mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile telephone comprising: a) a mobile telephone upper edge unit including a right-ear cartilage conduction unit , a left-ear cartilage conduction unit , and a linking unit linking the right-ear cartilage conduction unit and the left-ear cartilage conduction unit , the units being exposed at the mobile telephone surface; and b) a cartilage-conduction vibration source for transmitting vibration to the mobile telephone upper edge unit, wherein c) the vibration generated from the cartilage-conduction vibration source and transmitted to the mobile telephone upper edge unit is conducted to the cartilage around the entrance part of the external auditory meatus from the at least one of the right-ear cartilage conduction unit and the left-ear cartilage conduction unit , and air conduction sound is subsequently generated in the external auditory meatus from the surface of cartilage part of external auditory meatus, the air conduction sound then proceeding through the inside of the external auditory meatus to reach the tympanic membrane, and d1) a vibration isolating part provided between the mobile telephone upper edge unit and other sections of the mobile telephone , and d2) the cartilage-conduction vibration source is furnished to the inside of the mobile telephone upper edge unit in such a way as to have substantially no contact with other sections of the mobile telephone . a) a mobile telephone upper edge unit including a right-ear cartilage conduction unit , a left-ear cartilage conduction unit , and a linking unit linking the right-ear cartilage conduction unit and the left-ear cartilage conduction unit , the units being exposed at the mobile telephone surface; and b) a cartilage-conduction vibration source for transmitting vibration to the mobile telephone upper edge unit, wherein c) the vibration generated from the cartilage-conduction vibration source and transmitted to the mobile telephone upper edge unit is conducted to the cartilage around the entrance part of the external auditory meatus from the at least one of the right-ear cartilage conduction unit and the left-ear cartilage conduction unit , and air conduction sound is subsequently generated in the external auditory meatus from the surface of cartilage part of external auditory meatus, the air conduction sound then proceeding through the inside of the external auditory meatus to reach the tympanic membrane, and d1) a vibration isolating part provided between the mobile telephone upper edge unit and other sections of the mobile telephone , and d2) the cartilage-conduction vibration source is furnished to the inside of the mobile telephone upper edge unit in such a way as to have substantially no contact with other sections of the mobile telephone .
High pressure cleaning appliance with a high pressure pump , comprising a suction space , at least one pump space arranged downstream from said suction space , in which pump space liquid is pressurized, and a pressure space arranged downstream from the pump space , wherein the high pressure cleaning appliance has an operating unit on which or to which a discharge unit in the form of a low pressure cleaning agent nozzle is arranged or connected and which is bringable into flow connection with the pressure space by way of a high pressure conduit , as well as an admixing device by way of which a cleaning chemical is admixable to the liquid in the pressure space , wherein the high pressure cleaning appliance has a detection unit with which it is detectable that a liquid pressure on the pressure side of the pump space falls below a threshold pressure, a control unit coupled to the detection unit , an indication unit coupled to the control unit , on which indication unit an indication for an operator is providable when the liquid pressure falls below the threshold pressure that the high pressure cleaning appliance adopts a cleaning agent mode, as well as an input unit by way of which a mixing ratio of the cleaning chemical with the liquid in the cleaning agent mode is specifiable by the operator.
A method of reporting a resource allocation result when successive resource request and resource modifications occur in a short period of time, that is, before being aware of an allocation result for a previous resource, the method carried out at a policy control server and comprising: receiving (S-710, S-310, S-340), from an application function, AF, node , a media component description with a media component instance identifier for the media component description in an AF session establishment request (S-300) or an AF session modification request; determining, for the media component description, a control rule, and a rule instance identifier for the control rule, wherein the control rule includes a control rule name; associating (S-720) the media component instance identifier with the rule instance identifier; transmitting (S-730, S-320, S-350), to a policy enforcement node , the control rule and the rule instance identifier, for the media component description; receiving (S-740, S-365), from the policy enforcement node, a report that indicates a resource allocation result, a control rule name and a rule instance identifier for an affected control rule; determining (S-750) a media component instance identifier associated with the received rule instance identifier for the affected control rule; and transmitting (S-760, S-375), to the AF node, a report that indicates the resource allocation result and the determined media component instance identifier. receiving (S-710, S-310, S-340), from an application function, AF, node , a media component description with a media component instance identifier for the media component description in an AF session establishment request (S-300) or an AF session modification request; determining, for the media component description, a control rule, and a rule instance identifier for the control rule, wherein the control rule includes a control rule name; associating (S-720) the media component instance identifier with the rule instance identifier; transmitting (S-730, S-320, S-350), to a policy enforcement node , the control rule and the rule instance identifier, for the media component description; receiving (S-740, S-365), from the policy enforcement node, a report that indicates a resource allocation result, a control rule name and a rule instance identifier for an affected control rule; determining (S-750) a media component instance identifier associated with the received rule instance identifier for the affected control rule; and transmitting (S-760, S-375), to the AF node, a report that indicates the resource allocation result and the determined media component instance identifier.
An energy-autonomous cell phone platform comprising: - a mechanical basic structure having compensating elements for horizontal elevation on a substrate , wherein the basic structure forms a plurality of holding frames , - a plurality of reversibly fillable hollow bodies for weighting the mechanical basic structure , wherein each hollow body has at least one fastening element on an upper side and is held in one of the holding frames , - at least one regenerative energy generation device , which is held on at least one fastening element of at least one the hollow bodies , - at least one power converter unit for the conversion of electrical energy generated by at least one energy generation device , - at least one cell phone tower for holding at least one transmission antenna of the cell phone, which on its part is held on at least one fasting element of at least one of the hollow bodies , and electrical connecting lines, which connect the at least one power converter unit to the at least one regenerative energy generation device and to the at least one transmission antenna . - a mechanical basic structure having compensating elements for horizontal elevation on a substrate , wherein the basic structure forms a plurality of holding frames , - a plurality of reversibly fillable hollow bodies for weighting the mechanical basic structure , wherein each hollow body has at least one fastening element on an upper side and is held in one of the holding frames , - at least one regenerative energy generation device , which is held on at least one fastening element of at least one the hollow bodies , - at least one power converter unit for the conversion of electrical energy generated by at least one energy generation device , - at least one cell phone tower for holding at least one transmission antenna of the cell phone, which on its part is held on at least one fasting element of at least one of the hollow bodies , and electrical connecting lines, which connect the at least one power converter unit to the at least one regenerative energy generation device and to the at least one transmission antenna .
A metering device having a metering chamber in which a displacement element is arranged moveably in such a way that it is reciprocable between two positions, wherein the volume of the metering chamber in the one position is greater than in the other position, wherein the metering device further has: - an actuator for driving the displacement element, which has an actuator input for an electrical actuation signal and is so constructed that an electrical actuation signal at the actuator input is converted into a mechanical movement, - a sensor for detecting a physical or chemical measurement value, which has a sensor output for an electrical measurement signal and is so adapted that it detects the physical or chemical measurement value, converts it into an electrical measurement signal and makes same available at the sensor output, - a communication interface, by way of which the metering device can communicate with a remotely arranged server , characterised in that the actuator , the sensor and the communication interface are so adapted that an electrical measurement signal at the sensor output in operation of the metering device can be transmitted by way of the communication interface to the remote server and an electrical actuation signal can be received by way of the communication interface and transmitted to the actuator input. - an actuator for driving the displacement element, which has an actuator input for an electrical actuation signal and is so constructed that an electrical actuation signal at the actuator input is converted into a mechanical movement, - a sensor for detecting a physical or chemical measurement value, which has a sensor output for an electrical measurement signal and is so adapted that it detects the physical or chemical measurement value, converts it into an electrical measurement signal and makes same available at the sensor output, - a communication interface, by way of which the metering device can communicate with a remotely arranged server , characterised in that the actuator , the sensor and the communication interface are so adapted that an electrical measurement signal at the sensor output in operation of the metering device can be transmitted by way of the communication interface to the remote server and an electrical actuation signal can be received by way of the communication interface and transmitted to the actuator input.
A cable hook for a cable loop of a trampoline covering having at least one connection point (76;77), wherein the cable hook comprises a distal receiving section for receiving the cable loop and a proximal fastening section for fastening to a trampoline mat , wherein the receiving section and the fastening section are connected by a transition section and at least one receiving space (110;1101,1102) is formed for hooking a first end and a second end of the cable loop , wherein the cable hook further comprises a fixing means adapted to hold the at least one connection point (76;77) of the cable loop against displacement in the longitudinal direction of the cable during intended use of the cable hook , characterized in that the fixing means comprises at least one projection attached to the receiving section and projecting into the receiving space (110;1101,1102), which projection is constructed and arranged to engage in the at least one connecting point (76;77) preferably from inside the cable loop . wherein the receiving section and the fastening section are connected by a transition section and at least one receiving space (110;1101,1102) is formed for hooking a first end and a second end of the cable loop , wherein the cable hook further comprises a fixing means adapted to hold the at least one connection point (76;77) of the cable loop against displacement in the longitudinal direction of the cable during intended use of the cable hook , characterized in that the fixing means comprises at least one projection attached to the receiving section and projecting into the receiving space (110;1101,1102), which projection is constructed and arranged to engage in the at least one connecting point (76;77) preferably from inside the cable loop .
Press-in pin for an electrical contact-making arrangement , comprising an elastic press-in region and an electrically conductive coating which comprises a reactive multilayer (14.1) which is applied to the press-in pin and a first contact layer (14.2) which is applied to the reactive multilayer (14.1), characterized in that the electrically conductive coating is tin-free and the applied reactive multilayer (14.1) can be activated by an energy pulse which triggers an exothermic reaction, wherein heat which is generated by the exothermic reaction can melt the adjacent first contact layer (14.2) of the press-in pin and the second contact layer (8.1) of the metallized plated-through hole and weld said first contact layer and said second contact layer to one another to form an integrally joined connection .
Apparatus for producing an object by means of additive manufacturing, comprising: - a process chamber for receiving a bath of material which can be solidified by exposure to electromagnetic radiation; - a support for positioning the object in relation to the surface level (L) of the bath of material; - a solidifying device for solidifying a selective layer-part of the material on the surface level (L) by means of electromagnetic radiation; and - an optical control device with a focus unit provided in an optical pathway of the electromagnetic radiation of the solidifying device , and arranged for controlling at least the focus of the electromagnetic radiation emitted by the solidifying device on the surface level; wherein the optical control device comprises: - a sensor element arranged for detecting a measure for the accuracy of the focus of the electromagnetic radiation, wherein the sensor element is arranged upstream of the surface level (L); - a focus correction lens element provided in the optical pathway of the electromagnetic radiation, and arranged to be movable in the direction of at least an optical axis thereof; and - a focus correction control unit , connected to said sensor element and to said focus correction element , and arranged for moving said focus correction lens element in response to a signal obtained by said sensor element - a beamsplitter element provided in the optical pathway of the electromagnetic radiation, and arranged for providing a beam of transmitted light and a beam of reflected light, and wherein the sensor element is arranged downstream of the beamsplitter element . - a process chamber for receiving a bath of material which can be solidified by exposure to electromagnetic radiation; - a support for positioning the object in relation to the surface level (L) of the bath of material; - a solidifying device for solidifying a selective layer-part of the material on the surface level (L) by means of electromagnetic radiation; and - an optical control device with a focus unit provided in an optical pathway of the electromagnetic radiation of the solidifying device , and arranged for controlling at least the focus of the electromagnetic radiation emitted by the solidifying device on the surface level; - a sensor element arranged for detecting a measure for the accuracy of the focus of the electromagnetic radiation, wherein the sensor element is arranged upstream of the surface level (L); - a focus correction lens element provided in the optical pathway of the electromagnetic radiation, and arranged to be movable in the direction of at least an optical axis thereof; and - a focus correction control unit , connected to said sensor element and to said focus correction element , and arranged for moving said focus correction lens element in response to a signal obtained by said sensor element - a beamsplitter element provided in the optical pathway of the electromagnetic radiation, and arranged for providing a beam of transmitted light and a beam of reflected light, and wherein the sensor element is arranged downstream of the beamsplitter element .
A multi-layer circuit board formed from a top sub (720-1), and one or more composite layers, each composite layer comprising an interposer layer and a sub layer (720-2); wherein said top sub and said sub layer comprise a dielectric substrate having traces formed on one surface or on both surfaces thereof; said top sub (720-1) and each said sub layer having at least one interconnection to a sub layer (720-2) which is opposite an intervening interposer layer ; said interposer layer having an aperture positioned at each said interconnection between associated said sub layers (720-1, 720-2); said sub layers having a plated via or a pad at each said interconnection; each said interconnection having a solid metallic connection formed from melting a metallic paste during a lamination step, at least one of the top sub or the sub layer having a surface, characterized by the surface having channels formed in the surface, the channels containing conductive traces below the surface, the channels having catalytic particles exposed below the surface, the catalytic particles in contact with the conductive traces. said top sub and said sub layer comprise a dielectric substrate having traces formed on one surface or on both surfaces thereof; said top sub (720-1) and each said sub layer having at least one interconnection to a sub layer (720-2) which is opposite an intervening interposer layer ; said interposer layer having an aperture positioned at each said interconnection between associated said sub layers (720-1, 720-2); said sub layers having a plated via or a pad at each said interconnection; each said interconnection having a solid metallic connection formed from melting a metallic paste during a lamination step, at least one of the top sub or the sub layer having a surface, characterized by the surface having channels formed in the surface, the channels containing conductive traces below the surface, the channels having catalytic particles exposed below the surface, the catalytic particles in contact with the conductive traces.
A battery module, wherein the battery module comprises: a plurality of batteries , arranged sequentially along a thickness direction (T); side plates , disposed on two ends of the plurality of batteries in a width direction (W); and a composite pad , disposed between two corresponding adjacent batteries along the thickness direction (T), wherein the composite pad comprises a cushion material sheet and a connecting strip disposed around the cushion material sheet , and a first bulge (B1) is disposed on the connecting strip ; a first through-hole (P1) is disposed on each side plate , and the first through-hole (P1) corresponds to the first bulge (B1); and the first bulge (B1) is inserted into the first through-hole (P1) so that the connecting strip is fixedly connected to the side plate wherein each side plate comprises a main body and a lower bending portion , the lower bending portion extends from a lower side of the main body toward the plurality of batteries along the width direction (W), the lower bending portion is located on a lower side of the plurality of batteries in a height direction (H), and the first through-hole (P1) is disposed on the lower bending portion ; and the connecting strip comprises a lower connecting strip , the lower connecting strip is located on a lower side of the cushion material sheet , and the first bulge (B1) is formed on the lower connecting strip . a plurality of batteries , arranged sequentially along a thickness direction (T); side plates , disposed on two ends of the plurality of batteries in a width direction (W); and a composite pad , disposed between two corresponding adjacent batteries along the thickness direction (T), wherein the composite pad comprises a cushion material sheet and a connecting strip disposed around the cushion material sheet , and a first bulge (B1) is disposed on the connecting strip ; a first through-hole (P1) is disposed on each side plate , and the first through-hole (P1) corresponds to the first bulge (B1); and the first bulge (B1) is inserted into the first through-hole (P1) so that the connecting strip is fixedly connected to the side plate wherein each side plate comprises a main body and a lower bending portion , the lower bending portion extends from a lower side of the main body toward the plurality of batteries along the width direction (W), the lower bending portion is located on a lower side of the plurality of batteries in a height direction (H), and the first through-hole (P1) is disposed on the lower bending portion ; and the connecting strip comprises a lower connecting strip , the lower connecting strip is located on a lower side of the cushion material sheet , and the first bulge (B1) is formed on the lower connecting strip .
Nozzle body for an agricultural crop protection sprayer, wherein the nozzle body has a housing with at least one feed line , wherein at least one dispensing line that branches off to at least one nozzle arranged on the housing of the nozzle body branches off from the feed line , wherein at least one filter and/or screen element and at least one metering and/or shut-off valve with an electromotive actuating element , preferably a pulse width modulation valve, is arranged in the dispensing line , wherein the at least one filter and/or screen element , as seen in the direction of flow of the liquid to be dispensed, is assigned upstream of the metering and/or shut-off element of the dispensing line , characterized in that the at least one filter and/or screen element is arranged in the feed line in a manner projecting at least partially into the liquid stream flowing through the feed line .
A tissue fixation device comprising: an elongated body defining a longitudinal axis ("L") and including a proximal end and a distal end ; at least two barbed segments diverging distally away from the distal end of the elongated body; and a pledget disposed at distal ends of the barbed segments, characterised in that the pledget is magnetic. an elongated body defining a longitudinal axis ("L") and including a proximal end and a distal end ; at least two barbed segments diverging distally away from the distal end of the elongated body; and a pledget disposed at distal ends of the barbed segments, characterised in that the pledget is magnetic.