mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: defining a plurality of parameters for a vibration control pulse comprising a start pulse (23, 23', 23") and a stop pulse (25, 25"), wherein said plurality of parameters comprises at least an intensity parameter, said intensity parameter being a factor that is configured to be used to compute shape of said vibration control pulse and to control strength of said vibration control pulse; using said intensity parameter together with a vibration nominal voltage to compute voltage of said vibration control pulse between said start pulse (23, 23', 23") and said stop pulse (25, 25"); using said intensity parameter to compute duration of said start pulse and said stop pulse, and outputting said vibration control pulse to a vibration element to provide tactile feedback. defining a plurality of parameters for a vibration control pulse comprising a start pulse (23, 23', 23") and a stop pulse (25, 25"), wherein said plurality of parameters comprises at least an intensity parameter, said intensity parameter being a factor that is configured to be used to compute shape of said vibration control pulse and to control strength of said vibration control pulse; using said intensity parameter together with a vibration nominal voltage to compute voltage of said vibration control pulse between said start pulse (23, 23', 23") and said stop pulse (25, 25"); using said intensity parameter to compute duration of said start pulse and said stop pulse, and outputting said vibration control pulse to a vibration element to provide tactile feedback.
A rotational element coupling device for a supercharger, comprising: a rotatable output shaft having tapered external splines and an output shaft axis of rotation; a coupling disk having: a disk axis of rotation coaxial with the output shaft axis of rotation; a tapered internally splined bore coaxial with the disk axis of rotation to engage the tapered external splines, wherein the tapered internally splined bore and the tapered external splines of the output shaft render an interference fit between the output shaft and the splined bore; and a plurality of disk apertures defined in the coupling disk parallel to the disk axis of rotation; a plurality of pins each having a disk end and a timing gear end distal to the disk end, the plurality of pins matingly engaged with the coupling disk at the disk end of the pins via the plurality of disk apertures; and a timing gear fixed to a supercharger rotor for rotation therewith, the timing gear having: a timing gear axis of rotation; and a plurality of timing gear apertures disposed in the timing gear and matingly engaged with the timing gear end of the plurality of pins. a rotatable output shaft having tapered external splines and an output shaft axis of rotation; a coupling disk having: a disk axis of rotation coaxial with the output shaft axis of rotation; a tapered internally splined bore coaxial with the disk axis of rotation to engage the tapered external splines, wherein the tapered internally splined bore and the tapered external splines of the output shaft render an interference fit between the output shaft and the splined bore; and a plurality of disk apertures defined in the coupling disk parallel to the disk axis of rotation; a disk axis of rotation coaxial with the output shaft axis of rotation; a tapered internally splined bore coaxial with the disk axis of rotation to engage the tapered external splines, wherein the tapered internally splined bore and the tapered external splines of the output shaft render an interference fit between the output shaft and the splined bore; and a plurality of disk apertures defined in the coupling disk parallel to the disk axis of rotation; a plurality of pins each having a disk end and a timing gear end distal to the disk end, the plurality of pins matingly engaged with the coupling disk at the disk end of the pins via the plurality of disk apertures; and a timing gear fixed to a supercharger rotor for rotation therewith, the timing gear having: a timing gear axis of rotation; and a plurality of timing gear apertures disposed in the timing gear and matingly engaged with the timing gear end of the plurality of pins. a timing gear axis of rotation; and a plurality of timing gear apertures disposed in the timing gear and matingly engaged with the timing gear end of the plurality of pins.
A swim or scuba diving fin, which fin comprises an open-back shoe portion having no heel portion, to form a pocket for receiving the foot of the user, a blade portion, which forms a forward extension of the shoe portion and means for holding the foot in said open-back shoe, wherein said foot holding means consist of an elongate element in the form of a strap, belt or the like, having such a length as to surround the heel portion, the sidewalls of the pocket of the shoe and at least part of the tip of said shoe, which elongate element is at least partially separated from said open-back shoe portion, and is or may be connected to said open-back shoe portion in length-adjustable and/or at least partially removable fashion through first coupling members, which first coupling members being designed for engaging with corresponding second coupling members located at the front tip of the open-back shoe.
A method for media modification, when a calling terminal initiates (201, 202) a media component addition and/or existing media component modification through a Re-INVITE message, characterized in that if there is a precondition for the media component addition and/or the existing media component modification and a user confirmation is not required for the media component addition and/or the existing media component modification, then a proxy-call session control function, P-CSCF, regards a time point when the precondition is satisfied as a confirmed time point of the media component addition and/or the existing media component modification and sends an AAR/AAA message directly to a policy and charging rule function, PCRF, without waiting for a 2000K response message of the Re-INVITE of a called terminal, and then the PCRF makes the media component addition and/or existing media component modification become effective; if there is a precondition for the media component addition and/or the existing media component modification and the user confirmation is required for the media component addition and/or the existing media component modification, then the P-CSCF does not regard a 2000K response message, received at the P-CSCF, of an UPDATE message as the confirmed time point of the media component addition and/or the existing media component modification, while after the precondition for the media component addition and/or the existing media component modification is satisfied, the P-CSCF regards a 200OK response message of the Re-INVITE message received from the called terminal as the confirmed time point of the media component addition and/or the existing media component modification and sends the AAR/AAA message to the PCRF, and then the PCRF makes the media component addition and/or existing media component modification become effective.
A method of encoding of a Physical Downlink Control Channel, PDCCH, in a Long Term Evolution, LTE, telecommunications system, the method comprising the steps of: encoding the PDCCH payload to generate a coded bit sequence comprising a plurality of coded bits for transmission over a wireless channel to a remote communication device; selecting a size for a circular buffer not equal to the number of coded bits in the coded bit sequence so that the coded bit sequence is not repeated in consecutive subsets of control channel elements allocated to the PDCCH, wherein the circular buffer collects the coded bits and said method being characterized by: collecting a variable number of coded bits collected in the circular buffer depending on the size of the circular buffer, wherein selecting a size of the circular buffer comprises selecting a size greater than the number of bits in the coded bit sequence, and wherein collecting a variable number of coded bits collected in the circular buffer comprises adding one or more extra bits to the code bit sequence. encoding the PDCCH payload to generate a coded bit sequence comprising a plurality of coded bits for transmission over a wireless channel to a remote communication device; selecting a size for a circular buffer not equal to the number of coded bits in the coded bit sequence so that the coded bit sequence is not repeated in consecutive subsets of control channel elements allocated to the PDCCH, wherein the circular buffer collects the coded bits and said method being characterized by: collecting a variable number of coded bits collected in the circular buffer depending on the size of the circular buffer, wherein selecting a size of the circular buffer comprises selecting a size greater than the number of bits in the coded bit sequence, and wherein collecting a variable number of coded bits collected in the circular buffer comprises adding one or more extra bits to the code bit sequence. collecting a variable number of coded bits collected in the circular buffer depending on the size of the circular buffer, wherein selecting a size of the circular buffer comprises selecting a size greater than the number of bits in the coded bit sequence, and wherein collecting a variable number of coded bits collected in the circular buffer comprises adding one or more extra bits to the code bit sequence.
Method for the continuous packaging of products, in particular foodstuffs with or without an already stabilized inherent shape such as meat and sausage products, sausage meat emulsion or similar products, by encasing them on all sides with single-layer or multi-layer films that can be fed from a web, wherein - flexible films are used as the lower film or the upper film, which are deformable without the influence of heat and are self-restoring, wherein at least one of the films is temporarily deformed by the influence of pressure in order to form a trough for receiving a product, - the respective product is introduced in portions into the trough and fixed there, the fixing being accomplished by the associated upper or cover film, - as soon as the pressure influence stops, the respective film performs its restoring process, thereby enclosing the product at least partially in such a way that undesired air inclusions are removed, and subsequently - sealing between the upper film and the lower film is performed. - flexible films are used as the lower film or the upper film, which are deformable without the influence of heat and are self-restoring, wherein at least one of the films is temporarily deformed by the influence of pressure in order to form a trough for receiving a product, - the respective product is introduced in portions into the trough and fixed there, the fixing being accomplished by the associated upper or cover film, - as soon as the pressure influence stops, the respective film performs its restoring process, thereby enclosing the product at least partially in such a way that undesired air inclusions are removed, and subsequently - sealing between the upper film and the lower film is performed.
A multiple stage pipelined phase rotator, comprising: a first stage (101, 103, 105) comprising a first number of phase rotators in parallel generating respective clock phases offset by a fixed amount; a second stage (102, 104, 106) comprising a second number of phase rotators receiving outputs from the first number of phase rotators of the first stage, the second stage outputting a first weighted sum of respective clock phases generated by the second number of phase rotators; wherein the second number of phase rotators is less than the first number of phase rotators, and wherein a total number of bits dedicated to phase selection is split across the first stage and the second stage. a first stage (101, 103, 105) comprising a first number of phase rotators in parallel generating respective clock phases offset by a fixed amount; a second stage (102, 104, 106) comprising a second number of phase rotators receiving outputs from the first number of phase rotators of the first stage, the second stage outputting a first weighted sum of respective clock phases generated by the second number of phase rotators; wherein the second number of phase rotators is less than the first number of phase rotators, and wherein a total number of bits dedicated to phase selection is split across the first stage and the second stage.
Protective device comprising a membrane and a support device for the membrane, the support device comprising an inflatable first support element with a flexible wall which forms a first pressure chamber, the first support element having a first connection port with a first connecting opening, the support device having an inflatable second support element with a flexible wall which forms a second pressure chamber, the second support element having a second connection port with a second connecting opening, wherein a connecting device is provided for connecting the first connection port to the second connection port, the connecting device having a first connecting part for connection to the first connection port and a second connecting part for connection to the second connection port, wherein means are provided for detachably interconnecting the first and the second connecting part, the connecting device having a valve which blocks the first connecting opening, the valve having a movable valve body and a valve seat, characterised in that the valve has a spring which presses the valve body against the valve seat and in that the second connecting part has an actuation element which is arranged in such a way that it moves the valve body from a closed position into an open position when the second connecting part is connected to the first connecting part, so as to make it possible to connect the first pressure chamber to the second pressure chamber.
A method for providing, on a first device, a user interface for controlling devices that are currently connected to a network, the method comprising the steps of: obtaining information from at least one other device currently connected to the network, said device information comprising information on a service that the at least one other device can provide; generating, on the first device, a user interface by using the obtained device information, and displaying the generated user interface; and in response to a user selecting a stream service that is provided by a source device via the user interface, controlling the source device to transmit stream data corresponding to the selected stream service to a destination device indicated by the obtained device information, wherein the obtained device information comprises a default destination for each of the source device's source capabilities. obtaining information from at least one other device currently connected to the network, said device information comprising information on a service that the at least one other device can provide; generating, on the first device, a user interface by using the obtained device information, and displaying the generated user interface; and in response to a user selecting a stream service that is provided by a source device via the user interface, controlling the source device to transmit stream data corresponding to the selected stream service to a destination device indicated by the obtained device information, wherein the obtained device information comprises a default destination for each of the source device's source capabilities.
A system (200, 300) for irradiating a sample in a flow stream, the system comprising:a light beam generator comprising:a laser;an acousto-optic device configured to generate an output laser beam comprising a plurality of angularly deflected laser beams in response to irradiation by the laser;a first optical adjustment component (M1, L2) configured to generate a first set of angularly deflected laser beams and a second set of angularly deflected laser beams from the output laser beam; anda second optical adjustment component (M2-M6, L3-L7) configured to direct the first set of angularly deflected laser beams and the second set of angularly deflected laser beams onto the sample in the flow stream,wherein the first set of angularly deflected laser beams and the second set of angularly deflected laser beams are focused at different positions along the longitudinal axis of the flow stream; anda light detection component for detecting light from the sample.
An organic light-emitting display apparatus comprising: a substrate; a first electrode on the substrate; an intermediate layer on the first electrode, the intermediate layer including an organic light-emitting layer; a second electrode on the intermediate layer; a first inorganic encapsulating layer on the second electrode, the first inorganic encapsulating layer defining a first groove; and a second inorganic encapsulating layer on the first organic encapsulating layer, wherein the intermediate layer includes an intermediate layer protrusion, characterized in that the organic light-emitting display apparatus comprises a first organic encapsulating layer in the first groove (121 g) defined by the first inorganic encapsulating layer, the first organic encapsulating layer not extending beyond the first groove (121 g). a substrate; a first electrode on the substrate; an intermediate layer on the first electrode, the intermediate layer including an organic light-emitting layer; a second electrode on the intermediate layer; a first inorganic encapsulating layer on the second electrode, the first inorganic encapsulating layer defining a first groove; and a second inorganic encapsulating layer on the first organic encapsulating layer, wherein the intermediate layer includes an intermediate layer protrusion, characterized in that the organic light-emitting display apparatus comprises a first organic encapsulating layer in the first groove (121 g) defined by the first inorganic encapsulating layer, the first organic encapsulating layer not extending beyond the first groove (121 g).
A lubricating composition comprising (i) an oil of lubricating viscosity and (ii) a polyisobutylene-substituted phenol having the formula: where q is from 3 to 10 and comprises the reaction product of a phenol with a polyisobutylene having a number average molecular weight of 300 to 500. (i) an oil of lubricating viscosity and (ii) a polyisobutylene-substituted phenol having the formula: where q is from 3 to 10 and comprises the reaction product of a phenol with a polyisobutylene having a number average molecular weight of 300 to 500.
A method of wireless communication performed by a user equipment, UE, comprising: identifying a collision of resources for uplink control information and a beam failure recovery, BFR request; combining an indication of the BFR request with uplink control information that is to be transmitted in a resource, wherein the indication of the BFR request indicates the BFR request based at least in part on a determination that the BFR request is triggered, wherein: the uplink control information includes channel state information that is allocated greater than two bits; and combining the indication of the BFR with the channel state information includes prepending the indication of the BFR request to the channel state information; and transmitting the uplink control information combined with the indication in the resource. identifying a collision of resources for uplink control information and a beam failure recovery, BFR request; combining an indication of the BFR request with uplink control information that is to be transmitted in a resource, wherein the indication of the BFR request indicates the BFR request based at least in part on a determination that the BFR request is triggered, wherein: the uplink control information includes channel state information that is allocated greater than two bits; and combining the indication of the BFR with the channel state information includes prepending the indication of the BFR request to the channel state information; and the uplink control information includes channel state information that is allocated greater than two bits; and combining the indication of the BFR with the channel state information includes prepending the indication of the BFR request to the channel state information; and transmitting the uplink control information combined with the indication in the resource.
A photoelectric conversion device comprising: a p-layer; an n-layer; an i-layer disposed between the p-layer and the n-layer; a first electrode connected to the p-layer; and a second electrode connected to the n-layer, wherein the i-layer comprises: a wall layer constituted by a first semiconductor; and a quantum structure portion constituted by a second semiconductor and disposed in the wall layer; a band gap of the first semiconductor is wider than that of the second semiconductor; a p-type impurity is contained in a region on the n-layer side of the i-layer, and/or an n-type impurity is contained in a region on the p-layer side of the i-layer; in a case of containing the p-type impurity in the region on the n-layer side of the i-layer, when a concentration of the p-type impurity that may be contained in the middle of the i-layer in a thickness direction thereof is defined as Cp1, and a concentration of the p-type impurity contained in the region on the n-layer side of the i-layer is defined as Cp2, the relation Cp1<Cp2 is satisfied; and in a case of containing the n-type impurity in the region on the p-layer side of the i-layer, when a concentration of the n-type impurity that may be contained in the middle of the i-layer in a thickness direction thereof is defined as Cnl, and a concentration of the n-type impurity contained in the region on the p-layer side of the i-layer is defined as Cn2, the relation Cn1<Cn2 is satisfied. a p-layer; an n-layer; an i-layer disposed between the p-layer and the n-layer; a first electrode connected to the p-layer; and a second electrode connected to the n-layer, wherein the i-layer comprises: a wall layer constituted by a first semiconductor; and a quantum structure portion constituted by a second semiconductor and disposed in the wall layer; a band gap of the first semiconductor is wider than that of the second semiconductor; a p-type impurity is contained in a region on the n-layer side of the i-layer, and/or an n-type impurity is contained in a region on the p-layer side of the i-layer; in a case of containing the p-type impurity in the region on the n-layer side of the i-layer, when a concentration of the p-type impurity that may be contained in the middle of the i-layer in a thickness direction thereof is defined as Cp1, and a concentration of the p-type impurity contained in the region on the n-layer side of the i-layer is defined as Cp2, the relation Cp1<Cp2 is satisfied; and in a case of containing the n-type impurity in the region on the p-layer side of the i-layer, when a concentration of the n-type impurity that may be contained in the middle of the i-layer in a thickness direction thereof is defined as Cnl, and a concentration of the n-type impurity contained in the region on the p-layer side of the i-layer is defined as Cn2, the relation Cn1<Cn2 is satisfied.