mhurhangee/patent-ind-claim-en huggingface dataset:
An engine room structure for a vehicle comprising: a partitioning wall configured to partition a storage space in which an engine (EG1, EG2) is storable from a piping space in which an intake passage for supplying air to a combustion chamber of the engine (EG1, EG2) is formed; and an intake pipe which partially forms the intake passage in the piping space, wherein the intake pipe extends along the partitioning wall , characterized in that the intake pipe is integrally formed with the partitioning wall . a partitioning wall configured to partition a storage space in which an engine (EG1, EG2) is storable from a piping space in which an intake passage for supplying air to a combustion chamber of the engine (EG1, EG2) is formed; and an intake pipe which partially forms the intake passage in the piping space, wherein the intake pipe extends along the partitioning wall , characterized in that the intake pipe is integrally formed with the partitioning wall .
A drain for a water recycling device , said drain comprising a drain inlet configured to receive used water from an outlet of said water recycling device ; a water buffer configured to hold a volume of water, wherein said water buffer comprises an outer wall element and a bottom surface ; a recycling pipe comprising a recycling pipe intake , said recycling pipe intake comprising an open end , wherein said recycling pipe and said recycling pipe intake are configured to receive used water to be recycled from said water buffer ; and a buffer outlet configured to output water from said water buffer , said drain being characterized by that further comprising a number of angled flaps arranged in said water buffer such that water received by said water buffer via said drain inlet is set in a circular motion in said water buffer . a drain inlet configured to receive used water from an outlet of said water recycling device ; a water buffer configured to hold a volume of water, wherein said water buffer comprises an outer wall element and a bottom surface ; a recycling pipe comprising a recycling pipe intake , said recycling pipe intake comprising an open end , wherein said recycling pipe and said recycling pipe intake are configured to receive used water to be recycled from said water buffer ; and a buffer outlet configured to output water from said water buffer , said drain being characterized by that further comprising a number of angled flaps arranged in said water buffer such that water received by said water buffer via said drain inlet is set in a circular motion in said water buffer .
A downdraft range hood, i.e. a downward fume exhausting hood integrated in the cooktop, comprising: - a box-like housing oriented parallel to a vertical wall of the range base, with an opening located at the cooktop, - a frame that can be displaced through said opening between a first position in which it is entirely accommodated within said housing and a second position in which it is at least partially outside said housing , said frame comprising two vertical columns and a cross member , - a fume intake communicating with the interior of said box-like housing , said fume intake being formed on said cross member of said frame, - motor means for ensuring the lifting and the lowering of said frame along said vertical wall moving said frame between said first and said second position, - suction means for extracting and evacuating said fumes from said housing , - a worktop associated with said cross member of said frame, above said intake with a contour that extends beyond the contour that delimits the cross member said worktop being movable by said frame through said motor means at least between said first and said second position, characterized in said worktop being connected to a cross-member with the interposition of disconnection means configured to allow a separation to a predetermined extent between said worktop and said cross member , is vertically separable with respect to said frame by an obstacle interposed between said worktop and said cooktop when said frame is in the first position passing from said second position to said first position. - a box-like housing oriented parallel to a vertical wall of the range base, with an opening located at the cooktop, - a frame that can be displaced through said opening between a first position in which it is entirely accommodated within said housing and a second position in which it is at least partially outside said housing , said frame comprising two vertical columns and a cross member , - a fume intake communicating with the interior of said box-like housing , said fume intake being formed on said cross member of said frame, - motor means for ensuring the lifting and the lowering of said frame along said vertical wall moving said frame between said first and said second position, - suction means for extracting and evacuating said fumes from said housing , - a worktop associated with said cross member of said frame, above said intake with a contour that extends beyond the contour that delimits the cross member said worktop being movable by said frame through said motor means at least between said first and said second position, characterized in said worktop being connected to a cross-member with the interposition of disconnection means configured to allow a separation to a predetermined extent between said worktop and said cross member , is vertically separable with respect to said frame by an obstacle interposed between said worktop and said cooktop when said frame is in the first position passing from said second position to said first position.
A nuclear reactor instrumentation system , comprising: a backup power source ; a wireless transmitter ; a processor electrically connected to the backup power source and the wireless transmitter ; and a memory coupled to the processor and containing stored programming instructions which, when executed by the processor, cause the processor to: receive data from one or more nuclear reactor instrumentation sensors ; identify a loss of normal power to the nuclear reactor instrumentation system ; in response to identifying the loss of normal power, cause power to be provided from the backup power source to the wireless transmitter ; and cause the wireless transmitter to transmit the received data. a backup power source ; a wireless transmitter ; a processor electrically connected to the backup power source and the wireless transmitter ; and a memory coupled to the processor and containing stored programming instructions which, when executed by the processor, cause the processor to: receive data from one or more nuclear reactor instrumentation sensors ; identify a loss of normal power to the nuclear reactor instrumentation system ; in response to identifying the loss of normal power, cause power to be provided from the backup power source to the wireless transmitter ; and cause the wireless transmitter to transmit the received data. receive data from one or more nuclear reactor instrumentation sensors ; identify a loss of normal power to the nuclear reactor instrumentation system ; in response to identifying the loss of normal power, cause power to be provided from the backup power source to the wireless transmitter ; and cause the wireless transmitter to transmit the received data.
A stent for repairing a leak in a pipe carrying water, gas, and/or oil, the stent comprising: a spring comprising a metal wire rolled into a tubular structure , wherein the spring defines a wave pattern, the spring defining an outer surface and an inner surface, the inner surface defining a void , wherein an axis extends through the void, and the wave pattern of the spring is in the axial direction; and a sealing layer of a seal defining a sleeve wrapped around the outer surface of the spring, the stent configurable in a compressed orientation, wherein the spring is compressed, and an expanded orientation, wherein the spring is expanded, the spring biasing the stent to the expanded orientation. a spring comprising a metal wire rolled into a tubular structure , wherein the spring defines a wave pattern, the spring defining an outer surface and an inner surface, the inner surface defining a void , wherein an axis extends through the void, and the wave pattern of the spring is in the axial direction; and a sealing layer of a seal defining a sleeve wrapped around the outer surface of the spring, the stent configurable in a compressed orientation, wherein the spring is compressed, and an expanded orientation, wherein the spring is expanded, the spring biasing the stent to the expanded orientation.
A corner bearing for a tilt and turn window or for a tilt and turn door, comprising a fastening section ; two cheeks which are spaced apart from one another and which project next to one another from the fastening section, wherein at least one of the cheeks has a through hole ; and an axle bolt having at least one external thread which extends between the cheeks and which is screwed to at least one internal thread , wherein the at least one internal thread is arranged in the through hole of the one cheek ; the axle bolt has a peripheral incision which serves as a support seat for a pivot pin ; and the pivot pin is tiltably movably attached to the axle bolt , characterized in that the at least one internal thread and the external thread are not adapted to one another in order to produce increased friction in comparison with mutually adapted internal threads and external threads . a fastening section ; two cheeks which are spaced apart from one another and which project next to one another from the fastening section, wherein at least one of the cheeks has a through hole ; and an axle bolt having at least one external thread which extends between the cheeks and which is screwed to at least one internal thread , wherein
A complex green wall for a roof of a building , including woody plants , a support layer and spacers , the woody plants having a foliar aerial part and a root part , the spacers being fastened to the roof and maintaining the support layer remote from the roof surface in order to create an air gap of determined height between the surface of the roof and the support layer , the portion of the foliar aerial part of the woody plants that extends above the roof being maintained by holding means on the support layer , the root part being in a nutrient medium arranged remote from the roof and not in contact with the roof, the nutrient medium arranged remote from the roof being out of plumb of the roof , the height of the air gap being adjustable by adjustment means, the complex green wall including translation means, the support layer being able to move in translation to uncover or cover some parts of the roof.
A method implemented by a data processing apparatus, the method comprising: operating a processor in the data processing apparatus in a first processing mode; setting one or more control bits of a control register of the processor to configure the processor to operate in a different second processing mode; providing a virtual register in a virtual machine executing on the data processing apparatus, the virtual register having one or more locking bits corresponding to the control bits of the control register ; setting a value of the one or more locking bits of the virtual register ; and in response to setting the value of the one or more locking bits , monitoring corresponding values of the one or more control bits to detect attempts to change the values of said control bits ; in response to detecting attempts to change the values of said control bits preventing the processor from being configured to operate in the first processing mode; wherein the first and second processing modes relate to data and memory addressed by the processor ; wherein setting the one or more locking bits of the virtual register is controlled by the virtual machine ; and wherein monitoring corresponding values of the one or more control bits in response to setting the value of the one or more locking bits and preventing the processor from being configured to operate in the first processing mode is performed by a host operating system executing on the data processing apparatus. operating a processor in the data processing apparatus in a first processing mode; setting one or more control bits of a control register of the processor to configure the processor to operate in a different second processing mode; providing a virtual register in a virtual machine executing on the data processing apparatus, the virtual register having one or more locking bits corresponding to the control bits of the control register ; setting a value of the one or more locking bits of the virtual register ; and in response to setting the value of the one or more locking bits , monitoring corresponding values of the one or more control bits to detect attempts to change the values of said control bits ; in response to detecting attempts to change the values of said control bits preventing the processor from being configured to operate in the first processing mode; wherein the first and second processing modes relate to data and memory addressed by the processor ; wherein setting the one or more locking bits of the virtual register is controlled by the virtual machine ; and
A backend system configured to enroll a mobile merchant communication device for performing a payment transaction with a mobile consumer communication device , wherein the backend system comprises: a processing circuitry (141; 151) configured to generate a first electronic secret for the mobile merchant communication device ; and a communication interface (143; 153) configured to receive an enrollment request from the mobile merchant communication device , wherein the enrollment request comprises the first electronic secret for authorizing the enrollment request and a second electronic secret generated by the mobile merchant communication device ; wherein the processing circuitry (141; 151) is further configured, if the enrollment request is successful, to generate personalization data for the mobile merchant communication device , wherein the communication interface (143; 153) is further configured to transmit the personalization data to the mobile merchant communication device for enabling the mobile merchant communication device to perform the payment transaction with the mobile consumer communication device , and wherein the communication interface (143; 153) is further configured to attest the integrity of the mobile merchant communication device based on the second electronic secret using a challenge response procedure. a processing circuitry (141; 151) configured to generate a first electronic secret for the mobile merchant communication device ; and a communication interface (143; 153) configured to receive an enrollment request from the mobile merchant communication device , wherein the enrollment request comprises the first electronic secret for authorizing the enrollment request and a second electronic secret generated by the mobile merchant communication device ; wherein the processing circuitry (141; 151) is further configured, if the enrollment request is successful, to generate personalization data for the mobile merchant communication device , wherein the communication interface (143; 153) is further configured to transmit the personalization data to the mobile merchant communication device for enabling the mobile merchant communication device to perform the payment transaction with the mobile consumer communication device , and wherein the communication interface (143; 153) is further configured to attest the integrity of the mobile merchant communication device based on the second electronic secret using a challenge response procedure.
Ready-to-use disinfectant containing ethanol or isopropanol in a concentration of 0.5 to 1.0 wt.%, one or more percaboxylic acids in a concentration of 0.1 to 5 wt.%, one or more carboxylic acids in a concentration of 0.1 to 5 wt.%, hydrogen peroxide in a concentration of 0 to 8 wt.%, wherein it contains benzoic acid and/or sorbic acid and/or their peroxy form and wherein the total concentration of percarboxylic acids and carboxylic acids does not exceed 5 wt.% and wherein the concentration data are related to the ready-to-use disinfectant. ethanol or isopropanol in a concentration of 0.5 to 1.0 wt.%, one or more percaboxylic acids in a concentration of 0.1 to 5 wt.%, one or more carboxylic acids in a concentration of 0.1 to 5 wt.%, hydrogen peroxide in a concentration of 0 to 8 wt.%, wherein it contains benzoic acid and/or sorbic acid and/or their peroxy form and wherein the total concentration of percarboxylic acids and carboxylic acids does not exceed 5 wt.% and wherein the concentration data are related to the ready-to-use disinfectant.
A method for fabricating an optical device comprising: a light waves-transmitting substrate having at least two major surfaces and edges and a plurality of partially reflecting surfaces carried by the substrate, wherein the partially reflecting surfaces are parallel to each other and not parallel to any of the edges of the substrate, the method comprising the steps of: providing at least one transparent flat plate and plates having partially reflecting surfaces; optically attaching together the flat plates so as to create a stacked, staggered form ; slicing off from the stacked, staggered form at least one segment by cutting across several plates; grinding and polishing the segment to produce the light waves-transmitting substrate, characterized in that : the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process. a light waves-transmitting substrate having at least two major surfaces and edges and a plurality of partially reflecting surfaces carried by the substrate, wherein the partially reflecting surfaces are parallel to each other and not parallel to any of the edges of the substrate, the method comprising the steps of: providing at least one transparent flat plate and plates having partially reflecting surfaces; optically attaching together the flat plates so as to create a stacked, staggered form ; slicing off from the stacked, staggered form at least one segment by cutting across several plates; grinding and polishing the segment to produce the light waves-transmitting substrate, characterized in that : the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process. providing at least one transparent flat plate and plates having partially reflecting surfaces; optically attaching together the flat plates so as to create a stacked, staggered form ; slicing off from the stacked, staggered form at least one segment by cutting across several plates; grinding and polishing the segment to produce the light waves-transmitting substrate, characterized in that : the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process. the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process.
Device for applying a film to a three-dimensional article, comprising an inflatable shape having at least one opening connected or connectable to a source of heated gas; wherein the inflatable shape is configurable in a deflated configuration and in an inflated configuration when the heated gas is introduced into the inflatable shape through said at least one opening ; wherein the inflatable shape is configured and sized to allow an article to be placed on said inflatable shape , at least when the inflatable shape is in the deflated configuration; wherein in the inflated configuration, the inflatable shape is configured for pressing against the article and for adhering, to the article , a film interposed between the inflatable shape and the article ; the inflatable shape being impermeable to the heated gas; the device being characterised in that the inflatable shape has a thermal transmittance greater than 600 W/m 2 K. wherein the inflatable shape is configurable in a deflated configuration and in an inflated configuration when the heated gas is introduced into the inflatable shape through said at least one opening ; wherein the inflatable shape is configured and sized to allow an article to be placed on said inflatable shape , at least when the inflatable shape is in the deflated configuration; wherein in the inflated configuration, the inflatable shape is configured for pressing against the article and for adhering, to the article , a film interposed between the inflatable shape and the article ; the inflatable shape being impermeable to the heated gas; the device being characterised in that the inflatable shape has a thermal transmittance greater than 600 W/m 2 K.
Motor vehicle door latch, in particular a tailgate latch or hood latch, comprising a locking mechanism consisting substantially of a catch and a pawl , said latch also comprising a motorized closing aid which has a motor , a first lever on which the motor acts, and a second lever , the two levers being hinged to one another, and the second lever , when a tailgate or hood is lowered, first performing a movement controlled by the catch while simultaneously freewheeling relative to the first lever , and the first lever , which is then driven, only then acting on the second lever to close the catch , characterized in that the motor which acts on the first lever first lowers a positioning element that acts on a tailgate or hood and thus lowers the tailgate or hood, and only then closes the catch .
Method for controlling the feed of semifinished products in a tyre building process, said method comprising: advancing a semifinished product from a reel along a path (P) into a building station adapted to build, through said semifinished product , a structural component of a tyre; performing an acquisition, in an acquisition zone (AZ) located on said path (P), in order to acquire characteristic parameters (H) representative of said semifinished product ; verifying the presence of at least one defect in said semifinished product as a function of said characteristic parameters (H); generating a notification signal (NS) as a function of said verification, in the presence of said at least one defect; activating, as a function of said notification signal (NS), a discard device configured for discarding at least a portion of said semifinished product comprising said at least one defect. advancing a semifinished product from a reel along a path (P) into a building station adapted to build, through said semifinished product , a structural component of a tyre; performing an acquisition, in an acquisition zone (AZ) located on said path (P), in order to acquire characteristic parameters (H) representative of said semifinished product ; verifying the presence of at least one defect in said semifinished product as a function of said characteristic parameters (H); generating a notification signal (NS) as a function of said verification, in the presence of said at least one defect; activating, as a function of said notification signal (NS), a discard device configured for discarding at least a portion of said semifinished product comprising said at least one defect.