mhurhangee/ep-ind-claims huggingface dataset:
A process to form an olefin-based polymer, said process comprising at least the following steps: a) polymerizing a reaction mixture comprising an olefin, in at least one reactor, in a solution polymerization, to form a polymer solution; b) feeding at least a portion of the polymer solution through at least one devolatilizer, to form the olefin-based polymer, in melt form; c) feeding at least a portion of the olefin-based polymer, in melt, form through a heat exchanger, and then into a pastillation apparatus to form polymer particles; where the viscosity (η (in cP)) of the olefin-based polymer at the temperature of the olefin-based polymer at the droplet former (T, °C) meets the following relationship: ln η ≤ 0.028 T − b T − T 0 + 2.96, where the coefficient b indicates the temperature sensitivity of the viscosity of the olefin-based polymer; T 0 is a reference temperature (177°C), and T > T m + 20°C where T m is the melting point of the olefin based polymer; and T is the temperature of the olefin-based polymer at the droplet former; and where η = η 0 e -b(T-T 0), where η 0 is the viscosity (cP) of the olefin-based polymer at 177°C; wherein the olefin-based polymer has a melt viscosity (177°C) from 500 to 10000 cP; wherein the melt viscosity is determined by ASTM D3236; wherein the pastillation apparatus includes a droplet former, a heated hood, a conveying belt and a chilled water spray; wherein the olefin-based polymer comprises 50 wt% or a majority amount of polymerized olefin, based on the weight of the polymer, and, optionally, may comprise at least one comonomer. a) polymerizing a reaction mixture comprising an olefin, in at least one reactor, in a solution polymerization, to form a polymer solution; b) feeding at least a portion of the polymer solution through at least one devolatilizer, to form the olefin-based polymer, in melt form; c) feeding at least a portion of the olefin-based polymer, in melt, form through a heat exchanger, and then into a pastillation apparatus to form polymer particles; where the viscosity (η (in cP)) of the olefin-based polymer at the temperature of the olefin-based polymer at the droplet former (T, °C) meets the following relationship: ln η ≤ 0.028 T − b T − T 0 + 2.96, where the coefficient b indicates the temperature sensitivity of the viscosity of the olefin-based polymer; T 0 is a reference temperature (177°C), and T > T m + 20°C where T m is the melting point of the olefin based polymer; and T is the temperature of the olefin-based polymer at the droplet former; and where η = η 0 e -b(T-T 0), where η 0 is the viscosity (cP) of the olefin-based polymer at 177°C; wherein the olefin-based polymer has a melt viscosity (177°C) from 500 to 10000 cP; wherein the melt viscosity is determined by ASTM D3236; wherein the pastillation apparatus includes a droplet former, a heated hood, a conveying belt and a chilled water spray; wherein the olefin-based polymer comprises 50 wt% or a majority amount of polymerized olefin, based on the weight of the polymer, and, optionally, may comprise at least one comonomer.
A computer-implemented method for determining a semantic description of the content of an image comprising the steps of: - receiving a vector representative of visual characteristics extracted from an image; - determining an initial semantic signature for said image, said initial semantic signature being obtained by applying individual visual models to the received vector, said individual visual models having been learned during a learning phase operated over a plurality of images which constitutes a database of reference images containing a plurality of individual visual concepts, said initial semantic signature being an initial vector, each component of which being a value of probability of appearance, in said image, of an individual visual concept from among the plurality of individual visual concepts; - receiving grouping models for segmenting the individual visual concepts into groups, each group of concepts grouping individual visual concepts based on a visual and/or semantic similarity; characterised in that it further comprises the following step of: - applying the grouping models to the initial vector of the initial semantic signature to obtain a modified vector, the components of which correspond to groups determined by applying a filtering rule for each group in order to keep within each group the highest probability or probabilities and to discard low probabilities, a new semantic signature being obtained from the modified vector. - receiving a vector representative of visual characteristics extracted from an image; - determining an initial semantic signature for said image, said initial semantic signature being obtained by applying individual visual models to the received vector, said individual visual models having been learned during a learning phase operated over a plurality of images which constitutes a database of reference images containing a plurality of individual visual concepts, said initial semantic signature being an initial vector, each component of which being a value of probability of appearance, in said image, of an individual visual concept from among the plurality of individual visual concepts; - receiving grouping models for segmenting the individual visual concepts into groups, each group of concepts grouping individual visual concepts based on a visual and/or semantic similarity; characterised in that it further comprises the following step of: - applying the grouping models to the initial vector of the initial semantic signature to obtain a modified vector, the components of which correspond to groups determined by applying a filtering rule for each group in order to keep within each group the highest probability or probabilities and to discard low probabilities, a new semantic signature being obtained from the modified vector.
A refrigerator comprising: a body; a storage compartment (20, 30) formed at an inside of the body; an inner door comprising an opening, an inner panel having an upper side frame, a lower side frame, a left side frame and a right side frame, wherein the inner door rotatably coupled to the body, and an outer door rotatably coupled to the body to open and close the opening, wherein said opening of the inner door corresponds to the storage compartment (20, 30), wherein the inner door further comprises an outer panel coupled to said inner panel, characterized in that it comprises at least one first reinforcing member configured to connect the left side frame to the right side frame, while traversing the opening to prevent the inner door from being distorted, and wherein a plurality of door guards are provided at the opening. a body; a storage compartment (20, 30) formed at an inside of the body; an inner door comprising an opening, an inner panel having an upper side frame, a lower side frame, a left side frame and a right side frame, wherein the inner door rotatably coupled to the body, and an outer door rotatably coupled to the body to open and close the opening, wherein said opening of the inner door corresponds to the storage compartment (20, 30), wherein the inner door further comprises an outer panel coupled to said inner panel, characterized in that it comprises at least one first reinforcing member configured to connect the left side frame to the right side frame, while traversing the opening to prevent the inner door from being distorted, and wherein a plurality of door guards are provided at the opening.
Transportable module body for displaying media contents, comprising a module base body with at least one visible surface (11, 12) for arranging at least one display means (20 - 24) and a support area, at least one display means (20 - 24) attached to the visible surface (11, 12) for displaying changing and/or moving media contents, wherein the module base body is constructed in such a way that the at least one visible surface (11, 12) forms an angle between 0 - 90° with respect to the support area in a display mode of the module body, wherein the module base body and the at least one display means (20 - 24) are reversibly deformable, characterized in that the module body is formed of a fluid-tight membrane and comprises at least one valve for admitting and discharging a fluid, the module body being transferable into the display mode by introducing the fluid.
A carbon-based semiconductor material comprising: reduced graphene oxide, r-GO, and carbon nanotubes, CNT, wherein a mass/mass ratio of CNT to r-GO is 0.6 to 0.7. reduced graphene oxide, r-GO, and carbon nanotubes, CNT, wherein a mass/mass ratio of CNT to r-GO is 0.6 to 0.7.
Timepiece resonator comprising a base, a felloe, an elastic member and a pin, the elastic member connecting the felloe to the base and guiding oscillations of the felloe with respect to the base about a virtual axis of rotation, the pin being intended to cooperate with a fork of an escapement (7, 8) in order to maintain said oscillations, characterised in that the pin is carried by a free end of a support member extending from the felloe towards the virtual axis of rotation and forming a rigid part with the felloe.
A method for realizing a heterogeneous-system same-frequency networking, wherein the heterogeneous-system refers to two different systems, comprising: compressing a frequency bandwidth used actually by a first system in same-frequency neighbor cells to make the frequency bandwidth smaller than a preset bandwidth demand value; and staggering frequency bands used by the first system and a second system of the same-frequency neighbor cells; characterized in that the staggering frequency bands used by the first system and the second system of the same-frequency neighbor cells comprises: adjusting a central frequency of a second system cell in the same-frequency neighbor cells to make a spectrum of the second system cell abut against an edge of a non-overlapping spectrum between the same-frequency neighbor cells. compressing a frequency bandwidth used actually by a first system in same-frequency neighbor cells to make the frequency bandwidth smaller than a preset bandwidth demand value; and staggering frequency bands used by the first system and a second system of the same-frequency neighbor cells; characterized in that the staggering frequency bands used by the first system and the second system of the same-frequency neighbor cells comprises: adjusting a central frequency of a second system cell in the same-frequency neighbor cells to make a spectrum of the second system cell abut against an edge of a non-overlapping spectrum between the same-frequency neighbor cells.
An apparatus for wireless communication, comprising: a memory coupled to at least one processor, wherein: the at least one processor configured to receive data and a first pilot from a first station, and to resend the data and to send a second pilot to a second station, and to further receive, from the first station, information indicative of a first pilot format associated with a first transmission mode, and information indicative of a second pilot format associated with a second transmission mode, the first transmission mode and second transmission mode being selected from among multiple transmission modes comprising full usage of subcarriers, FUSC, partial usage of subcarriers, PUSC, and band adaptive modulation and coding, AMC; wherein the first pilot is received in accordance with the first pilot format and the second pilot is sent in accordance with the second pilot format; and wherein the at least one processor is further configured to receive channel information from the second station, the channel information being derived by the second station based on the second pilot, and to select a rate for data transmission to the second station based on the channel information. the at least one processor configured to receive data and a first pilot from a first station, and to resend the data and to send a second pilot to a second station, and to further receive, from the first station, information indicative of a first pilot format associated with a first transmission mode, and information indicative of a second pilot format associated with a second transmission mode, the first transmission mode and second transmission mode being selected from among multiple transmission modes comprising full usage of subcarriers, FUSC, partial usage of subcarriers, PUSC, and band adaptive modulation and coding, AMC; wherein the first pilot is received in accordance with the first pilot format and the second pilot is sent in accordance with the second pilot format; and
A device comprising a device composition comprising: a ceramic composition comprising: silica; and cristobalite in an amount greater than 2.5% and less than 10% by weight of the device composition; a cycloaliphatic epoxy binder composition present in the device composition in an amount up to 30% by weight of the device composition; and a silicone composition comprising a siloxane resin, the silicone composition present in the device composition in an amount up to 30% by weight of the device composition, wherein the device defines a plurality of wall surfaces, a wall surface from the plurality of wall surfaces comprising a plurality of 3-dimensional microfeatures comprising at least one protruding undercut, the plurality of wall surfaces defining a periphery of a layer-less volume. a ceramic composition comprising: silica; and cristobalite in an amount greater than 2.5% and less than 10% by weight of the device composition; silica; and cristobalite in an amount greater than 2.5% and less than 10% by weight of the device composition; a cycloaliphatic epoxy binder composition present in the device composition in an amount up to 30% by weight of the device composition; and a silicone composition comprising a siloxane resin, the silicone composition present in the device composition in an amount up to 30% by weight of the device composition, wherein the device defines a plurality of wall surfaces, a wall surface from the plurality of wall surfaces comprising a plurality of 3-dimensional microfeatures comprising at least one protruding undercut, the plurality of wall surfaces defining a periphery of a layer-less volume.
A method for storing a datum with a number of bits in a memory device of a data carrier, in particular a portable data carrier, wherein the memory device has a memory with at least a first and a second data element (15, 16) each of which comprising a number of binary memory cells that corresponds to the number of bits of the datum, wherein each memory cell is switchable by a programming operation between a deleted and a written state, and wherein the memory is asymmetric with reference to write operations whereby the written state is obtained, and deletion operations whereby the deleted state is obtained, wherein - it is checked by a logic unit of the memory device whether the datum to be stored can be generated from a modification of respective memory cells of the first and/ or second data element (15, 16) which are logically linked, under the condition that each memory cell of the first and/ or second data element (15, 16) to be modified in order to generate the datum can be carried out exclusively by the same type of programming operation, and - if the condition is fulfilled, the datum is generated by the programming operation of the respective memory cells of the first and/ or second data element (15, 16). - it is checked by a logic unit of the memory device whether the datum to be stored can be generated from a modification of respective memory cells of the first and/ or second data element (15, 16) which are logically linked, under the condition that each memory cell of the first and/ or second data element (15, 16) to be modified in order to generate the datum can be carried out exclusively by the same type of programming operation, and - if the condition is fulfilled, the datum is generated by the programming operation of the respective memory cells of the first and/ or second data element (15, 16).
A method implemented by a network gateway, GW, for delivering downlink data packets of a session to a mobile station during inter Radio Access Technology, RAT, handover of said mobile station from a source Radio Access Network, RAN, of a source RAT to a target RAN of a target RAT different than the source RAT, wherein either the source and target RANs are Evolved UMTS RAN, E-UTRAN and an High Rate Data Packet, HRPD, RAN, respectively, or the source and target RANs are an HRPD RAN and an E-UTRAN, respectively, the method comprising: sending one or more first data packets for a bearer stream of the session to a source gateway in the source RAN; sending an end-marker packet indicating the end of the first data packets for the bearer stream of the session to the source gateway; sending one or more second data packets for the session to a target gateway in the target RAN; and sending an empty GRE, Generic Routing Encapsulation packet to the target gateway after sending the end-marker packet and before sending the second data packets to indicate the start of the second data packets. sending one or more first data packets for a bearer stream of the session to a source gateway in the source RAN; sending an end-marker packet indicating the end of the first data packets for the bearer stream of the session to the source gateway; sending one or more second data packets for the session to a target gateway in the target RAN; and sending an empty GRE, Generic Routing Encapsulation packet to the target gateway after sending the end-marker packet and before sending the second data packets to indicate the start of the second data packets.
Device for the treatment of a pumpable medium by means of a high voltage pulse having a treatment space with a cross-section having a first radius about a central longitudinal axis, a first electrode surface (3, 11) and a second electrode surface (4, 12) that is axially spaced from the first electrode surface (3, 11), wherein in the axial distance between the first electrode surface (3, 11) and the second electrode surface (4, 12) an isolator (2, 2') is arranged and the first and the second electrode surfaces (3, 11,4, 12) can be subjected to electrical energy of opposite polarity, wherein in the treatment space a rod-shaped element is arranged, which delimits the cross-section by its second radius, wherein the first electrode surface (3, 11) and the second electrode surface (4, 12) are at least partially arranged in the second radius on the rod-shaped element, characterized in that between the portion of the first electrode surface that is arranged in the first radius about the central longitudinal axis, and the portion of the first electrode surface, which is arranged in the second radius about the central longitudinal axis, there is fixed an electrically conductive connecting piece, forming the carrier for the rod-shaped element and the second electrode surface arranged thereon, and in the axial pipe section, in which the second electrode surface is arranged on the rod-shaped element, a spaced-apart contact surface is arranged in the first radius, and in that the distance, in which the partial first electrode surface is arranged from the partial second electrode surface in the first radius, is larger than the distance of the partial first electrode surface from the partial second electrode surface in the second radius.
Method for controlling a motor vehicle, comprising: - a checking step during which a computer on board the motor vehicle checks whether the motor vehicle is entering a curve (21; 22) or in a curve (21; 22), and then, if such is the case, - an acquisition step of acquiring a lateral acceleration (d 2 y est /dt 2) experienced by the motor vehicle, - a determination step during which the computer determines a longitudinal-speed setpoint (dx*/dt) as a function of the lateral acceleration (d 2 y est /dt 2) acquired, and - a control step during which the vehicle is controlled according to the longitudinal-speed setpoint (dx*/dt), and wherein the derivative of the longitudinal-speed setpoint (dx*/dt) has a value that is dependent upon an angle of inclination (α) of the steering wheel of the motor vehicle and is determined so as to have: - a value of zero if the angle of inclination (α) is zero, - a maximum value if the angle of inclination (α) is equal to a maximum determined according to the radius of curvature of the curve (21; 22), and otherwise - a value that is dependent on the angle of inclination (α) and that is between zero and said maximum value. - a checking step during which a computer on board the motor vehicle checks whether the motor vehicle is entering a curve (21; 22) or in a curve (21; 22), and then, if such is the case, - an acquisition step of acquiring a lateral acceleration (d 2 y est /dt 2) experienced by the motor vehicle, - a determination step during which the computer determines a longitudinal-speed setpoint (dx*/dt) as a function of the lateral acceleration (d 2 y est /dt 2) acquired, and - a control step during which the vehicle is controlled according to the longitudinal-speed setpoint (dx*/dt), - a value of zero if the angle of inclination (α) is zero, - a maximum value if the angle of inclination (α) is equal to a maximum determined according to the radius of curvature of the curve (21; 22), and otherwise - a value that is dependent on the angle of inclination (α) and that is between zero and said maximum value.
An eave piece for a roof construction, wherein the eave piece is a prefabricated piece (1, 31) intended to be fixed as an extension to an end of a roof beam, wherein widths of the roof beam and the eave piece correspond substantially to each other, and a lower surface of the eave piece is provided with a recess for receiving a substantially horizontal front beam supporting the eave piece (1, 31), wherein the bottom of the recess has a structure whose form follows at least partly the shape of a circular arch, characterized in that a top surface of the eave piece (1, 31) is provided with a recess for supporting a substantially horizontal gutter, which gutter is to be placed transversely with respect to the roof beam, wherein the roof beam and the recess of the top surface of the eave piece are intended to be placed on opposite sides of the recess of the lower surface of the eave piece.