mhurhangee/ep-ind-claims huggingface dataset:
A golf putting apparatus comprising: a putting strip made of a flexible material that is configured to form an elongated flat surface in an extended position, wherein the flexible material is made of spring-tempered metal or metal alloy; a carrier unit configured to detachably couple with the strip, the carrier unit having a first circular wall around which the strip is wound for storage, the first wall defining a cavity that is configured to catch a ball that travels off an end of the strip; and a second circular wall that concentrically surrounds and is spaced apart from the first wall to form a space between the first wall and the second wall, wherein the first wall and the second wall are configured to rotate coaxially with respect to each other, and wherein the second wall encloses the strip in the wound position. a putting strip made of a flexible material that is configured to form an elongated flat surface in an extended position, wherein the flexible material is made of spring-tempered metal or metal alloy; a carrier unit configured to detachably couple with the strip, the carrier unit having a first circular wall around which the strip is wound for storage, the first wall defining a cavity that is configured to catch a ball that travels off an end of the strip; and a second circular wall that concentrically surrounds and is spaced apart from the first wall to form a space between the first wall and the second wall, wherein the first wall and the second wall are configured to rotate coaxially with respect to each other, and wherein the second wall encloses the strip in the wound position.
A solar module comprising a short-circuit switch and a control unit, wherein the short-circuit switch and the control unit are each connected in parallel with at least one part of the solar module, wherein the solar module supplies electrical power to the control unit and is connectable via a first and a second module terminal (14, 15) to further solar modules to form a string, characterized in that the control unit is configured to actuate the short-circuit switch depending on an insulation voltage dropped between a ground potential reference terminal of the solar module and one of the module terminals (14, 15).
Method for producing a profiled strip comprising: a visible side with at least one transparent wear layer, a first longitudinal side, provided with first male connecting means and a second longitudinal side situated opposite the first longitudinal side and provided with first female connecting means, which profiled strip is furthermore provided, on a first end side, with second male connecting means and is provided, on a second end side situated opposite the first end side, with second female connecting means, wherein said connecting means are suitable for connecting adjacent profiled strips (1, 1') to each other by the first or second male connecting means engaging in the first or second female connecting means, wherein the method comprises the following steps: - supplying a panel-shaped profiled section made of plastic; - sawing the profiled section produced to the desired length; - performing one or several milling operations in order to produce at least one foldable flexible projecting element on the first end side of the sawed profiled section; - heating the produced projecting element and subsequently bending it at a desired angle in order to form a bent locking element. - supplying a panel-shaped profiled section made of plastic; - sawing the profiled section produced to the desired length; - performing one or several milling operations in order to produce at least one foldable flexible projecting element on the first end side of the sawed profiled section; - heating the produced projecting element and subsequently bending it at a desired angle in order to form a bent locking element.
Elevator operating device for inputting a travel request in an elevator system, comprising: a communication device that is configured to communicate with an elevator controller of the elevator system; a central control device that is communicatively connected to the communication device; a first call input device that is communicatively connected to the central control device, wherein the first call input device comprises buttons that are each assigned to a floor (L, L1) of a building and are disposed in the elevator operating device so as to be accessible to a first passenger for inputting a destination floor (L, L1); and a second call input device that is communicatively connected to the central control device and is arranged so as to be accessible to a second passenger for the step-by-step input of a destination floor (L, L1), wherein the first call input device and the second call input device are arranged at a distance from one another on the passenger side, wherein the second call input device comprises a rotary knob, characterized in that the rotary knob is configured as a retractable rotary knob that has an operating element with a passenger-side front side, wherein the front side of the operating element in a retracted position is substantially planar with a passenger-side front surface of the elevator operating device, and wherein the operating element protrudes from the passenger-side front surface in a protruding position. a communication device that is configured to communicate with an elevator controller of the elevator system; a central control device that is communicatively connected to the communication device; a first call input device that is communicatively connected to the central control device, wherein the first call input device comprises buttons that are each assigned to a floor (L, L1) of a building and are disposed in the elevator operating device so as to be accessible to a first passenger for inputting a destination floor (L, L1); and a second call input device that is communicatively connected to the central control device and is arranged so as to be accessible to a second passenger for the step-by-step input of a destination floor (L, L1), wherein the first call input device and the second call input device are arranged at a distance from one another on the passenger side, wherein the second call input device comprises a rotary knob, characterized in that the rotary knob is configured as a retractable rotary knob that has an operating element with a passenger-side front side, wherein the front side of the operating element in a retracted position is substantially planar with a passenger-side front surface of the elevator operating device, and wherein the operating element protrudes from the passenger-side front surface in a protruding position.
Mobile communication system including mobile terminals with voice mailbox function, characterized in that mobile adapted WWW-browsers are implemented in said mobile terminals, and that said voice mailbox function is adapted to provide one or more function in the form of at least one home page which is adapted to be downloaded into the WWW-browser of said mobile terminal, and the mobile communication system includes an information server wherefrom said home page with information about "hypertext"-links is adapted to be downloaded to said mobile terminals, said information server is connected to said voice mailbox function and if one of said mobile subscribers is not accessible at calling, his/her home page is adapted to, together with, or without, "common" voice message, be transferred to said calling subscriber's mobile terminal, and in that a mobile telephone subscriber with said voice mailbox function has a plurality of different home pages, said different home pages are aimed at different calling subscribers, which different calling subscribers are identified on basis of A-number analysis.
A DC inductor comprising a core structure comprising one or more magnetic gaps, a coil inserted on the core structure, at least one permanent magnet positioned in the core structure, the magnetization of the permanent magnet opposing the magnetization producible by the coil, wherein the core structure is adapted to form a main flux path and an auxiliary flux path, where the main flux path comprising a magnetic gap is adapted to carry the main magnetic flux producible by the coil, wherein the auxiliary flux path comprising a magnetic gap is adapted to lead magnetic flux passing by the at least one permanent magnet, and to protect the permanent magnet from complete demagnetization, wherein the reluctance defined by the magnetic gaps in the main flux path is smaller than the reluctance defined by the magnetic gap in the auxiliary flux path, characterized in that the reluctance defined by the magnetic gap in the auxiliary flux path is smaller than the effective reluctance defined by the at least one permanent magnet, wherein further the auxiliary flux path is formed of a supporting member made of magnetic material, which supporting member extends from the core structure inside the winding window of the core structure and holds the at least one permanent magnet and the supporting member extends inside the winding window of the core structure towards a part of the core structure and the supporting member has a free end which defines together with the part of the core structure the magnetic gap in the auxiliary flux path, wherein the supporting member is arranged to extend parallel to the core structure and the at least one permanent magnet is arranged between the supporting member and the core structure such that the at least one supporting member together with the core structure forms a low reluctance magnetic path for the at least one permanent magnet.
Method for the management of a user interface of at least one communication terminal by an initiator terminal during an ongoing communication between communication terminals including the initiator terminal and at least one correspondent terminal, the user interface management method (IU_MNGT) comprising, at least prior to a change, triggered (sw_trg) by the initiator terminal, of communication mode of the ongoing communication, provision of change signalling data (SG_PV) to the user interface of the at least one communication terminal (T_IU, TI_IU, TC_IU), the change signalling data ( sg, sg TI, sgrc, sgd, sgd TI, sgd TC, sge, sg TI, sge TC) being able to control the user interface of a communication terminal (T_IU, TI_IU, TC_IU).
An aseptic filling packaging machine comprising: a film feeder that feeds a strip film; a plug feeder that feeds a plug to a predetermined position of the fed film; a welding device that welds the plug to the predetermined position of the film; a sterilizer that immerses the film having the plug, and which has been sent from the film feeder side, in a sterile liquid; and a filling packaging device that forms the film having the plug, and which has been sent from the sterilizer side, into a bag shape, and fills a formed film packaging body having the plug with contents to seal the film packaging body, wherein the aseptic filling packaging machine is characterized in that said welding device comprises a primary welding mechanism for point-welding a part of a surface of the plug facing the film to a surface of the film, and a secondary welding mechanism for welding the entire surface of the plug facing the film to the surface of the film; the primary welding mechanism is located oppositely to the plug fed from the plug feeder interposing the film upstream said sterilizer; and the secondary welding mechanism is located between a film forming unit and a content filling port of the filling packaging device. a film feeder that feeds a strip film; a plug feeder that feeds a plug to a predetermined position of the fed film; a welding device that welds the plug to the predetermined position of the film; a sterilizer that immerses the film having the plug, and which has been sent from the film feeder side, in a sterile liquid; and a filling packaging device that forms the film having the plug, and which has been sent from the sterilizer side, into a bag shape, and fills a formed film packaging body having the plug with contents to seal the film packaging body, wherein the aseptic filling packaging machine is characterized in that said welding device comprises a primary welding mechanism for point-welding a part of a surface of the plug facing the film to a surface of the film, and a secondary welding mechanism for welding the entire surface of the plug facing the film to the surface of the film; the primary welding mechanism is located oppositely to the plug fed from the plug feeder interposing the film upstream said sterilizer; and the secondary welding mechanism is located between a film forming unit and a content filling port of the filling packaging device.
A hearing aid comprising a first input transducer for generating a first audio signal, a first feedback suppression circuit configured for modelling a first feedback path of the hearing aid, a first subtractor for subtracting a first output signal of the first feedback suppression circuit from the first audio signal to form a first feedback compensated audio signal, a hearing loss processor that is coupled to the first subtractor for processing the first feedback compensated audio signal to perform hearing loss compensation, and a receiver that is coupled to the hearing loss processor for providing a sound signal based on the processed feedback compensated audio signal, wherein the first feedback suppression circuit comprises a first slow adaptive filter with an input coupled to the hearing loss processor and an output, and a first fast adaptive filter with an input coupled to the output of the first slow adaptive filter and an output generating the first output signal of the first feedback suppression circuit, and a third subtractor connected for subtracting an output signal provided at the output of the first slow adaptive filter from at least one of the first output signal of the first feedback suppression circuit and the first audio signal to output a first error signal, and wherein filter coefficients of the first slow adaptive filter are adjusted to minimize the first error signal, and filter coefficients of the first fast adaptive filter are adjusted to minimize the first feedback compensated audio signal. a first slow adaptive filter with an input coupled to the hearing loss processor and an output, and a first fast adaptive filter with an input coupled to the output of the first slow adaptive filter and an output generating the first output signal of the first feedback suppression circuit, and a third subtractor connected for subtracting an output signal provided at the output of the first slow adaptive filter from at least one of the first output signal of the first feedback suppression circuit and the first audio signal to output a first error signal, and wherein filter coefficients of the first slow adaptive filter are adjusted to minimize the first error signal, and filter coefficients of the first fast adaptive filter are adjusted to minimize the first feedback compensated audio signal.
An article of footwear having an upper and a sole structure secured to the upper, a majority of the upper comprising: a knitted component formed of unitary knit construction, wherein the knitted component extends through each of forefoot region, midfoot region and heel region, along both lateral side and medial side, over forefoot region, and around heel region, and wherein the knitted component includes tubes, which are hollow structures formed by two overlapping and at least partially coextensive exterior and interior layers of knitted material in unitary knit construction with the knitted component, wherein the exterior and/or the interior layer of the tubes are formed from yarns that incorporate thermoplastic polymer material, and wherein the yarn incorporating the thermoplastic polymer material is fused to adjacent yarns, filaments, or fibers to provide a fused area of decreased flexibility. a knitted component formed of unitary knit construction, wherein the knitted component extends through each of forefoot region, midfoot region and heel region, along both lateral side and medial side, over forefoot region, and around heel region, and wherein the knitted component includes tubes, which are hollow structures formed by two overlapping and at least partially coextensive exterior and interior layers of knitted material in unitary knit construction with the knitted component, wherein the exterior and/or the interior layer of the tubes are formed from yarns that incorporate thermoplastic polymer material, and wherein the yarn incorporating the thermoplastic polymer material is fused to adjacent yarns, filaments, or fibers to provide a fused area of decreased flexibility.
Apparatus for the horizontal adjustment of a coupling rod, which can be pivoted relative to a supporting structure, into a position which is fixed or can be fixed in advance, in particular a centre position, the apparatus having the following: - a guide which is operatively connected to the coupling rod; - at least one pressure body which is configured to interact at least as required with the guide in such a way that a torque which is required for the adjustment of the coupling rod acts on the guide; and - a pressure device for the provision at least as required of a pressure force which acts on the at least one pressure body, the pressure device is operatively connected via a lever mechanism to the at least one pressure body; characterized in that the guide is configured at least in regions as a cam disc which is mounted about a vertically running pivot pin relative to the supporting structure and is coupled in a rotationally synchronous manner to the coupling rod, and the guide has a region which is assigned to the at least one pressure body and has a contour and/or shape which is of complementary configuration with respect to the pressure body in such a way that a torque which is required for the adjustment of the coupling rod acts on the guide when the pressure body is pressed with the aid of the pressure device into the region which is assigned to it, the pressure body and that region of the guide which is assigned to the pressure body being configured to form a positively locking pairing at least in regions when the pressure body is pressed into the region which is assigned to it. - a guide which is operatively connected to the coupling rod; - at least one pressure body which is configured to interact at least as required with the guide in such a way that a torque which is required for the adjustment of the coupling rod acts on the guide; and - a pressure device for the provision at least as required of a pressure force which acts on the at least one pressure body, the pressure device is operatively connected via a lever mechanism to the at least one pressure body; characterized in that the guide is configured at least in regions as a cam disc which is mounted about a vertically running pivot pin relative to the supporting structure and is coupled in a rotationally synchronous manner to the coupling rod, and the guide has a region which is assigned to the at least one pressure body and has a contour and/or shape which is of complementary configuration with respect to the pressure body in such a way that a torque which is required for the adjustment of the coupling rod acts on the guide when the pressure body is pressed with the aid of the pressure device into the region which is assigned to it, the pressure body and that region of the guide which is assigned to the pressure body being configured to form a positively locking pairing at least in regions when the pressure body is pressed into the region which is assigned to it.
A support structure of a fuel lid that is coupable to a vehicle body by a hinge, the support structure comprising: an annular rubber seal locatable on the vehicle body to surround a fuel filler of the vehicle body, to prevent entry of rainwater and the like running on the surface of the vehicle body into the fuel filler, wherein the rubber seal includes an upper surface (4a1) and an inner circumferential surface (4a2); and characterized in that a contact plate that is located on a back surface of the fuel lid and contacts the rubber seal when the fuel lid is in a closed state, wherein the contact plate includes an upper surface contact portion, which contacts the upper surface (4a1) of the rubber seal, and an inner surface contact portion, which contacts the inner circumferential surface (4a2) of the rubber seal. an annular rubber seal locatable on the vehicle body to surround a fuel filler of the vehicle body, to prevent entry of rainwater and the like running on the surface of the vehicle body into the fuel filler, wherein the rubber seal includes an upper surface (4a1) and an inner circumferential surface (4a2); and characterized in that a contact plate that is located on a back surface of the fuel lid and contacts the rubber seal when the fuel lid is in a closed state, wherein the contact plate includes an upper surface contact portion, which contacts the upper surface (4a1) of the rubber seal, and an inner surface contact portion, which contacts the inner circumferential surface (4a2) of the rubber seal.
A base material made of a cemented carbide, the cemented carbide including a first hard phase and a binder phase, the first hard phase consisting of WC particles, the binder phase including at least one element selected from Co and Ni, the base material comprising a body portion, and a surface portion provided on a surface of the body portion, the surface portion having a thickness less than or equal to an average particle size in the first hard phase, the thickness being a distance in the thickness direction measured from the surface of the base material to a portion immediately before a field of view where the area proportion of the binder phase exceeds 0.05 for the first time, using SEM under the conditions defined in the description, and a ratio of an area proportion of the binder phase in a surface of the surface portion to an area proportion of the binder phase in a cross section of the body portion, measured by the method described in the description, being not less than 1.4 and not more than 1.7. the cemented carbide including a first hard phase and a binder phase, the first hard phase consisting of WC particles, the binder phase including at least one element selected from Co and Ni, the base material comprising a body portion, and a surface portion provided on a surface of the body portion, the surface portion having a thickness less than or equal to an average particle size in the first hard phase, the thickness being a distance in the thickness direction measured from the surface of the base material to a portion immediately before a field of view where the area proportion of the binder phase exceeds 0.05 for the first time, using SEM under the conditions defined in the description, and a ratio of an area proportion of the binder phase in a surface of the surface portion to an area proportion of the binder phase in a cross section of the body portion, measured by the method described in the description, being not less than 1.4 and not more than 1.7.