mhurhangee/patent-ind-claim-en huggingface dataset:
A molding apparatus configured to injection mold an opening device on a molding area of a sheet of packaging material adapted for packing a pourable product; said molding apparatus comprising a first molding unit and a second molding unit , arranged in use on opposite sides of said sheet of packaging material and configured to cooperate in contact with said sheet of packaging material, so as to injection mold a wall portion of said opening device on said sheet of packaging material at said molding area ; said first molding unit comprising, in turn, a first molding element and a second molding element , which are movable between: - a closed position, in which said first molding element and said second molding element cooperate in contact, so as to delimit at least part of a mold cavity adapted to be filled with molten material for forming a pull-member of said opening device designed to be pulled, in use, for tearing said wall portion ; and - an open position, in which said first molding element and said second molding element are spaced apart from one another; said mold cavity being delimited at least by a first surface defined by said first molding element and a second surface defined by said second molding element ; further comprising a third molding unit configured to cooperate with said first molding element and said second molding element , so as to delimit, together with said first molding element and said second molding element , said mold cavity ; characterised by said third molding unit defining a third surface , which, when said first molding element and said second molding element are in said closed position, faces said first surface and said second surface , thereby delimiting, together with said first surface and said second surface , said mold cavity ; said third surface being shaped so as to be equidistant from said first surface and said second surface , when said first molding element and said second molding element are in said closed position. - a closed position, in which said first molding element and said second molding element cooperate in contact, so as to delimit at least part of a mold cavity adapted to be filled with molten material for forming a pull-member of said opening device designed to be pulled, in use, for tearing said wall portion ; and - an open position, in which said first molding element and said second molding element are spaced apart from one another;
An access control method performed by a service router in a virtual extensible local area network, VXLAN , including an access device and the service router , wherein a user equipment connects to the access device , the access device connects to the service router and wherein the service router connects to an authentication server , the method comprising the steps of: receiving , by the service router , a VXLAN request packet sent by the access device , wherein the VXLAN request packet is obtained by encapsulating an Internet Protocol, IP, request packet sent by a user through the user equipment , and the VXLAN request packet comprises an IP address of the access device in a VXLAN header and authentication information of the user; parsing , by the service router , the VXLAN request packet to obtain the IP address of the access device and the authentication information of the user; sending , by the service router , the IP address of the access device and the authentication information of the user to the authentication server , so that the authentication server authenticates the user based on an authentication rule pre-configured in the authentication server, wherein the authentication rule comprises the IP address of the access device and the authentication information of the user; receiving , by the service router , an authentication result sent by the authentication server ; and, controlling , by the service router , the user according to the authentication result., receiving , by the service router , a VXLAN request packet sent by the access device , wherein the VXLAN request packet is obtained by encapsulating an Internet Protocol, IP, request packet sent by a user through the user equipment , and the VXLAN request packet comprises an IP address of the access device in a VXLAN header and authentication information of the user; parsing , by the service router , the VXLAN request packet to obtain the IP address of the access device and the authentication information of the user; sending , by the service router , the IP address of the access device and the authentication information of the user to the authentication server , so that the authentication server authenticates the user based on an authentication rule pre-configured in the authentication server, wherein the authentication rule comprises the IP address of the access device and the authentication information of the user; receiving , by the service router , an authentication result sent by the authentication server ; and, controlling , by the service router , the user according to the authentication result.,
Surgical instrument for connection to a supplying surgery device , with a handle which is connected to a device plug via a line for connection to the surgery device , with at least one functional element which is held by the handle and is supplied with active medium from the supplying surgery device via the line , with several operating elements which are arranged on the handle , with a microcontroller which is arranged in the handle and connected to the operating elements , is supplied with electrical energy via the line and communicates data-transmissively with the supplying surgery device via data communication, characterised in that two cores are provided in the line for data transmission, wherein the microcontroller transmits and/or receives the data to be transmitted on one core and the data in physically inverted state on the other core .
Container for emanating volatile substances, comprising a container body having at least one opening closed by a lid film, said lid film comprising an outer multi-layer film having at least one barrier layer impermeable to the volatile substances, a coextruded inner multi-layer film having at least one layer permeable to the volatile substances, the coextruded inner multi-layer film being bonded on one side to the outer multi-layer film and on another side to the container, the coextruded inner multi-layer film consisting of at least a polyethylene layer, a release layer comprising a polymer selected from the group consisting of EVOH and PETg, a peelable interface interposed between the release layer and a layer permeable to the volatile substances, whereby said permeable layer comprises an outer layer made of a polymer blend of mVLDLLDPE, LDPE, and LLDPE, a core layer made of a polymer blend of mVLDLLDPE, and LDPE or preferably LLDPE, and a sealing layer made of a polymer blend of mVLDLLDPE, LDPE, and LLDPE, said permeable layer being sealed to the container and providing an evaporation rate of the volatile substances of at least 30% of a maximal evaporation rate of an opening not covered by said permeable layer, whereby the evaporation rate is measured as described in the description.
A microneedle sheet comprising a plurality of microneedles formed on a sheet generally along a principal surface of the sheet, characterized in that the microneedles are formed of a material selected from among polyvinyl alcohol, and a graft copolymer of polyvinyl alcohol and polyethylene glycol, the sheet has a thickness of 30 to 100 μm, and the microneedles are raised from the principal surface by bending the sheet, and the raised microneedles pierce skin. the microneedles are formed of a material selected from among polyvinyl alcohol, and a graft copolymer of polyvinyl alcohol and polyethylene glycol, the sheet has a thickness of 30 to 100 μm, and the microneedles are raised from the principal surface by bending the sheet, and the raised microneedles pierce skin.
Aqueous, peel-off nail varnish composition containing as film-forming agent an aqueous polyurethane dispersion, characterized in that it further comprises from 2 to 5 weight % of an aqueous dispersion of anionic colloidal silica containing sodium or ammonium counter-ions and between 30 and 40 weight % of silica particles.
An apparatus for determining the abnormal electrical potential points from the ventricular myocardium that requires ablation, comprising: a module for amplification and analogue filtering, an analogue - digital signal converter , a hardware device , for digital real time processing of data, by means of a software , of signals received from an EKG device and from a catheter , the abnormal electrical potentials from the ventricular myocardium being identified by the software , the software , configured to analyse the signal received from the catheter , respectively amplitude, duration, synchronization with a QRS complex of the signal coming from EKG surface electrodes, as well as the spectral fragmentation (FFT analysis) to establish search intervals and exclusion conditions, activating an exclusion condition for eventual artifact signals, a signal from the catheter being considered normal and other search intervals being automatically ignored if a level of the catheter signal is over a first voltage threshold of 1.5 mV, in a search interval of up to 50 ms after the beginning of the QRS complex, the Q point respectively, and activates a condition for detection of the abnormal signal, if the level of the catheter signal has an amplitude over a second voltage threshold under 0.5 mV, and is situated in a search interval of up to 50 ms before and up to 100 ms after the end of the QRS complex, the S point respectively; and a display for displaying the signals received from the EKG device and from the catheter , and the abnormal electrical potentials from the ventricular myocardium. a module for amplification and analogue filtering, an analogue - digital signal converter , a hardware device , for digital real time processing of data, by means of a software , of signals received from an EKG device and from a catheter , the abnormal electrical potentials from the ventricular myocardium being identified by the software , the software , configured to analyse the signal received from the catheter , respectively amplitude, duration, synchronization with a QRS complex of the signal coming from EKG surface electrodes, as well as the spectral fragmentation (FFT analysis) to establish search intervals and exclusion conditions, activating an exclusion condition for eventual artifact signals, a signal from the catheter being considered normal and other search intervals being automatically ignored if a level of the catheter signal is over a first voltage threshold of 1.5 mV, in a search interval of up to 50 ms after the beginning of the QRS complex, the Q point respectively, and activates a condition for detection of the abnormal signal, if the level of the catheter signal has an amplitude over a second voltage threshold under 0.5 mV, and is situated in a search interval of up to 50 ms before and up to 100 ms after the end of the QRS complex, the S point respectively; and
A method (50A; 50B) for fabricating a prepreg ply assembly comprising: orienting a plurality of prepreg plies , said prepreg plies comprising a prepreg ply front surface and a prepreg ply back surface; applying an amount of a particulate material to at least a predetermined location of at least one of the prepreg ply front surface and the prepreg ply back surface of at least a predetermined number of prepreg plies, wherein an average particle diameter of the particulate material is from about 0.1 to about 10 microns; by a predetermined amount varying slippage of at least one of the prepreg ply front surface and the prepreg ply back surface of at least a predetermined location of at least one of the prepreg ply front surface and prepreg ply back surface of at least a predetermined number of prepreg plies; and orienting the plurality of the prepreg plies into a prepreg ply assembly. orienting a plurality of prepreg plies , said prepreg plies comprising a prepreg ply front surface and a prepreg ply back surface; applying an amount of a particulate material to at least a predetermined location of at least one of the prepreg ply front surface and the prepreg ply back surface of at least a predetermined number of prepreg plies, wherein an average particle diameter of the particulate material is from about 0.1 to about 10 microns; by a predetermined amount varying slippage of at least one of the prepreg ply front surface and the prepreg ply back surface of at least a predetermined location of at least one of the prepreg ply front surface and prepreg ply back surface of at least a predetermined number of prepreg plies; and orienting the plurality of the prepreg plies into a prepreg ply assembly.
Anterior part (P1) of a nacelle of an aircraft propulsion system, said anterior part (P1) having a front end allowing air to enter and a rear end, said anterior part (P1) having: - an air inlet lip disposed at said front end, - an internal structure extending an interior surface of the air inlet lip , - an external panel extending an exterior surface of the air inlet lip , - a rigidifying frame that is annular about a longitudinal axis (A) of extension of the nacelle, said rigidifying frame being disposed at said rear end of said anterior part (P1), said rigidifying frame comprising an external peripheral edge connected to said external panel , said anterior part of the nacelle also having an annular shield , which is positioned in front of the rigidifying frame and connects an internal peripheral edge of the rigidifying frame to said internal structure , said shield having a portion extending towards the external panel beyond the internal peripheral edge of the rigidifying frame, characterized in that said portion forms a non-zero angle with respect to said rigidifying frame so as to form a free space with respect to said rigidifying frame behind said portion, allowing said shield to deform in the event of an impact of a foreign object entering through the air inlet lip and striking said shield , so as to absorb all or some of the impact energy. - an air inlet lip disposed at said front end, - an internal structure extending an interior surface of the air inlet lip , - an external panel extending an exterior surface of the air inlet lip , - a rigidifying frame that is annular about a longitudinal axis (A) of extension of the nacelle, said rigidifying frame being disposed at said rear end of said anterior part (P1), said rigidifying frame comprising an external peripheral edge connected to said external panel , said anterior part of the nacelle also having an annular shield , which is positioned in front of the rigidifying frame and connects an internal peripheral edge of the rigidifying frame to said internal structure , said shield having a portion extending towards the external panel beyond the internal peripheral edge of the rigidifying frame, characterized in that said portion forms a non-zero angle with respect to said rigidifying frame so as to form a free space with respect to said rigidifying frame behind said portion, allowing said shield to deform in the event of an impact of a foreign object entering through the air inlet lip and striking said shield , so as to absorb all or some of the impact energy.
A method of wireless communication in unlicensed spectrum, the method performed by a base station, comprising: determining a plurality of narrowband channels in the unlicensed spectrum, and configuring a paging super frame window to include a plurality of non-anchor hopping frames, each of the plurality of non-anchor hopping frames arranged to be located on a different non-anchor channel of the narrowband channels, each of the plurality of non-anchor hopping frames arranged to include a paging frame window; transmitting information indicating the paging super frame window to at least one UE; performing a listen-before-talk, LBT, procedure up to a threshold number of attempts at a frame boundary of each of the plurality non-anchor hopping frames in the paging super frame window, the LBT procedure being performed until one of the attempts succeeds; transmitting a transmission preamble associated with at least a first non-anchor hopping frame for which the LBT procedure succeeds; and transmitting a paging message in the paging frame window of the first non-anchor hopping frame, following the transmitting of the transmission preamble. determining a plurality of narrowband channels in the unlicensed spectrum, and configuring a paging super frame window to include a plurality of non-anchor hopping frames, each of the plurality of non-anchor hopping frames arranged to be located on a different non-anchor channel of the narrowband channels, each of the plurality of non-anchor hopping frames arranged to include a paging frame window; transmitting information indicating the paging super frame window to at least one UE; performing a listen-before-talk, LBT, procedure up to a threshold number of attempts at a frame boundary of each of the plurality non-anchor hopping frames in the paging super frame window, the LBT procedure being performed until one of the attempts succeeds; transmitting a transmission preamble associated with at least a first non-anchor hopping frame for which the LBT procedure succeeds; and transmitting a paging message in the paging frame window of the first non-anchor hopping frame, following the transmitting of the transmission preamble.
A bispecific antibody for use in a method of treatment of Trop-2 expressing cancer by inducing an immune response to a Trop-2 expressing cancer, wherein the method comprises administering the bispecific antibody and a checkpoint inhibitor antibody to a subject with a Trop-2 expressing cancer, wherein the bispecific antibody comprises a first antibody fragment and a second antibody fragment, wherein both the first antibody fragment and the second antibody fragment are each an scFv and, wherein the bispecific antibody comprises one binding site for Trop-2 and one binding site for CD3, and wherein the bispecific antibody comprises the amino acid sequence of SEQ ID NO: 107 binding to Trop-2.
A dehydrogenation catalyst comprising from 50 to 90% by weight of at least one iron compound, calculated as Fe 2 O 3 ; from 1 to 30% by weight of at least one potassium compound, calculated as K 2 O; from 2 to 25% by weight of at least one cerium compound, calculated as CeO 2 ; from 0.1 to 10% by weight of at least one magnesium compound, calculated as MgO; from 0.1 to 10% by weight of at least one calcium compound, calculated as CaO; from 0.1 to 10% by weight of at least one molybdenum compound, calculated as MoO 3 ; from 1 to 1000 ppm of at least one titanium compound, calculated as TiO 2 ; and from 0 to 30% by weight of at least one further component; wherein the at least one iron compound and the at least one potassium compound are at least partly present in the form of one or more K/Fe mixed oxide phases of the general formula K x Fe y O z , where x is a number from 1 to 17; y is a number from 1 to 22 and z is a number from 2 to 34, where the catalyst comprises at least 60% by weight, based on the total catalyst, of the one or more K/Fe mixed oxide phases and where the catalyst comprises crystalline cerium dioxide having a crystallite size in the range from 12 nm to 22 nm, where the proportion of K/Fe mixed oxide phase and the crystallite size are determined by means of X-ray diffraction. from 50 to 90% by weight of at least one iron compound, calculated as Fe 2 O 3 ; from 1 to 30% by weight of at least one potassium compound, calculated as K 2 O; from 2 to 25% by weight of at least one cerium compound, calculated as CeO 2 ; from 0.1 to 10% by weight of at least one magnesium compound, calculated as MgO; from 0.1 to 10% by weight of at least one calcium compound, calculated as CaO; from 0.1 to 10% by weight of at least one molybdenum compound, calculated as MoO 3 ; from 1 to 1000 ppm of at least one titanium compound, calculated as TiO 2 ; and from 0 to 30% by weight of at least one further component; wherein the at least one iron compound and the at least one potassium compound are at least partly present in the form of one or more K/Fe mixed oxide phases of the general formula K x Fe y O z , where x is a number from 1 to 17; y is a number from 1 to 22 and z is a number from 2 to 34, where the catalyst comprises at least 60% by weight, based on the total catalyst, of the one or more K/Fe mixed oxide phases and where the catalyst comprises crystalline cerium dioxide having a crystallite size in the range from 12 nm to 22 nm, where the proportion of K/Fe mixed oxide phase and the crystallite size are determined by means of X-ray diffraction.
An apparatus useful for examining metastasis of cancer cells, comprising: a primary chamber including a primary organoid that comprises mammalian cancer cells; at least one secondary chamber, wherein the at least one secondary chamber comprises a secondary organoid; a fluid circuit that, in operation, is a closed fluidic system and provides fluid flow through the primary chamber and through the at least one secondary chamber in the same fluid path, wherein the circuit comprises at least one primary conduit connecting said primary and secondary chambers and providing fluid communication therebetween; a growth media in said primary chamber, said at least one secondary chamber, and said primary conduit; a pump operatively associated with said primary chamber for circulating said growth media from said primary chamber to said at least one secondary chamber; and a return conduit operatively associated with said primary and said at least one secondary chamber for returning growth media circulated through said at least one secondary chamber to said primary chamber; wherein said primary and secondary organoids further comprise a hydrogel comprising thiolated hyaluronic acid, thiolated gelatin, and polyethylene glycol diacrylate. a primary chamber including a primary organoid that comprises mammalian cancer cells; at least one secondary chamber, wherein the at least one secondary chamber comprises a secondary organoid; a fluid circuit that, in operation, is a closed fluidic system and provides fluid flow through the primary chamber and through the at least one secondary chamber in the same fluid path, wherein the circuit comprises at least one primary conduit connecting said primary and secondary chambers and providing fluid communication therebetween; a growth media in said primary chamber, said at least one secondary chamber, and said primary conduit; a pump operatively associated with said primary chamber for circulating said growth media from said primary chamber to said at least one secondary chamber; and a return conduit operatively associated with said primary and said at least one secondary chamber for returning growth media circulated through said at least one secondary chamber to said primary chamber; wherein said primary and secondary organoids further comprise a hydrogel comprising thiolated hyaluronic acid, thiolated gelatin, and polyethylene glycol diacrylate.
Robot-controlled shaping tool for shaping, in particular hemming, workpieces , wherein the shaping tool has a robot connection and a frame with a pressing element , in particular a hemming roller, which is adjustably guided thereon, characterized in that the shaping tool has a sensing device for the pressing force (F) and an adjustment device which is open-loop or closed-loop controlled by the sensing device and has the purpose of adjusting the pressing element .