mhurhangee/patent-ind-claim-en huggingface dataset:
A magazine apparatus for holding and retaining glassware during ion exchange processing, the magazine apparatus comprising: a plurality of dividing straps positioned substantially parallel with one another; a plurality of support straps positioned substantially parallel with one another and intersecting with the plurality of dividing straps to form a plurality of ware receiving channels , an upper end and a lower end of each ware receiving channel being at least partially open; a plurality of ware seats , each ware seat extending at least partially across a corresponding ware receiving channel proximate a lower end of the corresponding ware receiving channel , wherein each ware seat is positioned in the corresponding ware receiving channel and provides a seat for glassware positioned in the corresponding ware receiving channel ; and a plurality of ware spacers , each ware spacer being positioned below and spaced apart from a corresponding ware seat and extending at least partially across the corresponding ware receiving channel . a plurality of dividing straps positioned substantially parallel with one another; a plurality of support straps positioned substantially parallel with one another and intersecting with the plurality of dividing straps to form a plurality of ware receiving channels , an upper end and a lower end of each ware receiving channel being at least partially open; a plurality of ware seats , each ware seat extending at least partially across a corresponding ware receiving channel proximate a lower end of the corresponding ware receiving channel , wherein each ware seat is positioned in the corresponding ware receiving channel and provides a seat for glassware positioned in the corresponding ware receiving channel ; and a plurality of ware spacers , each ware spacer being positioned below and spaced apart from a corresponding ware seat and extending at least partially across the corresponding ware receiving channel .
A vehicle for transporting bulk and/or piece goods, comprising a chassis on wheels and a loading space whose floor is delimited at least by two opposing side walls , a front wall and a movable rear wall , - wherein the floor is formed by a movable endless conveyor belt of a constant conveying length (F) which loops around a head drum and a tail drum , - wherein the endless conveyor belt has an upper run and a lower run as well as spaced-apart bearing elements located therebetween which are each mounted on longitudinal members of the chassis and lie transversely to a conveying direction (R), and - wherein the endless conveyor belt runs out into a discharge area , which is located in a rear area of the vehicle , and characterized in that - the lower run is supported on two pressure rollers which are arranged between the head drum and the rear drum and tension the lower run in such a way that a distance (A) extending between the pressure rollers is formed between the upper run and the lower run , the size of which distance (A) is less than a diameter (D1) of the head drum and/or a diameter (D2) of the rear drum und - the rear drum and/or the head drum is provided with a V-shaped profiling , wherein the tip of the V-shaped profiling is arranged at the midpoint of that of the rear or head drum and points in the direction of rotation (S), so that the endless conveyor belt is centred by the profiling when the rear and head drum rotate. - wherein the floor is formed by a movable endless conveyor belt of a constant conveying length (F) which loops around a head drum and a tail drum , - wherein the endless conveyor belt has an upper run and a lower run as well as spaced-apart bearing elements located therebetween which are each mounted on longitudinal members of the chassis and lie transversely to a conveying direction (R), and - wherein the endless conveyor belt runs out into a discharge area , which is located in a rear area of the vehicle , and - the lower run is supported on two pressure rollers which are arranged between the head drum and the rear drum and tension the lower run in such a way that a distance (A) extending between the pressure rollers is formed between the upper run and the lower run , the size of which distance (A) is less than a diameter (D1) of the head drum and/or a diameter (D2) of the rear drum und - the rear drum and/or the head drum is provided with a V-shaped profiling , wherein the tip of the V-shaped profiling is arranged at the midpoint of that of the rear or head drum and points in the direction of rotation (S), so that the endless conveyor belt is centred by the profiling when the rear and head drum rotate.
Process for synthesizing a polymer bearing one or more furan functional groups within its chain, which process comprises the radical copolymerization of at least two comonomers A and B, the comonomer A being a diene monomer and the comonomer B being a monomer bearing a furan function chosen from furfuryl methacrylate and furfuryl acrylate.
A furnace control method comprising a step of controlling including: measuring a combustion state of a furnace by measuring the spectral information of the furnace by using a spectral characteristics measuring method comprising: a step of acquiring spectral information, by using an imaging spectral device comprising an imaging lens , the spectral imaging device being configured to disperse light emitted from a linear region of an object or reflected light from the linear region, via the imaging lens ; a step of capturing an image of a two-dimensional region of the object, the two-dimensional region including the linear region, by using a two-dimensional imaging device ; a step of determining a range on which the spectral information is to be acquired by the imaging spectral device based on the image captured by the two-dimensional imaging device by associating a measuring field of view of said imaging spectral device with said image captured by the two-dimensional imaging device , the furnace control method further comprising controlling the combustion state of the furnace, based on the measured combustion state of the furnace. a step of acquiring spectral information, by using an imaging spectral device comprising an imaging lens , the spectral imaging device being configured to disperse light emitted from a linear region of an object or reflected light from the linear region, via the imaging lens ; a step of capturing an image of a two-dimensional region of the object, the two-dimensional region including the linear region, by using a two-dimensional imaging device ; a step of determining a range on which the spectral information is to be acquired by the imaging spectral device based on the image captured by the two-dimensional imaging device by associating a measuring field of view of said imaging spectral device with said image captured by the two-dimensional imaging device , the furnace control method further comprising controlling the combustion state of the furnace, based on the measured combustion state of the furnace.
Sealing arrangement having a sealing element , which has at least one sealing portion for sealing a vertically movable window pane of a vehicle door in relation to a vertical window-frame limb of the vehicle door, wherein the sealing element also has a sealing portion for sealing a gap , wherein the gap is formed between a body pillar , which is adjacent to the vehicle door, and a vertical peripheral side of the window pane , said vertical peripheral side being directed toward the body pillar , characterized in that the sealing portion for sealing the gap is of tubular design and butts both against the body pillar and against the window pane .
A laminated body comprising a thermoplastic resin sheet layer, the thermoplastic resin being polyethylene terephthalate resin, polyethylene naphthalate resin or polyphenylene sulfide resin and having a heat of crystallization of 10 J/g or more as measured with a differential scanning calorimeter and a wet-laid nonwoven layer comprising polyphenylene sulfide fibers and having a heat of crystallization of 10 J/g or more as measured with a differential scanning calorimeter, the wet-laid nonwoven layer being stacked on at least one surface of the thermoplastic resin sheet layer without an adhesive therebetween.
A method for regenerating an adsorber , which has a porous body and does not have an enzyme, said adsorber being part of a dialysis system including further a dialysate circulation unit and a regenerating water flow unit which is connectable to the adsorber , and which system is configured to perform a dialysis step in which the adsorber is connected to the dialysate circulation unit to adsorb uremic substances in a dialysate onto the adsorber , the method comprising: a regenerating step following the dialysis step, in which the uremic substances which are adsorbed on the adsorber are removed by regenerating water that flows in the regenerating water flow unit , wherein the regenerating step includes electrolyzing urea which is contained in the regenerating water that flows in the regenerating water flow unit . a regenerating step following the dialysis step, in which the uremic substances which are adsorbed on the adsorber are removed by regenerating water that flows in the regenerating water flow unit , wherein the regenerating step includes electrolyzing urea which is contained in the regenerating water that flows in the regenerating water flow unit .
System simulator for a test arrangement for testing an electronic device under test in an environment with a plurality of communication partners, wherein the device under test receives signals from different communication partners, the system simulator comprising: at least one communication partner simulator configured to simulate a communication partner of the device under test , and a control unit configured to dynamically control at least one communication channel used by the at least one communication partner simulator based on a channel usage schedule of the device under test , and a channel information interface configured to communicatively couple the control unit to the device under test to retrieve channel usage information from the device under test , wherein the channel information interface comprises a wiretapping interface configured to tap into the communication between a modem of the device under test and transceivers of the device under test to intercept channel configuration commands from the modem to the transceivers , wherein the channel usage information is applicable to determine the channel usage schedule of the device under test , wherein the channel usage schedule comprises information about a type of the at least one communication channel that the device under test uses and information about the when the device under test uses the respective communication channels at least one communication channel , and wherein the at least one communication partner simulator is configured to simulate only communication partners out of a plurality of available potential communication partners that are momentarily required to communication with the device under test . at least one communication partner simulator configured to simulate a communication partner of the device under test , and a control unit configured to dynamically control at least one communication channel used by the at least one communication partner simulator based on a channel usage schedule of the device under test , and a channel information interface configured to communicatively couple the control unit to the device under test to retrieve channel usage information from the device under test , wherein the channel information interface comprises a wiretapping interface configured to tap into the communication between a modem of the device under test and transceivers of the device under test to intercept channel configuration commands from the modem to the transceivers , wherein the channel usage information is applicable to determine the channel usage schedule of the device under test , wherein the channel usage schedule comprises information about a type of the at least one communication channel that the device under test uses and information about the when the device under test uses the respective communication channels at least one communication channel , and wherein the at least one communication partner simulator is configured to simulate only communication partners out of a plurality of available potential communication partners that are momentarily required to communication with the device under test .
A closed-loop current transducer comprising a magnetic circuit core to conduct magnetic flux and concentrate a magnetic field, a circuit board , a magnetic field detector connected to the circuit board and positioned in a magnetic circuit gap of the magnetic circuit core, and a compensation coil assembly comprising a compensation coil and a compensation coil support comprising at least one coil support bobbin (50; 50a, 50b), a connection end flange (52; 52a, 52b) at one end of the coil support bobbin and a second flange at a second end of the coil support bobbin, the compensation coil being wound around the coil support bobbin between the connection end and second flanges, the magnetic circuit comprising a first longitudinal branch , a second longitudinal branch , and first and second end branches interconnecting the first and second longitudinal branches such that the branches surround a central opening configured to receive one or more primary conductors therethrough, the magnetic circuit being formed of first and second parts assembled together from opposed ends of the compensation coil support, characterized in that the circuit board is mounted against the connection end mounting flange and the first part of the magnetic circuit core comprises the first end branch and is assembled from an outer face of the circuit board relative to the connection end mounting flange such that the first end branch is positioned adjacent and against said outer face of the circuit board, the circuit board comprising orifices through which portions of the first and second longitudinal branches extend through the circuit board.
A system for growing a single crystal ingot from a melt by a Czochralski method, the system comprising: a first crucible including a first base and a first sidewall forming an outer cavity for containing the melt, the first base having a top surface; a silica weir located along the top surface of the first base at a location inward from the first sidewall to inhibit movement of the melt from a location outward of the silica weir to a location inward of the silica weir; and a second crucible sized for placement and located within the outer cavity of the first crucible having a second base and a second sidewall, the second base and the second sidewall forming an inner cavity, the second base being spaced from the first base by the silica weir, and the second crucible including a crucible passageway therethrough to allow the melt located within the silica weir to move into the inner cavity of the second crucible, wherein the silica weir is bonded to the first crucible, and wherein the silica weir has a weir passageway extending therethrough to allow the melt in the outer cavity of the first crucible to move within the silica weir. a first crucible including a first base and a first sidewall forming an outer cavity for containing the melt, the first base having a top surface; a silica weir located along the top surface of the first base at a location inward from the first sidewall to inhibit movement of the melt from a location outward of the silica weir to a location inward of the silica weir; and a second crucible sized for placement and located within the outer cavity of the first crucible having a second base and a second sidewall, the second base and the second sidewall forming an inner cavity, the second base being spaced from the first base by the silica weir, and the second crucible including a crucible passageway therethrough to allow the melt located within the silica weir to move into the inner cavity of the second crucible, wherein the silica weir is bonded to the first crucible, and wherein the silica weir has a weir passageway extending therethrough to allow the melt in the outer cavity of the first crucible to move within the silica weir.
A composition, comprising particles of a single crystalline form of a compound represented by Structural Formula I: wherein the single crystalline form is Form A and is characterized by at least three X-ray powder diffraction peaks at 2θ angles selected from 4.4°, 19.9°, 21.3° and 22.0°; and the particles have a unimodal particle size distribution characterized by a d(0.9) of 100 microns or less.
Method for operating a hardware device which is suitable for performing a plurality of different functions, comprising: storing (S1), in the hardware device , a plurality of integrity protection profiles (P1-P4) for the hardware device , wherein each integrity protection profile (P1-P4) can be assigned to one of the plurality of different functions, and wherein each integrity protection profile (P1-P4) defines security measures for protecting hardware of the hardware device from manipulations; selecting (S2) an integrity protection profile from the plurality of integrity protection profiles (P1-P4) as a selected integrity protection profile via an interface taking into account a function from the plurality of different functions which is to be performed by the hardware device ; and performing (S3) the security measures in the selected integrity protection profile; characterized in that the performance of the security measures at least comprises: monitoring tamper sensors of the hardware device which capture physical properties of the hardware device . storing (S1), in the hardware device , a plurality of integrity protection profiles (P1-P4) for the hardware device , wherein each integrity protection profile (P1-P4) can be assigned to one of the plurality of different functions, and wherein each integrity protection profile (P1-P4) defines security measures for protecting hardware of the hardware device from manipulations; selecting (S2) an integrity protection profile from the plurality of integrity protection profiles (P1-P4) as a selected integrity protection profile via an interface taking into account a function from the plurality of different functions which is to be performed by the hardware device ; and performing (S3) the security measures in the selected integrity protection profile;
A water fitting , in particular for a camper, a caravan, a motor caravan or a boat, comprising at least a first housing part comprising a first channel capable of being traversed by water and a second channel at least partially fluidically separated from the first channel and capable of being traversed by water, and comprising: - a second housing part , which comprises a third channel capable of being traversed by water and fluidically connected to the first channel and a fourth channel at least partially fluidically separated from the third channel , capable of being traversed by water and fluidically connected to the second channel and is rotatable around a rotational axis relative to the first housing part , and - at least one mixing area fluidically connectable to the third channel and the fourth channel and arranged downstream of the channels for mixing the water from the third channel with the water from the fourth channel , wherein the mixing area is formed rotatable together with the second housing part relative to the first housing part , characterized in that the first housing part and the second housing part are each at least partially received in an outer, third housing part , which is rotatable around the rotational axis together with the second housing part relative to the first housing part , wherein the mixing area is arranged in the third housing part . - a second housing part , which comprises a third channel capable of being traversed by water and fluidically connected to the first channel and a fourth channel at least partially fluidically separated from the third channel , capable of being traversed by water and fluidically connected to the second channel and is rotatable around a rotational axis relative to the first housing part , and - at least one mixing area fluidically connectable to the third channel and the fourth channel and arranged downstream of the channels for mixing the water from the third channel with the water from the fourth channel , wherein the mixing area is formed rotatable together with the second housing part relative to the first housing part ,
A resin-made container comprising: a container body formed by using a synthetic resin so as to form an internal space (R) for accommodating an article, wherein the container body includes a cylindrical portion that forms the internal space (R) and a bottom portion that closes one end portion of the cylindrical portion in an axial direction, the cylindrical portion includes four wall portions arranged along the axial direction so that a section orthogonal to the axial direction becomes a square shape, and each of a pair of the wall portions that face each other through the internal space (R) includes a convex portion including a first region having one surface facing the internal space (R) and a second region extending from an end portion of the first region toward the internal space (R) and formed on an outer side of the first region ; the resin-made container being characterized in that the convex portion includes a first groove portion formed in the first region along one direction, and a second groove portion formed along an other direction crossing the one direction, and in that a plurality of the second groove portions are formed at an interval along the one direction and each are formed continuously from an inside of the first region to an inside of the second region so as to overlap a virtual line (L) crossing the first groove portion in the first region . a container body formed by using a synthetic resin so as to form an internal space (R) for accommodating an article, wherein the container body includes a cylindrical portion that forms the internal space (R) and a bottom portion that closes one end portion of the cylindrical portion in an axial direction, the cylindrical portion includes four wall portions arranged along the axial direction so that a section orthogonal to the axial direction becomes a square shape, and each of a pair of the wall portions that face each other through the internal space (R) includes a convex portion including a first region having one surface facing the internal space (R) and a second region extending from an end portion of the first region toward the internal space (R) and formed on an outer side of the first region ; the resin-made container being characterized in that the convex portion includes a first groove portion formed in the first region along one direction, and a second groove portion formed along an other direction crossing the one direction, and in that a plurality of the second groove portions are formed at an interval along the one direction and each are formed continuously from an inside of the first region to an inside of the second region so as to overlap a virtual line (L) crossing the first groove portion in the first region .