mhurhangee/patent-ind-claim-en huggingface dataset:
An ostomy wafer comprising: a central peristomal area surrounding a stoma receiving hole , wherein the central peristomal area is continuous and extends a first radial distance from a periphery of the stoma receiving hole to define a continuous band of material around the stoma receiving hole, the central peristomal area being substantially circular or oval and having an outer periphery , wherein an outer periphery of the wafer is formed by a plurality of petals , each ending in an apex , extending away from the central area ; and by a plurality of bridges , each bridge formed between adjacent first and second petals of the plurality of petals and extending away from the outer periphery of the continuous band of material, the bridge being provided with a convex apex being connected to each of the neighbouring petals by a concave portion , with each bridge having a bridge width (d) measured between the adjacent petals of the plurality of petals and each of the plurality of petals having a petal width (c) measured between the plurality of bridges , wherein each of the plurality of petals has a petal length (a) measured from the stoma receiving hole to the apex of the petal ; and each of the plurality of bridges has a bridge length (b) measured from the stoma receiving hole to the apex of the bridge ; wherein the bridge width is less than the petal width, the bridge length is less than the petal length, and the thickness of the bridges is greater than the thickness of the petals . a central peristomal area surrounding a stoma receiving hole , wherein the central peristomal area is continuous and extends a first radial distance from a periphery of the stoma receiving hole to define a continuous band of material around the stoma receiving hole, the central peristomal area being substantially circular or oval and having an outer periphery , wherein an outer periphery of the wafer is formed by a plurality of petals , each ending in an apex , extending away from the central area ; and by a plurality of bridges , each bridge formed between adjacent first and second petals of the plurality of petals and extending away from the outer periphery of the continuous band of material, the bridge being provided with a convex apex being connected to each of the neighbouring petals by a concave portion , with each bridge having a bridge width (d) measured between the adjacent petals of the plurality of petals and each of the plurality of petals having a petal width (c) measured between the plurality of bridges , wherein each of the plurality of petals has a petal length (a) measured from the stoma receiving hole to the apex of the petal ; and each of the plurality of bridges has a bridge length (b) measured from the stoma receiving hole to the apex of the bridge ; wherein the bridge width is less than the petal width, the bridge length is less than the petal length, and the thickness of the bridges is greater than the thickness of the petals .
A housing comprising: a housing main body comprising: a fitting portion configured to be fitted with a mating housing and having a terminal accommodating chamber in which a terminal is accommodated; and a hood portion which covers a periphery of the fitting portion ; an annular seal member configured to be attached to a base part of the fitting portion and to seal a fitting position of the fitting portion and the mating housing ; and a retainer configured to be inserted into a retainer accommodating hole and to lock the terminal accommodated in the terminal accommodating chamber , the retainer accommodating hole being formed in the fitting portion and being opened at a side part of the fitting portion , wherein an opening portion through which the retainer passes to be inserted into the retainer accommodating hole is formed at a position facing the retainer accommodating hole in the hood portion ; and wherein a guide portion that is slidably in contact with the retainer to guide the retainer into the retainer accommodating hole when the retainer is inserted into the retainer accommodating hole is provided at an edge portion of the opening portion , wherein the opening portion has a window portion through which the seal member attached to the fitting portion is able to be visually checked by an operator and characterized in that the window portion is provided at each of both sides of the guide portion on the opening portion . a housing main body comprising: a fitting portion configured to be fitted with a mating housing and having a terminal accommodating chamber in which a terminal is accommodated; and a hood portion which covers a periphery of the fitting portion ; a fitting portion configured to be fitted with a mating housing and having a terminal accommodating chamber in which a terminal is accommodated; and a hood portion which covers a periphery of the fitting portion ; an annular seal member configured to be attached to a base part of the fitting portion and to seal a fitting position of the fitting portion and the mating housing ; and a retainer configured to be inserted into a retainer accommodating hole and to lock the terminal accommodated in the terminal accommodating chamber , the retainer accommodating hole being formed in the fitting portion and being opened at a side part of the fitting portion , wherein an opening portion through which the retainer passes to be inserted into the retainer accommodating hole is formed at a position facing the retainer accommodating hole in the hood portion ; and wherein a guide portion that is slidably in contact with the retainer to guide the retainer into the retainer accommodating hole when the retainer is inserted into the retainer accommodating hole is provided at an edge portion of the opening portion , wherein the opening portion has a window portion through which the seal member attached to the fitting portion is able to be visually checked by an operator and characterized in that the window portion is provided at each of both sides of the guide portion on the opening portion .
A computer-implemented method for operating an autonomous vehicle, the method comprising: determining a driving scenario for a next route segment of a route for operating an autonomous vehicle; performing a lookup operation in a driving scenario to system delay (scenario/delay) table to locate a matching entry matching the determined driving scenario, wherein the scenario/delay table includes a plurality of entries, each entry corresponding to one of a plurality of driving scenarios of the autonomous vehicle, wherein each entry maps one of the plurality of driving scenarios to a system delay corresponding to the one driving scenario; determining a system delay from the matching entry corresponding to the determined driving scenario; and controlling and driving the autonomous vehicle in view of the determined system delay, including issuing control commands under the determined driving scenario, wherein the system delay comprises a steering control delay between time of issuing a steering control command and time of a response from one or more wheels of the autonomous vehicle. determining a driving scenario for a next route segment of a route for operating an autonomous vehicle; performing a lookup operation in a driving scenario to system delay (scenario/delay) table to locate a matching entry matching the determined driving scenario, wherein the scenario/delay table includes a plurality of entries, each entry corresponding to one of a plurality of driving scenarios of the autonomous vehicle, wherein each entry maps one of the plurality of driving scenarios to a system delay corresponding to the one driving scenario; determining a system delay from the matching entry corresponding to the determined driving scenario; and controlling and driving the autonomous vehicle in view of the determined system delay, including issuing control commands under the determined driving scenario, wherein the system delay comprises a steering control delay between time of issuing a steering control command and time of a response from one or more wheels of the autonomous vehicle.
A dental sensor for an intraoral region, comprising: an attachment region of plastic material for molding an oral region during insertion of the dental sensor , which is curable after molding; and a sensor housing which has a plane or approximately anatomically preformed contact surface facing the tooth which is covered with a flat layer of the formable and plastic material . an attachment region of plastic material for molding an oral region during insertion of the dental sensor , which is curable after molding; and a sensor housing which has a plane or approximately anatomically preformed contact surface facing the tooth which is covered with a flat layer of the formable and plastic material .
A dispenser for dispensing a flowable material, the dispenser comprising: a container having an outer wall and membrane collectively defining a first chamber configured to contain the flowable material, the membrane having a thickness and a weld seam , the weld seam having a thickness less than the thickness of the membrane; and characterized in that the dispenser comprises: a fracturing mechanism operably connected to the container , the fracturing mechanism having an extending member projecting from the outer wall of the container , the extending member having a projection positioned proximate the membrane , wherein in response to deflection of the extending member , the projection deflects the outer wall proximate the membrane wherein the weld seam fractures creating an opening through the membrane configured to allow the flowable material to pass therethrough and from the dispenser .
Device for freeze-drying products having a drying chamber , in which products can be arranged for a freeze-drying process, wherein a microwave module is provided, by means of which microwaves can be generated for supplying energy to the products arranged in the drying chamber during the freeze-drying process, characterized in that a microwave module based on semiconductor technology is provided as the microwave module, wherein the microwave module comprises at least one microwave control unit , at least one microwave generator and at least one microwave antenna based on semiconductor technology, wherein the at least one microwave antenna is arranged in the drying chamber and wherein the at least one microwave generator and the at least one microwave control unit are arranged outside the drying chamber .
Method of producing a foam-molded part, wherein first a sealing tray for partly limiting and for sealing a cavity is produced, having a foam mold side and a tool carrier side, the sealing tray being made of a material which compresses during a closing of the cavity , the sealing tray being produced by means of an injection molding method; the sealing tray being made of a material which contains a polyolefin, in particular a polyethylene, or a thermoplastic elastomer, the sealing tray having a graining on the foam mold side, and this sealing tray being subsequently used for forming a sealed cavity by fixing the sealing tray in a foaming tool on the tool carrier side such that a foaming tool with a sealing tray is formed, fixation taking place by means of an extensive vacuum such that the sealing tray forms and seals the cavity within the foaming tool so that the shape of the sealing tray is reproduced by the introduced expanding foam, the sealing tray being at least partially covered with a lacquer on polyurethane basis, a counterpiece to the sealing tray in the form of a plastic carrier being pressed onto the sealing tray , the plastic carrier being pressed into the sealing tray in the direction of the arrow with a defined force F, a contact contour being formed at the points of contact and before or after pressing, a foam being introduced in the cavity such that the sealed cavity is formed and the foam introduced in the cavity expands merely inside the cavity without any release agent, the foam-molded part consisting of plastic carrier , foam which has completely foamed and coated lacquer being demolded subsequently, this demolding taking place without residue due to the selection of material of the sealing tray ; manufacturing of an additional foam-molded part taking place subsequently; characterized in that the plastic carrier edge elastically deforms the contact edge of the sealing tray and a foam-tight cavity is provided.
A decorative element for vehicles, with a decorative layer having a viewing side which is adapted to the passage of visible light emanating from an illumination source , and an illumination source provided on the side facing away from the viewing side of the decorative layer, characterized in that the decorative layer is based on a carrier substrate equipped with a semitransparent functional layer and the semitransparent functional layer is of such a nature that, when viewed in incident light, it has a first, visually recognizable color and, when viewed in transmitted light, it has a second, visually recognizable color, and the viewing side of the decorative layer can be perceived in the second, visually recognizable color in the case that light emanating from the illumination source passes through, and can be perceived in the first, visually recognizable color in the case that no light emanating from the illumination source passes through, wherein the semitransparent functional layer has a multilayer structure with two semitransparent metallic layers and a dielectric layer arranged between the two semitransparent metallic layers or the semitransparent functional layer is obtainable by printing technology by means of an effect pigment composition or the semitransparent functional layer is based at least partially on the employment of conventional ink layers or color lacquers and has a structure with two semitransparent metallic layers and an ink layer arranged therebetween which is present in a color.
A printed circuit board (PCB) assembly comprising: a first PCB with a first heat generating component mounted on a top side thereof; and a first plurality of pin-fins extending away from the first PCB on a bottom side of the first PCB opposite from the first heat generating component , characterised in that the PCB assembly further comprises: a second PCB with a second heat generating component mounted on a top side thereof; a second plurality of pin-fins extending away from the second PCB on a bottom side of the second PCB opposite from the second heat generating component ; and a sidewall component assembled between the bottom side of the first PCB and the bottom side of the second PCB to enclose the first and second pluralities of pin-fins in a cooling channel defined between the sidewall component and the first and second PCBs . a first PCB with a first heat generating component mounted on a top side thereof; and a first plurality of pin-fins extending away from the first PCB on a bottom side of the first PCB opposite from the first heat generating component , characterised in that the PCB assembly further comprises: a second PCB with a second heat generating component mounted on a top side thereof; a second plurality of pin-fins extending away from the second PCB on a bottom side of the second PCB opposite from the second heat generating component ; and a sidewall component assembled between the bottom side of the first PCB and the bottom side of the second PCB to enclose the first and second pluralities of pin-fins in a cooling channel defined between the sidewall component and the first and second PCBs . a second PCB with a second heat generating component mounted on a top side thereof; a second plurality of pin-fins extending away from the second PCB on a bottom side of the second PCB opposite from the second heat generating component ; and a sidewall component assembled between the bottom side of the first PCB and the bottom side of the second PCB to enclose the first and second pluralities of pin-fins in a cooling channel defined between the sidewall component and the first and second PCBs .
Fibre optic network distributor, comprising an inner frame which is screwed onto a base , a bottom plate , a rear inner wall , to which fibre-optic cables fed through the bottom plate can be fastened, the fibre-optic cables being guided through the bottom plate into the base , cassette systems that comprise splice cassettes and/or patch cassettes and associated holding and guiding elements, for cassette management in the fibre optic network distributor, and an outer housing which contains two side walls , a rear wall , an upper wall and a pivotable housing door and is arranged like a hood over the inner frame and the rear inner wall , characterised in that a mounting plate is releasably fastened to the inside of the housing door , to which mounting plate the splice cassettes and/or patch cassettes and associated holding and guiding elements of the cassette systems are secured.
A measuring system of pollutants emitted by motor vehicles in roads and similar routes, adapted to carry out the measurement of pollutants with light absorption techniques and laser dispersion spectroscopy techniques, and comprising a source module adapted to emit n laser rays and incorporating n-1 beam dividers for combining the n laser rays into a combined light beam, a first upper module located above a first lane of a road and a second upper module located above a second lane of the road, each upper module comprising a collimator lens , a beam divider , a mirror and a Galvo mirror , such that light reflected by the beam divider is redirected to the Galvo mirror by the mirror , a pipe that couples the combined light beam from the source module to the collimator lens inside the first upper module , an anodized empty pipe connecting the first upper module with the second upper module and adapted to transmit the remaining portion of the combined light beam between the first upper module and the second upper module ; at least one detector ; multiple collectors located in each lane and connected to fibre conductors to transmit the signal to the at least one detector ; wherein the Galvo mirror is configured for scanning the collimated beam along the light collectors housed in the respective road lane, such that the sweep angle is sufficient to cover a single lane width when the top module is at least 5 meters high. the measurement of pollutants with light absorption techniques and laser dispersion spectroscopy techniques, and comprising a source module adapted to emit n laser rays and incorporating n-1 beam dividers for combining the n laser rays into a combined light beam, a first upper module located above a first lane of a road and a second upper module located above a second lane of the road, each upper module comprising a collimator lens , a beam divider , a mirror and a Galvo mirror , such that light reflected by the beam divider is redirected to the Galvo mirror by the mirror , a pipe that couples the combined light beam from the source module to the collimator lens inside the first upper module , an anodized empty pipe connecting the first upper module with the second upper module and adapted to transmit the remaining portion of the combined light beam between the first upper module and the second upper module ; at least one detector ; multiple collectors located in each lane and connected to fibre conductors to transmit the signal to the at least one detector ; wherein the Galvo mirror is configured for scanning the collimated beam along the light collectors housed in the respective road lane, such that the sweep angle is sufficient to cover a single lane width when the top module is at least 5 meters high.
A device for strapping goods with a strap, having a strap guide frame to which strap is fed to form a loop around the goods , the strap guide frame having an upper horizontal section which is formed by a horizontally displaceable and height-adjustable lance which can be displaced from a strapping position closing the strap guide frame into an opening position outside the strap guide frame, characterized in that a first vertical section of the strap guide frame has a plurality of swivel segments arranged one above the other, and in that the lance is coupled to a vertically acting displacement drive configured to align the lance with one of the swivel segments before the horizontal insertion into the strapping position.
A load box , comprising: a reactive load that is adapted to output an audio signal that responds to an audio signal output from a vacuum tube amplifier with impedance characteristics that simulated impedance characteristics of a speaker cabinet ; an operation element that is adapted to adjust the impedance characteristics of the reactive load in a first frequency band into a first impedance characteristic pattern selected from a plurality of first impedance characteristic pattern candidates at least on the basis of a type of the vacuum tube amplifier and is adapted to adjust the impedance characteristics of the reactive load in a second frequency band that is higher than the first frequency band into a second impedance characteristic pattern selected from a plurality of second impedance characteristic pattern candidates at least on the basis of the type of the vacuum tube amplifier ; and a correction unit that performs a correction processing on an output signal of the reactive load that has the impedance characteristics including the first impedance characteristic pattern and the second impedance characteristic pattern, wherein the load box is characterized in that : the correction unit is adapted to change frequency characteristics of the output signal of the reactive load on the basis of the first impedance characteristic pattern and the second impedance characteristic pattern. a reactive load that is adapted to output an audio signal that responds to an audio signal output from a vacuum tube amplifier with impedance characteristics that simulated impedance characteristics of a speaker cabinet ; an operation element that is adapted to adjust the impedance characteristics of the reactive load in a first frequency band into a first impedance characteristic pattern selected from a plurality of first impedance characteristic pattern candidates at least on the basis of a type of the vacuum tube amplifier and is adapted to adjust the impedance characteristics of the reactive load in a second frequency band that is higher than the first frequency band into a second impedance characteristic pattern selected from a plurality of second impedance characteristic pattern candidates at least on the basis of the type of the vacuum tube amplifier ; and a correction unit that performs a correction processing on an output signal of the reactive load that has the impedance characteristics including the first impedance characteristic pattern and the second impedance characteristic pattern, wherein the load box is characterized in that : the correction unit is adapted to change frequency characteristics of the output signal of the reactive load on the basis of the first impedance characteristic pattern and the second impedance characteristic pattern.