mhurhangee/ep-ind-claims huggingface dataset:
installation for the production of a multi-coated fibrous web, in particular a cardboard or packaging web, wherein the installation comprises an application device for the multilayer application of at least a first application medium and a second application medium in a common treatment nip to a first side of the fibrous web, characterized in that, in the running direction of the fibrous web, before the application device, a wet smoothing device (4, 40) for pre-smoothing the fibrous web is arranged in the running direction of the fibrous web, and in that the application device is designed as a film press, wherein the common treatment nip is formed by an applicator roller and a counter element (6, 6a), in particular a counter roller,, and wherein applicators (7, 7a, 8, 8a) are provided for depositing the first application medium and the second application medium one above the other on the application roller, which can be transferred together to the fibrous web in the treatment nip. comprises an application device for the multilayer application of at least a first application medium and a second application medium in a common treatment nip to a first side of the fibrous web, characterized in that, in the running direction of the fibrous web, before the application device, a wet smoothing device (4, 40) for pre-smoothing the fibrous web is arranged in the running direction of the fibrous web, and in that the application device is designed as a film press, wherein the common treatment nip is formed by an applicator roller and a counter element (6, 6a), in particular a counter roller,, and wherein, and in that the application device is designed as a film press, wherein the common treatment nip is formed by an applicator roller and a counter element (6, 6a), in particular a counter roller,, and wherein applicators (7, 7a, 8, 8a) are provided for depositing the first application medium and the second application medium one above the other on the application roller, which can be transferred together to the fibrous web in the treatment nip.
Lidocaine for use in the treatment of systemic and distant hyperinflammatory syndrome in a mammalian patient, by primary lymph node targeted administration of lidocaine in the said patient to a concentration in the said targeted lymph nodes that is above the maximal tolerable plasma level of lidocaine in the said mammal, wherein the lidocaine is delivered directly from the administration site to the lymph node, - the administration route being chosen from: - transmucosal and transdermal administration, the lidocaine being administered in lipophilic form, and/or - invasive administration chosen from intradermal and subcutaneous, including subdermal, administration, the lidocaine being in hydrophilic form, - and wherein the administration is chosen from: - a bolus dosage comprising at least 4.7 mg lidocaine, administered 2 - 10 times daily and - continuous infusion of the lidocaine, the dosage comprising at least 1 mg lidocaine per kg body weight per hour, - and wherein the lidocaine is administered in a liquid medium comprising at least 1 w/v% lidocaine. - the administration route being chosen from: - transmucosal and transdermal administration, the lidocaine being administered in lipophilic form, and/or - invasive administration chosen from intradermal and subcutaneous, including subdermal, administration, the lidocaine being in hydrophilic form, - transmucosal and transdermal administration, the lidocaine being administered in lipophilic form, and/or - invasive administration chosen from intradermal and subcutaneous, including subdermal, administration, the lidocaine being in hydrophilic form, - and wherein the administration is chosen from: - a bolus dosage comprising at least 4.7 mg lidocaine, administered 2 - 10 times daily and - continuous infusion of the lidocaine, the dosage comprising at least 1 mg lidocaine per kg body weight per hour, - a bolus dosage comprising at least 4.7 mg lidocaine, administered 2 - 10 times daily and - continuous infusion of the lidocaine, the dosage comprising at least 1 mg lidocaine per kg body weight per hour, - and wherein the lidocaine is administered in a liquid medium comprising at least 1 w/v% lidocaine.
A use of an acrylic film for punching, wherein the acrylic film comprises a polymer containing a di(meth)acrylate unit represented by general formula below and a mono(meth)acrylate unit: -CH 2 -CR 1 -COO- n -COCR 1 -CH 2 - wherein represents at least one repeat unit selected from C 2 H 4 O, C 3 H 6 O and C 4 H 8 O; the molecular weight of n is 500 or more; R 1 represents H or CH 3. and wherein the acrylic film has a thickness of 5 μm to 500 μm
An aircraft turbomachine comprising at least: - one high-pressure compressor, - one high-pressure turbine, - one low-pressure turbine, - one first cooling air circulation channel putting into communication the high-pressure compressor and the high-pressure turbine, - one second cooling air circulation channel putting into communication the high-pressure compressor and the low-pressure turbine, - the turbomachine being characterized in that the first channel is equipped with a valve, and in that it also includes a third cooling air circulation channel in selective communication with the first channel by means of the valve, the third channel also being in communication with the low-pressure turbine, the valve having a first configuration in which air circulation in the first channel is allowed and air circulation in the third channel is prohibited, and a second configuration in which air circulation originating in the first channel is diverted to the third channel, and in that the turbomachine also comprises a control device configured to determine a cooling air pressure of the low-pressure turbine and command the valve depending on the determined air pressure to cause it to transition from the first configuration to the second configuration. - one high-pressure compressor, - one high-pressure turbine, - one low-pressure turbine, - one first cooling air circulation channel putting into communication the high-pressure compressor and the high-pressure turbine, - one second cooling air circulation channel putting into communication the high-pressure compressor and the low-pressure turbine, - the turbomachine being characterized in that the first channel is equipped with a valve, and in that it also includes a third cooling air circulation channel in selective communication with the first channel by means of the valve, the third channel also being in communication with the low-pressure turbine, the valve having a first configuration in which air circulation in the first channel is allowed and air circulation in the third channel is prohibited, and a second configuration in which air circulation originating in the first channel is diverted to the third channel,
A channel transmission method, applied to a network side device, the method comprising: transmitting Physical Downlink Control Channel, PDCCH, to a first terminal, wherein Cyclic Redundancy Check, CRC, of Downlink Control Information, DCI, of the PDCCH is scrambled by a first Radio Network Temporary Identifier, RNTI, of the first terminal, and a scrambling sequence generator of Physical Downlink Shared Channel, PDSCH, scheduled by the PDCCH is initialized with a second RNTI or a third parameter, characterized in that the second RNTI or the third parameter is different from the first RNTI, and the second RNTI or the third parameter is a common parameter of the first terminal and at least one other terminal. transmitting Physical Downlink Control Channel, PDCCH, to a first terminal, wherein Cyclic Redundancy Check, CRC, of Downlink Control Information, DCI, of the PDCCH is scrambled by a first Radio Network Temporary Identifier, RNTI, of the first terminal, and a scrambling sequence generator of Physical Downlink Shared Channel, PDSCH, scheduled by the PDCCH is initialized with a second RNTI or a third parameter, characterized in that the second RNTI or the third parameter is different from the first RNTI, and the second RNTI or the third parameter is a common parameter of the first terminal and at least one other terminal.
Method for modulating a sequence of real data values, implementing a prototype filter with a length less than or equal to M and delivering blocks of OFDM/OQAM symbols, characterized in that the said real data values are assembled into blocks of nb.M real data values, where M is the number of carriers of one of the said blocks of OFDM/OQAM symbols and nb an integer greater than or equal to 2, and in that it comprises, for a block of real data, the following steps: - first modulation by a first modulator of the first M / 2 data values of the said block of real data, delivering a first set of modulated carriers; - second modulation by a second modulator of the next (nb-1).M data values of the said block of real data, delivering a second set of (nb-1).M modulated carriers; - third modulation by a third modulator of the last M / 2 data values of the said block of real data, delivering a third set of modulated carriers; - superposition of the said first, second and third sets of modulated carriers, after application of time shifts, in such a manner as to form a block of OFDM/OQAM symbols of length nb.M / 2, the said first set being superposed in the time domain with the start of the second set and the said third set being superposed in the time domain with the end of the second set. - first modulation by a first modulator of the first M / 2 data values of the said block of real data, delivering a first set of modulated carriers; - second modulation by a second modulator of the next (nb-1).M data values of the said block of real data, delivering a second set of (nb-1).M modulated carriers; - third modulation by a third modulator of the last M / 2 data values of the said block of real data, delivering a third set of modulated carriers; - superposition of the said first, second and third sets of modulated carriers, after application of time shifts, in such a manner as to form a block of OFDM/OQAM symbols of length nb.M / 2, the said first set being superposed in the time domain with the start of the second set and the said third set being superposed in the time domain with the end of the second set.
Method for producing a flexible pouch made of flexible thermoplastic material comprising the steps consisting of: (i) preparing said hot flexible thermoplastic material in a pasty state, (ii) placing a pre-moulded insert, or proximal insert, onto a blow pin, mounted in rotation around the longitudinal axis thereof and comprising a blow moulding area, said insert being arranged in a ring around said pin such that the blow moulding area of said pin is downstream from or inside said insert, (iii) coating all or part of said insert with hot flexible thermoplastic material in a pasty state in the form of a parison or a sleeve, (iv) locking the blow-mould shells around said insert so as to form a chamber, said blow pin and said insert being introduced via the bottom of said mould, the distal portion of said pin being at a greater height than the proximal part of said pin and said parison being introduced via the top of said mould, (v) injecting a pressurised gas into said chamber so as to expand the sleeve from the inside onto the inner surface of said mould or expand the sleeve from the outside by creating negative pressure inside said chamber. (i) preparing said hot flexible thermoplastic material in a pasty state, (ii) placing a pre-moulded insert, or proximal insert, onto a blow pin, mounted in rotation around the longitudinal axis thereof and comprising a blow moulding area, said insert being arranged in a ring around said pin such that the blow moulding area of said pin is downstream from or inside said insert, (iii) coating all or part of said insert with hot flexible thermoplastic material in a pasty state in the form of a parison or a sleeve, (iv) locking the blow-mould shells around said insert so as to form a chamber, said blow pin and said insert being introduced via the bottom of said mould, the distal portion of said pin being at a greater height than the proximal part of said pin and said parison being introduced via the top of said mould, (v) injecting a pressurised gas into said chamber so as to expand the sleeve from the inside onto the inner surface of said mould or expand the sleeve from the outside by creating negative pressure inside said chamber.
A helmet, comprising: an outer liner having an interior surface comprising a shelf extending inward from the interior surface proximate a perimeter of an opening at a lower edge of the outer liner, the shelf comprising an arresting surface; and an inner liner having an exterior surface, an interior surface and an edge connecting the exterior surface to the interior surface, the edge facing the arresting surface of the shelf; wherein the inner liner is slidably coupled to the interior surface of the outer liner through at least one return spring and slidably movable relative to the outer liner between a first position in which the edge of the inner liner is separated from the arresting surface of the shelf by a gap, and an arrested position in which a portion of the edge of the inner liner is in contact with a portion of the arresting surface of the shelf in response to movement of the outer liner relative to the inner liner caused by an impact to the helmet, wherein the at least one return spring biases the inner liner toward the first position. an outer liner having an interior surface comprising a shelf extending inward from the interior surface proximate a perimeter of an opening at a lower edge of the outer liner, the shelf comprising an arresting surface; and an inner liner having an exterior surface, an interior surface and an edge connecting the exterior surface to the interior surface, the edge facing the arresting surface of the shelf; wherein the inner liner is slidably coupled to the interior surface of the outer liner through at least one return spring and slidably movable relative to the outer liner between a first position in which the edge of the inner liner is separated from the arresting surface of the shelf by a gap, and an arrested position in which a portion of the edge of the inner liner is in contact with a portion of the arresting surface of the shelf in response to movement of the outer liner relative to the inner liner caused by an impact to the helmet, wherein the at least one return spring biases the inner liner toward the first position.
Locomotive railway rolling stock extending along a longitudinal axis and comprising lifeguards formed at an end part, referred to as the nose, of said locomotive rolling stock, wherein it comprises at least one sensor of railway signals and at least one device for onboarding and protecting said sensor, which onboarding and protecting device comprises a fixing part intended to be secured to the lifeguards, an opposite part for protecting the sensor and intended to absorb a collision with an obstacle present on the railway track and a non-deformable connecting part securing the fixing and protecting parts (6, 7) to one another and keeping them some distance from one another, and wherein the sensor is positioned between the fixing and protecting parts (6, 7), while being mechanically uncoupled from said protecting part.
Apparatus for thermally processing food products in sealed packages, in particular flexible packages, comprising: - one or more heating and/or cooling chambers; - an endless conveyor guided through the chambers; - a plurality of product carriers connected interspaced to the conveyor, in which each carrier comprises at least a first row of insertion spaces for packages to be placed in, which insertion spaces each have an insertion opening and which first row of insertion spaces is at least partly delimited by a first side wall and an opposite second side wall; and - an inlet station comprising one or more first operating members operable to move into and out of the insertion spaces for moving packages in an insertion direction into the insertion spaces; in which the conveyor is designed for transporting the carriers with packages placed in the insertion spaces thereof through the one or more heating and/or cooling chambers, characterized in that, the first side wall comprises at least one primary slit for each insertion space, which primary slit extends substantially in said insertion direction, and which primary slit opens out towards the insertion opening of said respective insertion space, wherein the first operating members comprise load bearing organs operable for picking up and carrying packages, which load bearing organs extend substantially in a transverse direction relative to said side walls (11, 12), and which load bearing organs are movable in said insertion direction while projecting through the primary slits during placing of packages into the first row of insertion spaces. - one or more heating and/or cooling chambers; - an endless conveyor guided through the chambers; - a plurality of product carriers connected interspaced to the conveyor, in which each carrier comprises at least a first row of insertion spaces for packages to be placed in, which insertion spaces each have an insertion opening and which first row of insertion spaces is at least partly delimited by a first side wall and an opposite second side wall; and - an inlet station comprising one or more first operating members operable to move into and out of the insertion spaces for moving packages in an insertion direction into the insertion spaces; in which the conveyor is designed for transporting the carriers with packages placed in the insertion spaces thereof through the one or more heating and/or cooling chambers, characterized in that, the first side wall comprises at least one primary slit for each insertion space, which primary slit extends substantially in said insertion direction, and which primary slit opens out towards the insertion opening of said respective insertion space, wherein the first operating members comprise load bearing organs operable for picking up and carrying packages, which load bearing organs extend substantially in a transverse direction relative to said side walls (11, 12), and which load bearing organs are movable in said insertion direction while projecting through the primary slits during placing of packages into the first row of insertion spaces.
A heated wiper system for mounting on the wiper arms of a wiper assembly of a vehicle, the system comprising: a wiper blade arranged to be selectively mounted on a free end of each wiper arm, the wiper blade including a resilient wiper element having a passage extending through the wiper element in a longitudinal direction of the wiper element from an opening at one end of the wiper element; a heating element arranged to be received within the passage extending through each wiper element; the heating element being arranged for connection to an electrical supply arranged to supply electrical power to the heating elements; wherein the temperature of the heating element is controlled by controlling the power and/or current supplied to the element; characterized in that the current is controlled by a control unit having an algorithm for determining a required current which uses a resistance sensor for detecting a resistance value of the heating element, so that the control unit is responsive to the resistance value of the heating element installed and uses that resistance value to calculate the required power and/or the required current. a wiper blade arranged to be selectively mounted on a free end of each wiper arm, the wiper blade including a resilient wiper element having a passage extending through the wiper element in a longitudinal direction of the wiper element from an opening at one end of the wiper element; a heating element arranged to be received within the passage extending through each wiper element; the heating element being arranged for connection to an electrical supply arranged to supply electrical power to the heating elements; wherein the temperature of the heating element is controlled by controlling the power and/or current supplied to the element; characterized in that the current is controlled by a control unit having an algorithm for determining a required current which uses a resistance sensor for detecting a resistance value of the heating element, so that the control unit is responsive to the resistance value of the heating element installed and uses that resistance value to calculate the required power and/or the required current.
A computer-implemented method for mobile-device information routing and display in a networked computing system, the method being performed by at least one server in the networked computing system and comprising: generating a profile for a venue, the profile comprising a unique identifier for the venue and a geographic cell identifier to determine a map scale for the venue; storing the profile for the venue in a data storage area; identifying a first user of the online system as an expert on the venue, the first user's expertise determined based on location data in the data storage area describing locations visited by the first user, including associating the unique venue identifier with a unique user identifier for the first user; transmitting, responsive to identifying the first user as an expert on the venue, to a mobile device of the first user, a question about the venue submitted by a second user of the online system, the unique venue identifier, and the geographic cell identifier, thereby causing the mobile device of the first user to display, on a user interface of the mobile device, the question and a map at the map scale determined by the geographic cell identifier; receiving, from the mobile device, the unique venue identifier and a response to the question about the venue; and in response to receiving, from the mobile device, the unique venue identifier and the response to the question about the venue, updating, by the at least one server, the venue profile stored in the data storage area based on the response to the question. generating a profile for a venue, the profile comprising a unique identifier for the venue and a geographic cell identifier to determine a map scale for the venue; storing the profile for the venue in a data storage area; identifying a first user of the online system as an expert on the venue, the first user's expertise determined based on location data in the data storage area describing locations visited by the first user, including associating the unique venue identifier with a unique user identifier for the first user; transmitting, responsive to identifying the first user as an expert on the venue, to a mobile device of the first user, a question about the venue submitted by a second user of the online system, the unique venue identifier, and the geographic cell identifier, thereby causing the mobile device of the first user to display, on a user interface of the mobile device, the question and a map at the map scale determined by the geographic cell identifier; receiving, from the mobile device, the unique venue identifier and a response to the question about the venue; and in response to receiving, from the mobile device, the unique venue identifier and the response to the question about the venue, updating, by the at least one server, the venue profile stored in the data storage area based on the response to the question.