mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for detecting an object within a power delivery region of a wireless power transmitter configured to transfer power to a device having a wireless power receiver , the apparatus comprising: means for generating a driving signal to drive the wireless power transmitter to output a wireless power field; means for sensing an amount of power drawn by the generating means to generate a sensing signal; means for monitoring a change in a power drawn by the generating means based on the sensing signal; means for receiving , from the wireless power receiver, a signal indicative of a change in power received by the wireless power receiver, the signal indicative of a change in power including information regarding a direction and a magnitude of the change in power received by the wireless power receiver; and means for identifying the type of object based at least in part on a direction of the change in power drawn, the direction of the change in power received by the wireless power receiver, a comparison of the magnitude of the change in current drawn by the means for generating a driving signal to a first threshold, and a comparison of the magnitude of the change in the voltage level at the wireless power receiver to a second threshold. means for generating a driving signal to drive the wireless power transmitter to output a wireless power field; means for sensing an amount of power drawn by the generating means to generate a sensing signal; means for monitoring a change in a power drawn by the generating means based on the sensing signal; means for receiving , from the wireless power receiver, a signal indicative of a change in power received by the wireless power receiver, the signal indicative of a change in power including information regarding a direction and a magnitude of the change in power received by the wireless power receiver; and means for identifying the type of object based at least in part on a direction of the change in power drawn, the direction of the change in power received by the wireless power receiver, a comparison of the magnitude of the change in current drawn by the means for generating a driving signal to a first threshold, and a comparison of the magnitude of the change in the voltage level at the wireless power receiver to a second threshold.
A reception apparatus comprising: a reception section adapted to receive Demodulation Reference Signals, DMRS, and DMRS antenna port information indicating a combination of two antenna ports used for transmission of the DMRS by a transmission apparatus ; and a control signal processing section adapted to identify one of a first antenna port pair and a second antenna port pair as the two antenna ports based on the received DMRS antenna port information, and adapted to demodulate a control signal using the received DMRS in the identified antenna port pair, wherein the first antenna port pair is a pair of antenna ports on which the DMRS are not mutually code-multiplexed, and the second antenna port pair is another pair of antenna ports on which the DMRS are code-multiplexed. a reception section adapted to receive Demodulation Reference Signals, DMRS, and DMRS antenna port information indicating a combination of two antenna ports used for transmission of the DMRS by a transmission apparatus ; and a control signal processing section adapted to identify one of a first antenna port pair and a second antenna port pair as the two antenna ports based on the received DMRS antenna port information, and adapted to demodulate a control signal using the received DMRS in the identified antenna port pair, wherein the first antenna port pair is a pair of antenna ports on which the DMRS are not mutually code-multiplexed, and the second antenna port pair is another pair of antenna ports on which the DMRS are code-multiplexed.
A device adapted to provide electrical stimulation by charging and discharging an electrode, comprising: a battery ; the electrode ; a switching regulator having a first terminal coupled to the battery, and a second terminal coupled to the electrode; and a controller configured to operate the switching regulator to charge and discharge the electrode, wherein, to charge the electrode, the controller operates the switching regulator to transfer energy from the battery to the electrode, and, to discharge the electrode, the controller operates the switching regulator to transfer energy from the electrode to the battery. a battery ; the electrode ; a switching regulator having a first terminal coupled to the battery, and a second terminal coupled to the electrode; and a controller configured to operate the switching regulator to charge and discharge the electrode, wherein, to charge the electrode, the controller operates the switching regulator to transfer energy from the battery to the electrode, and, to discharge the electrode, the controller operates the switching regulator to transfer energy from the electrode to the battery.
A polyamide46 multifilament yarn is characterized by having a free shrinkage value which is determined by the formula; I o − I 1 / I o × 100 where I o is the length of yarn sample that is conditioned under 20 °C and 65% relative humidity for 4 hours under a tension of 0.05 gram/denier and I 1 is the length of the same sample under the same tension after being heated in an oven at 180±2 °C for 30 minutes in unstretched state followed by conditioning at 20 °C and 65% relative humidity for 4 hours, in between 6-8%, a shrink force value according to ASTM D 5591 which is higher than 0.35 gram/denier and an elongation at break value according to ASTM D 885 in between 15% and 20%.
A male incontinence guard comprising a fluid-impermeable backsheet , a fluid-permeable topsheet and an absorbent body arranged between said backsheet and said topsheet , wherein said topsheet faces the user when the incontinence guard is worn by said user, said guard having a longitudinal extension along a longitudinal axis (Y1) and a transverse extension along a transverse axis (X1), said transverse axis (X1) dividing said guard into an upper region and a lower region , said upper region having a greater maximum extension along the transverse axis (X1) than the maximum extension of the lower region along said transverse axis (X1), characterized in that said absorbent body comprises a primary core and a secondary core (4") arranged in a stacked configuration, wherein said primary core has an area in an XY plane which is greater that the area of said secondary core (4"), and in that the secondary core (4") is formed with side edges being generally parallel at least in part to said longitudinal axis (Y1), and wherein said side edges define folding lines for folding said guard in a transverse direction of said guard .
A device for protecting a hazardous area of a plant controlled by a controller , having a sensor assembly by means of which two protective fields adapted to the hazardous area are monitored, the second protective field covering the first protective field in the input area of the hazardous area , the sensor assembly being assigned two safe outputs via which biological switching signals can be output, wherein a safe output is associated with each protective field in such a way that the switching states of the respective safe output indicate whether the associated protective field is free or whether an object is present therein, characterised in that a simultaneous change of the switching signals of the safe outputs into the switching state "free protective field" forms a trigger signal for an automatic start-up of the installation.
A sealing assembly for prevention of ingress of particulates and water into an electrical switch having two or more positions moveable between a first extremity and a second extremity in a linear direction of movement by an actuator , whereby said actuator is operable through an aperture extending through the outer surface of a housing of the electrical switch, said sealing assembly comprising: an engagement element including a rigid first abutment portion for circumscribing the aperture extending through the outer surface of the housing of the switch and a rigid first retention portion ; a sealing element being slidingly engageable with the engagement element in a direction of said linear direction of movement of the actuator and being retained by the retention portion of the engagement element , said sealing element including a first complementary abutment portion for sliding engagement with the first abutment portion of the engagement element ; wherein the sealing element is formed from an elastically resilient polymeric material such that when retained by the engagement element , sealing engagement between the first complementary abutment portion of the sealing element and the first abutment portion is effected as the first complementary abutment portion is urged against the first abutment surface of the engagement element so as to occlude passage and ingress of particulates and water from external of the first abutment portion to the aperture extending through the outer surface of a housing of the electrical switch; wherein upon movement of the sealing element in conjunction with movement of the actuator of the electrical switch between the first extremity and the second extremity, said sealing engagement between the first complementary abutment portion of the sealing element and the first abutment surface of the engagement element is maintained; and wherein the sealing assembly is characterised in that the retention portion of the engagement element is provided as a rail assembly which protrudes from and extends in a direction of outwardly away from the outer surface of the housing . an engagement element including a rigid first abutment portion for circumscribing the aperture extending through the outer surface of the housing of the switch and a rigid first retention portion ; a sealing element being slidingly engageable with the engagement element in a direction of said linear direction of movement of the actuator and being retained by the retention portion of the engagement element , said sealing element including a first complementary abutment portion for sliding engagement with the first abutment portion of the engagement element ;
Gastronomy kitchen having at least one preparation workspace or processing workspace for food, and having the following features: a. the gastronomy kitchen has at least one kitchen robot system having a kitchen robot and having a cleaning system ; b. the kitchen robot has at least one robotic arm which possesses a plurality of limbs which are in each case linked to one another and movable relative to one another by way of joints or guides; c. the cleaning system forms a cleaning space for receiving the kitchen robot at least in portions; d. the cleaning space is at least in portions delimited by a dimensionally flexible wall of the cleaning system ; and e. the cleaning system comprises a delivery system for a cleaning medium , which possesses at least one delivery nozzle by means of which the cleaning medium can be introduced into the cleaning space . a. the gastronomy kitchen has at least one kitchen robot system having a kitchen robot and having a cleaning system ; b. the kitchen robot has at least one robotic arm which possesses a plurality of limbs which are in each case linked to one another and movable relative to one another by way of joints or guides; c. the cleaning system forms a cleaning space for receiving the kitchen robot at least in portions; d. the cleaning space is at least in portions delimited by a dimensionally flexible wall of the cleaning system ; and e. the cleaning system comprises a delivery system for a cleaning medium , which possesses at least one delivery nozzle by means of which the cleaning medium can be introduced into the cleaning space .
A downlink control information, DCI, transmission method, applied to a terminal, characterized by comprising: receiving DCI , wherein when there is simultaneously in a network a paging message for an idle-state terminal and a change of system information, the DCI carries physical downlink shared channel, PDSCH, scheduling information for the paging message and a short message; otherwise, the DCI carries the scheduling information or the short message, wherein the short message is used to indicate the change of system information; and obtaining at least one of the scheduling information and the short message from the DCI , wherein the DCI further comprises indication information, and the indication information is used to indicate content carried in the DCI, and wherein the DCI comprises a header field, and the header field comprises the indication information, wherein the indication information indicates that the DCI carries at least one of the scheduling information and the short message; or a portion of bits in the indication information is used to indicate whether the DCI carries the scheduling information, and the other portion of bits is used to indicate whether the DCI carries the short message, wherein the DCI carries the short message, and the DCI further comprises K4 bits; if the K4 bits are not a specific code point, the K4 bits are used to indicate the scheduling information; and if the K4 bits are the specific code point, it indicates that the DCI does not carry the scheduling information, wherein K4 is an integer greater than or equal to 1. receiving DCI , wherein when there is simultaneously in a network a paging message for an idle-state terminal and a change of system information, the DCI carries physical downlink shared channel, PDSCH, scheduling information for the paging message and a short message; otherwise, the DCI carries the scheduling information or the short message, wherein the short message is used to indicate the change of system information; and obtaining at least one of the scheduling information and the short message from the DCI , wherein the DCI further comprises indication information, and the indication information is used to indicate content carried in the DCI, and wherein the DCI comprises a header field, and the header field comprises the indication information, wherein the indication information indicates that the DCI carries at least one of the scheduling information and the short message; or a portion of bits in the indication information is used to indicate whether the DCI carries the scheduling information, and the other portion of bits is used to indicate whether the DCI carries the short message, wherein the DCI carries the short message, and the DCI further comprises K4 bits; if the K4 bits are not a specific code point, the K4 bits are used to indicate the scheduling information; and if the K4 bits are the specific code point, it indicates that the DCI does not carry the scheduling information, wherein K4 is an integer greater than or equal to 1.
A process of manufacturing of a compound of Formula (I): or a salt thereof, wherein R 1 represents methyl or methyl- d3 ; said process comprising the following steps: a) conducting an alkoxycarbonylation reaction on a compound of Formula (III): wherein X represents halo; and R 1 represents methyl or methyl- d3 ; to obtain a compound of Formula (II): wherein R 1 represents methyl or methyl- d3 ; and R 2 represents alkyl or arylalkyl; and b) forming the compound of Formula (I) by reacting compound of Formula (II) with hydrazine monohydrate. a) conducting an alkoxycarbonylation reaction on a compound of Formula (III): wherein X represents halo; and R 1 represents methyl or methyl- d3 ; to obtain a compound of Formula (II): wherein R 1 represents methyl or methyl- d3 ; and R 2 represents alkyl or arylalkyl; and wherein X represents halo; and R 1 represents methyl or methyl- d3 ; to obtain a compound of Formula (II): wherein R 1 represents methyl or methyl- d3 ; and R 2 represents alkyl or arylalkyl; and b) forming the compound of Formula (I) by reacting compound of Formula (II) with hydrazine monohydrate.
A contoured heart assist device configured to reduce dyskinesis and hypokinesis comprising: a selectively inflatable end-systolic heart shaped bladder with one or more contoured supports, said bladder and supports configured to surround at least a portion of a heart to provide non-inverted curvatures similar to the proper end-systolic shape of the heart when pressurized; and one or more fluid connections in communication with the selectively inflatable end-systolic heart shaped bladder for pressurization and depressurization, preferably in connection to a pneumatic pressure source. a selectively inflatable end-systolic heart shaped bladder with one or more contoured supports, said bladder and supports configured to surround at least a portion of a heart to provide non-inverted curvatures similar to the proper end-systolic shape of the heart when pressurized; and one or more fluid connections in communication with the selectively inflatable end-systolic heart shaped bladder for pressurization and depressurization, preferably in connection to a pneumatic pressure source.
A method of producing creped tissue product comprising the steps of: dispersing cellulosic fibers to form a fiber slurry, disposing the fiber slurry on a forming fabric to form a wet tissue web, partially dewatering the wet tissue web, applying a conventional creping composition to a creping cylinder, pressing the partially dewatered tissue web to the creping cylinder, drying the tissue web, creping the dried tissue web from the creping cylinder, calendering the tissue web, and plying two calendered tissue webs together, wherein each ply of the tissue product has a basis weight greater than 20 gsm, and the product has a GM Stretch greater than about 12 percent and a Stiffness Index less than about 20; characterised in that the conventional creping composition is applied to the creping cylinder at add-on levels greater than about 10 mg/m 2 , and the creping composition comprises an adhesive agent and a release agent and wherein the ratio, on a mass basis, of adhesive agent to release agent is from 2:1 to 2:1.5.
A battery condition estimating method comprising steps of: estimating impedance of a battery from a current value and a response voltage of said battery when said battery is discharged with a predetermined discharge pattern ; and estimating aging level or discharge ability of said battery by using the impedance, wherein the number of times of discharge is two or more and said discharge pattern is formed so that the response voltage during each discharge becomes substantially constant, characterized in that said discharge pattern is formed so that time intervals between each discharge are longer than the recovery time (Th(N)) required for the response voltage to return to the original voltage value from before the start of the discharge. estimating impedance of a battery from a current value and a response voltage of said battery when said battery is discharged with a predetermined discharge pattern ; and estimating aging level or discharge ability of said battery by using the impedance, wherein the number of times of discharge is two or more and said discharge pattern is formed so that the response voltage during each discharge becomes substantially constant, characterized in that said discharge pattern is formed so that time intervals between each discharge are longer than the recovery time (Th(N)) required for the response voltage to return to the original voltage value from before the start of the discharge.
A method for measuring the condition of a surface of a body (K), which comprises the following steps: a. providing a substrate with an inner surface facing a medium (M), b. exciting surface acoustic waves (OW) on the substrate by feeding acoustic wave energy into the substrate by means of a transmitter or by means of a plurality of transmitters (S), c. exciting volume acoustic waves (VW) in the medium (M) by converting at least a part of the energy of the surface acoustic waves (OW) into energy of the volume acoustic waves (VW), d. propagating both the surface acoustic waves (OW) on the substrate and the volume acoustic waves in the medium (M), wherein a body (K) to be measured is in contact with the medium (M) such that at least a part of the volume acoustic waves (VW) propagating in the medium (M) interacts with the surface of the body, e. exciting surface acoustic waves (OW) on the substrate by converting at least a part of the energy of the volume acoustic waves (VW) into acoustic energy of the substrate ; f. receiving the surface acoustic waves (OW) by means of a receiver (E1, E2) equipped for this purpose; g. determining properties of the body (K) to be measured, which represent the condition of the surface of the body (K), from signals generated on receipt of the surface acoustic waves (OW), characterized in that the distance (D1, D2) between the inner surface of the substrate facing the medium (M) and the center of gravity (SP) of the body (K) is changed, wherein properties of the body (K) are determined from differences or similarities of the signals thus generated. a. providing a substrate with an inner surface facing a medium (M), b. exciting surface acoustic waves (OW) on the substrate by feeding acoustic wave energy into the substrate by means of a transmitter or by means of a plurality of transmitters (S), c. exciting volume acoustic waves (VW) in the medium (M) by converting at least a part of the energy of the surface acoustic waves (OW) into energy of the volume acoustic waves (VW), d. propagating both the surface acoustic waves (OW) on the substrate and the volume acoustic waves in the medium (M), wherein a body (K) to be measured is in contact with the medium (M) such that at least a part of the volume acoustic waves (VW) propagating in the medium (M) interacts with the surface of the body, e. exciting surface acoustic waves (OW) on the substrate by converting at least a part of the energy of the volume acoustic waves (VW) into acoustic energy of the substrate ; f. receiving the surface acoustic waves (OW) by means of a receiver (E1, E2) equipped for this purpose; g. determining properties of the body (K) to be measured, which represent the condition of the surface of the body (K), from signals generated on receipt of the surface acoustic waves (OW),