mhurhangee/patent-ind-claim-en huggingface dataset:
A printer, comprising a printhead assembly and a cutter assembly arranged downstream of the printhead assembly , characterized in that it comprises a control circuit configured to instruct the cutter assembly to separate a printed first media portion from a subsequent media portion during printing of the subsequent media portion .
Composition for use in a non-hormonal contraception method for a male subject, wherein said composition is an extended-release formulation comprising: - an alpha-1-adrenoreceptor antagonist, and - at least one pharmaceutically acceptable carrier, wherein the contraception method includes a once daily oral administration of said composition at about the same time each day, triggering a continuous reversible aspermia, azoospermia, or severe oligozoospermia in the male subject, wherein after an initial period of at least two consecutive days, the contraception is not impaired by a delay of the subsequent once daily intake, wherein the alpha-1-adrenoreceptor antagonist is (R) -silodosin, and wherein the amount of (R) -silodosin in said composition ranges from about 4 to about 30 mg. - an alpha-1-adrenoreceptor antagonist, and - at least one pharmaceutically acceptable carrier, wherein the contraception method includes a once daily oral administration of said composition at about the same time each day, triggering a continuous reversible aspermia, azoospermia, or severe oligozoospermia in the male subject, wherein after an initial period of at least two consecutive days, the contraception is not impaired by a delay of the subsequent once daily intake, wherein the alpha-1-adrenoreceptor antagonist is (R) -silodosin, and wherein the amount of (R) -silodosin in said composition ranges from about 4 to about 30 mg.
Single-component adhesive sealant composition comprising at least one moisture-crosslinkable prepolymer consisting of a polyurethane having -NCO end groups and as plasticizer an ester compound of formula (I): in which: - R 1 , R 2 and R 3 are identical and each represent an oxycarbonylalkyl radical having 4 or 5 carbon atoms; and - R 4 represents a radical: -CH 2 -R 5 in which R 5 is identical to R 1 , R 2 and R 3 . - R 1 , R 2 and R 3 are identical and each represent an oxycarbonylalkyl radical having 4 or 5 carbon atoms; and - R 4 represents a radical: -CH 2 -R 5 in which R 5 is identical to R 1 , R 2 and R 3 .
A feedback method, comprising: determining (S102), by first user equipment, a feedback resource based on a physical resource occupied by data sent by second user equipment and identification information of the second user equipment, wherein the feedback resource is a resource determined by the first user equipment after receiving the data sent by the second user equipment; and sending (S104), by the first user equipment, feedback information to the second user equipment on the feedback resource, wherein the feedback information is used to feed back a result of receiving the data by the first user equipment; characterized in that , when a communication between the first and second user equipment uses a dedicated carrier resource, the feedback information is sent on a last symbol of a subframe corresponding to the feedback resource; and wherein, when a communication between the first and second user equipment uses an uplink resource of a base station, the feedback information is sent on a part of a last symbol of a subframe corresponding to the feedback resource and a part of said last symbol of the subframe corresponding to the feedback resource is used for timing adjustment. determining (S102), by first user equipment, a feedback resource based on a physical resource occupied by data sent by second user equipment and identification information of the second user equipment, wherein the feedback resource is a resource determined by the first user equipment after receiving the data sent by the second user equipment; and sending (S104), by the first user equipment, feedback information to the second user equipment on the feedback resource, wherein the feedback information is used to feed back a result of receiving the data by the first user equipment; characterized in that , when a communication between the first and second user equipment uses a dedicated carrier resource, the feedback information is sent on a last symbol of a subframe corresponding to the feedback resource; and wherein, when a communication between the first and second user equipment uses an uplink resource of a base station, the feedback information is sent on a part of a last symbol of a subframe corresponding to the feedback resource and a part of said last symbol of the subframe corresponding to the feedback resource is used for timing adjustment.
Flow rate regulator having a deformable regulating body which is arranged on the inflow side with respect to a main body such that a control gap is formed between the regulating body and the main body , wherein at least one drain opening , arranged downstream of the control gap , is formed in the main body , wherein a clear opening area of the control gap is defined by an inflow pressure-dependent deformation of the regulating body , wherein the control gap is divided into at least two separate regions such that the regulating body can be deformed in the at least two regions in an essentially decoupled manner such that one of the two separate regions , as a high-pressure region , essentially regulates a high-pressure behavior of the flow rate regulator while the other one of the two separate regions , as a low-pressure region , essentially regulates a low-pressure behavior of the flow rate regulator , wherein the high-pressure region is formed such that it remains at least partially open at all pressures, wherein in the high-pressure region the main body forms a groove which has a depth such that the regulating body remains at a distance from a ground of the groove at all pressures, and in that the low-pressure region is formed such that it is essentially closed above a pressure threshold, wherein the control gap is divided into the at least two separate regions by supporting elements that support the regulating body , in particular across the control gap , already at essentially zero inflow pressure, in particular at a pressure below 0.1 bar, characterized in that in the low-pressure region at least one intermediate element is disposed which is dimensioned such that it does not contact the regulating body below an intermediate pressure and that it supports the regulating body above the intermediate pressure.
A method for enrolling a user of an electronic device (100;500) comprising: a biometry sensor for acquiring sensing signals representative of a biometric feature; a processor for computing an enrolment representation based on said sensing signals; a secure module (305; 508) isolated from said processor for computing an encrypted representation of said enrolment representation, wherein said method comprises: - acquiring (S602) sensing signals representative of a candidate's biometric feature; - based on said sensing signals, determining (S604; S304) an enrolment representation by said processor; - determining (S606; S308), by said secure module, an encrypted representation of said enrolment representation; - storing (S610; S308), in said secure module, said encrypted representation; - when said encrypted representation has been established, providing (S612; S312) a success signal indicative of successful encryption to said processor, - in response to receiving the success signal, storing (S614; S314), by the processor, the enrolment representation that is accessible for subsequent verification. a biometry sensor for acquiring sensing signals representative of a biometric feature; a processor for computing an enrolment representation based on said sensing signals; a secure module (305; 508) isolated from said processor for computing an encrypted representation of said enrolment representation, wherein said method comprises: - acquiring (S602) sensing signals representative of a candidate's biometric feature; - based on said sensing signals, determining (S604; S304) an enrolment representation by said processor; - determining (S606; S308), by said secure module, an encrypted representation of said enrolment representation; - storing (S610; S308), in said secure module, said encrypted representation; - when said encrypted representation has been established, providing (S612; S312) a success signal indicative of successful encryption to said processor, - in response to receiving the success signal, storing (S614; S314), by the processor, the enrolment representation that is accessible for subsequent verification. - acquiring (S602) sensing signals representative of a candidate's biometric feature; - based on said sensing signals, determining (S604; S304) an enrolment representation by said processor; - determining (S606; S308), by said secure module, an encrypted representation of said enrolment representation; - storing (S610; S308), in said secure module, said encrypted representation; - when said encrypted representation has been established, providing (S612; S312) a success signal indicative of successful encryption to said processor, - in response to receiving the success signal, storing (S614; S314), by the processor, the enrolment representation that is accessible for subsequent verification.
A cloud network system , comprising a distributed IPSec gateway divided into a control plane and a data plane , wherein the control plane and the data plane are separated and wherein the distributed IPSec gateway comprises: a gateway management node in the control plane ; a plurality of gateway processing nodes in the data plane ; wherein the gateway management node is configured to generate IPsec SAs of a plurality of IPSec tunnels , and send them to gateway processing nodes for processing data packets of incoming ESP/AH traffic and/or data packets of outgoing IP traffic of corresponding IPSec tunnel, and steer the incoming ESP/AH traffic and/or outgoing IP traffic between the plurality of gateway processing nodes ; and wherein the gateway processing nodes are configured to decrypt and decapsulate received data packets of incoming ESP/AH traffic by using the IPSec SAs sent by the gateway management node to generate data packets of incoming IP traffic, and/or encrypt and encapsulate received data packets of outgoing IP traffic to generate data packets of outgoing ESP/AH traffic . a gateway management node in the control plane ; a plurality of gateway processing nodes in the data plane ; wherein the gateway management node is configured to generate IPsec SAs of a plurality of IPSec tunnels , and send them to gateway processing nodes for processing data packets of incoming ESP/AH traffic and/or data packets of outgoing IP traffic of corresponding IPSec tunnel, and steer the incoming ESP/AH traffic and/or outgoing IP traffic between the plurality of gateway processing nodes ; and wherein the gateway processing nodes are configured to decrypt and decapsulate received data packets of incoming ESP/AH traffic by using the IPSec SAs sent by the gateway management node to generate data packets of incoming IP traffic, and/or encrypt and encapsulate received data packets of outgoing IP traffic to generate data packets of outgoing ESP/AH traffic .
A data processing method for a blockchain member node , wherein the blockchain member node includes a plurality of service servers , and at least one authentication module runs on each service server ; a public key of an authentication module of the at least one authentication module is authenticated by the blockchain; and the method comprises: obtaining , by a downstream service server of the plurality of service servers, a first service processing result and a first digital signature that are generated by an upstream service server of the plurality of service servers, the first digital signature being made by an authentication module running on the upstream service server based on at least the first service processing result; verifying the first digital signature based on a public key of the authentication module running on the upstream service server; performing a service processing sub-process based on the first service processing result of the upstream service server of the plurality of service servers after the verification succeeds, thereby generating a second service processing result; and generating a second digital signature by performing digital signing based on at least the second service processing result using an authentication module running on the downstream service server. obtaining , by a downstream service server of the plurality of service servers, a first service processing result and a first digital signature that are generated by an upstream service server of the plurality of service servers, the first digital signature being made by an authentication module running on the upstream service server based on at least the first service processing result; verifying the first digital signature based on a public key of the authentication module running on the upstream service server; performing a service processing sub-process based on the first service processing result of the upstream service server of the plurality of service servers after the verification succeeds, thereby generating a second service processing result; and generating a second digital signature by performing digital signing based on at least the second service processing result using an authentication module running on the downstream service server.
Winding device for winding a thread onto a bobbin tube for forming a bobbin , comprising a machine frame and a controller , a support roller rotatably mounted in the machine frame for supporting the bobbin tube or the bobbin , and a winding mandrel for holding the bobbin tube , wherein the winding mandrel is held on the pivot lever which is rotatably mounted on a rotary axis in the machine frame , wherein the pivot lever is designed with two lever arms , wherein the bobbin mandrel for the bobbin tube is provided on a first lever arm and a linear drive for moving the pivot lever about the rotary axis is provided on a second lever arm , the linear drive being connected to the second lever arm using a push rod via an axle bolt and held in the machine frame so as to be pivotable, and in that a force measurement device is arranged between the axle bolt and the holder of the linear drive in the machine frame .
A molded part , comprising an opaque decorative layer , having a front side designed as a visible side and a back side opposite the front side , wherein at least two symbols (29; 30) are provided on the front side , a transparent or translucent substrate having a substrate front side facing the back side of the decorative layer and having a substrate back side , wherein the decorative layer has one or more first light channels for transmitting light from the back side of the decorative layer to the front side of the decorative layer , which is designed as the visible side, wherein the first light channels extend through the decorative layer and are provided for representing a first symbol on the front side of the decorative layer , one or more first function elements , wherein each first function element has a first light element , wherein the first light elements are provided for illuminating the first light channels with a first light color for representing the first symbol on the front side of the decorative layer , a first function layer having a front side facing the decorative layer , wherein the first function layer is provided on the back side of the substrate, wherein the first function elements are provided on the front side of the first function layer , wherein the decorative layer has one or more second light channels for transmitting light from the back side of the decorative layer to the front side of the decorative layer , which is designed as the visible side, wherein the second light channels extend through the decorative layer and are provided for representing a second symbol on the front side of the decorative layer , characterized in that one or more second function elements are provided, wherein each second function element has a second light element , the second light elements being provided for illuminating the second light channels with a second light color for representing the second symbol on the front side of the decorative layer ; a second function layer is provided, the second function layer being provided on the back side of the decorative layer , and the second function elements being provided in or on the second function layer , and the second function elements being provided in and/or on at least in some sections in the second light channels , the second function elements covering the second light channels of the decorative layer in such a way that the second light channels are sealed off or isolated from the light of the first light elements .
A device comprising: a memory configured to store audio data representative of a soundfield; and one or more processors configured to: analyze the audio data to identify spatial characteristics of low-frequency-effects components of the soundfield, wherein the spatial characteristics include one or more directions from which the low-frequency-effects components originate within the soundfield; processing , based on the spatial characteristics, the audio data to render a plurality of low-frequency-effects speaker feeds including a first low-frequency-effects speaker feed and a second low-frequency-effects speaker feed, the first low-frequency-effects speaker feed being different than the second low-frequency-effects speaker feed; and output the low-frequency-effects speaker feeds to low-frequency-effects-capable speakers. a memory configured to store audio data representative of a soundfield; and one or more processors configured to: analyze the audio data to identify spatial characteristics of low-frequency-effects components of the soundfield, wherein the spatial characteristics include one or more directions from which the low-frequency-effects components originate within the soundfield; processing , based on the spatial characteristics, the audio data to render a plurality of low-frequency-effects speaker feeds including a first low-frequency-effects speaker feed and a second low-frequency-effects speaker feed, the first low-frequency-effects speaker feed being different than the second low-frequency-effects speaker feed; and output the low-frequency-effects speaker feeds to low-frequency-effects-capable speakers. analyze the audio data to identify spatial characteristics of low-frequency-effects components of the soundfield, wherein the spatial characteristics include one or more directions from which the low-frequency-effects components originate within the soundfield; processing , based on the spatial characteristics, the audio data to render a plurality of low-frequency-effects speaker feeds including a first low-frequency-effects speaker feed and a second low-frequency-effects speaker feed, the first low-frequency-effects speaker feed being different than the second low-frequency-effects speaker feed; and output the low-frequency-effects speaker feeds to low-frequency-effects-capable speakers.
An article comprising: a bladder including a volume of a fluid, wherein the bladder has a first bladder wall having a first bladder wall thickness, wherein the first bladder wall has a gas transmission rate of 1.51988 cm 3 /m 2 ·MPa·day (15 cm 3 /m 2 ·atm·day) or less for nitrogen for an average wall thickness of 0.508 mm (20 mils) according to ASTM D-1434-82-V, wherein the bladder comprises a mechano-luminescent composition comprising one or more mechano-luminescent materials, wherein the bladder includes at least one stress region that is capable of being subjected to mechanical stress, wherein the stress region includes the mechano-luminescent composition, and wherein the bladder has the characteristic that when the one or more mechano-luminescent materials is under a first mechanical stress caused by flexing, deforming or twisting the bladder, the mechano-luminescent material emits a first light as a result of the first mechanical stress, and wherein one or more portions of the bladder are exposed, so that when the mechano-luminescent material is exposed to stress light from the mechano-luminescent material radiates out from the article and can be seen by a person observing the article.
An endoscope having an endoscope head and optionally a distal part of the endoscope head , the endoscope head being arranged on a preferably actively curvable, distal end portion of an endoscope shaft , and the endoscope head or the distal part of the endoscope head having or supporting at least one optics device for imaging, and a working channel which extends integrally within the endoscope in the longitudinal direction and having a working channel exit which is arranged or formed in the endoscope head or in the distal part of the endoscope head , and a pivot mechanism arranged between the distal shaft end portion and the endoscope head or the distal part of the endoscope head and configured to hold the endoscope head or the distal part of the endoscope head in a foldable or bendable manner, for which the pivot mechanism has at least one segment which defines a disk or plate which is substantially round in plan view and substantially wedge-shaped in side view, said disk or plate having a flat circumferential portion when seen in side view, and which thickens in wedge-shaped manner towards the diametrically opposite circumferential portion to obtain a plate thickness maximum at said opposite circumferential portion, which extends over a partial circumferential portion of the plate segment , resulting in a segment support or abutment surface which is oriented substantially perpendicular to the plate central axis and wherein, as seen in plan view, the working channel is formed to be decentral at least partially in said partial circumferential section of maximum plate thickness. a working channel which extends integrally within the endoscope in the longitudinal direction and having a working channel exit which is arranged or formed in the endoscope head or in the distal part of the endoscope head , and a pivot mechanism arranged between the distal shaft end portion and the endoscope head or the distal part of the endoscope head and configured to hold the endoscope head or the distal part of the endoscope head in a foldable or bendable manner, for which the pivot mechanism has at least one segment which defines a disk or plate which is substantially round in plan view and substantially wedge-shaped in side view, said disk or plate having a flat circumferential portion when seen in side view, and which thickens in wedge-shaped manner towards the diametrically opposite circumferential portion to obtain a plate thickness maximum at said opposite circumferential portion, which extends over a partial circumferential portion of the plate segment , resulting in a segment support or abutment surface which is oriented substantially perpendicular to the plate central axis and wherein, as seen in plan view, the working channel is formed to be decentral at least partially in said partial circumferential section of maximum plate thickness.