mhurhangee/patent-ind-claim-en huggingface dataset:
A disposable absorbent laminate , comprising: a first substrate layer comprising cellulosic fibrous material tissue, and a third substrate layer comprising cellulosic fibrous material tissue or spunlace nonwoven material comprised of cellulosic fiber; and a first absorbent matrix comprising particulate superabsorbent polymeric material; the first absorbent matrix being positioned between said first and third substrate layers and further comprising a network of filamentary adhesive, said filamentary adhesive adhering to and stabilizing said particulate superabsorbent polymeric material, and adhering adjacent ones of said substrate layers to each other to resist delamination of said absorbent laminate, characterised in that a second absorbent matrix comprising particulate superabsorbent polymeric material is positioned intermediate of said third substrate layer and a second substrate layer comprising cellulosic fibrous material tissue, the second absorbent matrix also further comprising a said network of filamentary adhesive; and the third substrate layer exhibits a Frazier porosity of at least about 1.524 m 3 .s -1 .m -2 (300 feet 3 /minute/foot 2 ), which porosity is at least about 0.356 m 3 .s -1 .m -2 (70 feet 3 /minute/foot 2 ) greater than the Frazier porosity of said first and second substrate layers. a first substrate layer comprising cellulosic fibrous material tissue, and a third substrate layer comprising cellulosic fibrous material tissue or spunlace nonwoven material comprised of cellulosic fiber; and a first absorbent matrix comprising particulate superabsorbent polymeric material; the first absorbent matrix being positioned between said first and third substrate layers and further comprising a network of filamentary adhesive, said filamentary adhesive adhering to and stabilizing said particulate superabsorbent polymeric material, and adhering adjacent ones of said substrate layers to each other to resist delamination of said absorbent laminate, characterised in that a second absorbent matrix comprising particulate superabsorbent polymeric material is positioned intermediate of said third substrate layer and a second substrate layer comprising cellulosic fibrous material tissue, the second absorbent matrix also further comprising a said network of filamentary adhesive; and the third substrate layer exhibits a Frazier porosity of at least about 1.524 m 3 .s -1 .m -2 (300 feet 3 /minute/foot 2 ), which porosity is at least about 0.356 m 3 .s -1 .m -2 (70 feet 3 /minute/foot 2 ) greater than the Frazier porosity of said first and second substrate layers.
Process for the production of a mechanical oscillator intended to equip a mechanical resonator of a clockwork movement, a MEM sensor or another precision instrument; the oscillator comprising a core made of a material having a first thermoelastic coefficient (β1) of a first sign and a peripheral coating in an oxide presenting a second thermoelastic coefficient (β2); characterized in that the process comprises: - the deposition of the coating at a temperature remaining equal or below 500°C; and - a thermal annealing treatment of the coating at a temperature of at least 550°C, so that the second thermoelastic coefficient (β2) of the coating has a second sign, opposite the first sign of the first thermoelastic coefficient (β1) and provides sufficient compensation after said thermal treatment wherein the later compensates the effect of the variation of the first thermoelastic coefficient (β1) of the core with the temperature, wherein said first and second thermoelastic coefficients define the variations of the Young modulus as a function of the temperature of the core and of the coating, respectively. - the deposition of the coating at a temperature remaining equal or below 500°C; and - a thermal annealing treatment of the coating at a temperature of at least 550°C, so that the second thermoelastic coefficient (β2) of the coating has a second sign, opposite the first sign of the first thermoelastic coefficient (β1) and provides sufficient compensation after said thermal treatment wherein the later compensates the effect of the variation of the first thermoelastic coefficient (β1) of the core with the temperature, wherein said first and second thermoelastic coefficients define the variations of the Young modulus as a function of the temperature of the core and of the coating, respectively.
A method for generating a hybrid spread waveform, the method comprising: generating the hybrid spread waveform comprising a data portion and a hybrid guard interval, HGI, portion, wherein the HGI portion comprises a fixed portion and an adaptive low power tail, LPT, portion, wherein the fixed portion is a fixed prefix portion or a fixed suffix portion and the fixed portion comprises a fixed low power cyclic prefix, LPCP, and wherein the adaptive LPT portion is dynamically adapted based on a channel delay spread and an LPCP length, and wherein the LPCP length is calculated based on delay spread and power regrowth length; and transmitting the generated hybrid spread waveform comprising the data portion and the HGI portion. generating the hybrid spread waveform comprising a data portion and a hybrid guard interval, HGI, portion, wherein the HGI portion comprises a fixed portion and an adaptive low power tail, LPT, portion, wherein the fixed portion is a fixed prefix portion or a fixed suffix portion and the fixed portion comprises a fixed low power cyclic prefix, LPCP, and wherein the adaptive LPT portion is dynamically adapted based on a channel delay spread and an LPCP length, and wherein the LPCP length is calculated based on delay spread and power regrowth length; and transmitting the generated hybrid spread waveform comprising the data portion and the HGI portion.
A grease extraction device for extracting leaked grease from a leaked grease accumulation region at a base of a wind turbine generator housing, comprising: an intake conduit having an inlet for location at the leaked grease accumulation region ; a collection chamber connected to the intake conduit for collecting leaked grease drawn through the intake conduit ; and a vacuum pump for generating a negative pressure in the intake conduit for drawing in leaked grease through the inlet to the collection chamber . an intake conduit having an inlet for location at the leaked grease accumulation region ; a collection chamber connected to the intake conduit for collecting leaked grease drawn through the intake conduit ; and a vacuum pump for generating a negative pressure in the intake conduit for drawing in leaked grease through the inlet to the collection chamber .
A device for providing diffuse emission of light through a flat surface, the device comprising: a flat light guide having two larger flat surfaces on opposite sides and side surfaces, wherein one of the two larger flat surfaces being a light emitting surface and the other surface being a back surface ; a connector for coupling light into said flat light guide ; and a diffusing layer arranged in contact with said back surface of said flat light guide ; a first layer arranged on top of said diffusing layer , wherein said first layer has a refractive index which is lower than a refractive index of said flat light guide ; and a second layer covering said light emitting surface having a refractive index which is lower than said refractive index of said flat light guide . a flat light guide having two larger flat surfaces on opposite sides and side surfaces, wherein one of the two larger flat surfaces being a light emitting surface and the other surface being a back surface ; a connector for coupling light into said flat light guide ; and a diffusing layer arranged in contact with said back surface of said flat light guide ; a first layer arranged on top of said diffusing layer , wherein said first layer has a refractive index which is lower than a refractive index of said flat light guide ; and a second layer covering said light emitting surface having a refractive index which is lower than said refractive index of said flat light guide .
Tool magazine for receiving a plurality of tools which are provided for arrangement on a tool spindle of a machine tool, with a guide rail that can be arranged in a fixed position on a machine base , with a rotary drive , which transmits a torque to a rotatably arranged magazine shaft and rotates the magazine shaft about a shaft rotation axis , with at least two magazine wheels arranged on the magazine shaft in a non-rotating manner, with at least two tool holders on each of the magazine wheels , whereby each tool holder can receive exactly one tool , with a transfer device which can be arranged on the machine base so as to be linearly displaceable transversely to the guide rail along a transfer axis and which is designed in such a way that it receives a tool arranged on one of the tool holders of the magazine wheels , transports it along the transfer axis away from the tool holder and towards the tool spindle and deposits it on the tool spindle , and which is furthermore designed in such a way that it receives a tool arranged on the tool spindle , transports it along the transfer axis away from the tool spindle and towards a free tool holder of a magazine wheel and deposits it on the free tool holder , characterised in that a magazine carriage is displaceably mounted on the guide rail , the rotary drive is arranged on the magazine carriage , the magazine shaft is rotatably arranged on the magazine carriage , the tool magazine is equipped with a linear drive which moves the magazine carriage along the guide rail . with a guide rail that can be arranged in a fixed position on a machine base , with a rotary drive , which transmits a torque to a rotatably arranged magazine shaft and rotates the magazine shaft about a shaft rotation axis , with at least two magazine wheels arranged on the magazine shaft in a non-rotating manner, with at least two tool holders on each of the magazine wheels , whereby each tool holder can receive exactly one tool , with a transfer device which can be arranged on the machine base so as to be linearly displaceable transversely to the guide rail along a transfer axis and which is designed in such a way that it receives a tool arranged on one of the tool holders of the magazine wheels , transports it along the transfer axis away from the tool holder and towards the tool spindle and deposits it on the tool spindle , and which is furthermore designed in such a way that it receives a tool arranged on the tool spindle , transports it along the transfer axis away from the tool spindle and towards a free tool holder of a magazine wheel and deposits it on the free tool holder , characterised in that a magazine carriage is displaceably mounted on the guide rail , the rotary drive is arranged on the magazine carriage , the magazine shaft is rotatably arranged on the magazine carriage , the tool magazine is equipped with a linear drive which moves the magazine carriage along the guide rail .
A system for implanting a prosthesis in a vessel including : - an insertion catheter comprising a proximal end and a distal end , - an implantation device for implanting the prosthesis in a vessel , including a balloon and a dilatation catheter for supplying the balloon with fluid, with the dilatation catheter comprising a proximal end, a distal end and a distal portion intended to be introduced into the vessel , characterized in that the distal portion comprises a bend as well as an upstream portion and a downstream portion adjacent to the bend and positioned between the bend and the proximal end and the distal end respectively, with the balloon being integrally carried by the downstream portion , the implantation device being intended to slide from the proximal end to the distal end of the insertion catheter , the implantation device including a prosthesis and/or a stent inside which the balloon is accommodated. - an insertion catheter comprising a proximal end and a distal end , - an implantation device for implanting the prosthesis in a vessel , including a balloon and a dilatation catheter for supplying the balloon with fluid, with the dilatation catheter comprising a proximal end, a distal end and a distal portion intended to be introduced into the vessel , characterized in that the distal portion comprises a bend as well as an upstream portion and a downstream portion adjacent to the bend and positioned between the bend and the proximal end and the distal end respectively, with the balloon being integrally carried by the downstream portion ,
A method for producing a beverage in a beverage container, with the following steps: - providing a beverage container (11; 31) to be filled, - introducing a cooling agent in the beverage container (11; 31) through a container opening, wherein the cooling agent has several water ice moldings (15; 35), wherein the several water ice moldings (15; 35) fall onto a bottom (14; 34) of the beverage container (11; 31) and touch the latter and wherein the bottom (14; 34) of the beverage container (11; 31) has a temperature higher than 0 °C and thus partly melts the several water ice moldings (15; 35) externally; - filling the beverage container (11; 31) with a beverage liquid (12; 32) with a temperature of less than 0 °C through the container opening after the introduction of the cooling agent with the several water ice moldings (15; 35), wherein the water ice moldings (15; 35) adhere to the bottom (14; 34) of the beverage container (11; 31) and do not float when the beverage liquid (12; 32) is added; - closing the container opening by means of a disposable closure and - cooled storing of the filled beverage container (11; 31); wherein - the beverage container (11; 31) has a container section, which tapers towards the container opening and which is closed by means of the disposable closure; - the cooling agent with the several water ice moldings (15; 35) and the beverage liquid (12; 32) are introduced through the tapering container section after passing the container opening and - the several water ice moldings (15; 35) are larger than a diameter of the container opening in one spatial dimension. - providing a beverage container (11; 31) to be filled, - introducing a cooling agent in the beverage container (11; 31) through a container opening, wherein the cooling agent has several water ice moldings (15; 35), wherein the several water ice moldings (15; 35) fall onto a bottom (14; 34) of the beverage container (11; 31) and touch the latter and wherein the bottom (14; 34) of the beverage container (11; 31) has a temperature higher than 0 °C and thus partly melts the several water ice moldings (15; 35) externally; - filling the beverage container (11; 31) with a beverage liquid (12; 32) with a temperature of less than 0 °C through the container opening after the introduction of the cooling agent with the several water ice moldings (15; 35), wherein the water ice moldings (15; 35) adhere to the bottom (14; 34) of the beverage container (11; 31) and do not float when the beverage liquid (12; 32) is added; - closing the container opening by means of a disposable closure and - cooled storing of the filled beverage container (11; 31); - the beverage container (11; 31) has a container section, which tapers towards the container opening and which is closed by means of the disposable closure; - the cooling agent with the several water ice moldings (15; 35) and the beverage liquid (12; 32) are introduced through the tapering container section after passing the container opening and - the several water ice moldings (15; 35) are larger than a diameter of the container opening in one spatial dimension.
An agricultural spreader , comprising: a material holding bin that holds material to be spread onto an agricultural surface over which the agricultural spreader travels; at least one delivery conduit (1028-1042) having an inlet end receiving the material to be spread and an outlet end, through which the material to be spread exits and is directed to the agricultural surface through a corresponding first dispersal area; characterized in that a first radio-frequency (RF) transmitter is disposed to generate an RF signal that passes through the first dispersal area, the RF signal being detectably changed when interacting with the material traveling through the first dispersal area; an RF receiver (1059-1082) is disposed to receive the RF signal after the RF signal passes through the first dispersal area, the RF receiver (1059-1082) providing a first output indicative of the received RF signal; and a controller is coupled to the RF receiver (1059-1082) and configured to detect plugging of the at least one delivery conduit (1028-1042) based on the first output of the RF receiver (1059-1082), wherein the controller is configured to detect plugging by comparing the first output of the RF receiver (1059-1082) to predefined data indicative of an expected output. a material holding bin that holds material to be spread onto an agricultural surface over which the agricultural spreader travels; at least one delivery conduit (1028-1042) having an inlet end receiving the material to be spread and an outlet end, through which the material to be spread exits and is directed to the agricultural surface through a corresponding first dispersal area; characterized in that a first radio-frequency (RF) transmitter is disposed to generate an RF signal that passes through the first dispersal area, the RF signal being detectably changed when interacting with the material traveling through the first dispersal area; an RF receiver (1059-1082) is disposed to receive the RF signal after the RF signal passes through the first dispersal area, the RF receiver (1059-1082) providing a first output indicative of the received RF signal; and a controller is coupled to the RF receiver (1059-1082) and configured to detect plugging of the at least one delivery conduit (1028-1042) based on the first output of the RF receiver (1059-1082), wherein the controller is configured to detect plugging by comparing the first output of the RF receiver (1059-1082) to predefined data indicative of an expected output.
Ventilation device of a motor vehicle, this device having: - an air passage for air set in forced movement, in particular by suction, - at least one anti-turbulence shield (25; 26; 60; 70; 71; 72) arranged to be placed in the air passage at a location chosen so as to prevent turbulence from forming, - a support for a motor-fan unit , this support having: O at least one arm for mechanically holding the motor, the shield (25; 26; 60; 70; 71; 72) being arranged to prevent turbulence from forming upon contact with this arm , O a housing for receiving the motor-fan unit , O a peripheral region , O at least one arm connecting the housing to the peripheral region , in particular a plurality of arms connecting the housing to the peripheral region , the peripheral region defines an opening of substantially circular shape and the housing for the motor-fan unit is disposed substantially in the centre of this opening , and this opening has a border , which is in particular circular, the shield (25; 26; 60; 70; 71; 72) is adjacent to this border and wherein the shield (25; 26; 60; 70; 71; 72) is disposed between two consecutive arms and characterized in that the shield (25; 26; 60; 70; 71; 72) has a tongue shape and the tongue of the shield (25; 26; 60; 70; 71; 72) extends substantially along the border of the opening . - an air passage for air set in forced movement, in particular by suction, - at least one anti-turbulence shield (25; 26; 60; 70; 71; 72) arranged to be placed in the air passage at a location chosen so as to prevent turbulence from forming, - a support for a motor-fan unit , this support having: O at least one arm for mechanically holding the motor, the shield (25; 26; 60; 70; 71; 72) being arranged to prevent turbulence from forming upon contact with this arm , O a housing for receiving the motor-fan unit , O a peripheral region , O at least one arm connecting the housing to the peripheral region , in particular a plurality of arms connecting the housing to the peripheral region , O at least one arm for mechanically holding the motor, the shield (25; 26; 60; 70; 71; 72) being arranged to prevent turbulence from forming upon contact with this arm , O a housing for receiving the motor-fan unit , O a peripheral region , O at least one arm connecting the housing to the peripheral region , in particular a plurality of arms connecting the housing to the peripheral region ,
A radome measuring clamp configured to facilitate performing a radome measurement, the radome measuring clamp comprising a base frame ; a first arm attached to the base frame ; two antenna heads , each configured for attaching at least one antenna therein; characterized in that the radome measuring clamp comprises an arm extension and wherein the arm extension is configured to facilitate extending the length of the first arm ; wherein the arm extension is configured to be releasably attached with the first arm and with one of the at least two antenna heads and between the first arm and the one of the at least two antenna heads for increasing a distance between the first arm and the one of the at least two antenna heads . a base frame ; a first arm attached to the base frame ; two antenna heads , each configured for attaching at least one antenna therein; characterized in that the radome measuring clamp comprises an arm extension and wherein the arm extension is configured to facilitate extending the length of the first arm ; wherein the arm extension is configured to be releasably attached with the first arm and with one of the at least two antenna heads and between the first arm and the one of the at least two antenna heads for increasing a distance between the first arm and the one of the at least two antenna heads .
An oral dose of between 350 mg and 1200 mg per day of 3β-arachidylamido-7α, 12α-dihydroxy-5β-cholan-24-oic acid (Aramchol), or a pharmaceutically acceptable salt thereof, as the sole active ingredient for use in treating hepatic fibrosis in a human subject by down regulation of collagen production in the liver of the subject.