opening in the base of the basic body . - a base body having a bottom and a wall surrounding the bottom , - a cover closing the base body and - a first moulded part arranged in the base body ,
An antimicrobial protein with lytic properties that contains a sequence of the isolated protein according to SEQ ID NO. 1 or a recombinant protein sequence according to SEQ ID NO. 2.
A power detector , comprising: a logarithmic RMS detector configured to: receive an RF input signal (RFin); and detect the average power level of the RF input signal; and a linear envelope detector , configured to: detect the voltage envelope of the RF input signal; wherein the linear envelope detector comprises: a plurality of bipolar triple-tail cells, each triple-tail cell including two differential transistors (Q1 and Q3, Q4 and Q6) and a center transistor (Q2, Q5), and wherein in each triple-tail cell, each of the transistors has a common emitter node coupled to a current source configured to generate a tail-current (Idc1, Idc2), each triple-tail cell being configured to receive a differential input voltage between the bases of the differential transistors with a DC voltage component, and either a) an input voltage with a DC voltage component, or b) a parasitic RF component, on the base of the center transistor, wherein the collectors of the differential transistors of the triple-tail cells are all coupled together to an output terminal of the linear envelope detector; and wherein the logarithmic RMS detector and the envelope detector are integrated in a single package. a logarithmic RMS detector configured to: receive an RF input signal (RFin); and detect the average power level of the RF input signal; and receive an RF input signal (RFin); and detect the average power level of the RF input signal; and a linear envelope detector , configured to: detect the voltage envelope of the RF input signal; wherein the linear envelope detector comprises: a plurality of bipolar triple-tail cells, each triple-tail cell including two differential transistors (Q1 and Q3, Q4 and Q6) and a center transistor (Q2, Q5), and wherein in each triple-tail cell, each of the transistors has a common emitter node coupled to a current source configured to generate a tail-current (Idc1, Idc2), each triple-tail cell being configured to receive a differential input voltage between the bases of the differential transistors with a DC voltage component, and either a) an input voltage with a DC voltage component, or b) a parasitic RF component, on the base of the center transistor, wherein the collectors of the differential transistors of the triple-tail cells are all coupled together to an output terminal of the linear envelope detector; and wherein the logarithmic RMS detector and the envelope detector are integrated in a single package.
An article of footwear configured for wearing on a foot of a wearer, the article of footwear comprising: an upper having a first medial area and a second lateral area; a sole structure that is coupled to the upper ; a cage defining a plurality of passages ; and a tensile structure including (i) a first strand portion extending along the medial area of the upper from an area adjacent a first eyelet to a medial side of a first passage , (ii) a second strand portion extending along the medial area of the upper from a medial side of a second passage to a heel strap , a third strand portion extending along the lateral area of the upper from an area adjacent a second eyelet to a lateral side of the first passage , and (iv) a fourth strand portion extending along the lateral area of the upper from a lateral side of the second passage to the heel strap, characterised in that the second strand portion and the fourth strand portion each include a terminal end which is attached to the heel strap . an upper having a first medial area and a second lateral area; a sole structure that is coupled to the upper ; a cage defining a plurality of passages ; and a tensile structure including (i) a first strand portion extending along the medial area of the upper from an area adjacent a first eyelet to a medial side of a first passage , (ii) a second strand portion extending along the medial area of the upper from a medial side of a second passage to a heel strap , a third strand portion extending along the lateral area of the upper from an area adjacent a second eyelet to a lateral side of the first passage , and (iv) a fourth strand portion extending along the lateral area of the upper from a lateral side of the second passage to the heel strap, characterised in that the second strand portion and the fourth strand portion each include a terminal end which is attached to the heel strap .
A paging method, wherein the method comprises: obtaining, by a second device, a discontinuous reception DRX period of a first device and an identifier of the first device (S104); determining, by the second device according to the DRX period of the first device and the identifier of the first device, a paging occasion on which the first device pages the second device (S105), wherein the second device transmits data to a network side device by using the first device as a relay node receiving the data from the second device and forwarding the data to the network side; and transmitting, by the first device, a first paging message on the paging occasion on which the first device pages the second device, wherein the first paging message is used by the first device to page the second device (S103), and wherein the first device and the second device are communications devices. obtaining, by a second device, a discontinuous reception DRX period of a first device and an identifier of the first device (S104); determining, by the second device according to the DRX period of the first device and the identifier of the first device, a paging occasion on which the first device pages the second device (S105), wherein the second device transmits data to a network side device by using the first device as a relay node receiving the data from the second device and forwarding the data to the network side; and transmitting, by the first device, a first paging message on the paging occasion on which the first device pages the second device, wherein the first paging message is used by the first device to page the second device (S103), and wherein the first device and the second device are communications devices.
A composition comprising an effective amount of (a) a biological control agent comprising NRRL No. B-50897 and (b) a fungicide, wherein said composition controls a fungal plant pathogen.
Thermally insulating component for use in a joint between a supported structure and a supporting structure, in particular between a balcony slab and a building ceiling , comprising an insulating body , wherein the insulating body has a longitudinal direction and long sides that extend in the longitudinal direction and are opposite one another, wherein at least one thermally insulating connecting element extends through the insulating body , wherein the connecting element is configured to be rod-shaped and comprises a first connecting portion , a second connecting portion and a central portion arranged between the connecting portions , wherein the length (l 3 ) of each connecting portion corresponds to at least 5 times the largest diameter (d) of said connecting portion , wherein the connecting element consists of fibre-reinforced material and wherein at least a partial cross-section of the connecting element extends in one piece and continuously through the first connecting portion , the central portion and the second connecting portion , wherein the rigidity of the connecting portion in the central portion is greater than in the connecting portions , wherein the central portion protrudes out of the insulating body at at least one long side of the insulating body , characterised in that the connecting element comprises at least one base element and at least one reinforcing element connected to the base element , wherein the at least one base element extends continuously through the connecting portions and the central portion and forms at least a part of the partial cross-section , and wherein the at least one reinforcing element is arranged in the central portion and does not extend in the connecting portions . wherein at least one thermally insulating connecting element extends through the insulating body , wherein the connecting element is configured to be rod-shaped and comprises a first connecting portion , a second connecting portion and a central portion arranged between the connecting portions , wherein the length (l 3 ) of each connecting portion corresponds to at least 5 times the largest diameter (d) of said connecting portion , wherein the connecting element consists of fibre-reinforced material and wherein at least a partial cross-section of the connecting element extends in one piece and continuously through the first connecting portion , the central portion and the second connecting portion , wherein the rigidity of the connecting portion in the central portion is greater than in the connecting portions , wherein the central portion protrudes out of the insulating body at at least one long side of the insulating body , characterised in that the connecting element comprises at least one base element and at least one reinforcing element connected to the base element , wherein the at least one base element extends continuously through the connecting portions and the central portion and forms at least a part of the partial cross-section , and wherein the at least one reinforcing element is arranged in the central portion and does not extend in the connecting portions .
Method for imaging a surface of a sample with a topography by means of confocal Raman and/or fluorescence microscopy, in which a first light source is provided for generating excitation radiation for Raman scattered light and/or fluorescence and a second light source is provided, wherein - the first light source emits light in a first wavelength range, wherein the limits of the first wavelength range are defined by the limits of the emitted luminescence spectrum and/or Raman spectrum of the sample to be examined, - the light from the first light source is directed onto the sample by means of optics , - the second light source emits light in a second wavelength range; wherein the second wavelength range lies above or below the first wavelength range without overlaps with the first wavelength range, and - the light of the second light source with the optics and a periodically excited, electrically focusable lens is brought onto the surface of the sample , resulting in a periodic focus, such that - the topography of the sample is determined from the signal of the focal plane of the second light source and the detected light of the second light source with the aid of a control/regulating device , and the focus of the first light source is tracked by means of the optics on the basis of this signal and is applied to the sample , and the modulation range of the periodic focus of the second light source is tracked by means of the optics on the basis of the signal. - the first light source emits light in a first wavelength range, wherein the limits of the first wavelength range are defined by the limits of the emitted luminescence spectrum and/or Raman spectrum of the sample to be examined, - the light from the first light source is directed onto the sample by means of optics , - the second light source emits light in a second wavelength range; wherein the second wavelength range lies above or below the first wavelength range without overlaps with the first wavelength range, and - the light of the second light source with the optics and a periodically excited, electrically focusable lens is brought onto the surface of the sample , resulting in a periodic focus, such that - the topography of the sample is determined from the signal of the focal plane of the second light source and the detected light of the second light source with the aid of a control/regulating device , and the focus of the first light source is tracked by means of the optics on the basis of this signal and is applied to the sample , and the modulation range of the periodic focus of the second light source is tracked by means of the optics on the basis of the signal.
A neutralized amino acid ester for use in a personal care composition, the neutralized amino acid ester being an esterification product of a neutral amino acid having a non-polar side chain with a long chain fatty alcohol and having the structure of formula (I) wherein R1 is a linear or branched alkyl group of 1 to 10 carbon atoms; wherein R2 is a linear or branched alkyl group of 8 to 24 carbon atoms derived from Brassica alcohol; wherein the amine group of the amino acid is neutralized with an acid; and wherein the esterification product is substantially free of petrochemicals and/or derivatives of petrochemical materials. wherein R1 is a linear or branched alkyl group of 1 to 10 carbon atoms; wherein R2 is a linear or branched alkyl group of 8 to 24 carbon atoms derived from Brassica alcohol; wherein the amine group of the amino acid is neutralized with an acid; and wherein the esterification product is substantially free of petrochemicals and/or derivatives of petrochemical materials.
Shoe comprising at least one leather outsole, said outsole being at least partly coupled with an abrasion resistant coating film comprising: at least a first layer of a polymeric material comprising at least one thermoplastic polyurethane; at least a second layer of a thermoadhesive polymeric material coupled to said first layer, said second layer being facing towards said outsole; at least a third layer of a polymeric material obtained by coating an aqueous dispersion of polyester-/polycarbonate-based or polyether-/polycarbonate-based polyurethane; wherein said coating film has a thickness in the range of 60 - 1000 micrometers. at least a first layer of a polymeric material comprising at least one thermoplastic polyurethane; at least a second layer of a thermoadhesive polymeric material coupled to said first layer, said second layer being facing towards said outsole; at least a third layer of a polymeric material obtained by coating an aqueous dispersion of polyester-/polycarbonate-based or polyether-/polycarbonate-based polyurethane; wherein said coating film has a thickness in the range of 60 - 1000 micrometers.
A bra comprising: a double-knit front portion comprising a Y-shaped region and a first breast-contacting region , the Y-shaped region having an upper right portion , an upper left portion , and a lower central portion ; characterized in that the double-knit front portion comprises: a plurality of front courses formed by a first yarn; a plurality of back courses formed by a second yarn; and a plurality of intermediate courses formed by a third yarn interlooping with the plurality of front courses and the plurality of back courses, one or more intermediate courses of the plurality of intermediate courses having one or more tuck stitches and one or more float stitches, wherein the one or more intermediate courses of the plurality of intermediate courses each has a first ratio of float stitches to tuck stitches within the Y-shaped region and a second ratio of float stitches to tuck stitches within the first breast-contacting region , the first ratio being greater than the second ratio.