mhurhangee/patent-ind-claim-en huggingface dataset:
A wall-hung toilet, comprising: a top surface ; a bowl extending downwardly from the top surface ; a shroud extending downwardly from the top surface and surrounding at least a portion of the bowl ; a rear mounting wall having a mounting hole and a clearance hole ; a pocket extending through a side of the shroud between the bowl and the rear mounting wall ; and an accessory hole extending through the top surface into the pocket ; wherein the mounting hole extends through the rear mounting wall and into the pocket and the clearance hole extends through the rear mounting wall and into the pocket ; characterized in that the accessory hole receives an electrical cord and a supply line for a toilet attachment. a top surface ; a bowl extending downwardly from the top surface ; a shroud extending downwardly from the top surface and surrounding at least a portion of the bowl ; a rear mounting wall having a mounting hole and a clearance hole ; a pocket extending through a side of the shroud between the bowl and the rear mounting wall ; and an accessory hole extending through the top surface into the pocket ; wherein the mounting hole extends through the rear mounting wall and into the pocket and the clearance hole extends through the rear mounting wall and into the pocket ; characterized in that the accessory hole receives an electrical cord and a supply line for a toilet attachment.
A method of operating a base station for communicating a message on a downlink data channel to one or more terminal devices in a wireless telecommunications system over a radio interface having a radio frame structure comprising a plurality of subframes and supporting a downlink control channel for conveying control messages from the base station to terminal devices and the downlink data channel for conveying other messages from the base station to terminal devices, wherein the control messages convey information on resource allocations for the other messages on the downlink data channel, wherein the message may be transmitted in accordance with a first transmission scheme using transmission resources in a first number of radio subframes or transmitted in accordance with a second transmission scheme using transmission resources in a second number of radio subframes, wherein the second number is greater than the first number, wherein the message is associated with an identifier to indicate a terminal device to which the message is addressed, and wherein the method comprises selecting a characteristic for the identifier in dependence on whether the message is to be transmitted in accordance with the first transmission scheme or the second transmission scheme.
Device for determining the rheological properties of blood, the device comprising: • a channel the channel having a plurality of sub-sections , each sub-section having a substantially constant cross-section being provided with a respective differential pressure apparatus for determining a pressure differential across at least a portion of that subsection , the sub-sections being of different cross-sectional areas; • a first reservoir that is adapted to be located at a first end of the channel and to be placed in fluid communication with the channel , the first reservoir being of variable internal volume; • means for allowing blood, to be introduced into the device; • an outlet for allowing gas to be expelled from the device; and characterised in that : • the channel comprises at least one channel sub-section which has a cross-section that increases or decreases, in a non-uniform manner; • and in that the device further comprises; • a second reservoir that is adapted to be placed in fluid communication with first reservoir via the channel , the second reservoir being of variable internal volume; and • means configured to vary the volume of the first reservoir , and/or the second reservoir, so that when the first and second reservoirs are in fluid communication with the first and second ends of the channel respectively, blood, is caused to flow along the channel in alternating directions. • a channel the channel having a plurality of sub-sections , each sub-section having a substantially constant cross-section being provided with a respective differential pressure apparatus for determining a pressure differential across at least a portion of that subsection , the sub-sections being of different cross-sectional areas; • a first reservoir that is adapted to be located at a first end of the channel and to be placed in fluid communication with the channel , the first reservoir being of variable internal volume; • means for allowing blood, to be introduced into the device; • an outlet for allowing gas to be expelled from the device; and characterised in that : • the channel comprises at least one channel sub-section which has a cross-section that increases or decreases, in a non-uniform manner; • and in that the device further comprises; • a second reservoir that is adapted to be placed in fluid communication with first reservoir via the channel , the second reservoir being of variable internal volume; and • means configured to vary the volume of the first reservoir , and/or the second reservoir, so that when the first and second reservoirs are in fluid communication with the first and second ends of the channel respectively, blood, is caused to flow along the channel in alternating directions.
A drive unit of a motor vehicle, which drive unit has an internal combustion engine , has a charge-air supply arrangement having a low-pressure compressor , a high-pressure compressor and a charge-air cooling unit , and has an exhaust-gas discharge arrangement by means of which exhaust gas that is formed in the internal combustion engine is discharged, and which drive unit has a cooling system with at least one cooling circuit , wherein at least one first cooling circuit and at least one second cooling circuit , in which at least one exhaust-gas cooler , integrated into the exhaust-gas discharge arrangement, and the charge-air cooling unit are arranged, wherein the charge-air cooling unit has a charge-air intercooler and a charge-air main cooler which are thermally coupled to the at least one second cooling circuit such that, in a flow direction of the charge air, the charge-air intercooler is arranged between the low-pressure and the high-pressure compressor and the charge-air main cooler is connected downstream of the high-pressure compressor , are provided, which are hydraulically decoupled by means of at least one heat exchanger via which the first and the second cooling circuit are in thermal contact, and wherein, in a working medium contained in the second cooling circuit , an at least partial phase transition can be effected during an operating phase of the cooling system, characterized in that , in the second cooling circuit , at least one high-temperature circuit is provided which can be operated at a higher temperature level than at least one low-temperature circuit of the second cooling circuit , and in that , in the high-temperature circuit, a high-temperature heat exchanger is provided which can be flowed through by the working medium and which can be cooled by ambient air, and, in the low-temperature circuit, a low-temperature heat exchanger is provided which can be flowed through by the working medium and which can be cooled by ambient air.
Device for manufacturing a meander-shaped heat sink with a first tool carrier , a second tool carrier displaceable in the direction of a displacement axis relative to the first tool carrier via a drive , a mounting arranged between the first tool carrier and the second tool carrier for receiving a blank and several bending punches guided displaceably at right-angles to the displacement axis on the first and second tool carrier and which are moved together during displacement of the second tool carrier in the direction of the first tool carrier by drives at right-angles to the displacement axis of the tool carrier , characterised in that between the first tool carrier and the second tool carrier , two rails movable against one another in the direction of the displacement axis of the second tool carrier are arranged with holding devices displaceable thereon at right-angles to the displacement axis for mounting the ends of the blank .
Process for the production of an extract powder containing 60 to 90% by weight of anthocyanins and 10 to 30% by weight of L-arginine, comprising the steps of a. dissolving a fruit material containing anthocyanins in a solvent to produce an extract solution, b. separating undissolved ingredients from the extract solution to produce a filtrate, c. adsorbing the filtrate onto a cation exchanger, d. washing the cation exchanger with a first wash solution, e. eluting of the anthocyanins from the cation exchanger with a first elution solution to produce an eluate containing anthocyanins, f. acidifying of the eluate by adding acid to produce an acidified eluate, g. drying of the acidified eluate to produce the extract powder, wherein the first elution solution comprises L-arginine in aqueous-alcoholic solution, characterised in that the first elution solution has a pH of 4.5 and L-arginine in a concentration of at least 5 mM up to 1000 mM, and the first elution solution consists of an aqueous solution of L-arginine and a primary alcohol mixed in equal proportions by volume. a. dissolving a fruit material containing anthocyanins in a solvent to produce an extract solution, b. separating undissolved ingredients from the extract solution to produce a filtrate, c. adsorbing the filtrate onto a cation exchanger, d. washing the cation exchanger with a first wash solution, e. eluting of the anthocyanins from the cation exchanger with a first elution solution to produce an eluate containing anthocyanins, f. acidifying of the eluate by adding acid to produce an acidified eluate, g. drying of the acidified eluate to produce the extract powder, wherein the first elution solution comprises L-arginine in aqueous-alcoholic solution, characterised in that the first elution solution has a pH of 4.5 and L-arginine in a concentration of at least 5 mM up to 1000 mM, and the first elution solution consists of an aqueous solution of L-arginine and a primary alcohol mixed in equal proportions by volume.
A transfer material in which an ink receiving layer is provided on a substrate and in which an adhesive layer is provided on a surface of the ink receiving layer , wherein the ink receiving layer is of a gap-absorbing type, and comprises inorganic particulates and water-soluble resin, wherein an amount of the water-soluble resin is 3.3 to 20 pts.wt. relative to 100 pts.wt. inorganic particulates, wherein the adhesive layer includes discretely disposed adhesive particles provided on the surface of the ink receiving layer so as to leave exposed portions having no adhesive on the surface of the ink receiving layer , and wherein an ink absorption speed of the ink receiving layer is set higher than an ink absorption speed of the adhesive.
A toner binder comprising: a crystalline resin (A); and a resin (B) that is a polyester resin or its modified resin, the polyester resin being obtained by reaction of an alcohol component (X) and a carboxylic acid component (Y) as raw materials, wherein the resin (B) is an amorphous polyester resin (B1), wherein the alcohol component (X) comprises a bisphenol A polyoxyalkylene ether, wherein the number of alkylene oxide units in the bisphenol A polyoxyalkylene ether is 2 to 5, wherein a temperature (Tp) of a top of an endothermic peak derived from the crystalline resin (A) as measured by a differential scanning calorimeter (DSC) is in the range of 40°C to 100°C, wherein the temperature (Tp) of a top of an endothermic peak is the temperature at the lowest point of the negative endothermic peak derived from the crystalline resin (A) in the second heating process as determined by a differential scanning calorimeter (DSC), when the toner binder is heated, cooled, and heated under the conditions as set out in the description; and endothermic peak areas S 1 and S 2 during heating satisfy the following equation: S 2 / S 1 × 100 ≥ 35 wherein S 1 is an area of the endothermic peak derived from the crystalline resin (A) in the first heating process, and S 2 is an area of the endothermic peak derived from the crystalline resin (A) in the second heating process, as measured by a DSC, when the toner binder is heated, cooled, and heated under the conditions as set out in the description. a crystalline resin (A); and a resin (B) that is a polyester resin or its modified resin, the polyester resin being obtained by reaction of an alcohol component (X) and a carboxylic acid component (Y) as raw materials, wherein the resin (B) is an amorphous polyester resin (B1), wherein the alcohol component (X) comprises a bisphenol A polyoxyalkylene ether, wherein the number of alkylene oxide units in the bisphenol A polyoxyalkylene ether is 2 to 5, wherein a temperature (Tp) of a top of an endothermic peak derived from the crystalline resin (A) as measured by a differential scanning calorimeter (DSC) is in the range of 40°C to 100°C, wherein the temperature (Tp) of a top of an endothermic peak is the temperature at the lowest point of the negative endothermic peak derived from the crystalline resin (A) in the second heating process as determined by a differential scanning calorimeter (DSC), when the toner binder is heated, cooled, and heated under the conditions as set out in the description; and endothermic peak areas S 1 and S 2 during heating satisfy the following equation: S 2 / S 1 × 100 ≥ 35 wherein S 1 is an area of the endothermic peak derived from the crystalline resin (A) in the first heating process, and S 2 is an area of the endothermic peak derived from the crystalline resin (A) in the second heating process, as measured by a DSC, when the toner binder is heated, cooled, and heated under the conditions as set out in the description.
A method of providing additional information associated with content, performed by a display apparatus, the method comprising: acquiring (S610) first user preference information corresponding to a first mobile terminal and second user preference information corresponding to a second mobile terminal; acquiring (S620) a keyword from the content that is being reproduced by the display apparatus; acquiring (S630) a search result corresponding to the acquired keyword by performing an Internet search using the acquired keyword; producing (S630) first additional information associated with the content by selecting information related to the first user preference information from the acquired search result, and producing (S630) second additional information associated with the content by selecting information related to the second user preference information from the acquired search result; transmitting a notification message to the first and second mobile terminals indicating that additional information has been produced, and providing (S640), in response to receiving an information provision request from the first mobile terminal, the first additional information to the first mobile terminal, and providing, in response to receiving an information provision request from the second mobile terminal, the second additional information to the second mobile terminal. acquiring (S610) first user preference information corresponding to a first mobile terminal and second user preference information corresponding to a second mobile terminal; acquiring (S620) a keyword from the content that is being reproduced by the display apparatus; acquiring (S630) a search result corresponding to the acquired keyword by performing an Internet search using the acquired keyword; producing (S630) first additional information associated with the content by selecting information related to the first user preference information from the acquired search result, and producing (S630) second additional information associated with the content by selecting information related to the second user preference information from the acquired search result; transmitting a notification message to the first and second mobile terminals indicating that additional information has been produced, and providing (S640), in response to receiving an information provision request from the first mobile terminal, the first additional information to the first mobile terminal, and providing, in response to receiving an information provision request from the second mobile terminal, the second additional information to the second mobile terminal.
A method for preventing stitches placed imprecisely during the embroidery process, on an embroidery ground held in a tensioned manner between two winding shafts and two lateral tensioning rods on a shuttle embroidery machine having a creel , characterized in that the embroidery ground is secured above and/or below the embroidery area in a positionally correct manner relative to the creel at multiple points in the X, Y and Z direction between the winding shafts and the tensioning rods with holding means during embroidery.
A synchronizing ring for a synchronizer of a transmission , the synchronizing ring being an inner ring provided with a plurality of axially extending cams for engagement with a further synchronizing ring , characterized in that an axial surface of each axial cam is provided with at least one groove for transportation of oil, the axial surface of each axial cam being provided with a plurality of said groove for transportation of oil.
Method for operating a motor vehicle comprising a traction electric motor , wherein the traction electric motor can be actuated to generate a creep torque which brings about a slow movement of the motor vehicle , wherein a plurality of creep torques of different magnitudes can be set by a user of the motor vehicle, wherein a creep torque is selectable by the user from creep torques specified at different magnitudes, or wherein any creep torque within a region between a minimum creep torque and a maximum creep torque is selectable by the user, wherein at least one brake of the brake system of the motor vehicle is activated when a setting condition is met and depending on inclination information that describes a vehicle inclination and status information that describes an operating state of the motor vehicle , wherein the magnitude of the creep torque and the setting condition can be set by a user of the motor vehicle via a user interface of the motor vehicle .
A system comprising: a wing tip device for an aircraft comprising: a unitized, monolithic leading edge torque box formed of polymer matrix fiber-reinforced material and including: a skin defining a continuous, uninterrupted outer mold line, OML, surface extending aftwardly from a leading edge of the wing tip device by a distance of at least approximately 60 percent of the local chord length of the wing tip device; and at least one internal component extending between opposing inner surfaces of the skin and being integrally formed therewith; and a tooling system for forming the leading edge torque box, the tooling system comprising: an OML tool; and a pair of rigid soluble mandrels which expand upon heating such that the mandrels compact the skin of the leading edge torque box against a surface of the OML tool while simultaneously compacting the at least one internal component of the leading edge torque box which is positioned between the pair of mandrels. a wing tip device for an aircraft comprising: a unitized, monolithic leading edge torque box formed of polymer matrix fiber-reinforced material and including: a skin defining a continuous, uninterrupted outer mold line, OML, surface extending aftwardly from a leading edge of the wing tip device by a distance of at least approximately 60 percent of the local chord length of the wing tip device; and at least one internal component extending between opposing inner surfaces of the skin and being integrally formed therewith; and a skin defining a continuous, uninterrupted outer mold line, OML, surface extending aftwardly from a leading edge of the wing tip device by a distance of at least approximately 60 percent of the local chord length of the wing tip device; and at least one internal component extending between opposing inner surfaces of the skin and being integrally formed therewith; and a tooling system for forming the leading edge torque box, the tooling system comprising: an OML tool; and a pair of rigid soluble mandrels which expand upon heating such that the mandrels compact the skin of the leading edge torque box against a surface of the OML tool while simultaneously compacting the at least one internal component of the leading edge torque box which is positioned between the pair of mandrels. an OML tool; and a pair of rigid soluble mandrels which expand upon heating such that the mandrels compact the skin of the leading edge torque box against a surface of the OML tool while simultaneously compacting the at least one internal component of the leading edge torque box which is positioned between the pair of mandrels.
An automated luminaire comprising: a light source adapted to generate a light beam ; a first image replicating prism rotatably contained within a first prism arm , the first image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam ; a second image replicating prism rotatably contained within a second prism arm , the second image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam ; a control system; and a sensing system configured to detect a rotational position of the first image replicating prism and the second image replicating prism ; wherein the first image replicating prism and the second image replicating prism are articulated so that only the first image replicating prism or only the second image replicating prism or both or neither are engaged in the light beam at the same time; and wherein the control system is configured to control the automated luminaire based on said detected rotational positions so as to maintain coordination in the rotation and positioning of the prisms. a light source adapted to generate a light beam ; a first image replicating prism rotatably contained within a first prism arm , the first image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam ; a second image replicating prism rotatably contained within a second prism arm , the second image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam ; a control system; and a sensing system configured to detect a rotational position of the first image replicating prism and the second image replicating prism ; wherein the first image replicating prism and the second image replicating prism are articulated so that only the first image replicating prism or only the second image replicating prism or both or neither are engaged in the light beam at the same time; and wherein the control system is configured to control the automated luminaire based on said detected rotational positions so as to maintain coordination in the rotation and positioning of the prisms.