mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver comprising: a receiving circuit , configured to receive a data packet from a transmitter ; a first memory , configured to store successfully decoded data packets; a second memory , configured to store unsuccessfully decoded data packets; a processor configured to determine if the received data packet is a retransmission or a new transmission; combine the received data packet with the oldest unsuccessfully decoded data packet stored in the second memory when the received data packet is determined to be a retransmission; decode the received data packet when it is determined to be a new transmission, or decode the data packet combined with the oldest unsuccessfully decoded data packet stored in the second memory when it is determined to be a retransmission; check if the decoding of the data packet is successful; and store the decoded data packet in the first memory when the decoding of the data packet succeeded and in the second memory when the decoding is unsuccessful; and a transmitting circuit , configured to transmit feed-back information to the transmitter , concerning the successfulness in decoding the data packet. a receiving circuit , configured to receive a data packet from a transmitter ; a first memory , configured to store successfully decoded data packets; a second memory , configured to store unsuccessfully decoded data packets; a processor configured to determine if the received data packet is a retransmission or a new transmission; combine the received data packet with the oldest unsuccessfully decoded data packet stored in the second memory when the received data packet is determined to be a retransmission; decode the received data packet when it is determined to be a new transmission, or decode the data packet combined with the oldest unsuccessfully decoded data packet stored in the second memory when it is determined to be a retransmission; check if the decoding of the data packet is successful; and store the decoded data packet in the first memory when the decoding of the data packet succeeded and in the second memory when the decoding is unsuccessful; and determine if the received data packet is a retransmission or a new transmission; combine the received data packet with the oldest unsuccessfully decoded data packet stored in the second memory when the received data packet is determined to be a retransmission; decode the received data packet when it is determined to be a new transmission, or decode the data packet combined with the oldest unsuccessfully decoded data packet stored in the second memory when it is determined to be a retransmission; check if the decoding of the data packet is successful; and store the decoded data packet in the first memory when the decoding of the data packet succeeded and in the second memory when the decoding is unsuccessful; a transmitting circuit , configured to transmit feed-back information to the transmitter , concerning the successfulness in decoding the data packet.
A multi-ring spacer for co-rotating components of a gas turbine engine, the multi-ring spacer comprising: a first ring (502; 602) defining an axis, the first ring (502; 602) having a first axially facing out of square surface (510; 610) having a first kink angle relative to the axis and a first clocking position ; a second ring (504; 604) coaxial with the first ring (502; 602) and having a second axially facing out of square surface (510; 610) having a second kink angle relative to the axis and a second clocking position , the first axially facing out of square surface (510; 610) facing the second axially facing out of square surface (510; 610); wherein the first ring (502; 602) and the second ring (504; 604) are rotatable relative one another to define an angular deviation, a total kink angle of the multi ring spacer is dependent on an angular deviation of the second ring's clocking position relative to the first ring's clocking position , and the total kink angle is maximized at an angular deviation of 0 degrees, characterized in that : the multi-ring spacer further comprises a third ring coaxial with the first and second ring, the third ring having a consistent axial length, wherein each axial facing surface of the third ring is normal to the axis. a first ring (502; 602) defining an axis, the first ring (502; 602) having a first axially facing out of square surface (510; 610) having a first kink angle relative to the axis and a first clocking position ; a second ring (504; 604) coaxial with the first ring (502; 602) and having a second axially facing out of square surface (510; 610) having a second kink angle relative to the axis and a second clocking position , the first axially facing out of square surface (510; 610) facing the second axially facing out of square surface (510; 610); wherein the first ring (502; 602) and the second ring (504; 604) are rotatable relative one another to define an angular deviation, a total kink angle of the multi ring spacer is dependent on an angular deviation of the second ring's clocking position relative to the first ring's clocking position , and the total kink angle is maximized at an angular deviation of 0 degrees, characterized in that : the multi-ring spacer further comprises a third ring coaxial with the first and second ring, the third ring having a consistent axial length, wherein each axial facing surface of the third ring is normal to the axis.
A shuffleboard scoring system comprising: a shuffleboard having a sliding surface on which pucks can slide; a camera arranged to point at the sliding surface of the shuffleboard ; and at least one processor configured to: receive image data from the camera ; detect in the image data a moving puck on the sliding surface at a first time having predetermined moving characteristics; detect in the image data a substantially stationary arrangement at a second time, which is later than the first time; determine that a puck has been validly thrown if a moving puck is detected at the first time and the substantially stationary arrangement is detected at the second time; and calculate a score based on the position of one or more pucks relative to the sliding surface , characterised in that the camera comprises one or more colour filters matched to one or more colours of puck, and wherein the predetermined moving characteristics include a first moving puck having an expected colour based on gameplay rules. a shuffleboard having a sliding surface on which pucks can slide; a camera arranged to point at the sliding surface of the shuffleboard ; and at least one processor configured to: receive image data from the camera ; detect in the image data a moving puck on the sliding surface at a first time having predetermined moving characteristics; detect in the image data a substantially stationary arrangement at a second time, which is later than the first time; determine that a puck has been validly thrown if a moving puck is detected at the first time and the substantially stationary arrangement is detected at the second time; and calculate a score based on the position of one or more pucks relative to the sliding surface , receive image data from the camera ; detect in the image data a moving puck on the sliding surface at a first time having predetermined moving characteristics; detect in the image data a substantially stationary arrangement at a second time, which is later than the first time; determine that a puck has been validly thrown if a moving puck is detected at the first time and the substantially stationary arrangement is detected at the second time; and calculate a score based on the position of one or more pucks relative to the sliding surface , characterised in that the camera comprises one or more colour filters matched to one or more colours of puck, and wherein the predetermined moving characteristics include a first moving puck having an expected colour based on gameplay rules.
Method for controlling a carding machine having at least one feed roll and a doffer , which each have separate controllable drives, wherein the carding machine is configured to produce a sliver from fibre tufts or a lap feed, which sliver can be coiled in cans , wherein, for changing the can, the circumferential speed of the feed roll is changed and then, with a time delay (Δts; Δte), the circumferential speed of the doffer is changed, having a sensor (S2) which is configured to determine the mass of the sliver that is produced, or the change in mass of the sliver that is produced, wherein at each can change a controller of the carding machine determines from the signal of the sensor (S2) the standard deviation (Ss2) of the change in mass (Δm) of the sliver and assigns a mean value (Ms2) thereto, wherein the controller is configured to optimise the time delay (Δts; Δte) by means of at least two mean values (Ms2).
Electronic device for controlling a lighting module of an automotive lighting device comprising light sources to perform a lighting function; wherein the electronic device comprises a controlling unit configured to feed the light sources when the lighting function is active and not to feed the light sources when the lighting function is inactive; the electronic device comprises a diagnosis unit and a storage unit , the diagnosis unit being adapted to sense a failure of any of the light sources when the light function is active and to emit a failure alert received by the storage unit , either directly or by means of an element of the electronic device, if a failure is sensed in any of the light sources , the electronic device being characterized in that the storage unit is able, on receiving the failure alert, to keep a failure status for a lapse of time even without being powered, and wherein the storage unit comprises a capacitor configured to store the failure status, the capacitor being also configured to discharge if the storage unit does not receive any failure alert; the controlling unit is adapted to read the failure status stored in the storage unit to control the lighting device ; and the controlling unit is adapted to feed the light sources in at least two different modes, the mode depending at least on the failure status read from the storage unit. the electronic device comprises a controlling unit configured to feed the light sources when the lighting function is active and not to feed the light sources when the lighting function is inactive; the electronic device comprises a diagnosis unit and a storage unit , the diagnosis unit being adapted to sense a failure of any of the light sources when the light function is active and to emit a failure alert received by the storage unit , either directly or by means of an element of the electronic device, if a failure is sensed in any of the light sources , the electronic device being characterized in that the storage unit is able, on receiving the failure alert, to keep a failure status for a lapse of time even without being powered, and wherein the storage unit comprises a capacitor configured to store the failure status, the capacitor being also configured to discharge if the storage unit does not receive any failure alert; the controlling unit is adapted to read the failure status stored in the storage unit to control the lighting device ; and the controlling unit is adapted to feed the light sources in at least two different modes, the mode depending at least on the failure status read from the storage unit.
Method comprising: - detecting at least one manual action of a user on a domestic appliance for starting a treatment process in the domestic appliance; - assigning , in response to the detection, one or more mobile terminals of the user as a message recipient; - performing the treatment process in the domestic appliance ; and - sending status messages of the treatment process only to the assigned mobile terminals ; wherein the step of assigning one or more mobile terminals of the user as a message recipient comprises: - detecting one or more mobile terminals within communication range of a short-range wireless interface of the domestic appliance , wherein the detected mobile terminal that is closest to the domestic appliance is assigned as the message recipient. - detecting at least one manual action of a user on a domestic appliance for starting a treatment process in the domestic appliance; - assigning , in response to the detection, one or more mobile terminals of the user as a message recipient; - performing the treatment process in the domestic appliance ; and - sending status messages of the treatment process only to the assigned mobile terminals ; wherein the step of assigning one or more mobile terminals of the user as a message recipient comprises: - detecting one or more mobile terminals within communication range of a short-range wireless interface of the domestic appliance , wherein the detected mobile terminal that is closest to the domestic appliance is assigned as the message recipient.
A balloon catheter device comprising: an elongate catheter shaft ; an inflatable balloon having and outer surface wherein the inflatable balloon is positioned on the catheter shaft ; and at least one cutting or scoring element that is moveable between a first position wherein it does not cause the balloon to perform a cutting or scoring function and a second position wherein it does cause the balloon to perform a cutting or scoring function; wherein said at least one cutting or scoring element comprises a single elongate member that forms loops or convolutions around the balloon when in the second position, wherein: when the cutting or scoring element is in the second position, the cutting or scoring element does extend over at least a portion of the outer surface of the balloon in a manner that will cause the cutting or scoring element to perform a cutting or scoring function upon inflation of the balloon ; characterised in that : when the cutting or scoring element is in the first position, the cutting or scoring element does not extend over the surface of the balloon in a manner that would cause the cutting or scoring element to perform a cutting or scoring function upon inflation of the balloon . an elongate catheter shaft ; an inflatable balloon having and outer surface wherein the inflatable balloon is positioned on the catheter shaft ; and at least one cutting or scoring element that is moveable between a first position wherein it does not cause the balloon to perform a cutting or scoring function and a second position wherein it does cause the balloon to perform a cutting or scoring function; wherein said at least one cutting or scoring element comprises a single elongate member that forms loops or convolutions around the balloon when in the second position, wherein: when the cutting or scoring element is in the second position, the cutting or scoring element does extend over at least a portion of the outer surface of the balloon in a manner that will cause the cutting or scoring element to perform a cutting or scoring function upon inflation of the balloon ; characterised in that : when the cutting or scoring element is in the first position, the cutting or scoring element does not extend over the surface of the balloon in a manner that would cause the cutting or scoring element to perform a cutting or scoring function upon inflation of the balloon . when the cutting or scoring element is in the second position, the cutting or scoring element does extend over at least a portion of the outer surface of the balloon in a manner that will cause the cutting or scoring element to perform a cutting or scoring function upon inflation of the balloon ; characterised in that : when the cutting or scoring element is in the first position, the cutting or scoring element does not extend over the surface of the balloon in a manner that would cause the cutting or scoring element to perform a cutting or scoring function upon inflation of the balloon .
A variable compression device that is configured to change a compression ratio in a combustion chamber (R1) of an engine , the variable compression device comprising: a piston rod ; a connection member which is connected to the piston rod ; and a fluid chamber (R3) which is provided between the connection member and the piston rod and is configured to move the piston rod , in a direction in which a compression ratio is increased, with respect to the connection member by supplying a boosted working fluid thereto, characterized by further comprising a regulation member which is capable of abutting and being separated from the piston rod , wherein when the piston rod is moved in a direction in which a compression ratio is increased by the working fluid supplied to the fluid chamber (R3), the regulation member abuts the piston rod to regulate movement of the piston rod such as to prevent the piston rod from being moved in a direction in which a compression ratio is decreased due to the working fluid supplied to the fluid chamber (R3) being elastically compressed. a piston rod ; a connection member which is connected to the piston rod ; and a fluid chamber (R3) which is provided between the connection member and the piston rod and is configured to move the piston rod , in a direction in which a compression ratio is increased, with respect to the connection member by supplying a boosted working fluid thereto, characterized by further comprising a regulation member which is capable of abutting and being separated from the piston rod , wherein when the piston rod is moved in a direction in which a compression ratio is increased by the working fluid supplied to the fluid chamber (R3), the regulation member abuts the piston rod to regulate movement of the piston rod such as to prevent the piston rod from being moved in a direction in which a compression ratio is decreased due to the working fluid supplied to the fluid chamber (R3) being elastically compressed.
A compound which comprises a derivative of N-Lipoic amino acid or a peptide for use in the treatment of acne or a dermatological disorder selected from disturbed keratinization and inflammation, wherein said derivative of lipoic amino acid or a peptide is selected from the group consisting of: N-Lp-Gly-NH 2 ; N-Lp-Cys-NH 2 ; N-Lp-Tyr-NH 2 ; N-Lp-Tyr(OAc)-NH 2 ; N-Lp-Pro-NH 2 ; N-Lp-Cys-OH; N-Lp-Cys-OEt; N-Lp-Cys-(SAc)-OEt; N-Lp-Cys-(SAc)-NH 2 ; N-Lp-Tyr-Cys-OEt; N-Lp-Gly-Cys-OH; N-Lp-Gly-Cys-OEt; N-Lp-Gly-Cys-Cys-NH 2 ; N-Lp-Cys-Cys-Cys-NH 2 ; N-Lp-Tyr-Cys-Cys-NH 2 ; N-Lp-Gly-Tyr-Cys-NH 2 and N-Lp-Pro-Cys-Cys-NH 2 .
A method of transmitting and receiving a signal by a user equipment, UE , in a wireless communication system, the method comprising: receiving (S 1601) downlink control information, DCI; and transmitting (S 1603) a physical uplink shared channel, PUSCH, based on the DCI, wherein the PUSCH is transmitted in a specific bandwidth part, BWP, different from a current active BWP, based on the DCI, wherein a frequency domain resource assignment, FDRA, field of X+Y bits in the DCI includes X most significant bits MSBs including information about an interlace allocation and Y least significant bits, LSBs, including information about a resource block, RB, set, and the RB set is a contiguous set of RBs on which a channel access procedure CAP is performed in shared spectrum, wherein based on the number N of RB sets configured in the current active BWP being different from the number M of RB sets configured in the specific BWP, the Y bits are changed to Y' bits, and each of the N and the M is an integer smaller than 6, wherein based on a first subcarrier spacing SCS configured for the current active BWP being different from a second SCS configured for the specific BWP, the X bits are changed to X' bits, wherein an RB set is determined based on the Y' bits, and an interlace related to the PUSCH is determined based on the X' bits, and wherein after the CAP is performed for the determined RB set, the PUSCH is transmitted through resource blocks of the interlace in the determined RB set. receiving (S 1601) downlink control information, DCI; and transmitting (S 1603) a physical uplink shared channel, PUSCH, based on the DCI, wherein the PUSCH is transmitted in a specific bandwidth part, BWP, different from a current active BWP, based on the DCI, wherein a frequency domain resource assignment, FDRA, field of X+Y bits in the DCI includes X most significant bits MSBs including information about an interlace allocation and Y least significant bits, LSBs, including information about a resource block, RB, set, and the RB set is a contiguous set of RBs on which a channel access procedure CAP is performed in shared spectrum, wherein based on the number N of RB sets configured in the current active BWP being different from the number M of RB sets configured in the specific BWP, the Y bits are changed to Y' bits, and each of the N and the M is an integer smaller than 6, wherein based on a first subcarrier spacing SCS configured for the current active BWP being different from a second SCS configured for the specific BWP, the X bits are changed to X' bits, wherein an RB set is determined based on the Y' bits, and an interlace related to the PUSCH is determined based on the X' bits, and wherein after the CAP is performed for the determined RB set, the PUSCH is transmitted through resource blocks of the interlace in the determined RB set.
A method of monitoring a polyolefin production process, comprising the acts of: exposing contents on-line in a polyolefin dry end system to radiation emission from a spectroscopic probe, wherein the contents comprise polyolefin; acquiring a spectroscopic signal from the contents in substantially real-time in response to the radiation emission; and analyzing the spectroscopic signal to determine at least one property of the contents. exposing contents on-line in a polyolefin dry end system to radiation emission from a spectroscopic probe, wherein the contents comprise polyolefin; acquiring a spectroscopic signal from the contents in substantially real-time in response to the radiation emission; and analyzing the spectroscopic signal to determine at least one property of the contents.
A sliding leaf with a movable frame comprising locking means and a profile with a chamber housing said locking means within the chamber , and a panel held on the profile by a holding member connectable to the movable frame, whereby the locking means has locking elements and operating means to operate the locking elements characterized in that, the operating means exits from the chamber along a line that is parallel to the panel and penetrates the holding member .
A scintillator array comprising a structure including a plurality of stacks layered onto each other, wherein each of the stacks has in sequence: a light reflector including ceramics or single-crystal silicon; a first film consisting of enriched boron carbide including an enriched boron-10 isotope and configured to react with a neutron incident along a direction intersecting a lamination direction of the stacks and thus emit a radiation ray; a second film consisting of a white ceramics and configured to reflect light; and a scintillator configured to emit light in response to the radiation ray. a structure including a plurality of stacks layered onto each other, wherein each of the stacks has in sequence: a light reflector including ceramics or single-crystal silicon; a first film consisting of enriched boron carbide including an enriched boron-10 isotope and configured to react with a neutron incident along a direction intersecting a lamination direction of the stacks and thus emit a radiation ray; a second film consisting of a white ceramics and configured to reflect light; and a scintillator configured to emit light in response to the radiation ray. a light reflector including ceramics or single-crystal silicon; a first film consisting of enriched boron carbide including an enriched boron-10 isotope and configured to react with a neutron incident along a direction intersecting a lamination direction of the stacks and thus emit a radiation ray; a second film consisting of a white ceramics and configured to reflect light; and a scintillator configured to emit light in response to the radiation ray.