mhurhangee/ep-ind-claims huggingface dataset:
Device to reproduce images or graphical patterns in general on large surfaces, the device comprises: - a support frame provided with at least a first guide along a first direction (y) and at least a second guide along a second direction (x); - at least one printing system movable with respect to said support frame; - at least one first motor means designed to move said at least one printing system along said first direction (y) and at least one second motor means designed to move said printing system along said second direction (x); - an optical viewing system associated with said support frame and able to recognize the position of the portion of image already executed; - a control unit to command said printing system, characterized in that - the optical viewing system is able to recognize possible reference signs affixed in the step when said portion of image was executed, in order to allow the correct positioning of the device so as to execute the adjacent portion of image that has to be executed next; - the control unit is able to divide into a plurality of sub-portions an image or graphical pattern to be reproduced, to command said printing system to execute, in a first reproduction step, a first of said sub-portions and one of said reference signs, so as to allow the positioning of said support frame using said reference signs for the execution of a second of said sub-portions. - a support frame provided with at least a first guide along a first direction (y) and at least a second guide along a second direction (x); - at least one printing system movable with respect to said support frame; - at least one first motor means designed to move said at least one printing system along said first direction (y) and at least one second motor means designed to move said printing system along said second direction (x); - an optical viewing system associated with said support frame and able to recognize the position of the portion of image already executed; - a control unit to command said printing system, - the optical viewing system is able to recognize possible reference signs affixed in the step when said portion of image was executed, in order to allow the correct positioning of the device so as to execute the adjacent portion of image that has to be executed next; - the control unit is able to divide into a plurality of sub-portions an image or graphical pattern to be reproduced, to command said printing system to execute, in a first reproduction step, a first of said sub-portions and one of said reference signs, so as to allow the positioning of said support frame using said reference signs for the execution of a second of said sub-portions.
A multilayer polymeric film, comprising: a plurality of alternating layers of at least a first layer type comprising a first polymeric material and a second layer type comprising a second polymeric material; wherein the difference in indices of refraction between the two layer types is Δx along a first in-plane axis, Δy along a second in-plane axis perpendicular to the first in-plane axis, and Δz along a third axis mutually orthogonal to the first and second axes, and wherein |Δz| is less than about 0.5k, where k is the larger of |Δx| and |Δy|, wherein the film has at least one transmission band in the visible region of the spectrum with a maximum transmission of at least 70%, and wherein the transmission band has a bandedge slope greater than 0.5 percent per nm. a plurality of alternating layers of at least a first layer type comprising a first polymeric material and a second layer type comprising a second polymeric material; wherein the difference in indices of refraction between the two layer types is Δx along a first in-plane axis, Δy along a second in-plane axis perpendicular to the first in-plane axis, and Δz along a third axis mutually orthogonal to the first and second axes, and wherein |Δz| is less than about 0.5k, where k is the larger of |Δx| and |Δy|, wherein the film has at least one transmission band in the visible region of the spectrum with a maximum transmission of at least 70%, and wherein the transmission band has a bandedge slope greater than 0.5 percent per nm.
A thermoplastic resin composition comprising: 100 parts by weight of a thermoplastic resin; and 0.5 to 30 parts by weight of zinc oxide, the zinc oxide having a peak intensity ratio (B/A) of 0.1 to 1.0, wherein A indicates a peak in the wavelength range of 370 nm to 390 nm and B indicates a peak in the wavelength range of 450 nm to 600 nm in photoluminescence measurement. 100 parts by weight of a thermoplastic resin; and 0.5 to 30 parts by weight of zinc oxide, the zinc oxide having a peak intensity ratio (B/A) of 0.1 to 1.0, wherein A indicates a peak in the wavelength range of 370 nm to 390 nm and B indicates a peak in the wavelength range of 450 nm to 600 nm in photoluminescence measurement.
A flux gate current sensor comprising a magnetic core that extends around a conductor in which there flows a current that is to be measured (Im), a measurement winding, an excitation circuit arranged to generate a digital excitation signal (Se), an acquisition circuit comprising an analog-to-digital converter and arranged to acquire an analog measurement voltage (Ve) from the terminals of the measurement winding and to produce a digital measurement signal (Sm), a demagnetization servocontrol circuit arranged to use the digital measurement signal to produce a digital demagnetization signal (Sdm) for compensating magnetic flux produced by the current that is to be measured, a summing circuit arranged to sum the digital excitation signal and the digital demagnetization signal so as to obtain a digital injection signal (Si), and an injection circuit comprising a digital-to-analog converter and arranged to produce an analog excitation current from the digital injection signal and to inject the analog excitation current into the measurement winding.
A method for wireless communication by a transmitter, comprising: receiving, from a base station, an indication of a spreading factor and a number of transmitters in a group of non-orthogonal multiple access, NOMA, transmitters configured for concurrent transmissions; determining, based at least in part on the spreading factor and the number of transmitters, a first spreading sequence of a plurality of spreading sequences from a first codebook, the first spreading sequence having a defined value for pairwise cross correlation with each spreading sequence of the plurality of spreading sequences; identifying data to be transmitted in an uplink transmission; applying the first spreading sequence to the data to be transmitted in the uplink transmission; and transmitting the uplink transmission to the base station; characterised by wherein determining the first spreading sequence further comprises: indexing a table based at least in part on the spreading factor and the number of transmitters to determine a plurality of row selection values; and generating the first codebook from a spreading sequence matrix based at least in part on the plurality of row selection values, wherein the first spreading sequence corresponds to a column in the first codebook. receiving, from a base station, an indication of a spreading factor and a number of transmitters in a group of non-orthogonal multiple access, NOMA, transmitters configured for concurrent transmissions; determining, based at least in part on the spreading factor and the number of transmitters, a first spreading sequence of a plurality of spreading sequences from a first codebook, the first spreading sequence having a defined value for pairwise cross correlation with each spreading sequence of the plurality of spreading sequences; identifying data to be transmitted in an uplink transmission; applying the first spreading sequence to the data to be transmitted in the uplink transmission; and transmitting the uplink transmission to the base station; characterised by wherein determining the first spreading sequence further comprises: indexing a table based at least in part on the spreading factor and the number of transmitters to determine a plurality of row selection values; and generating the first codebook from a spreading sequence matrix based at least in part on the plurality of row selection values, wherein the first spreading sequence corresponds to a column in the first codebook. indexing a table based at least in part on the spreading factor and the number of transmitters to determine a plurality of row selection values; and generating the first codebook from a spreading sequence matrix based at least in part on the plurality of row selection values, wherein the first spreading sequence corresponds to a column in the first codebook.
A laser peening processing apparatus comprising: a laser oscillator that oscillates a laser light; and a nozzle that focuses the laser light and irradiates a surface to be processed of a workpiece with the focused laser light while making a liquid flow toward the surface to be processed, wherein a straightening part that straightens a flow of the liquid is disposed on the nozzle, characterized in that a straightening vane having a cross section of a gap through which the liquid passes is disposed on a tip of the nozzle, as the straightening part, the cross section of the gap having a star shape. a laser oscillator that oscillates a laser light; and a nozzle that focuses the laser light and irradiates a surface to be processed of a workpiece with the focused laser light while making a liquid flow toward the surface to be processed, wherein a straightening part that straightens a flow of the liquid is disposed on the nozzle, characterized in that a straightening vane having a cross section of a gap through which the liquid passes is disposed on a tip of the nozzle, as the straightening part, the cross section of the gap having a star shape.
Compact hinge device for a door of a structure provided with connection members, first and second, mutually connected by means of a first rotation pivot and respectively fit to be fixed to the door and to the structure for the rotation of the door between an extreme closing conditions and an extreme opening condition (A.) and provided with elastic means fit to provide the connection members, first and second, with an elastic closing force; the device comprising an arm mean whose one first end is connected by means of a second rotation pivot to the first connection member and whose second end includes a head connected to an end to the elastic mean of compressed type whose opposite end is constrained to a lock of the second connection member; in the passage from the extreme closing condition to the extreme opening condition the head of the arm mean compresses the elastic mean balancing the door; the device is characterized in that the second connection member comprises a housing mean, approximately cylindrical tubular shaped, fit to contain a portion of the elastic means, of helicoidal spring type, said housing mean being nearly parallel in respect to the plane of the closed door and in that the head 10 includes a connection mean for a spring guide inserted in the corresponding end portion of the helicoidal spring elastic means.
A pharmaceutical formulation for use in treating, preventing or ameliorating a tumor arising due to neurofibromatosis type-2 gene mutation in a subject, wherein the pharmaceutical formulation comprises a single therapeutic agent which is a ubiquitin proteasome system inhibitor, wherein the pharmaceutical formulation is for administration to said subject in a therapeutically effective amount, and wherein the ubiquitin-proteasome system inhibitor is selected from the group consisting of bortezomib, PI-083, MLN 9708, MLN 4924, MLN 519, carfilzomib, ONX 0912, CEP-1877, NPI-0052, BU-32 (NSC D750499-S), PR-171, and IPSI-001.
Carrier for holding poultry carcasses, comprising: a. a frame part, for attaching the carrier to a processing line; b. a hook part, fixed to the frame part, such that in use, there is no mutual movement between the frame part and the hook part; and c. a support part, movably, in particular rotatable or translatable, connected to the frame part, wherein the support part is movable between: i. an unloaded position, in which a poultry carcass can be loaded on the carrier, between the hook part and the support part; and ii. a loaded position, in which the poultry carcass is being held by the carrier, between the hook part and the support part characterized in that the movement of the support part is configured to change the mutual orientation between the hook part and frame part on the one hand, and the support part on the other, between an unloaded and a loaded position. a. a frame part, for attaching the carrier to a processing line; b. a hook part, fixed to the frame part, such that in use, there is no mutual movement between the frame part and the hook part; and c. a support part, movably, in particular rotatable or translatable, connected to the frame part, wherein the support part is movable between: i. an unloaded position, in which a poultry carcass can be loaded on the carrier, between the hook part and the support part; and ii. a loaded position, in which the poultry carcass is being held by the carrier, between the hook part and the support part characterized in that the movement of the support part is configured to change the mutual orientation between the hook part and frame part on the one hand, and the support part on the other, between an unloaded and a loaded position. i. an unloaded position, in which a poultry carcass can be loaded on the carrier, between the hook part and the support part; and ii. a loaded position, in which the poultry carcass is being held by the carrier, between the hook part and the support part
An acoustic barrier (30, 40) for use in a pile driving method in which a pile is driven into the ground, the acoustic barrier (30, 40) comprising: an acoustic dampening layer (38, 42); closure means (48,50) disposed at opposite lateral ends of the acoustic dampening layer (38,42) arranged to attach to each other when the acoustic barrier (30,40) is wrapped around a pile so as to close the acoustic barrier (30,40) around the pile; wherein the acoustic barrier (30, 40) is arranged to be at least partly wrapped around an axial portion of the pile so that the acoustic dampening layer (38, 42) at least partly surrounds the axial portion of the pile, said acoustic barrier (30,40) being characterized in that it comprises a plurality of arrays of magnetic elements laterally spaced apart on a first surface of said dampening layer (38,42); and in that the arrays of magnetic elements are arranged to magnetically releasably secure the acoustic barrier to the pile.
A modified human TNFRI (tumor necrosis factor receptor-I) polypeptide having improved protease resistance selected from the group consisting of 41-211, 41-166 and 41-148 of the amino acid sequence of a native human tumor necrosis factor receptor-I as set forth in SEQ ID NO: 1, comprising one or more amino acid modification(s) selected from the group consisting of L150I, K161Q, K161N, D207N, L68V/K161Q, L68V/K161N and L68V/D207N in the amino acid sequence consisting of amino acid residues 41-211 of the amino acid sequence of a native human tumor necrosis factor receptor-I as set forth in SEQ ID NO: 1; amino acid modifications selected from the group consisting of L68V, K161N, R133Q, W136S, F141I and F141V in the amino acid sequence consisting of amino acid residues 41-166 of the amino acid sequence of a native human tumor necrosis factor receptor-I as set forth in SEQ ID NO: 1; or amino acid modifications selected from the group consisting of positions L68I, L68V, E85N, R106H, M109I, R128H, R133Q, Y135I, W136S, F141I and F141V in the amino acid sequence consisting of amino acid residues 41-148 of the amino acid sequence of a native human tumor necrosis factor receptor-I as set forth in SEQ ID NO: 1.
A method of controlling a portable electronic device, the method comprising; receiving an entry of a current character of a string at the portable electronic device, wherein the string comprises one or more characters other than a space and the string is completed by entry of a space; determining whether the current character is a space; if the current character is determined to be a space, rendering a last string entered prior to the space at an enlarged font size on a display of the portable electronic device; if the current character is determined to be a character other than a space: determining whether a last character entered prior to the current character is a space; if the last character entered prior to the current character is determined not to be a space, rendering the current character at the enlarged font size on the display; and if the last character entered prior to the current character is determined to be a space, re-rendering a last string entered prior to entry of the space at a normal font size on the display and rendering the current character at the enlarged font size on the display; and re-rendering all previously entered characters at the normal font size on the display in response to determining that a time passed since a last entry of a character exceeds a time threshold. determining whether a last character entered prior to the current character is a space; if the last character entered prior to the current character is determined not to be a space, rendering the current character at the enlarged font size on the display; and if the last character entered prior to the current character is determined to be a space, re-rendering a last string entered prior to entry of the space at a normal font size on the display and rendering the current character at the enlarged font size on the display;
Security system for safeguarding a lifting-tilting path of a loading system provided with at least one loading seat for emptying a container into a collector, the security system comprising: - a sensor with a monitoring area configured to detect objects in the monitoring area during movement of the loading seat during emptying of the container into the collector; and - an alarm system operatively connected to the sensor for directly or indirectly performing a blocking of the movement of the loading seat, wherein the monitoring area of the sensor at least partially comprises the lifting-tilting path of the container during the movement of the container in the loading seat, characterized in that the sensor is connected in use to an inward travel guide of the loading system such that the sensor moves along with the loading seat during the lifting-tilting movement, such that the monitoring area is positioned above the upper surface of the container and comprises at least a part of the lifting-tilting path of the container, wherein the sensor is mounted in use on the inward travel guide at a height above the container, and wherein the sensor, before lifting-tilting of the container commences, is positioned such that a middle of the monitoring area lies at an angle (δ) relative to a horizontal plane, wherein the angle lies in the range of 0°-10. - a sensor with a monitoring area configured to detect objects in the monitoring area during movement of the loading seat during emptying of the container into the collector; and - an alarm system operatively connected to the sensor for directly or indirectly performing a blocking of the movement of the loading seat, wherein the monitoring area of the sensor at least partially comprises the lifting-tilting path of the container during the movement of the container in the loading seat,
Ring furnace having a longitudinal axis X-X' and comprising a first elongated bay and a second elongated bay, each bay being parallel to said axis and including a casing (15, 15'), a plurality of hollow partitions (3, 3') arranged within said casing of each bay so as to be parallel to said axis, a first end transverse wall (41, 41') located at a first end of each bay (10, 10'), a second end transverse wall (42, 42') located at a second end of each bay (10, 10') and zero or one or more intermediate transverse walls (43, 43') located between said first and second ends, said transverse walls (41, 41', 42, 42', 43, 43') being arranged so as to be perpendicular to said axis, said hollow partitions arid transverse walls defining baking pits (2, 2') within said bays (10, 10') for stacking carbonaceous articles therein, said baking pits having a length Lp and a width Wp, said length Lp being at least 15 times greater than said width Wp.
An artificial food casing comprising an ultraviolet-detectable component, wherein the food casing is tubular, characterised in that the ultraviolet-detectable component is distributed uniformly throughout the artificial food casing.
A method of tamping a track in the area of a switch by means of a tamping machine mobile on a track, wherein in a first working pass a first branch is brought into a target position and tamped, wherein subsequently the tamping machine travels rearward to a location ahead of a branch-off point, and wherein in a second working pass a second branch is brought into a target position and tamped, characterized in that, during the rearward travel, an actual position of the second branch is recorded by means of a sensor arrangement, in particular with respect to the position of the first branch, and that - based on this recorded actual position - correction values (30, 31, 32) for the position of the second branch are calculated.
A method for performing measurement by a user equipment, UE, in a cloud wireless communication system comprising one or more baseband units, BBUs, and one or more remote radio units, RRUs, connected to a specific BBU of the BBUs to directly provide a service to the UE via one or more cells, the method comprising: respectively receiving a first measurement configuration message from a first BBU and a second measurement configuration message from a second BBU, the first BBU and the second BBU being connected to the UE; and respectively adding a result of measurement on one or more first RRUs to be measured according to the first measurement configuration message to a first measurement report message and a result of measurement on one or more second RRUs to be measured according to the second measurement configuration message to a second measurement report message and transmitting the same, wherein, when the first RRUs and the second RRUs comprise one or more overlapping RRUs, a result of measurement on the one or more overlapping RRUs is added to only one of the first measurement report message and the second measurement report message. respectively receiving a first measurement configuration message from a first BBU and a second measurement configuration message from a second BBU, the first BBU and the second BBU being connected to the UE; and respectively adding a result of measurement on one or more first RRUs to be measured according to the first measurement configuration message to a first measurement report message and a result of measurement on one or more second RRUs to be measured according to the second measurement configuration message to a second measurement report message and transmitting the same, wherein, when the first RRUs and the second RRUs comprise one or more overlapping RRUs, a result of measurement on the one or more overlapping RRUs is added to only one of the first measurement report message and the second measurement report message.