mhurhangee/patent-ind-claim-en huggingface dataset:
A media diversion apparatus for a printing system , the apparatus comprising a media diverter to route media printed by a print assembly of the printing system , wherein the media diverter , in a first position, is to route cut-sheet media from the print assembly to a first output region ; and the media diverter , in a second position, is to route roll media from the print assembly to a second output region , the media diverter being coupled to a lever element , characterised in that the lever element is spring loaded to set the media diverter in the first position when the cut-sheet media is dispensed from the print assembly ; and the lever element is movable under the weight of the roll media dispensed by the print assembly , to set the media diverter to the second position. the media diverter , in a first position, is to route cut-sheet media from the print assembly to a first output region ; and the media diverter , in a second position, is to route roll media from the print assembly to a second output region , the media diverter being coupled to a lever element , characterised in that the lever element is spring loaded to set the media diverter in the first position when the cut-sheet media is dispensed from the print assembly ; and the lever element is movable under the weight of the roll media dispensed by the print assembly , to set the media diverter to the second position.
Self-propelled padding machine for backfilling a trench with filler material while moving along a to be filled trench, the padding machine comprising a feed hopper , a multi-deck vibrating screen unit comprising at least two screens , wherein, along a longitudinal axis of the padding machine, the multi-deck vibrating screen is positioned behind the feed hopper, vibrating means (V) for vibrating the multi-deck vibrating screen unit , a feeder conveyor for feeding material from the feed hopper to the multi-deck vibrating screen unit and a side conveyor for bringing the filler material exiting the multi-deck vibrating screen unit to the to be filled trench, wherein the multi-deck vibrating screen unit comprises an upper deck screen comprising a welded mesh or finger tines or a grizzly screen or finger tines and a grizzly screen, and at least one lower deck screen below the upper deck screen and a closed bottom side below the lower deck screen , the closed bottom side forming a slide for filler material passing the lower deck screen , wherein the multi-deck vibrating screen unit is tilted downwards and oriented parallel to the longitudinal axis of the self-propelled padding machine , wherein the side conveyor is located at the end of the bottom side of the multi-deck vibrating screen unit for collecting filler material sliding off the bottom side and the upper deck screen and the at least one lower deck screen each extending with their outlet beyond the side conveyor and wherein the side conveyor belt extends on either side of the self-propelled padding machine .
A penile prosthesis kit of parts comprising: an inflatable implant ; a reservoir adapted to contain a volume of liquid; a pump ; tubing and tubing connectors provided for attachment of the inflatable implant and the reservoir to the pump ; and instructions for use provided for implantation and use of the pump ; wherein the pump has a uni-directional rotary valve located in a first flow path entering into the pump characterised in that the uni-directional rotary valve is also located in a second flow path exiting from the pump, and when implanted, the rotary valve is constrained to rotate in only one direction to move a portion of the volume of the liquid from the reservoir through the first flow path and through the second flow path into the inflatable implant , and in that the rotary valve includes a plurality of vanes extending radially from a central axis of the rotary valve, and wherein an internal surface of the pump includes a stop ledge that engages with the rotary valve to prevent rotation of the rotary valve in one of a clockwise direction and a counter clockwise direction. an inflatable implant ; a reservoir adapted to contain a volume of liquid; a pump ; tubing and tubing connectors provided for attachment of the inflatable implant and the reservoir to the pump ; and instructions for use provided for implantation and use of the pump ; wherein the pump has a uni-directional rotary valve located in a first flow path entering into the pump characterised in that the uni-directional rotary valve is also located in a second flow path exiting from the pump, and when implanted, the rotary valve is constrained to rotate in only one direction to move a portion of the volume of the liquid from the reservoir through the first flow path and through the second flow path into the inflatable implant , and in that the rotary valve includes a plurality of vanes extending radially from a central axis of the rotary valve, and wherein an internal surface of the pump includes a stop ledge that engages with the rotary valve to prevent rotation of the rotary valve in one of a clockwise direction and a counter clockwise direction.
A dental implant for supporting a dental prosthesis, the implant comprising: a body comprising an outer surface, an apical end , a coronal end , a threaded portion and a longitudinal axis (L), wherein the coronal end of the body comprises a collar , the threaded portion comprising a coronal portion configured to engage cortical bone and an apical portion configured to engage cancellous bone, the threaded portion further comprising at least one thread extending from a root surface that forms a longitudinal side of the body, the at least one thread comprising a coronal flank , an apical flank , and a thread face that defines a length extending between the coronal flank and apical flank, wherein the length of the thread face is smaller in the coronal portion than the apical portion, and the thread has a thread depth d3 in the coronal portion of the thread that is less than a thread depth d4 in the apical portion , characterized in that the coronal flank and the apical flank in the coronal portion form an angle that is greater than an angle formed by the coronal flank and the apical flank in the apical portion . a body comprising an outer surface, an apical end , a coronal end , a threaded portion and a longitudinal axis (L), wherein the coronal end of the body comprises a collar , the threaded portion comprising a coronal portion configured to engage cortical bone and an apical portion configured to engage cancellous bone, the threaded portion further comprising at least one thread extending from a root surface that forms a longitudinal side of the body, the at least one thread comprising a coronal flank , an apical flank , and a thread face that defines a length extending between the coronal flank and apical flank, wherein the length of the thread face is smaller in the coronal portion than the apical portion, and the thread has a thread depth d3 in the coronal portion of the thread that is less than a thread depth d4 in the apical portion , characterized in that the coronal flank and the apical flank in the coronal portion form an angle that is greater than an angle formed by the coronal flank and the apical flank in the apical portion .
Cooking appliance , in particular a baking oven, comprising a cooking compartment for cooking food to be cooked , a door which closes off the cooking compartment in an operating position and a sensor module arranged in the door for identifying properties of the food to be cooked when the door is situated in the operating position, wherein the door has a receptacle , from which the sensor module is reversibly removable, characterised in that the receptacle is arranged between an inner pane of the door and an outer pane of the door , wherein the receptacle is arranged in an air stream (L) for cooling the door .
A filtering device for killing pathogenic microorganisms using deep ultraviolet laser, comprising: a main body for accommodating gas having the pathogenic microorganisms; and a deep ultraviolet laser module connected to the main body and configured for totally reflecting the deep ultraviolet laser for a plurality of times to form a deep ultraviolet laser net in the main body , wherein the deep ultraviolet laser module comprises a deep ultraviolet laser apparatus and a reflection adjusting assembly, wherein the deep ultraviolet laser apparatus is connected to the main body , and the reflection adjusting assembly arranged at a light-emitting side of the deep ultraviolet laser apparatus is configured for adjusting a density of the deep ultraviolet laser net ; and a reflection adjusting assembly having a first reflector and a reflector set which is arranged inside the main body ; characterized in that the reflection adjusting assembly further comprises an adjusting part and a support ; the adjusting part is rotatably connected to the support ; the first reflector is installed on the adjusting part and configured for reflecting the deep ultraviolet laser from the light-emitting side of the deep ultraviolet laser apparatus into the main body ; the reflector set is configured for totally reflecting the deep ultraviolet laser reflected into the main body by the first reflector for a plurality of times to form the deep ultraviolet laser net , the reflector set comprises at least one second reflector completely covering an inner surface of the main body , and the inner surface of the main body is of a circle shape. a main body for accommodating gas having the pathogenic microorganisms; and a deep ultraviolet laser module connected to the main body and configured for totally reflecting the deep ultraviolet laser for a plurality of times to form a deep ultraviolet laser net in the main body , wherein the deep ultraviolet laser module comprises a deep ultraviolet laser apparatus and a reflection adjusting assembly, wherein the deep ultraviolet laser apparatus is connected to the main body , and the reflection adjusting assembly arranged at a light-emitting side of the deep ultraviolet laser apparatus is configured for adjusting a density of the deep ultraviolet laser net ; and a reflection adjusting assembly having a first reflector and a reflector set which is arranged inside the main body ; characterized in that the reflection adjusting assembly further comprises an adjusting part and a support ; the adjusting part is rotatably connected to the support ; the first reflector is installed on the adjusting part and configured for reflecting the deep ultraviolet laser from the light-emitting side of the deep ultraviolet laser apparatus into the main body ; the reflector set is configured for totally reflecting the deep ultraviolet laser reflected into the main body by the first reflector for a plurality of times to form the deep ultraviolet laser net , the reflector set comprises at least one second reflector completely covering an inner surface of the main body , and the inner surface of the main body is of a circle shape.
Electrical busbar for an electrical assembly , said assembly comprising an electronic power module and an electronic control unit for controlling said electronic power module , said electronic power module comprising at least one external electrical terminal , said busbar being characterized in that it is intended to electrically connect said at least one external electrical terminal to the electronic control unit and in that it comprises: - a flat base , and - at least one connection element extending from said base and comprising: • at least one electrically conductive fastening portion , extending orthogonally to the base and intended to be electrically connected with the at least one external electrical terminal , and • at least one electrical connection pin extending from an edge (305-1) of the fastening portion and comprising a linking end connected to the fastening portion , at least one intermediate portion and at least one free end connected to said linking end by said at least one intermediate portion , said at least one free end being suitable for being electrically connected to the electronic control unit . - a flat base , and - at least one connection element extending from said base and comprising: • at least one electrically conductive fastening portion , extending orthogonally to the base and intended to be electrically connected with the at least one external electrical terminal , and • at least one electrical connection pin extending from an edge (305-1) of the fastening portion and comprising a linking end connected to the fastening portion , at least one intermediate portion and at least one free end connected to said linking end by said at least one intermediate portion , said at least one free end being suitable for being electrically connected to the electronic control unit . • at least one electrically conductive fastening portion , extending orthogonally to the base and intended to be electrically connected with the at least one external electrical terminal , and • at least one electrical connection pin extending from an edge (305-1) of the fastening portion and comprising a linking end connected to the fastening portion , at least one intermediate portion and at least one free end connected to said linking end by said at least one intermediate portion , said at least one free end being suitable for being electrically connected to the electronic control unit .
A terminal apparatus comprising: a processing unit having a first control unit and a second control unit , wherein, when the terminal apparatus is in a connected mode in a first frequency band of a first cellular system, the second control unit is configured to transmit or receive a first signal in the first frequency band, and the first control unit is configured to select a second frequency band, when an application supporting multicasting is activated in the terminal apparatus , wherein the second control unit is further configured to receive, in the second frequency band, a multicast signal transmitted from a base station of a second cellular system, when the terminal apparatus is in the connected mode in the first cellular system; wherein the first control unit is further configured to select the second frequency band, which is not the first frequency band of the first cellular system, through a cell selection or a cell reselection, wherein the second frequency band is different from the first frequency band, wherein the second cellular system is different from the first cellular system, and wherein the multicast signal is a multicast broadcast multimedia services over single frequency network, MBSFN, signal transmitted through an MBSFN subframe. a processing unit having a first control unit and a second control unit , wherein, when the terminal apparatus is in a connected mode in a first frequency band of a first cellular system, the second control unit is configured to transmit or receive a first signal in the first frequency band, and the first control unit is configured to select a second frequency band, when an application supporting multicasting is activated in the terminal apparatus , wherein the second control unit is further configured to receive, in the second frequency band, a multicast signal transmitted from a base station of a second cellular system, when the terminal apparatus is in the connected mode in the first cellular system; wherein the first control unit is further configured to select the second frequency band, which is not the first frequency band of the first cellular system, through a cell selection or a cell reselection, wherein the second frequency band is different from the first frequency band, wherein the second cellular system is different from the first cellular system, and wherein the multicast signal is a multicast broadcast multimedia services over single frequency network, MBSFN, signal transmitted through an MBSFN subframe.
A deformable mobile terminal comprising: a main body : a display mounted to a front surface of the main body ; and a strap including a first and a second straps coupled to a first and a second side of the main body by a first and a second auxiliary hinges , the strap includes flexible material; wherein the first strap includes a first strap portion connected to the first auxiliary hinge and a second strap portion connected to the first strap portion by a first foldable curved unit and a first plate spring in the second strap portion ; wherein the second strap includes a third strap portion connected to the first auxiliary hinge and a fourth strap portion connected to the third strap portion by a second foldable curved unit and a second plate spring in the fourth strap portion ; wherein the strap , in a first configuration of the mobile terminal, has curved shape and, together with the main body , forms a curved closed loop structure, wherein the first foldable curved unit is folded to overlap the first and second strap portions with each other and the second foldable curved unit is folded to overlap the third and fourth strap portions , in a second configuration of the mobile terminal, so that the strap and the main body form a flat closed loop structure, wherein the first and second plate springs are curved in a first shape to keep the curved shape of the strap in the first configuration and at least part of the first and second plate springs are curved in a second shape to keep a folded shape of the strap in the second configuration. a display mounted to a front surface of the main body ; and a strap including a first and a second straps coupled to a first and a second side of the main body by a first and a second auxiliary hinges , the strap includes flexible material; wherein the first strap includes a first strap portion connected to the first auxiliary hinge and a second strap portion connected to the first strap portion by a first foldable curved unit and a first plate spring in the second strap portion ; wherein the second strap includes a third strap portion connected to the first auxiliary hinge and a fourth strap portion connected to the third strap portion by a second foldable curved unit and a second plate spring in the fourth strap portion ; wherein the strap , in a first configuration of the mobile terminal, has curved shape and, together with the main body , forms a curved closed loop structure, wherein the first foldable curved unit is folded to overlap the first and second strap portions with each other and the second foldable curved unit is folded to overlap the third and fourth strap portions , in a second configuration of the mobile terminal, so that the strap and the main body form a flat closed loop structure, wherein the first and second plate springs are curved in a first shape to keep the curved shape of the strap in the first configuration and at least part of the first and second plate springs are curved in a second shape to keep a folded shape of the strap in the second configuration.
A system for flushing a medical device before introduction into a patient's body, comprising: an elongate tubular member including a first end, a second end, and a chamber therein extending between the first and second ends; an introducing assembly carrying a stent-graft received within the chamber; first and second ports spaced apart from one another along the tubular member and communicating with the chamber; and one or more sources of perfluorocarbon solution connectable to one or both of the first and second ports to create a flushing circuit delivering perfluorocarbon solution into the first port, through the chamber, and out the second port to remove air or other gases from one or both of the stent-graft and the chamber. an elongate tubular member including a first end, a second end, and a chamber therein extending between the first and second ends; an introducing assembly carrying a stent-graft received within the chamber; first and second ports spaced apart from one another along the tubular member and communicating with the chamber; and one or more sources of perfluorocarbon solution connectable to one or both of the first and second ports to create a flushing circuit delivering perfluorocarbon solution into the first port, through the chamber, and out the second port to remove air or other gases from one or both of the stent-graft and the chamber.
System for changing the operating state of at least one electrically operated apparatus, in particular a medical-technical apparatus, comprising at least one apparatus (12; 62; 94; 102) that is transferable from a first state into a second state, at least one object (28; 74; 86; 114) that is formed by the at least one apparatus (12; 62; 94; 102) or is associated therewith, a support device that is wearable on the body of an operator , and a detection device that is held on said support device , wherein the support device is arrangeable on the body of the operator in such a way that by movement of the operator , the detection device is aligned to the at least one object (28; 74; 86; 114) and the at least one object (28; 74; 86; 114) is positioned in a detection region of the detection device and is detected and identified thereby, wherein when the object (28; 74; 86; 114) is identified, the detection device transmits a signal relating thereto to the at least one apparatus (12; 62; 94; 102) in such a way that the at least one apparatus (12; 62; 94; 102) is transferred from the first state into the second state, wherein the at least one apparatus (12; 62; 94; 102) is transferred from the first state into the second state or vice versa only when the at least one object (28; 74; 86; 114) is detected by the detection device for a predetermined or predeterminable duration.
A method for remotely accessing user equipment implementing an interactive media guidance application, the method comprising: receiving an action request for a program from a user device, wherein the user device utilizes first program information obtained from a first program information database to generate the action request for the program; transmitting the action request for the program to be processed using second program information from a second program information database to schedule the action request for the program, wherein the second program information database is different from the first program information database; detecting a disparity between the first program information for the program and the second program information for the program; searching for alternate scheduling information for the program in response to detecting the disparity; and transmitting the alternate scheduling information to the user equipment for scheduling the action request to be performed by the user equipment. receiving an action request for a program from a user device, wherein the user device utilizes first program information obtained from a first program information database to generate the action request for the program; transmitting the action request for the program to be processed using second program information from a second program information database to schedule the action request for the program, wherein the second program information database is different from the first program information database; detecting a disparity between the first program information for the program and the second program information for the program; searching for alternate scheduling information for the program in response to detecting the disparity; and transmitting the alternate scheduling information to the user equipment for scheduling the action request to be performed by the user equipment.