mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a metallurgical furnace , the method comprising: - performing a combustion process outside the metallurgical furnace by combusting a carbon-containing material with an oxygen-rich gas having a O 2 concentration of more than 50% to produce an offgas , which offgas is a CO 2 containing gas; - combining the offgas , while having an elevated combustion-induced temperature above 1000°C due to the combustion process, with a hydrocarbon-containing fuel gas to obtain a first gas mixture having a temperature above a reforming temperature necessary for a reforming process; - the first gas mixture undergoing the reforming process, thereby producing a synthesis gas containing CO and H 2 , the reforming process being performed non-catalytically and being a dry reforming process and/or a wet reforming process; and - feeding the synthesis gas into the metallurgical furnace . - performing a combustion process outside the metallurgical furnace by combusting a carbon-containing material with an oxygen-rich gas having a O 2 concentration of more than 50% to produce an offgas , which offgas is a CO 2 containing gas; - combining the offgas , while having an elevated combustion-induced temperature above 1000°C due to the combustion process, with a hydrocarbon-containing fuel gas to obtain a first gas mixture having a temperature above a reforming temperature necessary for a reforming process; - the first gas mixture undergoing the reforming process, thereby producing a synthesis gas containing CO and H 2 , the reforming process being performed non-catalytically and being a dry reforming process and/or a wet reforming process; and - feeding the synthesis gas into the metallurgical furnace .
A cycle seat comprising: a seat section defining a support surface having a forward extension for a user to straddle and a rearward platform for supporting a user's backside; a rear support portion including: a proximal portion that extends substantially contiguously with the support surface in line with the forward end; and a distal portion that extends away from the rearward platform of the support surface for engaging the coccyx of a user and thereby restricting rearward motion of a user when sat on the support surface , wherein a maximum width of the rear support portion is less than the width of the rearward platform and characterised in that the rearward platform is formed from two opposing saddle sections , the two opposing saddle sections having therebetween an opening, and the proximal portion is arranged in the opening between the two opposing saddle sections 4, behind the forward extension , and the rear support portion has a curved midsection joining the distal portion to the proximal portion . a seat section defining a support surface having a forward extension for a user to straddle and a rearward platform for supporting a user's backside; a rear support portion including: a proximal portion that extends substantially contiguously with the support surface in line with the forward end; and a distal portion that extends away from the rearward platform of the support surface for engaging the coccyx of a user and thereby restricting rearward motion of a user when sat on the support surface , a proximal portion that extends substantially contiguously with the support surface in line with the forward end; and a distal portion that extends away from the rearward platform of the support surface for engaging the coccyx of a user and thereby restricting rearward motion of a user when sat on the support surface , wherein a maximum width of the rear support portion is less than the width of the rearward platform and characterised in that the rearward platform is formed from two opposing saddle sections , the two opposing saddle sections having therebetween an opening, and the proximal portion is arranged in the opening between the two opposing saddle sections 4, behind the forward extension , and the rear support portion has a curved midsection joining the distal portion to the proximal portion .
Apparatus for treating plastic preforms , having a transport device which transports the plastic preforms along a predetermined transport path, having a first application device which acts upon the plastic preforms with a first flowable medium through their mouth during their transport along a first transport path section (T1), and the apparatus has a second application device which acts upon the plastic preforms with a second flowable medium during their transport along a second transport path section (T2) through their mouth , and at least one application device has an ionising device for ionising air, characterised in that the first application device and the second application device have an application element , wherein the first application device and the second application device use the same application element to act upon the plastic preforms with the first flowable medium and to act upon the plastic preforms with the second flowable medium.
An access control method, comprising: receiving , by a network device, a first access request message from a user equipment, UE, wherein the first access request message comprises identification information of a first network slice that the UE requests to access; determining , by the network device, whether to reject the first access request of the UE for accessing the first network slice; and when the network device determines to reject the first access request of the UE for accessing the first network slice, returning , by the network device, a rejection response message to the UE, wherein the rejection response message comprises back-off condition information, wherein the back-off condition information comprises a back-off time parameter indicating that after a back-off period corresponding to the back-off time parameter expires, the UE is allowed to request again to access the first network slice; and receiving, by the network device, a second access request message from the UE within the back-off period, wherein the second access request message corresponds to the UE requesting access to a second network slice, wherein the second access request message comprises identification information of the second network slice. receiving , by a network device, a first access request message from a user equipment, UE, wherein the first access request message comprises identification information of a first network slice that the UE requests to access; determining , by the network device, whether to reject the first access request of the UE for accessing the first network slice; and when the network device determines to reject the first access request of the UE for accessing the first network slice, returning , by the network device, a rejection response message to the UE, wherein the rejection response message comprises back-off condition information, wherein the back-off condition information comprises a back-off time parameter indicating that after a back-off period corresponding to the back-off time parameter expires, the UE is allowed to request again to access the first network slice; and receiving, by the network device, a second access request message from the UE within the back-off period, wherein the second access request message corresponds to the UE requesting access to a second network slice, wherein the second access request message comprises identification information of the second network slice.
Method for identifying RF interference in imaging of a magnetic resonance tomography system by - performance (S1) of an acquisition, in which a scan of a k-space along a trajectory takes place, wherein an angle of rotation α exists between a scan start position of a first individual acquisition and a scan start position of a following second individual acquisition, and - capture (S2) of a first image from the first individual acquisition and of a second image from the second individual acquisition, characterised by - rotation (S3) of one of the two images in respect of the other image about the angle of rotation α, such that the rotation is reversed in the image plane, - determination (S4) of a correlation between the one rotated image and the other image and - identification (S5) of a point of interference, caused by the RF interference, from the correlation. - performance (S1) of an acquisition, in which a scan of a k-space along a trajectory takes place, wherein an angle of rotation α exists between a scan start position of a first individual acquisition and a scan start position of a following second individual acquisition, and - capture (S2) of a first image from the first individual acquisition and of a second image from the second individual acquisition, characterised by - rotation (S3) of one of the two images in respect of the other image about the angle of rotation α, such that the rotation is reversed in the image plane, - determination (S4) of a correlation between the one rotated image and the other image and - identification (S5) of a point of interference, caused by the RF interference, from the correlation.
A method for producing a motor vehicle license plate comprising the following method steps: a) providing a two-dimensionally extending plate blank , and b) incorporating a optically perceptible, two-dimensionally extending security pattern into the front surface of the plate blank , wherein the incorporated security pattern exhibits an optical effect, in particular a color effect, based on optical interference, and wherein wherein the incorporated security pattern is based on two-dimensionally extending, regular, raised or depressed patterns in the surface of the plate blank , characterized in that the optically perceptible security pattern is incorporated into the front surface of the plate blank by means of the interference of at least two laser beams. a) providing a two-dimensionally extending plate blank , and b) incorporating a optically perceptible, two-dimensionally extending security pattern into the front surface of the plate blank , wherein the incorporated security pattern exhibits an optical effect, in particular a color effect, based on optical interference, and wherein wherein the incorporated security pattern is based on two-dimensionally extending, regular, raised or depressed patterns in the surface of the plate blank ,
An ophthalmic scanning system comprising: a first imaging modality ; a second imaging modality different from the first imaging modality ; and a control system having a module comprising software and/or hardware arranged to implement a procedure which maps the first imaging modality to the second imaging modality by compensating for at least one of an optical-mechanical and an electro-mechanical projection difference between the first and second imaging modalities , providing a scan location for the second imaging modality based on a scan location of the first imaging modality . a first imaging modality ; a second imaging modality different from the first imaging modality ; and a control system having a module comprising software and/or hardware arranged to implement a procedure which maps the first imaging modality to the second imaging modality by compensating for at least one of an optical-mechanical and an electro-mechanical projection difference between the first and second imaging modalities , providing a scan location for the second imaging modality based on a scan location of the first imaging modality .
An attachment for a beverage container comprising: a cap configured to attach to an opening in the beverage container, the cap comprising an opening ; a tube passing through the cap, wherein the opening in the cap is located proximate to a first end of the tube and a second end of the tube is configured to be located within the beverage container when the cap is attached to the beverage container, such that a beverage contained in the beverage container can flow through the tube and out of the opening in the cap; a container attached to the tube and configured to hold a liquid , the container comprising an opening to allow the liquid to flow from the container into the tube and out of the opening in the cap; and a restrictor between the opening of the container and the tube to control and/or restrict the flow of the liquid from the container into the tube, characterised in that the restrictor and the tube are configured such that the liquid begins to exit the opening in the cap before the beverage begins to exit the opening in the cap. a cap configured to attach to an opening in the beverage container, the cap comprising an opening ; a tube passing through the cap, wherein the opening in the cap is located proximate to a first end of the tube and a second end of the tube is configured to be located within the beverage container when the cap is attached to the beverage container, such that a beverage contained in the beverage container can flow through the tube and out of the opening in the cap; a container attached to the tube and configured to hold a liquid , the container comprising an opening to allow the liquid to flow from the container into the tube and out of the opening in the cap; and a restrictor between the opening of the container and the tube to control and/or restrict the flow of the liquid from the container into the tube, characterised in that the restrictor and the tube are configured such that the liquid begins to exit the opening in the cap before the beverage begins to exit the opening in the cap.
A drive apparatus for a construction machine, comprising: a hydraulic or electric motor having a motor shaft and a motor housing , and serving as a drive source, the motor shaft protruding from the motor housing ; a speed reducer unit having a speed reducer output shaft for receiving rotation force from the motor shaft and transmitting the rotation force to a driven portion , and a casing having lubricating oil (O) injected therein, the speed reducer unit transmitting the rotation force of the motor to the driven portion while reducing speed of the rotation force; and a cooler formed with a coolant path through which liquid or gas for cooling the lubricating oil (O) passes as a cooling medium, wherein the motor and the speed reducer unit are provided in a row in an apparatus-axis direction such that the motor shaft and the speed reducer output shaft are arranged along the same line (Ce), characterized in that the cooler is provided between the motor housing and the casing of the speed reducer unit in the apparatus-axis direction and is detachably attached to at least one of the motor housing and the casing such that at least a part of the cooler is immersed in the lubricating oil (O) so as to enable heat exchange with the lubricating oil (O). a hydraulic or electric motor having a motor shaft and a motor housing , and serving as a drive source, the motor shaft protruding from the motor housing ; a speed reducer unit having a speed reducer output shaft for receiving rotation force from the motor shaft and transmitting the rotation force to a driven portion , and a casing having lubricating oil (O) injected therein, the speed reducer unit transmitting the rotation force of the motor to the driven portion while reducing speed of the rotation force; and a cooler formed with a coolant path through which liquid or gas for cooling the lubricating oil (O) passes as a cooling medium, wherein the motor and the speed reducer unit are provided in a row in an apparatus-axis direction such that the motor shaft and the speed reducer output shaft are arranged along the same line (Ce), characterized in that the cooler is provided between the motor housing and the casing of the speed reducer unit in the apparatus-axis direction and is detachably attached to at least one of the motor housing and the casing such that at least a part of the cooler is immersed in the lubricating oil (O) so as to enable heat exchange with the lubricating oil (O).
A last member (102; 1802), comprising: a plurality of retractable pins extending from an outer surface; a plurality of vacuum holes disposed on the outer surface; and wherein the plurality of retractable pins and the vacuum holes are both configured to temporarily hold one or more footwear segments of an upper of an article of footwear in place on the last member (102; 1802). a plurality of retractable pins extending from an outer surface; a plurality of vacuum holes disposed on the outer surface; and wherein the plurality of retractable pins and the vacuum holes are both configured to temporarily hold one or more footwear segments of an upper of an article of footwear in place on the last member (102; 1802).
Jet regulator having a jet regulator housing which can be mounted on a sanitary water outlet, in which jet regulator housing there is provided a jet splitter which has throughflow holes which divide up the water flowing through the jet regulator housing into individual jets, and having insert parts arranged on the outflow side of the jet splitter, which each have a grid or mesh structure composed of webs which intersect one another, which webs between them border throughflow openings , wherein the clear hole cross section of the throughflow holes provided in the jet splitter is greater than the clear opening cross section of the throughflow openings of at least one of the insert parts , characterized in that the webs are arranged so as to intersect at intersection nodes , and in that the clear hole cross section of the throughflow holes is more than 50% greater than the clear opening cross section of the throughflow openings .
An article of footwear , comprising: a sole including an outer member , a midsole , and a composite plate disposed between the outer member and the midsole ; wherein the outer member has an inner portion ; wherein the midsole has a lower portion facing the inner portion of the outer member ; wherein the composite plate covers a first portion of the inner portion of the outer member , leaving a remaining second portion of the inner portion of the outer member ; wherein the composite plate covers a first portion of the lower portion of the midsole , leaving a remaining second portion of the lower portion of the midsole ; a composite-plate-to-midsole adhesive disposed between and attaching the composite plate and the first portion of the lower portion of the midsole ; and a midsole-to-outer-member adhesive (1321, 1330; 1550) disposed between and attaching the remaining second portion of the lower portion of the midsole and the remaining second portion of the inner portion of the outer member , characterized in that the composite-plate-to-midsole adhesive is an adhesive film and the midsole-to-outer-member adhesive (1321, 1330; 1550) has a flowable or pourable consistency. a sole including an outer member , a midsole , and a composite plate disposed between the outer member and the midsole ; wherein the outer member has an inner portion ; wherein the midsole has a lower portion facing the inner portion of the outer member ; wherein the composite plate covers a first portion of the inner portion of the outer member , leaving a remaining second portion of the inner portion of the outer member ; wherein the composite plate covers a first portion of the lower portion of the midsole , leaving a remaining second portion of the lower portion of the midsole ; a composite-plate-to-midsole adhesive disposed between and attaching the composite plate and the first portion of the lower portion of the midsole ; and a midsole-to-outer-member adhesive (1321, 1330; 1550) disposed between and attaching the remaining second portion of the lower portion of the midsole and the remaining second portion of the inner portion of the outer member , characterized in that the composite-plate-to-midsole adhesive is an adhesive film and the midsole-to-outer-member adhesive (1321, 1330; 1550) has a flowable or pourable consistency.
A method for saving heat energy and water in a sanitary facility, consisting of a hot water source , at least one supply point and at least one pipe , the inner cross-section of which is less than 60 mm 2 , said method being characterised in that it comprises the following steps: - detecting a requirement for hot water at the supply point, - instantaneous transfer of a flow of hot water from the source to the supply point through the small-diameter pipe using a motorised pump that is controlled according to the requirement at the supply point. - detecting a requirement for hot water at the supply point, - instantaneous transfer of a flow of hot water from the source to the supply point through the small-diameter pipe using a motorised pump that is controlled according to the requirement at the supply point.
A protein comprising any one of the following proteins (a), (b) and (c) having a fructosyl peptide oxidase activity on fructosyl valyl histidine: (a) a protein comprising an amino acid sequence represented by SEQ ID NO: 1; (b) a protein comprising an amino acid sequence having deletion, substitution and/or addition of one to 20 amino acids relative to the amino acid sequence represented by SEQ ID NO: 1, and having a fructosyl peptide oxidase activity on fructosyl valyl histidine; and (c) a protein comprising an amino acid sequence having 80% or higher sequence identity with the amino acid sequence represented by SEQ ID NO: 1, and having a fructosyl peptide oxidase activity on fructosyl valyl histidine. (a) a protein comprising an amino acid sequence represented by SEQ ID NO: 1; (b) a protein comprising an amino acid sequence having deletion, substitution and/or addition of one to 20 amino acids relative to the amino acid sequence represented by SEQ ID NO: 1, and having a fructosyl peptide oxidase activity on fructosyl valyl histidine; and (c) a protein comprising an amino acid sequence having 80% or higher sequence identity with the amino acid sequence represented by SEQ ID NO: 1, and having a fructosyl peptide oxidase activity on fructosyl valyl histidine.