mhurhangee/ep-ind-claims huggingface dataset:
A dental treatment assistance device comprising: a display; an input part into which input information on at least one of a use purpose and a use product is input; a memory that stores product information and process procedure information for a purpose of each product of a plurality of products; a product information acquiring part that acquires the product information and the process procedure information corresponding to the input information input from the input part; a display image control part that displays a predetermined process procedure selected from the process procedure information on the display; a photographing part that photographs an oral cavity of a person to be treated including a treatment target; and a process procedure control part that stores an association between a photographed image by the photographing part and an assistance result in memory, wherein the assistance result includes the input information, the product information, the process procedure, and a performance result of the process procedure. a display; an input part into which input information on at least one of a use purpose and a use product is input; a memory that stores product information and process procedure information for a purpose of each product of a plurality of products; a product information acquiring part that acquires the product information and the process procedure information corresponding to the input information input from the input part; a display image control part that displays a predetermined process procedure selected from the process procedure information on the display; a photographing part that photographs an oral cavity of a person to be treated including a treatment target; and a process procedure control part that stores an association between a photographed image by the photographing part and an assistance result in memory, wherein the assistance result includes the input information, the product information, the process procedure, and a performance result of the process procedure.
An oral care composition in the form of a mouthwash for use in combating dental erosion and/or tooth wear comprising a source of fluoride ions and a triple polymer system consisting of xanthan gum, carboxymethyl cellulose and copovidone.
Method of characterizing microscopic elements, consisting in particular of: - propagating a dispersed light source signal (12, 120), - spatially chopping the spectrum of the source signal (12, 120) into at least two excitation signals (18, 180) having predetermined wavelengths λ i, - coding the excitation signals (18, 180), - focusing the excitation signals (18, 180) in order to generate a sensor signal (28, 280) propagated towards a measuring space (30, 300), and - analyzing an interaction signal (32, 320) issuing from the interaction of the sensor signal (28, 280) with the microscopic elements situated in the measuring space (30, 300); characterized in that the spatial chopping of the spectrum of the source signal (12, 120) is carried out by a microsystem of elements with opto-electromechanical micromirrors disposed along two bars placed side by side and in that the step of chopping the excitation signals (18, 180) is preceded by a phase of selecting the spectral width of these excitation signals (18, 180), adjustable via the transverse separation of the two bars of said microsystem, without the centre wavelength λ i being modified. - propagating a dispersed light source signal (12, 120), - spatially chopping the spectrum of the source signal (12, 120) into at least two excitation signals (18, 180) having predetermined wavelengths λ i, - coding the excitation signals (18, 180), - focusing the excitation signals (18, 180) in order to generate a sensor signal (28, 280) propagated towards a measuring space (30, 300), and - analyzing an interaction signal (32, 320) issuing from the interaction of the sensor signal (28, 280) with the microscopic elements situated in the measuring space (30, 300);
A zirconia electrolyte, essentially consisting of zirconia stabilized by one or a plurality of oxides of rare earth selected from the group of scandium, yttrium, cerium, gadolinium and ytterbium, wherein a standard deviation of pore numbers in 10 or more regions having an area of 50 μ m 2 and not overlapping with each other on a magnified fracture surface is 2.5 or more, wherein the fracture surface is magnified 1000-fold or more and 5000-fold or less, wherein a diameter of the pore to be counted is 0.1 μ m or more, wherein a diameter of the pore is measured according to the method of the description, wherein the regions are set at a peripheral part containing at least four corners, a central part, and the part between the peripheral part and the central part in a magnified visual field, wherein a ratio of a total area of the pores having the diameter of 0.1 μ m or more to a total area of the regions is 0.5% or less, wherein a maximum diameter of the pores in the regions is 1.00 μm or less, wherein a standard deviation of pore diameters in the regions is 0.15 μm or less, and wherein a relative density of the zirconia electrolyte is 99.0% or more. essentially consisting of zirconia stabilized by one or a plurality of oxides of rare earth selected from the group of scandium, yttrium, cerium, gadolinium and ytterbium, wherein a standard deviation of pore numbers in 10 or more regions having an area of 50 μ m 2 and not overlapping with each other on a magnified fracture surface is 2.5 or more, wherein the fracture surface is magnified 1000-fold or more and 5000-fold or less, wherein a diameter of the pore to be counted is 0.1 μ m or more, wherein a diameter of the pore is measured according to the method of the description, wherein the regions are set at a peripheral part containing at least four corners, a central part, and the part between the peripheral part and the central part in a magnified visual field, wherein a ratio of a total area of the pores having the diameter of 0.1 μ m or more to a total area of the regions is 0.5% or less, wherein a maximum diameter of the pores in the regions is 1.00 μm or less, wherein a standard deviation of pore diameters in the regions is 0.15 μm or less, and wherein a relative density of the zirconia electrolyte is 99.0% or more.
A conveying device for advancing and reorienting trays, said trays each comprising a bottom connected with an upstanding peripheral side wall with an outwardly projecting peripheral edge, the conveying device including: a) a conveyor for continuously advancing said trays one after another, with said bottom of each tray being supported by said conveyor, b) a reorienting device arranged above said conveyor, for turning said trays, characterised in said reorienting device comprising a lower clamping part and an upper clamping part, - a gap of adjustable gap width between said upper and lower clamping parts (46, 50) being at a level above said conveyor, - said upper and lower clamping parts (46,50) being arranged to receive in said gap a length of said peripheral edge of each tray advanced to said reorienting device by said conveyor, said reorienting device carrying out said turning by a joint rotation about a common axis of said upper and lower clamping parts (46, 50), simultaneously with said received length of said peripheral edge temporarily being clamped in said gap by adjustment of said gap width, said reorienting device being configured to release said clamping of said received length of said peripheral edge by adjustment of said gap width after said joint rotation about said common axis. a) a conveyor for continuously advancing said trays one after another, with said bottom of each tray being supported by said conveyor, b) a reorienting device arranged above said conveyor, for turning said trays, characterised in said reorienting device comprising a lower clamping part and an upper clamping part, - a gap of adjustable gap width between said upper and lower clamping parts (46, 50) being at a level above said conveyor, - said upper and lower clamping parts (46,50) being arranged to receive in said gap a length of said peripheral edge of each tray advanced to said reorienting device by said conveyor, - a gap of adjustable gap width between said upper and lower clamping parts (46, 50) being at a level above said conveyor, - said upper and lower clamping parts (46,50) being arranged to receive in said gap a length of said peripheral edge of each tray advanced to said reorienting device by said conveyor, said reorienting device carrying out said turning by a joint rotation about a common axis of said upper and lower clamping parts (46, 50), simultaneously with said received length of said peripheral edge temporarily being clamped in said gap by adjustment of said gap width, said reorienting device being configured to release said clamping of said received length of said peripheral edge by adjustment of said gap width after said joint rotation about said common axis.
A metered dose dispensing valve for dispensing metered volumes of an aerosol formulation from an aerosol container, said valve comprising a first valve body defining in part a metering chamber; a compliant biasing member; a valve stem passing axially through the metering chamber, movable relative to the chamber between non-dispensing and dispensing positions, and biased from its dispensing position towards its non-dispensing position by the compliant biasing member; and a second valve body defining at least in part a pre-metering region; wherein said valve stem and second valve body are integrally provided in a single component, characterized in that the biasing member is provided as a separate component and positioned relative to said valve-stem-second-valve-body-comprising component such that at least one portion of the biasing member engages the valve-stem-second-valve-body-comprising component at a first position and at least one other portion of the biasing member engages the valve-stem-second-valve-body-comprising component at a second position, thereby imparting a bias to the valve stem, and wherein, in use, the valve stem is moved axially against said bias from its non-dispensing position into its dispensing position and upon release the valve stem moves under the action of the bias from its dispensing position back to its non-dispensing position. a first valve body defining in part a metering chamber; a compliant biasing member; a valve stem passing axially through the metering chamber, movable relative to the chamber between non-dispensing and dispensing positions, and biased from its dispensing position towards its non-dispensing position by the compliant biasing member; and a second valve body defining at least in part a pre-metering region; wherein said valve stem and second valve body are integrally provided in a single component, characterized in that the biasing member is provided as a separate component and positioned relative to said valve-stem-second-valve-body-comprising component such that at least one portion of the biasing member engages the valve-stem-second-valve-body-comprising component at a first position and at least one other portion of the biasing member engages the valve-stem-second-valve-body-comprising component at a second position, thereby imparting a bias to the valve stem, and wherein, in use, the valve stem is moved axially against said bias from its non-dispensing position into its dispensing position and upon release the valve stem moves under the action of the bias from its dispensing position back to its non-dispensing position.
A method of producing a three-dimensional structure (105, 203), comprising the steps of: providing a nozzle (1, 101, 201) having an inside diameter of 0.01 μm to 8 μm at the tip thereof; the nozzle (1, 101, 201) being supplied with a solution; arranging a substrate (13, 100) close to the tip of the nozzle (1, 101, 201); and ejecting a fluid droplet (102, 202) toward a surface of the substrate (13, 100); characterized in that a voltage having a prescribed waveform is applied to the nozzle (1, 101, 201) so that the fluid droplet (102, 202) flies and lands on the substrate (13, 100) with drying and solidifying the droplet (102, 202) during the flight thereby being increased in viscosity at least to a level such that the droplet (102, 202) can be stacked up, in virtue of an effect of an electric field applied to the tip of the nozzle (1, 101, 201); the electric field is focused at a solidified substance formed of the droplet previously landed, and a subsequent droplet (102, 202) is stacked on said solidified substance; and the electric field is focused at the top of a three-dimensional substance formed of the solidified substance of the droplet, and wherein the three-dimensional substance is grown by stacking the subsequent flying droplet on the top of the three-dimensional substance. providing a nozzle (1, 101, 201) having an inside diameter of 0.01 μm to 8 μm at the tip thereof; the nozzle (1, 101, 201) being supplied with a solution; arranging a substrate (13, 100) close to the tip of the nozzle (1, 101, 201); and ejecting a fluid droplet (102, 202) toward a surface of the substrate (13, 100); a voltage having a prescribed waveform is applied to the nozzle (1, 101, 201) so that the fluid droplet (102, 202) flies and lands on the substrate (13, 100) with drying and solidifying the droplet (102, 202) during the flight thereby being increased in viscosity at least to a level such that the droplet (102, 202) can be stacked up, in virtue of an effect of an electric field applied to the tip of the nozzle (1, 101, 201); the electric field is focused at a solidified substance formed of the droplet previously landed, and a subsequent droplet (102, 202) is stacked on said solidified substance; and the electric field is focused at the top of a three-dimensional substance formed of the solidified substance of the droplet, and wherein the three-dimensional substance is grown by stacking the subsequent flying droplet on the top of the three-dimensional substance.
A method for producing an aliphatic polyester having an increased molecular weight comprising the steps of: (i) introducing into a mixing tank equipped with an inlet for injecting a diisocyanate an aliphatic polyester prepolymer which has a number average molecular weight of 5000 or higher and has terminal hydroxyl groups and in which at least one acid component is a succinic acid compound, wherein the aliphatic polyester prepolymer is introduced above the position of the inlet for injecting the diisocyanate and wherein the aliphatic polyester prepolymer is melted at a temperature not lower than a melting point of the prepolymer and is in a liquid state, (ii)injecting a diisocyanate into the aliphatic polyester prepolymer, wherein the amount of diisocyanate is equivalent to between one tenth and two times the amount of the hydroxyl groups in the aliphatic polyester prepolymer; and (iii) reacting the aliphatic polyester prepolymer with the diisocyanate. (i) introducing into a mixing tank equipped with an inlet for injecting a diisocyanate an aliphatic polyester prepolymer which has a number average molecular weight of 5000 or higher and has terminal hydroxyl groups and in which at least one acid component is a succinic acid compound, wherein the aliphatic polyester prepolymer is introduced above the position of the inlet for injecting the diisocyanate and wherein the aliphatic polyester prepolymer is melted at a temperature not lower than a melting point of the prepolymer and is in a liquid state, (ii)injecting a diisocyanate into the aliphatic polyester prepolymer, wherein the amount of diisocyanate is equivalent to between one tenth and two times the amount of the hydroxyl groups in the aliphatic polyester prepolymer; and (iii) reacting the aliphatic polyester prepolymer with the diisocyanate.
Dispersing device comprising an outer container and an inner container that is movable therein for dispensing granular or powdered dispersing material out of a storage chamber formed in the inner container through a sieve which is arranged in the dispensing opening of the dispersing device, characterised in that the side wall of the outer container has an opening in one region, through which opening a first portion of the side wall of the inner container can be grasped when the outer container is gripped, an intermediate chamber is formed inside the outer container between a second portion of the side wall of the inner container and the side wall of the outer container, the inner container, in its idle position, is pressed by the first portion of its side wall against the opening in the side wall of the outer container by means of at least one energy accumulator arranged in the intermediate chamber, such that the side wall of the inner container covers the opening towards the inside of the outer container, the inner container can be moved against the force of the at least one energy accumulator, transversely to the longitudinal axis of the outer container, into a displaced position, and the inner container has a discharge opening which, when the inner container is displaced out of the idle position into a displaced position, is moved over a sieve that has an associated dispensing opening and is located in the base of the outer container.
Guardrail assembly for roads, in particular for use on the road side, on the central reservation or for safeguarding danger zones, with: a plurality of posts that can be fixed at the base, a crash barrier, by means of which the posts are connected with one another, and deformation elements, of which at least one is arranged between an associated post and the crash barrier, wherein the deformation elements are of a tubular design and have at least two pre-determined buckling points that in the tubular cross section are spaced apart from the post and the crash barrier, wherein the deformation elements have an essentially circular cross section, wherein the deformation elements, at the pre-determined buckling points, have a reduced wall geometry with respect to the other areas, and wherein the pre-determined buckling points are closer to an attachment point of a deformation element on the post than to an attachment point on the crash barrier, wherein the pre-determined buckling points on the tubular deformation elements are each offset at a pre-determined angle (α) to the attachment point of the deformation element on the post, wherein the angle (α) is between 20° and 70°, characterised in that, the axis of the tubular deformation element is vertically aligned. a plurality of posts that can be fixed at the base, a crash barrier, by means of which the posts are connected with one another, and deformation elements, of which at least one is arranged between an associated post and the crash barrier, wherein the deformation elements are of a tubular design and have at least two pre-determined buckling points that in the tubular cross section are spaced apart from the post and the crash barrier, wherein the deformation elements have an essentially circular cross section, wherein the deformation elements, at the pre-determined buckling points, have a reduced wall geometry with respect to the other areas, and wherein the pre-determined buckling points are closer to an attachment point of a deformation element on the post than to an attachment point on the crash barrier, wherein the pre-determined buckling points on the tubular deformation elements are each offset at a pre-determined angle (α) to the attachment point of the deformation element on the post, wherein the angle (α) is between 20° and 70°, characterised in that, the axis of the tubular deformation element is vertically aligned.
Lock device of a cold room door - having a latch, - having a strike plate in which the latch engages, - a release part, by means of which the latch can be released from the strike plate, - having an operating handle, by means of which the release part can be controlled and that also serves as a door handle, - having a holding block in which the operating handle is moveably mounted and that serves to arrange the operating handle on a cold room door, - having a lock cylinder that arrests the operating handle, wherein - the holding block supports a tube and the operating handle is also provided with a tube, wherein the two tubes (14, 25) engage in each other telescopically, - the tubes (14, 25) engaging in each other form a guide bearing that stabilises the linear movement of the operating handle, - the operating handle is mounted in the holding block such that it can only be moved in a linear manner and such that the operating handle supports the lock cylinder, - a push handle is motion-coupled with the release part, wherein the push handle acts on the release part as an alternative to the operating handle, wherein the push handle can only be moved in a linear manner, characterised in that - the operating handle has a pull rod that is motion-coupled with the release part and in that the push handle is arranged in the axial extension of the pull rod, wherein the axes of the linear movement of the operating handle, pull rod and push handle coincide, - the motion coupling between the pull rod and the release part is cancelled when the push handle is operated. - having a latch, - having a strike plate in which the latch engages, - a release part, by means of which the latch can be released from the strike plate, - having an operating handle, by means of which the release part can be controlled and that also serves as a door handle, - having a holding block in which the operating handle is moveably mounted and that serves to arrange the operating handle on a cold room door, - having a lock cylinder that arrests the operating handle, wherein - the holding block supports a tube and the operating handle is also provided with a tube, wherein the two tubes (14, 25) engage in each other telescopically, - the tubes (14, 25) engaging in each other form a guide bearing that stabilises the linear movement of the operating handle, - the operating handle is mounted in the holding block such that it can only be moved in a linear manner and such that the operating handle supports the lock cylinder, - a push handle is motion-coupled with the release part, wherein the push handle acts on the release part as an alternative to the operating handle, wherein the push handle can only be moved in a linear manner, - the operating handle has a pull rod that is motion-coupled with the release part and in that the push handle is arranged in the axial extension of the pull rod, wherein the axes of the linear movement of the operating handle, pull rod and push handle coincide, - the motion coupling between the pull rod and the release part is cancelled when the push handle is operated.