mhurhangee/patent-ind-claim-en huggingface dataset:
A resin formed article obtained by forming a resin composition that comprises a cycloolefin resin and a styrene-based thermoplastic elastomer, the styrene-based thermoplastic elastomer having a weight average molecular weight (Mw) of 20,000 to 150,000, and having a difference in refractive index (ΔnD) of more than -0.002 to less than +0.002 with respect to the cycloolefin resin, the refractive indices of the cycloolefin resin and the styrene-based thermoplastic elastomer being measured by applying light having a wavelength of 587.6 nm at 25°C, the resin composition having a residual ratio of 0.10 wt% or less when analyzed based on the residue on ignition test method specified in the Japanese Pharmacopeia, the resin composition having a light transmittance (optical path length: 3 mm) of 55% or more with respect to light having a wavelength of 450 nm when the resin composition is formed in a shape of a sheet having a thickness of 3.0 mm, and subjected to light transmittance measurement, and the resin composition having a Charpy impact strength of 5 to 40 kJ/m 2 when the resin composition is formed to have a thickness of 4.0 mm, a length of 80.0 mm, and a width of 10.0 mm, and subjected to the notched Charpy impact test specified in JIS K 7111-1 at 23°C.
Method of manufacturing a structural part of a motor vehicle made of composite material, characterized in that it comprises the steps of : - placing in a compression molding mold, at least one sheet of reinforcement fibers impregnated with thermosetting or thermoplastic resin, as well as an insert , the insert being composed of a closed sealed envelope containing a pressurized fluid; and - closing the mold by compressing the sheet and the insert at a compression pressure equal to or less than the pressure of the fluid. - placing in a compression molding mold, at least one sheet of reinforcement fibers impregnated with thermosetting or thermoplastic resin, as well as an insert , the insert being composed of a closed sealed envelope containing a pressurized fluid; and - closing the mold by compressing the sheet and the insert at a compression pressure equal to or less than the pressure of the fluid.
Hot-air cooker comprising: - a housing including an internal ventilation conduit provided with an air inlet and an air outlet; - an outer container , installed inside the housing ; - an upper cover , installed above the outer container ; the outer container and the upper cover constituting a cavity , the air inlet and air outlet of the ventilation conduit communicating with the cavity ; - an inner container , located inside the cavity ; - a fan , installed inside the ventilation conduit ; - a resistor , installed inside the ventilation conduit and adjacent to the fan, - a rotating mixer installed in the bottom of the inner container , - a motor installed at the bottom of the outer container, and of which the output shaft drives the mixer , characterised in that the cooker includes a heating plate located inside the cavity and through which passes the output shaft of the motor , the inner container being placed on the heating plate , and the food able to be heated by the heating plate and the resistor , at the same time or independently. - a housing including an internal ventilation conduit provided with an air inlet and an air outlet; - an outer container , installed inside the housing ; - an upper cover , installed above the outer container ; the outer container and the upper cover constituting a cavity , the air inlet and air outlet of the ventilation conduit communicating with the cavity ; - an inner container , located inside the cavity ; - a fan , installed inside the ventilation conduit ; - a resistor , installed inside the ventilation conduit and adjacent to the fan, - a rotating mixer installed in the bottom of the inner container , - a motor installed at the bottom of the outer container, and of which the output shaft drives the mixer ,
Method for reinforcing the attachment of a crosspiece , of transverse axis (B), of a torsionally resilient axle to a longitudinal arm of said axle , at least one transverse end section of the crosspiece being formed by a metal wall having a closed profile that ends in a free end edge of closed outline, the free end edge being attached along its entire length to the surface of the longitudinal arm , the free edge having at least one first portion , referred to as "highly loaded portion", and at least one second portion , referred to as "lightly loaded portion", characterized in that it comprises, after attachment of the crosspiece to the longitudinal arm , an operation of realizing a contraction of at least one zone , referred to as a prestress zone, of the wall of the crosspiece located transversely at a distance from the at least one lightly loaded portion of the free edge to create a transverse tensile prestress in a first part of the crosspiece wall tending to move the at least one lightly loaded portion away from the surface of the arm , this contraction creating, in reaction, a transverse compressive prestress in a second part of the crosspiece wall tending to clamp the at least one highly loaded portion of the free edge against the surface of the arm, the free end edge having two highly loaded portions arranged in a diametrically opposed manner with respect to the main axis (B) of the crosspiece and two lightly loaded portions arranged circumferentially, alternating with each highly loaded portion , the crosspiece having two separate prestress zones each arranged parallel to one of the associated lightly loaded portions , the operation of realizing a contraction of the prestress zone comprising the realization of a prestressing weld bead which is in each prestress zone arranged generally parallel to each lightly loaded portion of the free edge and at a distance from each lightly loaded portion of the free edge .
A light emitting device comprising: a semiconductor laser element ; a cap defining a through-hole allowing light from the semiconductor laser element to pass therethrough; and a wavelength converting member disposed in the through-hole defined in the cap , the wavelength converting member being configured to emit light that has a wavelength different from a wavelength of light from the semiconductor laser element ; wherein the cap includes a first member made of a ceramic, and a second member made of a metal material, wherein the through-hole includes a first through-hole penetrating the first member , and a second through-hole penetrating the second member , and wherein the wavelength converting member is disposed on the second member , wherein the second member is arranged closer to the semiconductor laser element than the first member is to the semiconductor laser element , and the opening diameter of the second through-hole is smaller than the opening diameter of the first through-hole . a semiconductor laser element ; a cap defining a through-hole allowing light from the semiconductor laser element to pass therethrough; and a wavelength converting member disposed in the through-hole defined in the cap , the wavelength converting member being configured to emit light that has a wavelength different from a wavelength of light from the semiconductor laser element ; wherein the cap includes a first member made of a ceramic, and a second member made of a metal material, wherein the through-hole includes a first through-hole penetrating the first member , and a second through-hole penetrating the second member , and wherein the wavelength converting member is disposed on the second member , wherein the second member is arranged closer to the semiconductor laser element than the first member is to the semiconductor laser element , and the opening diameter of the second through-hole is smaller than the opening diameter of the first through-hole .
A pin for a core layer of a heat exchanger, the pin being an additively manufactured pin having a first end and a second end and side surfaces extending from the first to the second end between an inlet side of the pin to an outlet side of the pin, the pin being characterized in that it has a rounded triangular cross-section that tapers from the inlet side of the pin to the outlet side of the pin, the side surfaces forming an extruded sinusoidal shape between the first end of the pin and the second end of the pin.
A method for controlling power supply of an electric device, the method comprising: controlling the power supply of an electric device using at least one switch, wherein said switch is controlled using an instruction signal; characterized in that receiving an instruction signal according to a predetermined signal pattern from a remote controlling device; comparing said instruction signal with at least one predetermined instruction signal pattern; and wherein when said received instruction signal corresponds with said at least one predetermined instruction signal pattern, the method further comprises providing said instruction signal to said at least one switch. controlling the power supply of an electric device using at least one switch, wherein said switch is controlled using an instruction signal; characterized in that receiving an instruction signal according to a predetermined signal pattern from a remote controlling device; comparing said instruction signal with at least one predetermined instruction signal pattern; and wherein when said received instruction signal corresponds with said at least one predetermined instruction signal pattern, the method further comprises providing said instruction signal to said at least one switch.
A computer implemented method of determining spot positioning for each field associated with a target volume, TV, said method comprising: accessing dose volume constraints and information associated with a TV structure and an associated organs at risk, OAR, structure; determining a respective density map for each of the TV structure and the OAR structure; using a minimum number of Monitor Units, MU, per spot constraint or a minimum number of protons per spot constraint, computing a respective minimum distance between spots for a portion of a field that overlaps with the TV structure and a portion of the field that overlaps with the OAR structure; and applying a rendering process to convert the density maps for each of the portions into a set of points; and using the set of points and the minimum distance between spots computed, determining a respective spot map for each of the portions. accessing dose volume constraints and information associated with a TV structure and an associated organs at risk, OAR, structure; determining a respective density map for each of the TV structure and the OAR structure; using a minimum number of Monitor Units, MU, per spot constraint or a minimum number of protons per spot constraint, computing a respective minimum distance between spots for a portion of a field that overlaps with the TV structure and a portion of the field that overlaps with the OAR structure; and applying a rendering process to convert the density maps for each of the portions into a set of points; and using the set of points and the minimum distance between spots computed, determining a respective spot map for each of the portions.
An actuator, in particular a switching device for the manual actuation of functions in a motor vehicle, having a handle , wherein the handle is mounted on a carrier such that the handle is adjustable in two different directions from a neutral position into at least one adjustment position assigned to the respective direction , by means of a pivoting movement, and having a means for detecting the adjustment positions, wherein the means for detecting the adjustment positions comprises a code carrier , which has an encoding for the adjustment positions, and a sensor detecting the encoding, such that all adjustment positions can be detected by means of the one code carrier , and wherein the code carrier interacts in such a way with the handle that the code carrier is linearly movable in two directions due to the pivoting movement of the handle , characterized in that the interaction of the handle with the code carrier is effected by means of a pin engaging in a slot , a first pin being arranged on the handle , wherein the pin engages in a slot of the code carrier , said slot running in one of the directions in which the code carrier is linearly movable, and wherein at least one further pin is arranged on the carrier , wherein the further pin engages in a slot of the code carrier , said slot running in the other direction in which the code carrier is linearly movable.
A method for the delivery of digital data to an end user from a network comprising at least two different data sources , each of the at least two different data sources deliver the digital data according to at least one parameter and whereby the at least two data sources have copies of the digital data comprising portions and are connected to the end user , the method comprising: - receiving a list of a subset of the at least two data sources ; - selecting on the basis of the list one or more of the subset of at least two data sources ; - delivering at least a portion of the digital data from the selected ones of the at least two data sources to the end user ; - receiving a message providing an indication of the digital data the end user has received; monitoring the at least one parameter for the delivery of the digital data to the end user ; and - adjusting a configuration of the selected ones of the at least two data sources on the basis of the indication of the digital data the end user has received and the monitored at least one parameter such that a combined configuration of the configurations of the selected ones of the at least two data sources matches a specification , wherein the at least one parameter comprises the cost of delivery of the digital data to the end user . - receiving a list of a subset of the at least two data sources ; - selecting on the basis of the list one or more of the subset of at least two data sources ; - delivering at least a portion of the digital data from the selected ones of the at least two data sources to the end user ; - receiving a message providing an indication of the digital data the end user has received; monitoring the at least one parameter for the delivery of the digital data to the end user ; and - adjusting a configuration of the selected ones of the at least two data sources on the basis of the indication of the digital data the end user has received and the monitored at least one parameter such that a combined configuration of the configurations of the selected ones of the at least two data sources matches a specification ,
A method of nuclear reprogramming of a mammalian somatic cell, the method comprising: contacting a population of mammalian somatic cells in vitro with (a) an effective dose of an innate immune response activator; and (b) a population of modified mRNA (mmRNA), wherein at least 1% of the mmRNA population comprises 5' triphosphate, encoding a cocktail of reprogramming or lineage specific transcriptional factors; for a period of time sufficient to reprogram or transdifferentiate said mammalian somatic cells to desired cell type of interest; wherein the innate immune response activator is provided by either the modified mRNA itself or a TLR3 or TLR4 agonist.
A variable deceleration ratio spherical aberration correction electrostatic lens arrangement comprising: an electrostatic lens comprising an axisymmetric or substantially axisymmetric non-spherical mesh having a concavity, and substantially axisymmetric electrodes (ELO to EL4); and an axisymmetric deceleration field generating electrode (EL5, EL6) disposed coaxially with said electrostatic lens, provided with a planar grid crossing the path of charged particles, said planar grid being suitable for forming a deceleration electric field and said planar grid being disposed on an exit side of the deceleration electric field; said mesh shape and an electric potential and a position of said electrodes being adjusted so that a charged particle generated from a point source is focused at a lens exit by said electrostatic lens; and said deceleration field generating electrode being disposed at a fore stage of a focusing point to adjust an applied potential for controlling a deceleration ratio of a charged particle, whereby a focusing angle can be kept almost constant regardless of the deceleration ratio by said planar grid. an electrostatic lens comprising an axisymmetric or substantially axisymmetric non-spherical mesh having a concavity, and substantially axisymmetric electrodes (ELO to EL4); and an axisymmetric deceleration field generating electrode (EL5, EL6) disposed coaxially with said electrostatic lens, provided with a planar grid crossing the path of charged particles, said planar grid being suitable for forming a deceleration electric field and said planar grid being disposed on an exit side of the deceleration electric field; said mesh shape and an electric potential and a position of said electrodes being adjusted so that a charged particle generated from a point source is focused at a lens exit by said electrostatic lens; and said deceleration field generating electrode being disposed at a fore stage of a focusing point to adjust an applied potential for controlling a deceleration ratio of a charged particle, whereby a focusing angle can be kept almost constant regardless of the deceleration ratio by said planar grid.
A Shiga toxin effector polypeptide comprising: i) an embedded or inserted, heterologous, CD8+ T-cell epitope; and ii) a disruption of at least one, endogenous, B-cell and/or CD4+ T-cell epitope region which does not overlap with the embedded or inserted, heterologous, CD8+ T-cell epitope; wherein the Shiga toxin effector polypeptide is capable of exhibiting a Shiga toxin effector function selected from one or more of: directing intracellular routing to the cytosol of a cell in which the polypeptide is present, directing intracellular routing with a cargo, inhibiting a ribosome function, enzymatically inactivating a ribosome, and cytotoxicity; and wherein the Shiga toxin effector polypeptide comprises or consists of a sequence that is at least 85% identical to a sequence selected from: (i) amino acids 75 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (ii) amino acids 1 to 241 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (iii) amino acids 1 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; and (iv) amino acids 1 to 261 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3. i) an embedded or inserted, heterologous, CD8+ T-cell epitope; and ii) a disruption of at least one, endogenous, B-cell and/or CD4+ T-cell epitope region which does not overlap with the embedded or inserted, heterologous, CD8+ T-cell epitope; directing intracellular routing to the cytosol of a cell in which the polypeptide is present, directing intracellular routing with a cargo, inhibiting a ribosome function, enzymatically inactivating a ribosome, and cytotoxicity; and (i) amino acids 75 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (ii) amino acids 1 to 241 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (iii) amino acids 1 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; and (iv) amino acids 1 to 261 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3.
A method for communication within a cooperative intelligent transport system , wherein said method comprises: - receiving (S2), in a first node of said cooperative intelligent transport system, a first intelligent transport system message from another node of said cooperative intelligent transport system; - identifying (S3), in said first node , a technology status of said another node; said technology status comprises information whether or not said first intelligent transport system message was transmitted configured according to a predetermined first intelligent transport system technology; characterised in that : said technology status further comprises information whether or not said first intelligent transport system message comprises a dual technology indicator in a layer above the transport layer, said dual technology indicator being an information element identifying that the node transmitting the first intelligent transport system message is capable of communicating intelligent transport system messages according to said first intelligent transport system technology as well as according to a predetermined second intelligent transport system technology. - receiving (S2), in a first node of said cooperative intelligent transport system, a first intelligent transport system message from another node of said cooperative intelligent transport system; - identifying (S3), in said first node , a technology status of said another node; said technology status comprises information whether or not said first intelligent transport system message was transmitted configured according to a predetermined first intelligent transport system technology; characterised in that : said technology status further comprises information whether or not said first intelligent transport system message comprises a dual technology indicator in a layer above the transport layer, said dual technology indicator being an information element identifying that the node transmitting the first intelligent transport system message is capable of communicating intelligent transport system messages according to said first intelligent transport system technology as well as according to a predetermined second intelligent transport system technology.
A method performed by a base station, BS , in a wireless communication system, the method comprising: detecting an energy on a channel of an unlicensed band; accessing the channel based on that the energy detected on the channel is less than an energy detection threshold; and performing a downlink, DL, transmission to a wireless device on the channel, wherein the energy detection threshold is different for different types of the DL transmission, characterized in that the different types of the DL transmission include a discovery signal transmission and a data transmission, and wherein the energy detection threshold for the discovery signal transmission is higher than the energy detection threshold for the data transmission. detecting an energy on a channel of an unlicensed band; accessing the channel based on that the energy detected on the channel is less than an energy detection threshold; and performing a downlink, DL, transmission to a wireless device on the channel, wherein the energy detection threshold is different for different types of the DL transmission, characterized in that the different types of the DL transmission include a discovery signal transmission and a data transmission, and wherein the energy detection threshold for the discovery signal transmission is higher than the energy detection threshold for the data transmission.