mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical apparatus comprising: a patient side support system including a part having a first position; and a controller coupled to the part , the controller being configured to: detect a position change indication of the part , the position change indication being based on information from the part , and in response to detection of the position change indication and sensing that a surgical drape is attached to the patient side support system , automatically move the part to a second position to facilitate draping of the surgical apparatus by moving the part into a portion of the surgical drape , wherein the controller being configured to detect the position change indication of the part comprises the controller being configured to: detect a position tracking disturbance, the position tracking disturbance being created by a user tapping on the part , or detect a signal, from a motion control input device of the part , to change a position of the part . a patient side support system including a part having a first position; and a controller coupled to the part , the controller being configured to: detect a position change indication of the part , the position change indication being based on information from the part , and in response to detection of the position change indication and sensing that a surgical drape is attached to the patient side support system , automatically move the part to a second position to facilitate draping of the surgical apparatus by moving the part into a portion of the surgical drape , wherein the controller being configured to detect the position change indication of the part comprises the controller being configured to: detect a position tracking disturbance, the position tracking disturbance being created by a user tapping on the part , or detect a signal, from a motion control input device of the part , to change a position of the part . detect a position change indication of the part , the position change indication being based on information from the part , and in response to detection of the position change indication and sensing that a surgical drape is attached to the patient side support system , automatically move the part to a second position to facilitate draping of the surgical apparatus by moving the part into a portion of the surgical drape , wherein the controller being configured to detect the position change indication of the part comprises the controller being configured to: detect a position tracking disturbance, the position tracking disturbance being created by a user tapping on the part , or detect a signal, from a motion control input device of the part , to change a position of the part .
Arrangement for granulating plasticised or at least partially softened or at least partially melted material, in particular polymer material, comprising a housing with a gas supply line having a rectangular cross-section and a gas discharge line which is connected opposite said gas supply line to the housing and which has a rectangular cross-section, a granulating unit located at least partially in the housing and having a perforated plate of a feed or plasticising unit , preferably an extruder , which feeds or opens into the housing , and a scraper which crushes or separates the material emerging through the recesses of the perforated plate , characterised in that , in a plane or sectional plane (E-E) running parallel to the plane of the perforated plate and/or the front wall of the housing , the two lateral wall surfaces of the gas discharge line , which are perpendicular to this plane, enclose an angle α2 with one another, and the two lateral wall surfaces of the gas supply line , which are perpendicular to this plane, enclose an angle α1, wherein the two angles α1, α2 open towards the housing and wherein the angle α1 is greater than the angle α2.
A user equipment comprising: a selection unit that selects, based on a result of sensing performed in a first time window and on a transmission interval of a signal, one or more resource candidates in a second time window after the first time window, wherein the result of sensing is based on reception power of each of a plurality of resources that are repeated at a transmission interval in a past time direction with respect to the second time window; and a transmission unit that selects a resource for transmitting a signal from the selected one or more resource candidates, and transmits the signal. a selection unit that selects, based on a result of sensing performed in a first time window and on a transmission interval of a signal, one or more resource candidates in a second time window after the first time window, wherein the result of sensing is based on reception power of each of a plurality of resources that are repeated at a transmission interval in a past time direction with respect to the second time window; and a transmission unit that selects a resource for transmitting a signal from the selected one or more resource candidates, and transmits the signal.
A waterborne ink, latex composition or rubber composition comprising a metallic pigment preparation comprising a metallic pigment, and a passivating agent, wherein the passivating agent is a dimer or trimer fatty acid with >1 carboxylic acid groups.
A method of generating event identifiers, comprising: receiving sensor information from a plurality of sensors attached to a plurality of tracked entities , the sensor information comprising sensor data for finding events and sensor identifiers so that the sensor information includes which sensors provide the sensor information; determining one or more events based on the sensor information; assigning an event identifier to each of the determined events; the method characterised in that it further comprises the steps of: filtering the event identifiers based on a user-selected entity, wherein the user provides preferences that select which events to receive haptic feedback for; and sending one or more filtered event identifiers to a haptically enabled device for output of one or more haptic effects determined from the event identifiers. receiving sensor information from a plurality of sensors attached to a plurality of tracked entities , the sensor information comprising sensor data for finding events and sensor identifiers so that the sensor information includes which sensors provide the sensor information; determining one or more events based on the sensor information; assigning an event identifier to each of the determined events; the method characterised in that it further comprises the steps of: filtering the event identifiers based on a user-selected entity, wherein the user provides preferences that select which events to receive haptic feedback for; and sending one or more filtered event identifiers to a haptically enabled device for output of one or more haptic effects determined from the event identifiers. filtering the event identifiers based on a user-selected entity, wherein the user provides preferences that select which events to receive haptic feedback for; and sending one or more filtered event identifiers to a haptically enabled device for output of one or more haptic effects determined from the event identifiers.
A wind turbine blade assembly comprising: a wind turbine blade having a tip end defining an end surface of the blade; a blade lightning protection system provided inside the blade and having a blade tip receptor block inside the tip end of the blade; a blade tip connector mounted at a predetermined position to the end surface of the blade and electrically connected to the blade tip receptor block; a tip extension in the form of a sock fitted over the tip end of the blade to extend the length of the blade, the tip extension including one or more lightning receptors ; a tip extension connector fixed at a predetermined position inside the tip extension and electrically connected to the one or more lightning receptors of the tip extension; wherein the predetermined positions of the blade tip connector and the tip extension connector are selected such that when the tip extension is fitted to the blade, the connecters are mutually aligned and form a push-fit connection inside the tip extension. a wind turbine blade having a tip end defining an end surface of the blade; a blade lightning protection system provided inside the blade and having a blade tip receptor block inside the tip end of the blade; a blade tip connector mounted at a predetermined position to the end surface of the blade and electrically connected to the blade tip receptor block; a tip extension in the form of a sock fitted over the tip end of the blade to extend the length of the blade, the tip extension including one or more lightning receptors ; a tip extension connector fixed at a predetermined position inside the tip extension and electrically connected to the one or more lightning receptors of the tip extension; wherein the predetermined positions of the blade tip connector and the tip extension connector are selected such that when the tip extension is fitted to the blade, the connecters are mutually aligned and form a push-fit connection inside the tip extension.
A working machine comprising: a ground engaging structure provided in the form of front and rear wheels ; a body comprising an undercarriage supported on the ground engaging structure and a superstructure mounted to the undercarriage ; a first working arm connected to the superstructure for performing work functions, the first working arm comprising a first implement mount at a distal end thereof; a second implement mount connected to the undercarriage ; a milling device mounted to the first implement mount and configured to break up a surface, in use; and an apparatus mounted to the second implement mount for removing material from the surface, the apparatus comprising a collector having a first opening , and a sweeper trailing the collector in a preferred direction of operation of the apparatus , wherein the sweeper is configured and arranged to move surface material broken up by the milling device into the collector via the first opening . a ground engaging structure provided in the form of front and rear wheels ; a body comprising an undercarriage supported on the ground engaging structure and a superstructure mounted to the undercarriage ; a first working arm connected to the superstructure for performing work functions, the first working arm comprising a first implement mount at a distal end thereof; a second implement mount connected to the undercarriage ; a milling device mounted to the first implement mount and configured to break up a surface, in use; and an apparatus mounted to the second implement mount for removing material from the surface, the apparatus comprising a collector having a first opening , and a sweeper trailing the collector in a preferred direction of operation of the apparatus , wherein the sweeper is configured and arranged to move surface material broken up by the milling device into the collector via the first opening .
A bench for outdoor use and suitable for seating at least two persons and suitable for performing fitness exercises, said bench comprising a seat for seating the at least two persons and a back-rest for supporting backs of the at least two persons, wherein said bench comprises • at least four support brackets connecting said seat with said back-rest and wherein for each of said support brackets a first leg is connected with said seat and a first side of a second leg is connected with said back-rest , and said second leg has a second side opposite to said first side , • at least four ground support structures for anchoring the bench to a floor surface, and wherein a series of a first , a second , a third and a fourth ground support structure are connected with respectively a first , a second , a third and a fourth support bracket, characterized in that said bench further comprises • a first suspension rope connected to the second side of the second leg of said first support bracket and a second suspension rope connected to the second side of the second leg of said second support bracket , and • a first arm rest and a second arm rest for performing fitness exercises comprising respectively a first vertical-type handhold and a second vertical-type handhold , and wherein said first arm rest is connected to the second side of the second leg of said third support bracket and wherein said second arm rest is connected to the second side of the second leg of said fourth support bracket . • at least four support brackets connecting said seat with said back-rest and wherein for each of said support brackets a first leg is connected with said seat and a first side of a second leg is connected with said back-rest , and said second leg has a second side opposite to said first side , • at least four ground support structures for anchoring the bench to a floor surface, and wherein a series of a first , a second , a third and a fourth ground support structure are connected with respectively a first , a second , a third and a fourth support bracket, characterized in that said bench further comprises • a first suspension rope connected to the second side of the second leg of said first support bracket and a second suspension rope connected to the second side of the second leg of said second support bracket , and • a first arm rest and a second arm rest for performing fitness exercises comprising respectively a first vertical-type handhold and a second vertical-type handhold , and wherein said first arm rest is connected to the second side of the second leg of said third support bracket and wherein said second arm rest is connected to the second side of the second leg of said fourth support bracket .
A method for transmitting downlink hybrid automatic repeat request, HARQ, acknowledgement/non-acknowledgement, ACK/NACK, information in a wireless communication system, the method comprising: receiving (S1220), on an uplink data channel, a plurality of codewords from an uplink transmission entity ; generating (S1240) ACK/NACK information for each of the plurality of codewords, in accordance with the results of decoding (S1230) of the plurality of codewords; and transmitting (S1260) each of the generated ACK/NACK information to the uplink transmission entity on each of a plurality of physical HARQ indicator channel, PHICH, resources, wherein each of the plurality of PHICH resources is allocated (S1250) for transmission of the ACK/NACK information for each of the plurality of codewords, based on a parameter having different values for each of the plurality of codewords and each of a plurality of carriers through which each of the plurality of PHICH resources is transmitted (S1260), and wherein the parameter comprises a physical resource block, PRB, index parameter including a PRB index allocated differently for each of the plurality of carriers and a first value configured to have different values for each of the plurality of codewords and a demodulation - reference signal, DM-RS index parameter including a DM-RS index allocated differently for each of the plurality of carriers and a second value configured to have different values for each of the plurality of carriers. receiving (S1220), on an uplink data channel, a plurality of codewords from an uplink transmission entity ; generating (S1240) ACK/NACK information for each of the plurality of codewords, in accordance with the results of decoding (S1230) of the plurality of codewords; and transmitting (S1260) each of the generated ACK/NACK information to the uplink transmission entity on each of a plurality of physical HARQ indicator channel, PHICH, resources, wherein each of the plurality of PHICH resources is allocated (S1250) for transmission of the ACK/NACK information for each of the plurality of codewords, based on a parameter having different values for each of the plurality of codewords and each of a plurality of carriers through which each of the plurality of PHICH resources is transmitted (S1260), and wherein the parameter comprises a physical resource block, PRB, index parameter including a PRB index allocated differently for each of the plurality of carriers and a first value configured to have different values for each of the plurality of codewords and a demodulation - reference signal, DM-RS index parameter including a DM-RS index allocated differently for each of the plurality of carriers and a second value configured to have different values for each of the plurality of carriers.
A method of detecting and decoding locking pulses having a predetermined pulse repetition frequency, PRF, the steps comprising: dividing a pulse interval of the predetermined PRF into an odd number of repeating subintervals; exposing , by an imager , alternating ones of said plurality of repeating subintervals; determining whether a pulse is repeatedly detected in one of said subintervals by said exposing step; and identifying said one of said subintervals of said pulse interval, thereby decoding said received pulses of said one of said subintervals as having the predetermined PRF. dividing a pulse interval of the predetermined PRF into an odd number of repeating subintervals; exposing , by an imager , alternating ones of said plurality of repeating subintervals; determining whether a pulse is repeatedly detected in one of said subintervals by said exposing step; and identifying said one of said subintervals of said pulse interval, thereby decoding said received pulses of said one of said subintervals as having the predetermined PRF.
Waste collection container comprising a waste storage tank having at least one outer side wall , the container also comprising a lining (42; 60) fitted in the tank so as to follow the one or more outer side walls, and spacing means (46; 66) to keep a predetermined distance between the one or more side walls and the lining, the lining comprising a body substantially following the side wall and a plurality of ribs substantially perpendicular to the body of the lining, characterised in that the body of the lining and the ribs are made using the same piece of fabric, the ribs being formed by pleats created in the piece of fabric.
Moulding composition which comprises at least 60% by weight of polyamide content composed of the following components: I) from 60 to 98 parts by weight of a polyamide which comprises from 10 to 70 meq/kg of terminal carboxy groups and has a relative solution viscosity η rel of at least 1.90, determined in accordance with ISO 307 using a 0.5% by weight solution in m-cresol at 25 °C, and II) from 2 to 40 parts by weight of a polyamine-polyamide graft copolymer which is produced from the following monomers: a) from 0.5 to 25% by weight, based on the entire monomer mixture, of a polyamine having at least 4 nitrogen atoms, and b) from 75 to 99.5% by weight, based on the entire monomer mixture, of polyamide-forming monomers selected from lactams, ω-aminocarboxylic acids and/or equimolar combinations of diamine and dicarboxylic acid, with the proviso that the amino group concentration of the graft copolymer is in the range from 100 to 2500 meq/kg, where the sum of the parts by weight of I) and II) is 100, and where the polyamide of component I is also prepared using from 0.01% to 0.06 mol%, based on the entirety of the monomers used, of an at least trifunctional chain-transfer agent, the functional groups of which are carboxyl groups and/or amino groups and/or derivatives thereof, where the crystalline melting points T m of the individual components in the moulding composition have been shifted towards one another or become fully identical. I) from 60 to 98 parts by weight of a polyamide which comprises from 10 to 70 meq/kg of terminal carboxy groups and has a relative solution viscosity η rel of at least 1.90, determined in accordance with ISO 307 using a 0.5% by weight solution in m-cresol at 25 °C, and II) from 2 to 40 parts by weight of a polyamine-polyamide graft copolymer which is produced from the following monomers: a) from 0.5 to 25% by weight, based on the entire monomer mixture, of a polyamine having at least 4 nitrogen atoms, and b) from 75 to 99.5% by weight, based on the entire monomer mixture, of polyamide-forming monomers selected from lactams, ω-aminocarboxylic acids and/or equimolar combinations of diamine and dicarboxylic acid, a) from 0.5 to 25% by weight, based on the entire monomer mixture, of a polyamine having at least 4 nitrogen atoms, and b) from 75 to 99.5% by weight, based on the entire monomer mixture, of polyamide-forming monomers selected from lactams, ω-aminocarboxylic acids and/or equimolar combinations of diamine and dicarboxylic acid,
A method of controlling access by an application to data or a service supported by a computing system, said method comprising: identifying a request from said application for access to said data or service supported by said system; determining whether access has been restricted to said data or service; and, if so, seeking an indication from a user regarding an appropriate response to said access request; and then indicating to said application that said request for access has been granted by said system, characterised in that : a response based on said indication from said user is emulated when said data or service is accessed by said application identifying a request from said application for access to said data or service supported by said system; determining whether access has been restricted to said data or service; and, if so, seeking an indication from a user regarding an appropriate response to said access request; and then indicating to said application that said request for access has been granted by said system, characterised in that : a response based on said indication from said user is emulated when said data or service is accessed by said application
A fuel pipe comprising a base steel pipe covered by a multi-layered plated layer including a first ZnNi alloy plated layer, a second ZnNi plated layer and a chromate film characterized in that : the first ZnNi alloy plated layer, has a Ni content of 5% to 9% and a layer thickness of 3 μm to 9 μm, formed as a first layer on an outer circumferential surface of the base steel pipe; the second ZnNi alloy plated layer, has a Ni content of 10% to 15% and a layer thickness of 1 μm to 3 μm, deposited as a second layer on the first ZnNi alloy plated layer; and the chromate film, is formed on the second ZnNi alloy plated layer; and wherein said multi layered plated layer provides heat resistance, corrosion resistance and excellent workability of the pipe. the first ZnNi alloy plated layer, has a Ni content of 5% to 9% and a layer thickness of 3 μm to 9 μm, formed as a first layer on an outer circumferential surface of the base steel pipe; the second ZnNi alloy plated layer, has a Ni content of 10% to 15% and a layer thickness of 1 μm to 3 μm, deposited as a second layer on the first ZnNi alloy plated layer; and the chromate film, is formed on the second ZnNi alloy plated layer; and wherein said multi layered plated layer provides heat resistance, corrosion resistance and excellent workability of the pipe.