mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , comprising: a front-rear direction (L); a width direction (W) orthogonal to the front-rear direction (L); a front waistline region (S1); a rear waistline region (S2); a crotch region (S3) arranged between the front waistline region (S1) and the rear waistline region (S2); an absorbent body arranged to straddle the crotch region (S3), the front waistline region (S1), and the rear waistline region (S2); and a front exterior body arranged in the front waistline region (S1) on a non-skin surface side of the absorbent body , wherein the absorbent body has an absorbent core and a front end part extending to a front side relative to the absorbent core , at least a liquid-impermeable sheet and a liquid-permeable body sheet overlapping the liquid-impermeable sheet in a thickness direction are arranged at the front end part of the absorbent body , the absorbent article is provided with a sheet non-bonding region (NS) where the liquid-impermeable sheet and the liquid-permeable body sheet are not bonded, and a body non-bonding region (NB) where the absorbent body and the front exterior body are not bonded, the front end part of the absorbent body is provided with a duplicating region (DR) where the sheet non-bonding region (NS) and the body non-bonding region (NB) overlap, at least a part of the duplicating region (DR) is arranged to overlap the absorbent core in the front-rear direction (L), and a front end edge of the absorbent body is provided with both the body non-bonding region (NB) and the sheet non-bonding region (NS). a front-rear direction (L); a width direction (W) orthogonal to the front-rear direction (L); a front waistline region (S1); a rear waistline region (S2); a crotch region (S3) arranged between the front waistline region (S1) and the rear waistline region (S2); an absorbent body arranged to straddle the crotch region (S3), the front waistline region (S1), and the rear waistline region (S2); and a front exterior body arranged in the front waistline region (S1) on a non-skin surface side of the absorbent body , wherein the absorbent body has an absorbent core and a front end part extending to a front side relative to the absorbent core , at least a liquid-impermeable sheet and a liquid-permeable body sheet overlapping the liquid-impermeable sheet in a thickness direction are arranged at the front end part of the absorbent body , the absorbent article is provided with a sheet non-bonding region (NS) where the liquid-impermeable sheet and the liquid-permeable body sheet are not bonded, and a body non-bonding region (NB) where the absorbent body and the front exterior body are not bonded, the front end part of the absorbent body is provided with a duplicating region (DR) where the sheet non-bonding region (NS) and the body non-bonding region (NB) overlap, at least a part of the duplicating region (DR) is arranged to overlap the absorbent core in the front-rear direction (L), and a front end edge of the absorbent body is provided with both the body non-bonding region (NB) and the sheet non-bonding region (NS).
An anti-rotation assembly comprising: a first shaft comprising a first crenelated end rim ; a second shaft comprising a second crenelated end rim ; and a locking sprocket configured to engage the first crenelated end rim and the second crenelated end rim to anti-rotatably couple the first shaft to the second shaft , and an axial retaining ring configured to axially retain the locking sprocket ; wherein the first crenelated end rim defines a plurality of first crenels , the second crenelated end rim defines a plurality of second crenels , and the locking sprocket includes a plurality of teeth that are configured to extend into the plurality of first crenels and the plurality of second crenels to prevent relative rotation between the first shaft and the second shaft ; wherein the plurality of first crenels are defined between a plurality of first merlons of the first crenelated end rim ; the plurality of second crenels are defined between a plurality of second merlons of the second crenelated end rim ; the plurality of first merlons are aligned with the plurality of second merlons ; and the plurality of first crenels are aligned with the plurality of second crenels , wherein the plurality of first merlons collectively define a circumferential groove configured to receive the axial retaining ring ; and the circumferential groove is disposed at an axial midpoint between first closed ends of the plurality of first crenels of the first crenelated end rim and second closed ends of the plurality of second crenels of the second crenelated end rim . a first shaft comprising a first crenelated end rim ; a second shaft comprising a second crenelated end rim ; and a locking sprocket configured to engage the first crenelated end rim and the second crenelated end rim to anti-rotatably couple the first shaft to the second shaft , and an axial retaining ring configured to axially retain the locking sprocket ; wherein the first crenelated end rim defines a plurality of first crenels , the second crenelated end rim defines a plurality of second crenels , and the locking sprocket includes a plurality of teeth that are configured to extend into the plurality of first crenels and the plurality of second crenels to prevent relative rotation between the first shaft and the second shaft ; wherein the plurality of first crenels are defined between a plurality of first merlons of the first crenelated end rim ; the plurality of second crenels are defined between a plurality of second merlons of the second crenelated end rim ; the plurality of first merlons are aligned with the plurality of second merlons ; and the plurality of first crenels are aligned with the plurality of second crenels , wherein the plurality of first merlons collectively define a circumferential groove configured to receive the axial retaining ring ; and the circumferential groove is disposed at an axial midpoint between first closed ends of the plurality of first crenels of the first crenelated end rim and second closed ends of the plurality of second crenels of the second crenelated end rim .
A system for set top box diagnostics, the system comprising: a remote server; a plurality of set top boxes, each set top box of the plurality of set top boxes having a power measurement component, the power measurement component comprising at least one timer for measuring the aggregate duration the respective set top box is in an individual state, wherein the respective set top box is configured to periodically report the durations of the at least one state to the remote server, wherein, for each set top box of the plurality of set top boxes, the remote server is configured to cross-reference the durations against power consumption data taken from a reference set-top box to determine a power usage measurement of the respective set-top box; wherein the remote server is configured to aggregate durations from the plurality of set top boxes to determine an overall power consumption of the plurality of set top boxes; wherein each set top box of the plurality of set top boxes being configured to periodically report the durations to the remote server is such that the periodicity of the reporting is controlled such that all set top boxes do not report at the same point in time. a remote server; a plurality of set top boxes, each set top box of the plurality of set top boxes having a power measurement component, the power measurement component comprising at least one timer for measuring the aggregate duration the respective set top box is in an individual state, wherein the respective set top box is configured to periodically report the durations of the at least one state to the remote server, wherein, for each set top box of the plurality of set top boxes, the remote server is configured to cross-reference the durations against power consumption data taken from a reference set-top box to determine a power usage measurement of the respective set-top box; wherein the remote server is configured to aggregate durations from the plurality of set top boxes to determine an overall power consumption of the plurality of set top boxes; wherein each set top box of the plurality of set top boxes being configured to periodically report the durations to the remote server is such that the periodicity of the reporting is controlled such that all set top boxes do not report at the same point in time.
Combination of a floating pen and a construction for regulating of depth position of the floating pen in the sea, wherein the construction comprises a line , a winch reel , an accompanying driving motor and a frequency converter, where the pen is coupled to the line that can be winded in and out on the winch reel driven by the accompanying driving motor , wherein the construction further comprises a control system for regulating the driving motor, characterized in that the control system is configured to regulate operation of the driving motor based on registration of tension in the line , the line runs between a lower section of the pen and the winch reel mounted in a winch frame at the seabed, or runs between the lower section of the pen and in a loop over a pulley coupled to an anchoring at the seabed and coupled to the winch frame and to the winch reel , and the pen is an aquaculture breeding pen with an upper ring shaped float collar for anchoring of a net bag , wherein the float collar provides positive buoyancy.
A rotational energy absorber comprising: a coiler member comprising an inner member; an elongate element of a plastically deformable material; and a deformer structure ; the elongate element having a first end attached to the coiler member and a second free end remote from the first end; the elongate element extending past the deformer structure at a position between the first and second ends; relative rotation of the coiler member and deformer structure causing the elongate element to be drawn past the deformer structure, plastically deforming the elongate element and winding the elongate element coil form about the coiler member ; characterised in that : the inner member is arranged for relative rotation with respect to an outer member; the outer member comprising the deformer structure , the outer member is arranged in an annular or part annular ring and an annular or part annular space is defined between the coiler member and the deformer structure , and that an outer cover is provided concentrically about the outer member and an annular storage chamber for the elongate element is formed between the outer member and the cover. a coiler member comprising an inner member; an elongate element of a plastically deformable material; and a deformer structure ;
A method for identifying a spinning rotor on a rotor spinning machine , wherein the spinning rotor is mounted in a suspended manner in an at least radially acting electromagnetic bearing and rotates in the bearing during a spinning operation, wherein at least one radial position of the spinning rotor is actively influenced by the bearing , and wherein at least one variable system variable is compared to at least one reference value, characterized in that the at least one variable system variable is an energy consumption of the bearing , the radial position of the spinning rotor , detected by at least one sensor and/or by the bearing and/or a resonant frequency of the spinning rotor .
A pair of reagents for stabilization of collagen matrices and for condensation of polymers, constituted by a first reagent comprising: a) at least one compound of formula III (2-halo-4,6-dialkoxy-1,3,5-triazine) where: R 1 and R 2 are independently chosen from: -CH 3 ,-CH 2 CH 3 , -CH(CH 3 ) 2 , -(CH 2 ) 2 CH 3 , and -(CH 2 ) 3 CH 3 ; and X is Cl - or Br - ; b) a buffer; c) an inorganic salt; d) a solvent, and a second reagent that is a composition comprising: a) a tertiary amine, and/or a quaternary salt thereof; b) a buffer; c) a solvent. a) at least one compound of formula III (2-halo-4,6-dialkoxy-1,3,5-triazine) where: R 1 and R 2 are independently chosen from: -CH 3 ,-CH 2 CH 3 , -CH(CH 3 ) 2 , -(CH 2 ) 2 CH 3 , and -(CH 2 ) 3 CH 3 ; and X is Cl - or Br - ; b) a buffer; c) an inorganic salt; d) a solvent, and a) a tertiary amine, and/or a quaternary salt thereof; b) a buffer; c) a solvent.
Annular flange to be welded to a tubular segment of a power pylon, said annular flange having an end face to face an end face of an opposing flange , the annular flange having through bores distributed in a circle, wherein the end face has a central annular recessed zone , said central annular recessed zone being flanked by a radially outward engagement surface and a radially inward engagement surface which form the interface with the opposing flange , characterized in that the central annular recessed zone is machined in said end face , and in that the engagement surfaces are machined such that they each form an even plane, wherein the radially inward engagement surface is a little recessed with respect to the outward engagement surface .
A method for use in a radio access network (RAN) for managing resources associated with a user equipment (UE) operating in dual connectivity (DC) with a master node (MN) and a secondary node (SN) in accordance with an initial configuration of a radio connection between the UE and the RAN, the method comprising: detecting, by one or more processors, that traffic of the UE is inactive on a radio bearer via which the UE communicates with the SN; in response to the detecting, sending, from the MN to the SN, a request to release lower layers of the radio bearer, the lower layers including a PHY layer and a MAC layer; receiving, at the MN from the SN, an acknowledgement message, including omitting from the acknowledgement message a radio resource control (RRC) message with a reconfiguration for the radio connection; and in response to the detecting, sending to the UE, by the one or more processors, a command to transition from a connected state to an inactive state in which the radio connection is suspended, including one of: sending the command while the UE operates in accordance with the initial configuration of the radio connection, or configuring the radio bearer to be terminated only at the MN. detecting, by one or more processors, that traffic of the UE is inactive on a radio bearer via which the UE communicates with the SN; in response to the detecting, sending, from the MN to the SN, a request to release lower layers of the radio bearer, the lower layers including a PHY layer and a MAC layer; receiving, at the MN from the SN, an acknowledgement message, including omitting from the acknowledgement message a radio resource control (RRC) message with a reconfiguration for the radio connection; and in response to the detecting, sending to the UE, by the one or more processors, a command to transition from a connected state to an inactive state in which the radio connection is suspended, including one of: sending the command while the UE operates in accordance with the initial configuration of the radio connection, or configuring the radio bearer to be terminated only at the MN. sending the command while the UE operates in accordance with the initial configuration of the radio connection, or configuring the radio bearer to be terminated only at the MN.
Method for applying a matting fluid layer to a printing substrate via a printing form , wherein the matting fluid layer on the printing form is dried before application to the printing substrate , wherein the degree of mattness of the applied fluid layer is modified via parameters of the drying process and the properties of the surface of the printing form , characterized in that overdrying of the applied fluid layer is carried out, wherein the applied fluid layer on the printing form is dried more than would be necessary to achieve a substantially completely dried fluid layer on the printing form before application to the printing substrate , namely by drying at an elevated temperature, for a longer drying time, with a more strongly focused hot air supply and combinations of these measures.
A negative electrode for an alkaline secondary battery comprising a belt-like negative electrode core having conductivity, negative electrode mixture layers made of a negative electrode mixture supported on a first surface of the negative electrode core and a second surface opposite to the first surface , and a fluorine resin layer made of a fluorine resin disposed on a surface of the negative electrode mixture layer , the negative electrode is configured to be combined with a positive electrode and a separator each in a belt-like shape being wound to constitute a part of a cylindrical electrode group ; characterized in that the negative electrode mixture layers comprise a first negative electrode mixture layer located on the first surface side and a second negative electrode mixture layer located on the second surface side; the first negative electrode mixture layer comprises a first outermost peripheral region configured to form a finishing end located at an outermost periphery of the electrode group and a first inner peripheral region extending to the first outermost peripheral region configured to form a starting end located at a central side of the electrode group ; the second negative electrode mixture layer comprises a second outermost peripheral region located opposite to the first outermost peripheral region with respect to the negative electrode core , in a range corresponding to the first outermost peripheral region , and a second inner peripheral region located opposite to the first inner peripheral region with respect to the negative electrode core , in a range corresponding to the first inner peripheral region ; the first outermost peripheral region has a thickness (t1) thinner than thicknesses (t2, t3, t4) of each of the second outermost peripheral region , the first inner peripheral region and the second inner peripheral region ; and the first outermost peripheral region comprises an amount A of the fluorine resin constituting the fluorine resin layer , and the second outermost peripheral region comprises an amount B of the fluorine resin constituting the fluorine resin layer , wherein the amount A is expressed in mass per unit mass of the negative electrode mixture in the first outermost peripheral region , and the amount B is expressed in mass per unit mass of the negative electrode mixture in the second outermost peripheral region , and are configured such that A is 3 times or more than B.
A method for scheduling a device-to-device, D2D, wireless device using resource blocks, RBs, of active cellular wireless devices in a wireless network, the method comprising: determining (S810) a power allocation for each of the RBs based on achieving a target rate for the D2D wireless device and the active cellular wireless devices ; scheduling (S820) the D2D wireless device based on the determined power allocation; obtaining feedback information from each interfering cellular device in one of a main cell and a neighboring cell, the feedback information is comprised of one data bit; the method being characterized by forwarding the feedback information to the D2D wireless device . determining (S810) a power allocation for each of the RBs based on achieving a target rate for the D2D wireless device and the active cellular wireless devices ; scheduling (S820) the D2D wireless device based on the determined power allocation; obtaining feedback information from each interfering cellular device in one of a main cell and a neighboring cell, the feedback information is comprised of one data bit; the method being characterized by forwarding the feedback information to the D2D wireless device .
A cushion element for a respiratory mask, the cushion element comprising a clip portion and an interfacing portion , the clip portion being adapted for removable engagement with a mask frame and the interfacing portion being adapted for engagement with a patient's face, the clip portion and the interfacing portion each having an outer perimeter and an inner perimeter, wherein the interfacing portion is constructed from a foam material and the width between the outer perimeter and the inner perimeter of the clip portion is narrower than the width between the outer perimeter and the inner perimeter of the interfacing portion, the clip portion and interfacing portion are aligned at their outer perimeter, wherein the inner perimeter surfaces of the interfacing portion and of the clip portion are offset, so that the clip portion and the interfacing portion are arranged to define an unsupported inner region of said interfacing portion that overhangs the clip portion, and as the overhanging region is unsupported, it is free to cantilever when pressed against the face of the patient in use; characterised in that : the clip portion is constructed from a more rigid foam than the interfacing portion.
A computerized method comprising: receiving (12-1), by a user apparatus, identifying information from a first device in a discoverable mode over a local connection network, the local connection network using a short range wireless technology; causing, by the user apparatus, sending (12-3) an inquiry to a database server over a communication network , the inquiry comprising the identifying information of the first device and both a username and a password of a user of the user apparatus; receiving (12-5), by the user apparatus, in a response to the inquiry a code required for pairing to the first device; causing, by the user apparatus, sending (12-6) the code received in the response to the first device during a two-way ad hoc connection pairing to the first device; comparing (12-6), by the first device, the received code with one or more codes for pairing in the memory of the first device; in response to the received code being the same as a code for pairing in the memory, establishing (12-6), by the first device, an ad hoc connection with the user apparatus; detecting (12-7), by the first device, that trusting devices have been determined for the code in the memory; causing establishing (12-8,12-8ʹ), by the first device, over the local connection network, a connection from the first device to each trusting device without any further user input; causing, by the first device, sending (12-11) information on the trusting devices to the user apparatus for providing (12-12) the user apparatus with an access to the trusting devices via the first device without any further user input. receiving (12-1), by a user apparatus, identifying information from a first device in a discoverable mode over a local connection network, the local connection network using a short range wireless technology; causing, by the user apparatus, sending (12-3) an inquiry to a database server over a communication network , the inquiry comprising the identifying information of the first device and both a username and a password of a user of the user apparatus; receiving (12-5), by the user apparatus, in a response to the inquiry a code required for pairing to the first device; causing, by the user apparatus, sending (12-6) the code received in the response to the first device during a two-way ad hoc connection pairing to the first device; comparing (12-6), by the first device, the received code with one or more codes for pairing in the memory of the first device; in response to the received code being the same as a code for pairing in the memory, establishing (12-6), by the first device, an ad hoc connection with the user apparatus; detecting (12-7), by the first device, that trusting devices have been determined for the code in the memory; causing establishing (12-8,12-8ʹ), by the first device, over the local connection network, a connection from the first device to each trusting device without any further user input; causing, by the first device, sending (12-11) information on the trusting devices to the user apparatus for providing (12-12) the user apparatus with an access to the trusting devices via the first device without any further user input.