mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a seal for a window or a door with a door/window frame and a sash frame and for mounting the seal on the window or door, having the following steps in succession: step A: thermoplastic extrusion of the seal with a foot region and a seal body, in particular configured as a tube region , which comprises at least one sealing face , from at least one thermoplastic elastomer (TPE) which is provided, wherein directly upon extrusion of the seal on the at least one thermoplastic elastomer at least one film is applied, at least in the region of the sealing face , to the seal which is forming; step B: removing, in particular pulling off, the film from the sealing face ; and step C: mounting the seal on the door/window frame or the sash frame of the window or door. step A: thermoplastic extrusion of the seal with a foot region and a seal body, in particular configured as a tube region , which comprises at least one sealing face , from at least one thermoplastic elastomer (TPE) which is provided, wherein directly upon extrusion of the seal on the at least one thermoplastic elastomer at least one film is applied, at least in the region of the sealing face , to the seal which is forming; step B: removing, in particular pulling off, the film from the sealing face ; and step C: mounting the seal on the door/window frame or the sash frame of the window or door.
A seal for a window of a vehicle, in particular for a motor vehicle, this seal comprising: - a body which has a generally elongated shape along an axis (A) and which is made of at least one material, - at least one flocking located on a surface of said body and extending along said axis (A), and - at least one heating element extending along said axis (A), characterised in that said at least one heating element comprises at least one multilayer heating film which has a generally elongated shape along said axis (A) and which is interposed between the flocking and said surface of said body, this heating film comprising: - at least two electrically conductive straight strips which extend parallel to each other and to said axis (A), at a distance from each other, and which are intended to be connected to an electrical circuit, and - at least one resistive heating track which extends between said strips and is connected to these strips . - a body which has a generally elongated shape along an axis (A) and which is made of at least one material, - at least one flocking located on a surface of said body and extending along said axis (A), and - at least one heating element extending along said axis (A), - at least two electrically conductive straight strips which extend parallel to each other and to said axis (A), at a distance from each other, and which are intended to be connected to an electrical circuit, and - at least one resistive heating track which extends between said strips and is connected to these strips .
Layer system, at least comprising: a metallic substrate - a chromium intermediate layer directly on the substrate , in particular composed of Cr/CrN, - a lower or middle layer comprising AlCr, - an outer layer (3', 3", 40) comprising AlCrO, in particular consisting of AlCrO. a metallic substrate - a chromium intermediate layer directly on the substrate , - a chromium intermediate layer directly on the substrate , in particular composed of Cr/CrN, - a lower or middle layer comprising AlCr, - an outer layer (3', 3", 40) - a lower or middle layer comprising AlCr, - an outer layer (3', 3", 40) comprising AlCrO, in particular consisting of AlCrO.
A bass reflex port comprising: a tubular member, wherein a rigidity of a part of a wall surface of the tubular member is smaller than that of a remaining part of the tubular member; wherein a rigidity of a wall surface of at least one end portion of the tubular member in an axis direction of the tubular member is smaller than that of a wall surface of a central portion of the tubular member in the axis direction; the central portion being a region predetermined in the tube axis direction in the centre of the bass reflex port in the tube axis direction, characterized by the tubular member comprising a first tube and a sheet member being lower in rigidity than the first tube , wherein the sheet member is fixed to the first tube and protrudes from one end of the first tube in an extension direction of the first tube wherein the portion of the sheet member protruding from the first tube constitutes the end portion of the tubular member in an axis direction of the tubular member. a tubular member, wherein a rigidity of a part of a wall surface of the tubular member is smaller than that of a remaining part of the tubular member; wherein a rigidity of a wall surface of at least one end portion of the tubular member in an axis direction of the tubular member is smaller than that of a wall surface of a central portion of the tubular member in the axis direction; the central portion being a region predetermined in the tube axis direction in the centre of the bass reflex port in the tube axis direction, characterized by the tubular member comprising a first tube and a sheet member being lower in rigidity than the first tube , wherein the sheet member is fixed to the first tube and protrudes from one end of the first tube in an extension direction of the first tube wherein the portion of the sheet member protruding from the first tube constitutes the end portion of the tubular member in an axis direction of the tubular member.
A laundry appliance , comprising a cabinet accommodating a laundry treatment chamber and a storage drawer adapted to slide into the cabinet along a first direction ( x ), the storage drawer comprising a drawer body and a drawer handle , the drawer handle being connectable with the drawer body in a releasable way through a coupling arrangement, wherein the coupling arrangement comprises: - drawer body sliding means arranged on the drawer body, and - drawer handle sliding means arranged on the drawer handle and adapted to slidingly engage with the drawer body sliding means for allowing the drawer handle to move with respect to the drawer body, wherein: said drawer body sliding means and said drawer handle sliding means extend along a second direction (z) perpendicular to the first direction and parallel to a top surface of the cabinet so as to allow the drawer handle to be detached from the drawer body by a lateral movement along said second direction. - drawer body sliding means arranged on the drawer body, and - drawer handle sliding means arranged on the drawer handle and adapted to slidingly engage with the drawer body sliding means for allowing the drawer handle to move with respect to the drawer body, wherein: said drawer body sliding means and said drawer handle sliding means extend along a second direction (z) perpendicular to the first direction and parallel to a top surface of the cabinet so as to allow the drawer handle to be detached from the drawer body by a lateral movement along said second direction.
A steam generator for a fuel cell system , comprising: a heat exchanger with at least one internal heat exchange surface, a water inflow pipe , a dripper head comprising a flow passageway fluidly connected to the water inflow pipe , which dripper head extends inside the heat exchanger above the heat exchange surface for feeding water down onto the heat exchange surface for conversion into steam; wherein the dripper head comprises a plurality of outlet holes spaced along the length of the flow passageway; and wherein between adjacent outlet holes the dripper head has a stepped profile on at least its underside, when viewed in cross-section, to prevent droplets from adjacent holes coalescing. a heat exchanger with at least one internal heat exchange surface, a water inflow pipe , a dripper head comprising a flow passageway fluidly connected to the water inflow pipe , which dripper head extends inside the heat exchanger above the heat exchange surface for feeding water down onto the heat exchange surface for conversion into steam; wherein the dripper head comprises a plurality of outlet holes spaced along the length of the flow passageway; and wherein between adjacent outlet holes the dripper head has a stepped profile on at least its underside, when viewed in cross-section, to prevent droplets from adjacent holes coalescing.
A method of generating simulated CT images of a subject patient, comprising: receiving patient information about the subject patient, wherein the patient information comprises information about one or more physical properties of the subject patient; selecting, from a phantom database , a virtual phantom, wherein the selection is based on a comparison of the patient information with characteristics of the virtual phantom; receiving, at a CT image simulator , the virtual phantom; receiving, at the CT imaging simulator, scanner information about a CT scanner, wherein the scanner information comprises information about an image reconstruction technique employed by the CT scanner; performing, by the CT imaging simulator, an image simulation process, wherein the image simulation process comprises generating a simulated CT image by applying the scanner information to the virtual phantom; and providing the simulated CT image on a display screen in a visually perceptible form. receiving patient information about the subject patient, wherein the patient information comprises information about one or more physical properties of the subject patient; selecting, from a phantom database , a virtual phantom, wherein the selection is based on a comparison of the patient information with characteristics of the virtual phantom; receiving, at a CT image simulator , the virtual phantom; receiving, at the CT imaging simulator, scanner information about a CT scanner, wherein the scanner information comprises information about an image reconstruction technique employed by the CT scanner; performing, by the CT imaging simulator, an image simulation process, wherein the image simulation process comprises generating a simulated CT image by applying the scanner information to the virtual phantom; and providing the simulated CT image on a display screen in a visually perceptible form.
Protective cover apparatus for a portable mobile device , comprising a cover main body - having a base plate portion for covering a back side of the device , wherein the base plate portion has a contact surface for directly applying to the back side of the device , and - having side walls formed on the base plate portion and protruding from the contact surface and respectively configured to abut directly on a respective narrow side of the device and to surround this and thereby to hold the device on the contact surface , and - the cover main body has three side walls , of which two are arranged on a respective long side of the contact surface and the third on a first short side of the contact surface , and a second short side of the contact surface arranged opposite to the first short side is designed without walls, so that with the device arranged in the protective cover apparatus , a narrow side of the device arranged on the second short side is covered by the cover main body , characterised in that an insertion compartment is designed in the base plate portion and the protective cover apparatus has a plug element , in which a plug region is designed at least partially in a form corresponding to the insertion compartment , wherein the plug element can be inserted into the insertion compartment via the plug region and wherein an engagement element with electrical contacts is arranged on the plug region , and with a plug region inserted into the insertion compartment , the engagement element is arranged on the second short side of the contact surface and the engagement element is designed as a gripping device for gripping the plug element and for this purpose has an engagement hollow or engagement recess , wherein the plug element has a charging circuit for charging an electrical accumulator of the device , and the charging circuit has a temperature sensor (T) and is set up to control a charging current emitted via the electrical contacts to the device in response to a temperature signal from the temperature sensor (T), so that a current intensity of the charging current at a temperature above a temperature threshold is set lower than at a temperature below the temperature threshold. - having a base plate portion for covering a back side of the device , wherein the base plate portion has a contact surface for directly applying to the back side of the device , and - having side walls formed on the base plate portion and protruding from the contact surface and respectively configured to abut directly on a respective narrow side of the device and to surround this and thereby to hold the device on the contact surface , and - the cover main body has three side walls , of which two are arranged on a respective long side of the contact surface and the third on a first short side of the contact surface , and a second short side of the contact surface arranged opposite to the first short side is designed without walls, so that with the device arranged in the protective cover apparatus , a narrow side of the device arranged on the second short side is covered by the cover main body ,
A lateral flow device comprising: a wicking pad composed of a porous material, the wicking pad having a planar region for contacting a substrate comprising immobilized analytes, and wherein the wicking pad has a first end , a second end and two lateral edges ; a base comprising two or more reservoirs oriented perpendicular to the flow of liquid and spatially separated from each other by reservoir walls , wherein each of the reservoirs is bounded by a first wall and a second wall and further bounded by two end walls , and receives and is in fluid communication with the first end of the wicking pad ; and a pump comprising an absorbent pad contacting the second end of the wicking pad , characterized in that a portion of the wicking pad in fluid communication with the reservoirs is bonded to the upper surface of the base and follows the contours of the first and second walls . a wicking pad composed of a porous material, the wicking pad having a planar region for contacting a substrate comprising immobilized analytes, and wherein the wicking pad has a first end , a second end and two lateral edges ; a base comprising two or more reservoirs oriented perpendicular to the flow of liquid and spatially separated from each other by reservoir walls , wherein each of the reservoirs is bounded by a first wall and a second wall and further bounded by two end walls , and receives and is in fluid communication with the first end of the wicking pad ; and a pump comprising an absorbent pad contacting the second end of the wicking pad , characterized in that a portion of the wicking pad in fluid communication with the reservoirs is bonded to the upper surface of the base and follows the contours of the first and second walls .
A cylindrical filter element (210; 310) comprising: a central longitudinal axis (224; 324) extending along a height of the filter element (210; 310); a core element (212; 312) extending along at least a portion of the height of the filter element (210; 310), the core element comprising a convex curved central portion (216; 316) extending from a first end to a second end (220, 222; 320, 322) to define a width of the core element (212; 312), wherein the convex curved central portion (216; 316) comprises a maximum height through the central longitudinal axis (224; 324) that is larger than a height of at least one of the first and second ends; and filter material (214; 314) comprising a plurality of pleats extending radially from an outer periphery of the core element (212; 312), wherein an outer cylindrical periphery of the filter material (214; 314)is defined by an outer pleat tip of each of the plurality of radially extending pleats, and wherein an inner pleat tip of each of the radially extending pleats is adjacent to the core element (212; 312), wherein: - in a first alternative, the core element has wing portions extending from the first and second end ; or - in a second alternative, the core element has two extending portions extending from each of the first and second end , characterized in that: - in the first alternative, the wing portions have a width greater than the width of the central portion ; - in the second alternative, the extending portions have a length such that their tips extend beyond the outer width of the central portion and the width of the first and second end portions . a central longitudinal axis (224; 324) extending along a height of the filter element (210; 310); a core element (212; 312) extending along at least a portion of the height of the filter element (210; 310), the core element comprising a convex curved central portion (216; 316) extending from a first end to a second end (220, 222; 320, 322) to define a width of the core element (212; 312), wherein the convex curved central portion (216; 316) comprises a maximum height through the central longitudinal axis (224; 324) that is larger than a height of at least one of the first and second ends; and filter material (214; 314) comprising a plurality of pleats extending radially from an outer periphery of the core element (212; 312), wherein an outer cylindrical periphery of the filter material (214; 314)is defined by an outer pleat tip of each of the plurality of radially extending pleats, and wherein an inner pleat tip of each of the radially extending pleats is adjacent to the core element (212; 312), - in a first alternative, the core element has wing portions extending from the first and second end ; or - in a second alternative, the core element has two extending portions extending from each of the first and second end , - in the first alternative, the wing portions have a width greater than the width of the central portion ; - in the second alternative, the extending portions have a length such that their tips extend beyond the outer width of the central portion and the width of the first and second end portions .
A tyre protective element for bicycle tyres, comprising a holding element for connection with a rim flange of a bicycle rim , and a buffer element connected with the holding element for pressure absorption in the event of a deformation of a tyre casing , characterized in that the holding element comprises two opposite holding arms which are arranged on an inner side and an outer side of the rim flange , respectively, in a mounted state, wherein the tyre protective element is formed as a separate tyre protective element for each rim flange . a holding element for connection with a rim flange of a bicycle rim , and a buffer element connected with the holding element for pressure absorption in the event of a deformation of a tyre casing , characterized in that the holding element comprises two opposite holding arms which are arranged on an inner side and an outer side of the rim flange , respectively, in a mounted state, wherein the tyre protective element is formed as a separate tyre protective element for each rim flange .
An image forming apparatus comprising: a body ; an image forming portion forming an image on a sheet; a sheet storing portion including a sheet stacking portion which is liftable and on which the sheet is stacked, the sheet storing portion being drawable with respect to the body ; a sheet feeding portion feeding the sheet stacked on the sheet stacking portion to the image forming portion ; and a ground portion provided in the body to be grounded, characterized in that , in response to a drawing operation of the sheet storing portion from the body , a switching portion switches a state of the sheet stacking portion from a first state where the sheet stacking portion is electrically insulated to a second state where the sheet stacking portion is grounded through the ground portion . a body ; an image forming portion forming an image on a sheet; a sheet storing portion including a sheet stacking portion which is liftable and on which the sheet is stacked, the sheet storing portion being drawable with respect to the body ; a sheet feeding portion feeding the sheet stacked on the sheet stacking portion to the image forming portion ; and a ground portion provided in the body to be grounded, characterized in that , in response to a drawing operation of the sheet storing portion from the body , a switching portion switches a state of the sheet stacking portion from a first state where the sheet stacking portion is electrically insulated to a second state where the sheet stacking portion is grounded through the ground portion .
A method for transmitting signals in a subsea environment, comprising: transmitting an acoustic signal from a first subsea autonomous vehicle through water in the subsea environment to a second subsea autonomous vehicle positioned at a shallower depth than the first subsea autonomous vehicle , determining that a quality of the acoustic signal is below a threshold by sonar scanning a half-sphere horizon between the first subsea autonomous vehicle and the second subsea autonomous vehicle to detect an acoustic interference in a transmission path between the first subsea autonomous vehicle and the second subsea autonomous vehicle ; and adjusting a parameter of the first subsea autonomous vehicle , the second subsea autonomous vehicle , or both to improve the quality of the acoustic signal when the quality of the acoustic signal is below the threshold. transmitting an acoustic signal from a first subsea autonomous vehicle through water in the subsea environment to a second subsea autonomous vehicle positioned at a shallower depth than the first subsea autonomous vehicle , determining that a quality of the acoustic signal is below a threshold by sonar scanning a half-sphere horizon between the first subsea autonomous vehicle and the second subsea autonomous vehicle to detect an acoustic interference in a transmission path between the first subsea autonomous vehicle and the second subsea autonomous vehicle ; and adjusting a parameter of the first subsea autonomous vehicle , the second subsea autonomous vehicle , or both to improve the quality of the acoustic signal when the quality of the acoustic signal is below the threshold.
Device for forming 3D bodies , in particular items of furniture, through additive material application having: a support on which the 3D body is formed an application unit for building up the 3D body on the support through the additive application of material, wherein the material is in particular at least partially formed of wood material, such as wood foam, wood flour, sawdust or the like, a metallic or mineral paste, or plastic; a tool carrier with a tool holder , in which the application unit is held; and wherein the tool carrier is designed such that the application unit held in the tool holder can be oriented in five directions by moving the tool holder in relation to the support , and the tool carrier has a spindle unit and the tool holder is arranged on the spindle unit , wherein the tool holder arranged on the spindle unit is a tool holder which is designed such that other processing tools can also be held therein. a support on which the 3D body is formed an application unit for building up the 3D body on the support through the additive application of material, wherein the material is in particular at least partially formed of wood material, such as wood foam, wood flour, sawdust or the like, a metallic or mineral paste, or plastic; a tool carrier with a tool holder , in which the application unit is held; and wherein the tool carrier is designed such that the application unit held in the tool holder can be oriented in five directions by moving the tool holder in relation to the support , and the tool carrier has a spindle unit and the tool holder is arranged on the spindle unit , wherein the tool holder arranged on the spindle unit is a tool holder which is designed such that other processing tools can also be held therein.