mhurhangee/patent-ind-claim-en huggingface dataset:
Web guiding device for guiding a material web , in particular a film web, having a first and a second frame element , which, - in respective first end regions , are pivotably attached to a first axis , - in respective second end regions , are connected via a rotatably mounted web guiding roller , characterised in that the first and the second frame elements are connected via a second axis , which is connected to the first axis by means of a fixing element . - in respective first end regions , are pivotably attached to a first axis , - in respective second end regions , are connected via a rotatably mounted web guiding roller , characterised in that the first and the second frame elements are connected via a second axis , which is connected to the first axis by means of a fixing element .
A process for preparing direct secondary somatic embryos of Theobroma cacao L. comprising culturing primary somatic embryos in an induction medium comprising 6-benzylaminopurine (BAP) followed by developing embryos in a development medium comprising gibberellic acid in an amount of 0.2 mg/L to about 0.8 mg/L, induction and development media also include sucrose, and the sucrose is present in an amount of from 20 g/L to 80 g/L.
A method of constructing a sports field comprising the steps of: (a) placing a drainage base on a section of ground to be occupied by the sports field ; (b) placing an artificial turf over the drainage base ; and (c) distributing an infill material over the artificial turf , characterized in that the infill material is distributed over the artificial turf with a loading of between 2.4 and 39 kg/m 2 (0.5 and 8 lbs/ft 2 ), and the infill material comprises at least 75% by weight orthorhombic CaCO 3 . (a) placing a drainage base on a section of ground to be occupied by the sports field ; (b) placing an artificial turf over the drainage base ; and (c) distributing an infill material over the artificial turf , characterized in that the infill material is distributed over the artificial turf with a loading of between 2.4 and 39 kg/m 2 (0.5 and 8 lbs/ft 2 ), and the infill material comprises at least 75% by weight orthorhombic CaCO 3 .
An apparatus comprising: an input/output, I/O, interface to: receive a video content request and context information associated with the video content request from a mobile computing device , the context information comprises hardware characteristics, including at least a power supply level of the mobile computing device and a screen size of the mobile computing device ; and transmit Quality of Service, QoS, parameters associated with the video content request; and a QoS logic to generate the QoS parameters based, at least in part, on the context information associated with the video content request, the QoS parameters to define at least one of a packet delay tolerance, a packet loss rate, and/or a bit rate associated with transmission of the video content request, wherein the video content request indicates video content of a particular quality; and the apparatus being adapted to reduce network resources allocated to the mobile computing device for streaming video content to the mobile computing device , in response to receiving context information indicating that the power supply is below a predetermined power and the screen size is below a predetermined size. an input/output, I/O, interface to: receive a video content request and context information associated with the video content request from a mobile computing device , the context information comprises hardware characteristics, including at least a power supply level of the mobile computing device and a screen size of the mobile computing device ; and transmit Quality of Service, QoS, parameters associated with the video content request; and a QoS logic to generate the QoS parameters based, at least in part, on the context information associated with the video content request, the QoS parameters to define at least one of a packet delay tolerance, a packet loss receive a video content request and context information associated with the video content request from a mobile computing device , the context information comprises hardware characteristics, including at least a power supply level of the mobile computing device and a screen size of the mobile computing device ; and transmit Quality of Service, QoS, parameters associated with the video content request; and a QoS logic to generate the QoS parameters based, at least in part, on the context information associated with the video content request, the QoS parameters to define at least one of a packet delay tolerance, a packet loss rate, and/or a bit rate associated with transmission of the video content request, wherein the video content request indicates video content of a particular quality; and the apparatus being adapted to reduce network resources allocated to the mobile computing device for streaming video content to the mobile computing device , in response to receiving context information indicating that the power supply is below a predetermined power and the screen size is below a predetermined size.
A tibial implant for knee arthroplasty comprising: - a tibial plate sized and shaped for placement on a proximal end (PE) of a tibia (T) of a patient, the tibial plate including opposite proximal and distal surfaces , the distal surface configured to engage the proximal end (PE) of the tibia (T); - a tibial keel extending distally from the distal surface of the tibial plate and configured to be inserted into the proximal end (PE) of the tibia (T); - at least one anchoring projection extending distally from the distal surface of the tibial plate and configured to be inserted into the proximal end (PE) of the tibia (T); and characterized in that the implant further comprises: - at least one positioning guide configured to be engaged by a position verification system to verify the position of the tibial implant relative to the proximal end (PE) of the tibia (T) after the tibial implant has been implanted on the proximal end (PE) of the tibia (T), wherein the at least one positioning guide includes a plurality of positioning guides spaced apart from one another. - a tibial plate sized and shaped for placement on a proximal end (PE) of a tibia (T) of a patient, the tibial plate including opposite proximal and distal surfaces , the distal surface configured to engage the proximal end (PE) of the tibia (T); - a tibial keel extending distally from the distal surface of the tibial plate and configured to be inserted into the proximal end (PE) of the tibia (T); - at least one anchoring projection extending distally from the distal surface of the tibial plate and configured to be inserted into the proximal end (PE) of the tibia (T); and characterized in that the implant further comprises: - at least one positioning guide configured to be engaged by a position verification system to verify the position of the tibial implant relative to the proximal end (PE) of the tibia (T) after the tibial implant has been implanted on the proximal end (PE) of the tibia (T), wherein the at least one positioning guide includes a plurality of positioning guides spaced apart from one another.
Dynamic vibration damping system tor a building having a height greater than 100m, comprising a plurality of damping units adapted to be inserted in respective housings located in one or more façades, or in one or more slabs, or in one or more partition walls of said building, or in a combination thereof, each of the plurality of damping units comprising a swinging mass adapted to move horizontally in opposite directions on a respective swinging plane parallel either to a building façade or a building slab or a partition wall when the building vibrates, one or more horizontal springs fixed to the swinging mass to absorb the energy generated by the movements of the swinging mass and one or more dampers fixed to the swinging mass able to damp movements of the swinging mass .
Method of connecting a terminal (UE) beyond the range of its home network (hN-A), to a network (vN-B) of a visited area covered by a plurality of networks, the method comprising: • the sending (E10) of a request (AR, TAUR) relating to the connection, • the receipt (E11) of a message (AA, TAUA) of response to the request, comprising a list of at least one network of the plurality, to which the terminal must connect by priority, • the disconnection of the terminal and its connection (E12) to a network of the list. • the sending (E10) of a request (AR, TAUR) relating to the connection, • the receipt (E11) of a message (AA, TAUA) of response to the request, comprising a list of at least one network of the plurality, to which the terminal must connect by priority, • the disconnection of the terminal and its connection (E12) to a network of the list.
A method for establishing a session, comprising: establishing, by user equipment, UE, a first Protocol Data Unit, PDU session by using a session management function, SMF, entity; receiving (S804), by the UE, a first message from an access and mobility management function, AMF, entity, wherein the first message is used to instruct the UE to send a request for establishing a second PDU session; and sending (S805), by the UE, a second message indicating the request for establishing the second PDU session to the AMF entity, wherein the second message comprises a first PDU session ID of the first PDU session and a second PDU session ID of the second PDU session, wherein the first PDU session and the second PDU session have a same data network, DN, and the first PDU session ID is used to to instruct the AMF entity to send the second message to an SMF entity associated with the identifier of the first session. establishing, by user equipment, UE, a first Protocol Data Unit, PDU session by using a session management function, SMF, entity; receiving (S804), by the UE, a first message from an access and mobility management function, AMF, entity, wherein the first message is used to instruct the UE to send a request for establishing a second PDU session; and sending (S805), by the UE, a second message indicating the request for establishing the second PDU session to the AMF entity, wherein the second message comprises a first PDU session ID of the first PDU session and a second PDU session ID of the second PDU session, wherein the first PDU session and the second PDU session have a same data network, DN, and the first PDU session ID is used to to instruct the AMF entity to send the second message to an SMF entity associated with the identifier of the first session.
High-strength screw comprising a head , the head having a tool engagement external contour and a tool engagement internal contour , characterized in that pocket-shaped impressions being arranged in the tool engagement internal contour .
Aerosol-generating device , comprising: a housing having an outer surface , an inner surface , and a through-hole connecting the outer surface and the inner surface ; a button at least partially arranged in the through-hole ; and a membrane fixed to the housing and extending across the through-hole ; wherein a form-fit is provided between the housing and the button ; characterized in that the form-fit is configured to retain the button in the through-hole against the button falling out of the through-hole towards an outside of the aerosol-generating device . a housing having an outer surface , an inner surface , and a through-hole connecting the outer surface and the inner surface ; a button at least partially arranged in the through-hole ; and a membrane fixed to the housing and extending across the through-hole ; wherein a form-fit is provided between the housing and the button ; characterized in that the form-fit is configured to retain the button in the through-hole against the button falling out of the through-hole towards an outside of the aerosol-generating device .
A complex of stable lamellar vesicles, comprising: at least one phospholipid; at least one water-soluble and digestible mixture of dextrin fibers derived from wheat and maize ; at least one substance of natural origin having antioxidant properties; and wherein the dextrin fibers are located both within the vesicles and in the intervesicular aqueous liquid; and wherein said complex is dispersed or not in a substantially or totally water-based hydrophilic solvent; and wherein said dispersion has the composition of the following Table 1a): Phospholipid Component (weight/volume %) Dextrin Fiber (weight/volume %) Antioxidant Active (weight/volume %) Additional Polymer (weight/volume %) 1-50 1-60 0.1 - 15 0-20 at least one phospholipid; at least one water-soluble and digestible mixture of dextrin fibers derived from wheat and maize ; at least one substance of natural origin having antioxidant properties; and wherein the dextrin fibers are located both within the vesicles and in the intervesicular aqueous liquid; and wherein said complex is dispersed or not in a substantially or totally water-based hydrophilic solvent; and wherein said dispersion has the composition of the following Table 1a): Phospholipid Component (weight/volume %) Dextrin Fiber (weight/volume %) Antioxidant Active (weight/volume %) Additional Polymer (weight/volume %) 1-50 1-60 0.1 - 15 0-20
A motor fan, comprising: a motor housing receiving a motor therein; a motor bracket disposed on the motor housing ; an impeller coupled to a shaft of the motor ; and a diffuser disposed between the motor and the impeller , the impeller being on a top of the motor fan and the diffuser and the motor being below the impeller , characterized in that the diffuser includes a hub and a vane separated from the hub , the vane being provided with a vane body , an axial flow vane being provided to an inner circumference of the vane body , and a diagonal flow vane being provided above the axial flow vane, wherein an indentation is provided to the vane body and wherein a fitted part corresponding to the indentation is provided to the motor bracket , and wherein the vane body comprises a hollow ring and wherein the axial flow vane is provided to an inner surface of the ring. a motor housing receiving a motor therein; a motor bracket disposed on the motor housing ; an impeller coupled to a shaft of the motor ; and a diffuser disposed between the motor and the impeller , the impeller being on a top of the motor fan and the diffuser and the motor being below the impeller , characterized in that the diffuser includes a hub and a vane separated from the hub , the vane being provided with a vane body , an axial flow vane being provided to an inner circumference of the vane body , and a diagonal flow vane being provided above the axial flow vane, wherein an indentation is provided to the vane body and wherein a fitted part corresponding to the indentation is provided to the motor bracket , and wherein the vane body comprises a hollow ring and wherein the axial flow vane is provided to an inner surface of the ring.
System for the modular construction of a building, which comprises: a first reticular structure comprising a plurality of main pieces configured as beams and pillars that are joined together perpendicularly at the ends by means of a plurality of corner joining pieces , a second structure comprising wall pieces and floor slab pieces , and corner pieces , wherein: - the main piece is a tubular piece with a cross-section comprising four sides and four corners, such that a corner housing is located in each corner and a side housing is located on each side, - the corner pieces are configured for being attached to the main pieces longitudinally along the corner housings , characterized in that the system additionally comprises - a plurality of auxiliary pieces and in that - the corner joining piece comprises: - a first end comprising a section which reproduces the corner housings and the side housings but to be located within the cross-section of the main piece , and - a second end comprising four housings , configured for connecting a main piece in each housing , and a central opening between the four housings , configured for receiving another main piece , - the auxiliary piece comprises a U-shaped profile and is configured for being attached to the main piece longitudinally along the side housings , - the corner pieces create, together with the auxiliary pieces , at least one channel in each main piece to accommodate the second structure. - the main piece is a tubular piece with a cross-section comprising four sides and four corners, such that a corner housing is located in each corner and a side housing is located on each side, - the corner pieces are configured for being attached to the main pieces longitudinally along the corner housings , - a plurality of auxiliary pieces and in that - the corner joining piece comprises: - a first end comprising a section which reproduces the corner housings and the side housings but to be located within the cross-section of the main piece , and - a second end comprising four housings , configured for connecting a main piece in each housing , and a central opening between the four housings , configured for receiving another main piece , - a first end comprising a section which reproduces the corner housings and the side housings but to be located within the cross-section of the main piece , and - a second end comprising four housings , configured for connecting a main piece in each housing , and a central opening between the four housings , configured for receiving another main piece , - the auxiliary piece comprises a U-shaped profile and is configured for being attached to the main piece longitudinally along the side housings , - the corner pieces create, together with the auxiliary pieces , at least one channel in each main piece to accommodate the second structure.
A controller for an unmanned vehicle , the controller comprising: a receiver for receiving a desired route for the unmanned vehicle; a first communications interface for enabling electrical communication between the controller and a corresponding communications interface on an unmanned vehicle ; and a processor configured to: receive the current position of the unmanned vehicle and receive position information relating to at least one obstacle; perform route deconfliction on the desired route by determining if a conflict exists whereby the at least one obstacle intercepts the desired route, and generating a deconflicted route not intercepted by the at least one obstacle, wherein the deconflicted route comprises desired arrival times corresponding to each waypoint in a set of waypoints; generate a vehicle control signal comprising an instruction to perform a manoeuvre which moves the unmanned vehicle from its current position to each of the waypoints at the corresponding arrival times; and transmit the vehicle control signal to the unmanned vehicle through the first communications interface. a receiver for receiving a desired route for the unmanned vehicle; a first communications interface for enabling electrical communication between the controller and a corresponding communications interface on an unmanned vehicle ; and a processor configured to: receive the current position of the unmanned vehicle and receive position information relating to at least one obstacle; perform route deconfliction on the desired route by determining if a conflict exists whereby the at least one obstacle intercepts the desired route, and generating a deconflicted route not intercepted by the at least one obstacle, wherein the deconflicted route comprises desired arrival times corresponding to each waypoint in a set of waypoints; generate a vehicle control signal comprising an instruction to perform a manoeuvre which moves the unmanned vehicle from its current position to each of the waypoints at the corresponding arrival times; and transmit the vehicle control signal to the unmanned vehicle through the first communications interface. receive the current position of the unmanned vehicle and receive position information relating to at least one obstacle; perform route deconfliction on the desired route by determining if a conflict exists whereby the at least one obstacle intercepts the desired route, and generating a deconflicted route not intercepted by the at least one obstacle, wherein the deconflicted route comprises desired arrival times corresponding to each waypoint in a set of waypoints; generate a vehicle control signal comprising an instruction to perform a manoeuvre which moves the unmanned vehicle from its current position to each of the waypoints at the corresponding arrival times; and transmit the vehicle control signal to the unmanned vehicle through the first communications interface.
A filter apparatus for filtering a stream of gas, the apparatus comprising:- a head having an inlet and an outlet , the head including a first flow conduit connected to one of said inlet and said outlet and a second flow conduit connected to the other of said inlet and said outlet ; a filter for filtering the gas flowing though the filter apparatus ; a bowl connected to and sealed relative to said head for containing said filter , said bowl having at least one internal surface having at least one recess therein; a connector for connecting said filter to said head and said bowl , the connector including:- a head engaging portion for engaging and sealing around said second flow conduit ; a filter engaging portion for retaining said filter , said connector thereby directing the flow of the gas between said filter and said second flow conduit ; and a bowl engaging portion having at least one protrusion for insertion into said recess , and characterized in that said bowl engaging portion comprises at least one flexible member with said protrusion located thereon. a head having an inlet and an outlet , the head including a first flow conduit connected to one of said inlet and said outlet and a second flow conduit connected to the other of said inlet and said outlet ; a filter for filtering the gas flowing though the filter apparatus ; a bowl connected to and sealed relative to said head for containing said filter , said bowl having at least one internal surface having at least one recess therein; a connector for connecting said filter to said head and said bowl , the connector including:- a head engaging portion for engaging and sealing around said second flow conduit ; a filter engaging portion for retaining said filter , said connector thereby directing the flow of the gas between said filter and said second flow conduit ; and a bowl engaging portion having at least one protrusion for insertion into said recess , and characterized in that said bowl engaging portion comprises at least one flexible member with said protrusion located thereon. a head engaging portion for engaging and sealing around said second flow conduit ; a filter engaging portion for retaining said filter , said connector thereby directing the flow of the gas between said filter and said second flow conduit ; and a bowl engaging portion having at least one protrusion for insertion into said recess , and characterized in that said bowl engaging portion comprises at least one flexible member with said protrusion located thereon.