mhurhangee/patent-ind-claim-en huggingface dataset:
Rolling body guide for taking up and displacing rolling bodies which are used for final expanding or reeling of an inner or outer surface of a tubular body, the rolling body guide having a supporting cone for pressing the rolling bodies against the inner or outer surface, characterized by at least two defined releasable reception portions so that a modular structure of the rolling body guide can be implemented, the reception portions being removable axially or vertically and axially to a rotational axis, the supporting cone having two defined cone portions mounted releasably with respect to one another.
A method of wireless communication at a user equipment, UE , the method comprising: receiving , from a network entity , a downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, the PDSCH including a first transmission occasion and a second transmission occasion following the first transmission occasion during a single slot, wherein the DCI is configured for scheduling transmission of a same transport block, TB, in the first transmission occasion and the second transmission occasion; determining a processing time corresponding to the first transmission occasion; and determining an overall processing time following a last symbol of the PDSCH, wherein the overall processing time corresponds to the total time for the UE to decode the DCI that schedules the PDSCH, to receive the PDSCH and decode the TB included within the PDSCH, and to prepare a hybrid automatic repeat request acknowledgement, HARQ-ACK, corresponding to the PDSCH, wherein the overall processing time comprises a first portion of processing time and a second portion of processing time, and wherein the second portion of processing time is the processing time corresponding to the first transmission occasion. receiving , from a network entity , a downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, the PDSCH including a first transmission occasion and a second transmission occasion following the first transmission occasion during a single slot, wherein the DCI is configured for scheduling transmission of a same transport block, TB, in the first transmission occasion and the second transmission occasion; determining a processing time corresponding to the first transmission occasion; and determining an overall processing time following a last symbol of the PDSCH, wherein the overall processing time corresponds to the total time for the UE to decode the DCI that schedules the PDSCH, to receive the PDSCH and decode the TB included within the PDSCH, and to prepare a hybrid automatic repeat request acknowledgement, HARQ-ACK, corresponding to the PDSCH, wherein the overall processing time comprises a first portion of processing time and a second portion of processing time, and wherein the second portion of processing time is the processing time corresponding to the first transmission occasion.
Fastening element (10; 30; 50; 80) having a dowel sleeve of plastics material, and an impaction element (14; 34; 54; 84) for driving into the dowel sleeve , wherein the impaction element expands the dowel sleeve at least in portions in the radial direction when driving the impaction element into the dowel sleeve , wherein the impaction element (14; 34; 54; 84) has a shank and a head , wherein the shank is provided at least in portions with a thread formation and the head is provided with an external drive configuration , wherein the head has an impact portion which, proceeding from the external drive configuration , extends to the free end of the head , and wherein the impact portion has a cylindrical shape and a smaller external diameter than the external drive configuration .
A fastener extractor device comprising: an at least one shank body ; a drive head ; an at least one torque-tool body ; an at least one external thread ; a tubular sleeve ; an internal thread ; the internal thread being positioned within the tubular sleeve ; the drive head being terminally and concentrically connected to the shank body ; the torque-tool body being positioned opposite to the drive head , along the shank body ; the torque-tool body being terminally and concentrically connected to the shank body ; the external thread extending along the shank body , in between the torque-tool body and the drive head ; the external thread being laterally connected to the shank body ; characterized in that : the torque-tool body comprises a plurality of laterally-bracing sidewalls and an at least one engagement feature ; the plurality of laterally-bracing sidewalls is radially positioned about a rotation axis of the torque-tool body ; and the engagement feature is integrated into a specific sidewall from the plurality of laterally-bracing sidewalls . an at least one shank body ; a drive head ; an at least one torque-tool body ; an at least one external thread ; a tubular sleeve ; an internal thread ; the internal thread being positioned within the tubular sleeve ; the drive head being terminally and concentrically connected to the shank body ; the torque-tool body being positioned opposite to the drive head , along the shank body ; the torque-tool body being terminally and concentrically connected to the shank body ; the external thread extending along the shank body , in between the torque-tool body and the drive head ; the external thread being laterally connected to the shank body ; characterized in that : the torque-tool body comprises a plurality of laterally-bracing sidewalls and an at least one engagement feature ; the plurality of laterally-bracing sidewalls is radially positioned about a rotation axis of the torque-tool body ; and the engagement feature is integrated into a specific sidewall from the plurality of laterally-bracing sidewalls . the torque-tool body comprises a plurality of laterally-bracing sidewalls and an at least one engagement feature ; the plurality of laterally-bracing sidewalls is radially positioned about a rotation axis of the torque-tool body ; and the engagement feature is integrated into a specific sidewall from the plurality of laterally-bracing sidewalls .
A neuromodulation system, comprising: one or more injectable microstimulators comprising a length of 10 mm or less, a diameter between 0.5 mm and 3 mm, and lacking a battery; and a free running resonance magnetic field generator, comprising: a coil: a capacitor connected in parallel with the coil such that a stimulation signal is a portion in time of a resonance between the parallel capacitor and coil; a DC power supply at a first side of the parallel capacitor and coil, and configured to activate the parallel coil and capacitor; and a switch to ground on a second side of the parallel capacitor and coil, wherein the switch comprises a transistor and a rectifier; characterized in that the switch is configured to turn off a gate or a base of the transistor just prior to a first series of decaying resonant pulses to provide a free running resonance between the coil and the capacitor and then turn on to build up a current in the magnetic field generator prior to a second series of decaying resonant pulses to reduce electrical energy in the coil between the first and second series. one or more injectable microstimulators comprising a length of 10 mm or less, a diameter between 0.5 mm and 3 mm, and lacking a battery; and a free running resonance magnetic field generator, comprising: a coil: a capacitor connected in parallel with the coil such that a stimulation signal is a portion in time of a resonance between the parallel capacitor and coil; a DC power supply at a first side of the parallel capacitor and coil, and configured to activate the parallel coil and capacitor; and a switch to ground on a second side of the parallel capacitor and coil, wherein the switch comprises a transistor and a rectifier; a capacitor connected in parallel with the coil such that a stimulation signal is a portion in time of a resonance between the parallel capacitor and coil; a DC power supply at a first side of the parallel capacitor and coil, and configured to activate the parallel coil and capacitor; and a switch to ground on a second side of the parallel capacitor and coil, wherein the switch comprises a transistor and a rectifier; characterized in that the switch is configured to turn off a gate or a base of the transistor just prior to a first series of decaying resonant pulses to provide a free running resonance between the coil and the capacitor and then turn on to build up a current in the magnetic field generator prior to a second series of decaying resonant pulses to reduce electrical energy in the coil between the first and second series.
A method , implemented in a content server device storing media , the method comprising: receiving a Quick User Datagram Protocol, Internet Connections, QUIC, request for a media portion of the media from a client computing device , the QUIC request comprising an object ordering priority field having an object ordering priority value; adjusting a transmission rate of a QUIC-based media stream based on the object ordering priority value by increasing or decreasing the transmission rate responsive to the object ordering priority value being higher or lower, respectively, than a previous object ordering priority value upon which the transmission rate was previously based; and transmitting the media portion to the client computing device via the QUIC-based media stream at the adjusted transmission rate. receiving a Quick User Datagram Protocol, Internet Connections, QUIC, request for a media portion of the media from a client computing device , the QUIC request comprising an object ordering priority field having an object ordering priority value; adjusting a transmission rate of a QUIC-based media stream based on the object ordering priority value by increasing or decreasing the transmission rate responsive to the object ordering priority value being higher or lower, respectively, than a previous object ordering priority value upon which the transmission rate was previously based; and transmitting the media portion to the client computing device via the QUIC-based media stream at the adjusted transmission rate.
A femoral component of an osseointegrable knee prosthesis at one end of the femur, having a substantially U- shaped form, in cross section according to a plane parallel to the sagittal plane of the human body, with a substantially concave internal surface , in contact with the femoral bone, and a substantially convex outer surface suitable for articulating with a tibial component of said prosthesis, characterized in that : said femoral component is in titanium alloy 6-aluminum 4-vanadium (Ti 6-AI4-V) (UNI EN ISO 5832/3); the outer surface of said femoral component is coated with at least one layer of titanium and niobium nitride (TiNbN) or titanium carbonitride (TiCN); the internal surface of said femoral component has a trabecular structure, said trabecular structure having an irregular random network of trabeculae with a high porosity and with isotropic mechanical and physical properties. said femoral component is in titanium alloy 6-aluminum 4-vanadium (Ti 6-AI4-V) (UNI EN ISO 5832/3); the outer surface of said femoral component is coated with at least one layer of titanium and niobium nitride (TiNbN) or titanium carbonitride (TiCN); the internal surface of said femoral component has a trabecular structure, said trabecular structure having an irregular random network of trabeculae with a high porosity and with isotropic mechanical and physical properties.
A dispensing apparatus for denesting cardboard sheets from a stack of cardboard sheets, the denesting apparatus comprising a cardboard sheet magazine for holding a stack of cardboards to be denested, the cardboard sheet magazine having an opening for allowing sheets to be dispensed from the stack, where the dispensing apparatus comprises at least one conveyor belt arranged in immediate vicinity of the opening of the cardboard sheet magazine , the at least one conveyor belt intended for displacing a cardboard sheet to be denested from the stack away from the stack , characterized in that a rear guide rail has an outer end constituting an angle α in relation to a longitudinal extension (L) of the stack of cardboard sheets, and where a front guide rail has an outer end constituting an angle β in relation to the longitudinal extension (L) of the stack of cardboard sheets, and where the angle α is greater than the angle β and where the cardboard sheet magazine is capable of being detached from the remainder of the apparatus, and where detachment of the cardboard sheet magazine is provided by a hand-operated latch, which latch in a first position holds the cardboard sheet magazine to the remainder of the apparatus, and which latch in a second position allows the cardboard sheet magazine to be detached from the remainder of the apparatus, leaving the transmission, the drive pulleys and the conveyor belts in place on the remainder of the apparatus, for possible re-attachment of the cardboard sheet magazine or for possible attachment of another cardboard sheet magazine , without also re-attaching or detaching the transmission, the drive pulleys and the conveyor belts to or from the remainder of the apparatus.
Method for checking the pre-assembly of a cutting ring on a pipe by way of a device having at least one optical detection installation for detecting image data in a detection region , comprising at least the following method steps: - detecting at least first image data of at least one pipe , having a pre-assembled cutting ring , that is at least in part incorporated in the detection region ; - evaluating at least part of the first image data in terms of a position of the cutting ring relative to the pipe , and/or geometric modifications of the pipe and/or geometric modifications of the cutting ring . - detecting at least first image data of at least one pipe , having a pre-assembled cutting ring , that is at least in part incorporated in the detection region ; - evaluating at least part of the first image data in terms of a position of the cutting ring relative to the pipe , and/or geometric modifications of the pipe and/or geometric modifications of the cutting ring .
A floor cleaner comprising: a fluid flow path extending from a suction nozzle to a clean air outlet; a recovery tank removably coupled to the floor cleaner , the recovery tank in fluid communication with the suction nozzle and including, a tank body , a tank lid removably coupled to and substantially enclosing the tank body , a tank inlet , a tank air outlet along the fluid flow path, and an outlet duct upstream of the tank air outlet ; a suction source in fluid communication with the suction nozzle and the recovery tank configured to generate an airflow along the fluid flow path to draw fluid and debris from the surface through the suction nozzle and into the recovery tank ; and a filter basket disposed in the outlet duct , characterized in that the filter basket includes a first end , a second end being downstream of the first end , and a sidewall extending in a substantially vertical direction between the first end and second end when the recovery tank is upright, wherein the first end is above the second end and the first end is open enabling ingress of debris, and wherein the sidewall of the filter basket has perforations allowing air flow to pass through the filter basket and inhibiting debris from passing through the filter basket . a fluid flow path extending from a suction nozzle to a clean air outlet; a recovery tank removably coupled to the floor cleaner , the recovery tank in fluid communication with the suction nozzle and including, a tank body , a tank lid removably coupled to and substantially enclosing the tank body , a tank inlet , a tank air outlet along the fluid flow path, and an outlet duct upstream of the tank air outlet ; a tank body , a tank lid removably coupled to and substantially enclosing the tank body , a tank inlet , a tank air outlet along the fluid flow path, and an outlet duct upstream of the tank air outlet ; a suction source in fluid communication with the suction nozzle and the recovery tank configured to generate an airflow along the fluid flow path to draw fluid and debris from the surface through the suction nozzle and into the recovery tank ; and a filter basket disposed in the outlet duct , characterized in that the filter basket includes a first end , a second end being downstream of the first end , and a sidewall extending in a substantially vertical direction between the first end and second end when the recovery tank is upright, wherein the first end is above the second end and the first end is open enabling ingress of debris, and wherein the sidewall of the filter basket has perforations allowing air flow to pass through the filter basket and inhibiting debris from passing through the filter basket .
An image forming system comprising: an image forming apparatus installed at a customer site; a management terminal device installed at the customer site; and a mobile terminal device of a guest user, wherein the mobile terminal device (a) downloads and installs an application program including identification information, and (b) presents the identification information to the management terminal device according to the application program to accept a temporal ID corresponding to the identification information from the management terminal device , wherein the management terminal device , (a) performs authentication of the identification information presented by the mobile terminal device according to the application program, (a1) generates, in accordance with a result of the authentication, the temporal ID corresponding to the identification information and (a2) presents the mobile terminal device with the temporal ID generated and transmits the temporal ID to a user authentication device for the image forming apparatus to register the temporal ID as a user ID of the guest user and, (b) when payment of a usage fee for the image forming apparatus by the guest user is completed, (b1) deletes registration of the temporal ID of the guest user, and wherein the image forming apparatus (a) performs user authentication with the user authentication device when the guest user logs in to the image forming apparatus with the temporal ID and (b) issues an invoice containing the temporal ID and the usage fee when the guest user logs out of the image forming apparatus . an image forming apparatus installed at a customer site; a management terminal device installed at the customer site; and a mobile terminal device of a guest user, wherein the mobile terminal device (a) downloads and installs an application program including identification information, and (b) presents the identification information to the management terminal device according to the application program to accept a temporal ID corresponding to the identification information from the management terminal device , wherein the management terminal device , (a) performs authentication of the identification information presented by the mobile terminal device according to the application program, (a1) generates, in accordance with a result of the authentication, the temporal ID corresponding to the identification information and (a2) presents the mobile terminal device with the temporal ID generated and transmits the temporal ID to a user authentication device for the image forming apparatus to register the temporal ID as a user ID of the guest user and, (b) when payment of a usage fee for the image forming apparatus by the guest user is completed, (b1) deletes registration of the temporal ID of the guest user, and wherein the image forming apparatus (a) performs user authentication with the user authentication device when the guest user logs in to the image forming apparatus with the temporal ID and (b) issues an invoice containing the temporal ID and the usage fee when the guest user logs out of the image forming apparatus .
Moulded building block for arrangement between a reinforced building wall and a reinforced floor slab or ceiling slab , for supporting the building wall on the floor slab or ceiling slab and/or for supporting the ceiling slab on the building wall , comprising - a moulded body made of a mineral building material, having - a standing surface for placing the moulded body on the floor slab or ceiling slab or above the building wall , and - a support surface , extending substantially parallel to the standing surface, for the ceiling slab or for placing the building wall thereon, wherein the moulded body has at least one insulating body portion ; and the moulded body , on its standing surface and/or its support surface , has a surface structure for transferring a shear force between the moulded building block and the building wall and/or the floor slab or ceiling slab arranged below and/or above the moulded building block , respectively, characterized in that the insulating body portion is arranged on lateral surfaces of the moulded body , and in that the moulded building block has at least one passage region , which extends in particular from the standing surface to the support surface , for a tension element . - a moulded body made of a mineral building material, having - a standing surface for placing the moulded body on the floor slab or ceiling slab or above the building wall , and - a support surface , extending substantially parallel to the standing surface, for the ceiling slab or for placing the building wall thereon, wherein the moulded body has at least one insulating body portion ; and the moulded body , on its standing surface and/or its support surface , has a surface structure for transferring a shear force between the moulded building block and the building wall and/or the floor slab or ceiling slab arranged below and/or above the moulded building block , respectively, characterized in that the insulating body portion is arranged on lateral surfaces of the moulded body , and in that the moulded building block has at least one passage region , which extends in particular from the standing surface to the support surface , for a tension element .
A method for optimizing energy consumption of a transportation means comprising the steps of: • receiving data associated with a road topology of an upcoming route, • determining an optimized driving pattern with regard to energy consumption of the transportation means depending on the data and • outputting a recommendation of a driving behavior with respect to the transportation means to a user , wherein the recommendation of the driving behavior complies with the optimized driving pattern for a predetermined segment of the upcoming route in real time, characterized in that the recommendation comprises • a steering angle and/or • a brake intensity. • receiving data associated with a road topology of an upcoming route, • determining an optimized driving pattern with regard to energy consumption of the transportation means depending on the data and • outputting a recommendation of a driving behavior with respect to the transportation means to a user , wherein the recommendation of the driving behavior complies with the optimized driving pattern for a predetermined segment of the upcoming route in real time, characterized in that the recommendation comprises • a steering angle and/or • a brake intensity. • a steering angle and/or • a brake intensity.