mhurhangee/patent-ind-claim-en huggingface dataset:
Magnetic core able to cooperate with at least one electrical conductor in order to form coils, this core extending axially and comprising: - a first axial portion , the cooperation of which with the electrical conductor forms a first coil, and - a second axial portion , axially in the continuation of the first axial portion and the cooperation of which with the electrical conductor forms a second coil, the second axial portion being produced in one piece with the first axial portion , the first coil and the second coil being in particular in series, characterized by at least one cutout being formed in the core in order to allow connection to the electrical conductor , so as to delimit the first coil from the second coil. - a first axial portion , the cooperation of which with the electrical conductor forms a first coil, and - a second axial portion , axially in the continuation of the first axial portion and the cooperation of which with the electrical conductor forms a second coil,
Electret-based wound dressing, in particular for use for chronic, non-healing wounds, comprising a laminate composed of two sheets of expanded sintered PTFE having a thickness in the range from 0.2 to 1 mm, wherein an aluminum foil having a thickness in the range from 4 to 100 μm is placed between the two PTFE sheets, wherein the electric field strength on at least one surface side of the wound dressing is set in the range from 100 to 300 mV/mm.
Method for detecting, characterizing, and assessing the quality of a spray , which is produced by atomizing liquids using nozzles of various designs and structural designs with an application-specific droplet size distribution of fine to very coarse drops and different speeds, using a continuous wave radar generates a radar signal directed at the spray and a correspondingly reflected one due to the Doppler effect on the moving spray f D = 2 ⋅ f O ⋅ v c O ⋅ cos α and where the frequency-shifted signal is received, the transmitted and the received signal are mixed by means of a mixer, and the resulting low-frequency Doppler levitation signal, which is sampled at a specific rate by means of analogue-digital conversion f S = | f O - f D | f S = |f O -f D |is stored in a data array with the index n = [0,1,2, ..., N ] and transformed from the time domain into a frequency domain, characterised in that the current radar signature of an individual nozzle in a higher-level processing system either a) for an individual nozzle by means of a nozzle- and application-specific standard signature learned in advance using a supervised machine learning method or b) in the process for a single nozzle of a spray system - consisting of a plurality of similar nozzles - with the normal signature of the averaged current radar signature of all nozzles j=[0,1,2,...,k] of the spray system is compared and evaluated. a) for an individual nozzle by means of a nozzle- and application-specific standard signature learned in advance using a supervised machine learning method or b) in the process for a single nozzle of a spray system - consisting of a plurality of similar nozzles - with the normal signature of the averaged current radar signature of all nozzles j=[0,1,2,...,k] of the spray system
A method for wireless communications by a user equipment, UE (115; 705; 805; 1005), comprising: identifying (610; 1505; 1615; 1705; 2005) a minimum scheduling offset between a cross-slot grant and a shared channel scheduled by the cross-slot grant; monitoring (615; 1510; 1620; 1710; 2010) an occasion of a control channel in a first slot for the cross-slot grant, the control channel having a first numerology that is different than a second numerology of the shared channel; mapping the occasion of the control channel to a second slot defined in the second numerology and overlapping with an ending symbol period of the occasion ; determining (625; 1515; 1625; 1720; 2015) a beginning slot defined in the second numerology based at least in part on the minimum scheduling offset and the second slot; and operating (630; 1520; 1630; 1725; 2020) in a low power state, or communicating (635; 1520; 1630; 1725; 2020) a data transmission on the shared channel, during the beginning slot based at least in part on whether the cross-slot grant is detected, wherein the minimum scheduling offset is defined based on a relative timing difference between the occasion of the control channel and the shared channel. identifying (610; 1505; 1615; 1705; 2005) a minimum scheduling offset between a cross-slot grant and a shared channel scheduled by the cross-slot grant; monitoring (615; 1510; 1620; 1710; 2010) an occasion of a control channel in a first slot for the cross-slot grant, the control channel having a first numerology that is different than a second numerology of the shared channel; mapping the occasion of the control channel to a second slot defined in the second numerology and overlapping with an ending symbol period of the occasion ; determining (625; 1515; 1625; 1720; 2015) a beginning slot defined in the second numerology based at least in part on the minimum scheduling offset and the second slot; and operating (630; 1520; 1630; 1725; 2020) in a low power state, or communicating (635; 1520; 1630; 1725; 2020) a data transmission on the shared channel, during the beginning slot based at least in part on whether the cross-slot grant is detected, wherein the minimum scheduling offset is defined based on a relative timing difference between the occasion of the control channel and the shared channel.
A personal absorbent article selected from diapers, diaper pants, training pants, absorbent underpants, incontinence products, and urinary shields, the absorbent article comprising: an absorbent member disposed between a water-impermeable backsheet and a water-permeable liner, wherein the liner has a body-facing surface and an opposite garment-facing surface; and an extruded water-soluble article attached to the liner or to a surface of the absorbent member adjacent the liner, wherein the extruded water-soluble article comprises: a homogeneous material comprising a water-soluble polymer having an extrusion temperature of 50 to 150°C; and between 0.1% to 50% by weight of an active agent; wherein the polymer is polyvinyl alcohol (PVOH); and wherein the active agent is an antimicrobial. a homogeneous material comprising a water-soluble polymer having an extrusion temperature of 50 to 150°C; and between 0.1% to 50% by weight of an active agent; wherein the polymer is polyvinyl alcohol (PVOH); and wherein the active agent is an antimicrobial.
A method of air scouring an immersed membrane module comprising adjusting one or more aeration parameters; between successive permeation cycles, successive back pulse cycles or successive relaxation cycles; during a permeation cycle; between a permeation cycle and a backpulse cycle; or, between a permeation cycle and a relaxation cycle; further comprising steps of, a) bringing a flow of pressurized gas into a tank to below the bottom of a membrane module; b) supplying the pressurized gas to an inlet 12 and splitting the flow of pressurized gas with a plurality of ports 16 into multiple flows of pressurized gas below the membrane module; c) directing each of the multiple flows of pressurized gas through channels 18 to a different lateral position having an outlet 14, the outlet 14 being defined by an open end of the channel 18; d) releasing bubbles only from the outlet 14 of the different lateral positions, the inlet 12, port 16 and outlets 14 being located at generally the same elevation but spaced horizontally and the pressurized gas flows generally horizontally in the channels. a) bringing a flow of pressurized gas into a tank to below the bottom of a membrane module; b) supplying the pressurized gas to an inlet 12 and splitting the flow of pressurized gas with a plurality of ports 16 into multiple flows of pressurized gas below the membrane module; c) directing each of the multiple flows of pressurized gas through channels 18 to a different lateral position having an outlet 14, the outlet 14 being defined by an open end of the channel 18; d) releasing bubbles only from the outlet 14 of the different lateral positions,
A container or bag , including: a first wall and a second wall , the first wall and the second wall being joined together so as to form a storage volume therebetween and a mouth; a zipper attached to the first wall and second wall, thereby making the mouth reclosable, and defining an inside of the container or bag oriented toward the storage volume and an outside of the container or bag oriented toward the mouth, the zipper including: a first profile including a first interior flange , a first interlocking element and a first exterior flange ; and a second profile including a second interior flange , a second interlocking element and a second exterior flange; wherein the first exterior flange is attached to the first wall on an outside of the container or bag, the second interior flange is attached to the second wall on an inside of the container or bag; and wherein the second wall extends beyond the second exterior flange, the second exterior flange being unattached to the second bag wall, whereby opening forces applied to the outside of the second wall of the package or bag are transmitted to the second interior flange whereby increased internal opening forces are encountered upon engaging the first exterior flange and the second wall, thereby resisting access to the interior of the bag; characterised in that the second exterior flange includes an upper surface with a plurality of tabs extending therefrom. a first wall and a second wall , the first wall and the second wall being joined together so as to form a storage volume therebetween and a mouth; a zipper attached to the first wall and second wall, thereby making the mouth reclosable, and defining an inside of the container or bag oriented toward the storage volume and an outside of the container or bag oriented toward the mouth, the zipper including: a first profile including a first interior flange , a first interlocking element and a first exterior flange ; and a second profile including a second interior flange , a second interlocking element and a second exterior flange; a first profile including a first interior flange , a first interlocking element and a first exterior flange ; and a second profile including a second interior flange , a second interlocking element and a second exterior flange; wherein the first exterior flange is attached to the first wall on an outside of the container or bag, the second interior flange is attached to the second wall on an inside of the container or bag; and wherein the second wall extends beyond the second exterior flange, the second exterior flange being unattached to the second bag wall, whereby opening forces applied to the outside of the second wall of the package or bag are transmitted to the second interior flange whereby increased internal opening forces are encountered upon engaging the first exterior flange and the second wall, thereby resisting access to the interior of the bag; characterised in that the second exterior flange includes an upper surface with a plurality of tabs extending therefrom.
Method of calculating a scaled virtual grid for x-ray projection images, comprising providing at least a first and a second co-registered x-ray projection image I j - j=1,2,... of a desired anatomy of a patient (step S1), defining at least two points P 1 and P 2 of the desired anatomy in 3-D space and determining 3-D coordinates of the two points P 1 and P 2 thereby using the x-ray projection images (step S2), calculating the scaled virtual grid based on the determined 3-D coordinates of the two points P 1 and P 2 (step S3), and projecting and displaying the calculated grid to a user on an x-ray projection image, preferably on at least one of the first and the second co-registered x-ray projection image (step S4). providing at least a first and a second co-registered x-ray projection image I j - j=1,2,... of a desired anatomy of a patient (step S1), defining at least two points P 1 and P 2 of the desired anatomy in 3-D space and determining 3-D coordinates of the two points P 1 and P 2 thereby using the x-ray projection images (step S2), calculating the scaled virtual grid based on the determined 3-D coordinates of the two points P 1 and P 2 (step S3), and projecting and displaying the calculated grid to a user on an x-ray projection image, preferably on at least one of the first and the second co-registered x-ray projection image (step S4).
A method for the automatic internal tyre pressure regulation of wheel tyres on an agricultural working vehicle , with a tyre pressure regulation system , which is controlled by a control device , for adjusting the internal tyre pressure of the wheel tyres as a function of an actual deflection and an actual internal tyre pressure which is detected via a sensor, characterized in that a target internal tyre pressure to be maintained by the tyre pressure regulation system is determined in consideration of a driving status , at least one deflection characteristic , as well as a target deflection which is a function of a wheel load and/or ground properties , wherein the target internal tyre pressure is specified as a function of at least one selectable target deflection characteristic , wherein the target deflection characteristic is selected as a function of the ground properties and/or the driving speed.
Work lighting for a work machine , with at least one illuminant , at least one signal transmitter for the at least one illuminant , and a control unit which is in signal connection with the at least one illuminant and the at least one signal transmitter by means of signal lines , wherein the control unit is configured and designed to perform the light adjustment of the at least one illuminant by means of a modulation of a voltage supply of the at least one illuminant and/or a voltage supply of the at least one signal transmitter via the signal lines in the direction of the at least one illuminant, characterized in that the control unit has a UART to PLC circuit as an interface for the signal lines for the at least one illuminant and the at least one signal generator .
A lawnmower comprising: a housing ; and a passive cleaning assembly for removing detritus from the housing , the passive cleaning assembly being moveably mounted on said housing , characterized in that movement of the lawnmower with respect to the ground causes a cleaning portion of the passive cleaning assembly to move with respect to the housing and thereby remove detritus from the housing.
A User Equipment, UE, comprising: a WLAN interface unit configured to: for establishment of a Packet Data Network, PDN, connection, transmit a PDN connectivity request message to a Trusted WLAN Access Gateway, TWAG, , in a state where a PDN connection over a 3GPP access network is established, in a case that Network-based IP Flow Mobility, NBIFOM, is not supported by the TWAG , receive a PDN connectivity reject message from the TWAG , and in a case that the PDN connection requested by the UE can be established, receive a PDN connectivity accept message from the TWAG , wherein the PDN connectivity request message includes a Protocol Configuration Option, PCO, the PCO includes information indicating a request of NBIFOM usage, the PDN connectivity reject message is a response message to the PDN connectivity request message, the PDN connectivity reject message includes a Cause, the Cause includes information indicating that multiple accesses to the PDN connection is not allowed, and the PDN connectivity accept message includes information indicating an NBIFOM mode and information indicating that a request for use of NBIFOM is accepted. for establishment of a Packet Data Network, PDN, connection, transmit a PDN connectivity request message to a Trusted WLAN Access Gateway, TWAG, , in a state where a PDN connection over a 3GPP access network is established, in a case that Network-based IP Flow Mobility, NBIFOM, is not supported by the TWAG , receive a PDN connectivity reject message from the TWAG , and in a case that the PDN connection requested by the UE can be established, receive a PDN connectivity accept message from the TWAG , wherein the PDN connectivity request message includes a Protocol Configuration Option, PCO, the PCO includes information indicating a request of NBIFOM usage, the PDN connectivity reject message is a response message to the PDN connectivity request message, the PDN connectivity reject message includes a Cause, the Cause includes information indicating that multiple accesses to the PDN connection is not allowed, and the PDN connectivity accept message includes information indicating an NBIFOM mode and information indicating that a request for use of NBIFOM is accepted.
A lithium ion secondary battery, characterized in comprising: a positive electrode, a negative electrode, and a nonaqueous electrolyte, wherein the positive electrode has a positive electrode active material-containing layer containing a positive electrode active material represented by formula (I) below formed on a positive current collector, and in the lithium ion secondary battery, an average primary particle size of the positive electrode active material is 0.50 μm or more and 2 μm or less, wherein the average primary particle size is determined by observation with a scanning electron microscope at a magnification of 30,000 to 100,000 based on 10 to 30 primary particles, and an average surface roughness Ra of a surface of the positive current collector in contact with the positive electrode active material-containing layer is 0.2 μm or more and 0.6 μm or less, wherein the arithmetic average roughness Ra is determined according to JIS B 0601-2001, LixMPO 4 ... (I) in formula (I), M is at least one metal atom selected from the group consisting of cobalt, nickel, iron, manganese, copper, magnesium, zinc, titanium, aluminum, silicon, boron, and molybdenum, 0 < X < 2 .
An implantable medical device, comprising: an activity sensor configured to generate a signal indicative of motion of a heart of a patient and physical activity of the patient; a pulse generator configured to generate and deliver pacing pulses to the patient's heart via a pair of electrodes coupled to the implantable medical device; and a control module coupled to the pulse generator and the activity sensor, the control module being configured to: compute an activity metric from the activity sensor signal over an activity metric interval; compare the activity metric to a loss of capture detection threshold; detect loss of capture by the delivered pacing pulses in response to the activity metric being less than the loss of capture detection threshold; and increase a pacing pulse output in response to detecting the loss of capture; and wherein the control module is further configured to: determine a sensor indicated pacing rate based on the activity metric; and set a pacing pulse rate responsive to the sensor indicated pacing rate. an activity sensor configured to generate a signal indicative of motion of a heart of a patient and physical activity of the patient; a pulse generator configured to generate and deliver pacing pulses to the patient's heart via a pair of electrodes coupled to the implantable medical device; and a control module coupled to the pulse generator and the activity sensor, the control module being configured to: compute an activity metric from the activity sensor signal over an activity metric interval; compare the activity metric to a loss of capture detection threshold; detect loss of capture by the delivered pacing pulses in response to the activity metric being less than the loss of capture detection threshold; and increase a pacing pulse output in response to detecting the loss of capture; and compute an activity metric from the activity sensor signal over an activity metric interval; compare the activity metric to a loss of capture detection threshold; detect loss of capture by the delivered pacing pulses in response to the activity metric being less than the loss of capture detection threshold; and increase a pacing pulse output in response to detecting the loss of capture; and wherein the control module is further configured to: determine a sensor indicated pacing rate based on the activity metric; and set a pacing pulse rate responsive to the sensor indicated pacing rate. determine a sensor indicated pacing rate based on the activity metric; and set a pacing pulse rate responsive to the sensor indicated pacing rate.
A combustor assembly for a turbine engine comprising: a liner panel (64a; 90) defining a portion of an inner surface of a combustor chamber , the liner panel (64a; 90) including an end face (70; 92) transverse the inner surface ; and at least one diffuser (84; 94) through the end face (70; 92), wherein the diffuser (84; 94) includes a diffuser portion (86; 94) on the end face (70; 92) and a metering portion through the end face (70;92) into the diffuser portion (86; 94), characterised in that : the end face (70; 92) is on an aft end of the liner panel (64a; 90); and the combustor assembly further comprises a second liner panel disposed adjacent the aft end, the second liner panel including a forward end separated from the aft end by a gap . a liner panel (64a; 90) defining a portion of an inner surface of a combustor chamber , the liner panel (64a; 90) including an end face (70; 92) transverse the inner surface ; and at least one diffuser (84; 94) through the end face (70; 92), wherein the diffuser (84; 94) includes a diffuser portion (86; 94) on the end face (70; 92) and a metering portion through the end face (70;92) into the diffuser portion (86; 94),
An impact indicator , comprising a mass member ; a housing enclosing the mass member , the housing configured to enable movement of the mass member from a first position to a second position within the housing in response to receipt by the housing of an acceleration event; switch circuitry having spaced apart contacts (140, 142, 144, 146; 180, 182, 184, 186) and a compressible switch element (130, 132; 170, 172; 200; 202) positioned between the spaced apart contacts (140, 142, 144, 146; 180, 182, 184, 186), the switch element (130, 132; 170, 172; 200; 202) configured to be in spaced apart relationship to the mass member ; and a passive radio-frequency identification, RFID, module coupled to the switch circuitry ; and wherein responsive to movement of the mass member from the first position to the second position, the mass member is configured to cause a positional change of the switch element (130, 132; 170, 172; 200; 202) relative to the contacts (140, 142, 144, 146; 180, 182, 184, 186), the positional change causing a state change in the switch circuitry , wherein the RFID module outputs a value based on the state of the switch circuitry when energized. a housing enclosing the mass member , the housing configured to enable movement of the mass member from a first position to a second position within the housing in response to receipt by the housing of an acceleration event; switch circuitry having spaced apart contacts (140, 142, 144, 146; 180, 182, 184, 186) and a compressible switch element (130, 132; 170, 172; 200; 202) positioned between the spaced apart contacts (140, 142, 144, 146; 180, 182, 184, 186), the switch element (130, 132; 170, 172; 200; 202) configured to be in spaced apart relationship to the mass member ; and a passive radio-frequency identification, RFID, module coupled to the switch circuitry ; and wherein responsive to movement of the mass member from the first position to the second position, the mass member is configured to cause a positional change of the switch element (130, 132; 170, 172; 200; 202) relative to the contacts (140, 142, 144, 146; 180, 182, 184, 186), the positional change causing a state change in the switch circuitry , wherein the RFID module outputs a value based on the state of the switch circuitry when energized.