mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: presenting, in a single user interface and at a one time, labels (302, 304, 306) associated with applications configured to be launched in a windows-based mode or a mode without a window frame, the windows-based mode being a mode in which applications are presented within windows having frames, the frames having visual controls through which to move the windows, and the mode without a frame being a mode in which applications are presented without a window frame, the frame having visual controls through which to move the windows, wherein each label includes a first indicator and a second indicator, and wherein the application is launched in windows-based mode if the first indicator is selected, and is launched in the mode without a window frame if the second indicator is selected; and responsive to a single selection of a predefined group of said labels, causing all of the applications in the predefined group to launch within their respective modes; wherein applications in windows-based mode are launched in a first portion of a display, and applications in the mode without a window frame are launched in a second portion of the display. presenting, in a single user interface and at a one time, labels (302, 304, 306) associated with applications configured to be launched in a windows-based mode or a mode without a window frame, the windows-based mode being a mode in which applications are presented within windows having frames, the frames having visual controls through which to move the windows, and the mode without a frame being a mode in which applications are presented without a window frame, the frame having visual controls through which to move the windows, wherein each label includes a first indicator and a second indicator, and wherein the application is launched in windows-based mode if the first indicator is selected, and is launched in the mode without a window frame if the second indicator is selected; and responsive to a single selection of a predefined group of said labels, causing all of the applications in the predefined group to launch within their respective modes; wherein applications in windows-based mode are launched in a first portion of a display, and applications in the mode without a window frame are launched in a second portion of the display.
Prefabricated boarding designed for the exterior cladding, thermal insulation and sealing of the wooden frame of a building constructed according to the beam and post method, wherein the wooden frame consists of a reinforced right-angled structure of large, heavy posts and beams, and wherein the prefabricated boarding comprises at least a first cladding which can serve as an outer cladding and which comprises at least the following elements: - one or several sandwich panels including at least a first, thermally insulating layer which consists of a wood fibre board and a second layer which ensures the stability of the wall, which second layer is vapour-tight and air-tight which first and second layers (12, 13) are aligned and extend to the end faces of the sandwich panels; - one or more elongated rubber strips for covering one outward facing side of the beams and posts against which such a sandwich panel is applied and which are configured to be provided between the second layer of the sandwich panels and said outward facing side of the beams and posts; and, - the layers of the sandwich panels and battens which may be present, are connected to each other only by means of self-tapping wood screws. - one or several sandwich panels including at least a first, thermally insulating layer which consists of a wood fibre board and a second layer which ensures the stability of the wall, which second layer is vapour-tight and air-tight which first and second layers (12, 13) are aligned and extend to the end faces of the sandwich panels; - one or more elongated rubber strips for covering one outward facing side of the beams and posts against which such a sandwich panel is applied and which are configured to be provided between the second layer of the sandwich panels and said outward facing side of the beams and posts; and, - the layers of the sandwich panels and battens which may be present, are connected to each other only by means of self-tapping wood screws.
An analog-to-digital converter comprising a dual differential pair composed of two identical single differential pairs of two transistors each (T1, T2; T3, T4), the dual differential pair receiving a differential input signal to convert which is the difference between a first and a second variable voltage (Vinp, Vinn) each applied respectively to the base of a first respective transistor of each single pair, and further receiving a fixed reference signal (Vrefp, Vrefn) applied to the base of a second respective transistor of each single differential pair, the collector of the first transistor of each pair being connected to the collector of the second transistor of the other pair, each single pair being powered by a respective current source connected to the emitters of the two transistors of the pair in such a way that the current from the source is shared between the emitters of the pair's transistors, characterized in that for each of the two differential pairs, the transistor (T2, T4) that receives a fixed reference voltage has an emitter surface at least twice as large as the transistor (T1, T3) that receives a variable voltage at its base.
A method of treating a surface of a mold comprising: a preliminary treatment process of dry-ejecting an angular carbide powder against the surface of the mold so as to cause elemental carbon present within the carbide powder to be diffused into the surface of the mold and prepare the surface of the mold, the carbide powder having particle diameters not larger than those of a 220 grit particle distribution as defined by JIS R6001 and the carbide powder being dry-ejected at an ejection pressure of 0.2 MPa or greater; and an after treatment process of dry-ejecting a spherical powder against the surface of the mold after treatment by the preliminary treatment so as to cause the spherical powder to impact the surface of the mold and form innumerable circular arc shaped fine depressions in the mold surface, the spherical powder having a hardness not less than the hardness of a base material of metal of the mold and particle diameters not larger than those of a 220 grit particle distribution as defined by JIS R6001 and being dry-ejected at an ejection pressure of 0.2 MPa or greater. a preliminary treatment process of dry-ejecting an angular carbide powder against the surface of the mold so as to cause elemental carbon present within the carbide powder to be diffused into the surface of the mold and prepare the surface of the mold, the carbide powder having particle diameters not larger than those of a 220 grit particle distribution as defined by JIS R6001 and the carbide powder being dry-ejected at an ejection pressure of 0.2 MPa or greater; and an after treatment process of dry-ejecting a spherical powder against the surface of the mold after treatment by the preliminary treatment so as to cause the spherical powder to impact the surface of the mold and form innumerable circular arc shaped fine depressions in the mold surface, the spherical powder having a hardness not less than the hardness of a base material of metal of the mold and particle diameters not larger than those of a 220 grit particle distribution as defined by JIS R6001 and being dry-ejected at an ejection pressure of 0.2 MPa or greater.
Device to open and close a door or hatch and comprising a hinge, mounted on the chassis of a vehicle by means of the hinge constituted by two bearings (6, 7) and a sleeve, comprising a ball screw (8, 9) arranged coaxially in the sleeve of the hinge, screw incorporating a cage and a hinge pin, the cage being driven in rotation by the door or hatch thereby causing the hinge pin to translate thereby activating shock-absorbing means, wherein the device incorporates on one side of said hinge pin the shock-absorbing means for the door or hatch, means that are compressed by the movement of the hinge pin when manoeuvring said door or hatch and on the other side by immobilizing means to block the translation of the hinge pin in a variety of positions of the door or hatch with respect to the vehicle, the hinge pin during its translation activating the shock-absorbing means and the immobilizing means, the immobilizing means being formed by a follower piston in relation with the hinge pin, said follower piston being fitted with two notches (22, 23) inside each of which immobilizing means (24, 25) may be inserted.
A peroxycarboxylic acid composition comprising 1 to 35 wt-% peroxycarboxylic acid, 5 to 30 wt-% hydrogen peroxide and less than 100 ppb metal ions, made by a method comprising: providing a liquid composition of a carboxylic acid and an oxidizing agent; pretreating the liquid composition with a pretreatment column to remove metal ions from the mixed composition; measuring a condition of the liquid composition i) before pretreating and ii) at site of pretreating during pretreating; determining a difference between i) and ii); providing a detectable signal if the difference meets or exceeds a predetermined value; reacting the pretreated composition in the presence of an reaction catalyst that can be physically removed from reaction mixture to produce a peroxycarboxylic acid composition; and recovering the peroxycarboxylic acid composition. providing a liquid composition of a carboxylic acid and an oxidizing agent; pretreating the liquid composition with a pretreatment column to remove metal ions from the mixed composition; measuring a condition of the liquid composition i) before pretreating and ii) at site of pretreating during pretreating; determining a difference between i) and ii); providing a detectable signal if the difference meets or exceeds a predetermined value; reacting the pretreated composition in the presence of an reaction catalyst that can be physically removed from reaction mixture to produce a peroxycarboxylic acid composition; and recovering the peroxycarboxylic acid composition.
A method for producing a dermal layer for grafting wherein the dermal layer has an improved graft survival rate, the method comprising: a first step of preparing a DNA fragment mixture stock solution; a second step of preparing a chitosan stock solution; a third step of mixing the DNA fragment mixture stock solution and the chitosan stock solution and stirring the resulting mixture, followed by sterilization to afford a loading solution containing the DNA fragment mixture and chitosan; and a fourth step of loading the loading solution to an acellular dermal matrix, wherein the weight ratio between the DNA fragment mixture and the chitosan in the third step is 20:1-10, 000:1, and wherein the DNA fragment mixture is isolated from fish testis and sperm. a first step of preparing a DNA fragment mixture stock solution; a second step of preparing a chitosan stock solution; a third step of mixing the DNA fragment mixture stock solution and the chitosan stock solution and stirring the resulting mixture, followed by sterilization to afford a loading solution containing the DNA fragment mixture and chitosan; and a fourth step of loading the loading solution to an acellular dermal matrix, wherein the weight ratio between the DNA fragment mixture and the chitosan in the third step is 20:1-10, 000:1, and wherein the DNA fragment mixture is isolated from fish testis and sperm.
A method of processing video data, the method comprising: determining, based on a signaled property of a bitstream that comprises an encoded representation of the video data, whether a video decoder is able to decode the bitstream, wherein the bitstream conforms to a video coding specification and comprises a plurality of coded video sequences, CVSs, and wherein the signaled property having a particular value indicates that values of profile indicator syntax elements are identical for all respective sequence parameter sets, SPSs, that are activated when the bitstream is decoded, wherein each of the SPSs contains information which applies to all slices of a CVS, and wherein the profile indicator syntax elements indicate that CVSs to which the SPSs apply conform to a profile, the profile being a subset of an entire bitstream syntax that is specified by the video coding specification; and processing, based on the determination, the bitstream. determining, based on a signaled property of a bitstream that comprises an encoded representation of the video data, whether a video decoder is able to decode the bitstream, wherein the bitstream conforms to a video coding specification and comprises a plurality of coded video sequences, CVSs, and wherein the signaled property having a particular value indicates that values of profile indicator syntax elements are identical for all respective sequence parameter sets, SPSs, that are activated when the bitstream is decoded, wherein each of the SPSs contains information which applies to all slices of a CVS, and wherein the profile indicator syntax elements indicate that CVSs to which the SPSs apply conform to a profile, the profile being a subset of an entire bitstream syntax that is specified by the video coding specification; and processing, based on the determination, the bitstream. wherein the bitstream conforms to a video coding specification and comprises a plurality of coded video sequences, CVSs, and wherein the signaled property having a particular value indicates that values of profile indicator syntax elements are identical for all respective sequence parameter sets, SPSs, that are activated when the bitstream is decoded, wherein each of the SPSs contains information which applies to all slices of a CVS, and wherein the profile indicator syntax elements indicate that CVSs to which the SPSs apply conform to a profile, the profile being a subset of an entire bitstream syntax that is specified by the video coding specification; and processing, based on the determination, the bitstream.
A method of communication, comprising: receiving one or more packet data units, PDUs, during a transmission time interval, TTI, from a network entity, wherein the one or more PDUs are associated with a radio bearer; determining one or more out-of-order PDUs from the one or more PDUs; reordering the one or more out-of-order PDUs, wherein the one or more out-of-order PDUs are reordered within the TTI; characterized by: determining a rollover trigger after reordering the one or more out-of order PDUs, based on the sequence numbers of the one or more reordered PDUs; incrementing a rollover counter value; and processing the one or more reordered PDUs based at least in part on the incremented rollover counter value. receiving one or more packet data units, PDUs, during a transmission time interval, TTI, from a network entity, wherein the one or more PDUs are associated with a radio bearer; determining one or more out-of-order PDUs from the one or more PDUs; reordering the one or more out-of-order PDUs, wherein the one or more out-of-order PDUs are reordered within the TTI; characterized by: determining a rollover trigger after reordering the one or more out-of order PDUs, based on the sequence numbers of the one or more reordered PDUs; incrementing a rollover counter value; and processing the one or more reordered PDUs based at least in part on the incremented rollover counter value. determining a rollover trigger after reordering the one or more out-of order PDUs, based on the sequence numbers of the one or more reordered PDUs; incrementing a rollover counter value; and processing the one or more reordered PDUs based at least in part on the incremented rollover counter value.
A peptoid polymer or salt thereof comprising subunits comprising one or more hydrophobic peptoid monomers H and one or more polar peptoid monomers P arranged such that the peptoid polymer has the sequence [H a P b] n or [P b H a] n, wherein: the subscript a, representing the number of consecutive hydrophobic peptoid monomers within a subunit, is between 1 and 3; the subscript b, representing the number of consecutive polar peptoid monomers within a subunit, is between 1 and 3; the subscript n, representing the number of subunits within the peptoid polymer, is between 2 and 10; and each of the one or more polar peptoid monomers comprises a side chain that is independently selected from the group consisting of a (4- to 6-membered heterocycloalkyl)(C 1-6 alkylene), wherein at least one member is selected from the group consisting of O and N. the subscript a, representing the number of consecutive hydrophobic peptoid monomers within a subunit, is between 1 and 3; the subscript b, representing the number of consecutive polar peptoid monomers within a subunit, is between 1 and 3; the subscript n, representing the number of subunits within the peptoid polymer, is between 2 and 10; and each of the one or more polar peptoid monomers comprises a side chain that is independently selected from the group consisting of a (4- to 6-membered heterocycloalkyl)(C 1-6 alkylene), wherein at least one member is selected from the group consisting of O and N.
A targeting agent for positron emission tomography comprising a complex of gallium-68 with a macrocyclic chelating agent linked via a peptidyl spacer to one or more HSG units recognized by a multispecific targeting antibody.
A fan case of a gas turbine engine comprising: a fan blade containment section defined about an engine axis; a thrust reverser cascade section downstream of said blade containment section; and a Fan Exit Guide Vane section downstream of said thrust reverser cascade section; characterised in that: said thrust reverser cascade section includes a multiple of ribs which support a multiple of cascade airfoils, wherein said multiple of ribs form a helix; and said fan case further comprises a multiple of inner thrust reverser doors, wherein each of said multiple of inner thrust reverser doors is mounted to one of said multiple of ribs to define inner hinges axes, such that each of the multiple of inner thrust reverser doors open inwards toward the engine axis, and wherein said multiple of inner thrust reverser doors is generally arranged in a helix, to facilitate direction of the fan bypass flow into the thrust reverser cascade section. a fan blade containment section defined about an engine axis; a thrust reverser cascade section downstream of said blade containment section; and a Fan Exit Guide Vane section downstream of said thrust reverser cascade section; said thrust reverser cascade section includes a multiple of ribs which support a multiple of cascade airfoils, wherein said multiple of ribs form a helix; and said fan case further comprises a multiple of inner thrust reverser doors, wherein each of said multiple of inner thrust reverser doors is mounted to one of said multiple of ribs to define inner hinges axes, such that each of the multiple of inner thrust reverser doors open inwards toward the engine axis, and wherein said multiple of inner thrust reverser doors is generally arranged in a helix, to facilitate direction of the fan bypass flow into the thrust reverser cascade section.
A method for reducing fine particles in size, the method comprising: supplying an electrically conductive solution to an apparatus that includes an energizing unit connected to an AC power supply, wherein the solution contains fine particles have an average particle size of 0.1 to 200 μm that is measured by a laser diffraction-scattering particle size distribution measurement device, and the fine particles are of at least one kind selected from the group consisting of solid particles and liquid droplets the components of which are derived from a living organism; and increasing the solution in temperature at a rate of 700°C to 1500°C per second by performing an alternating electric field process on the solution thereby reducing the fine particles in size. supplying an electrically conductive solution to an apparatus that includes an energizing unit connected to an AC power supply, wherein the solution contains fine particles have an average particle size of 0.1 to 200 μm that is measured by a laser diffraction-scattering particle size distribution measurement device, and the fine particles are of at least one kind selected from the group consisting of solid particles and liquid droplets the components of which are derived from a living organism; and increasing the solution in temperature at a rate of 700°C to 1500°C per second by performing an alternating electric field process on the solution thereby reducing the fine particles in size.
A handheld information processing device including an operation part and a sound input part, comprising: an operation acceptance part for accepting operation performed with respect to the operation part; a sound information processing part for performing information processing based on sound input to the sound input part; and a sound invalidation part for substantially invalidating sound input to the sound input part if operation with respect to the operation part is accepted by the operation acceptance part, a volume determination part for determining whether or not volume of the sound input to the sound input part exceeds a given threshold, wherein the sound information processing part is configured to start information processing based on the input sound if the volume determination part determines that the volume exceeds the given threshold; the operation part and the sound input part are placed in one housing; and the sound invalidation part is configured to substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, before information processing is started by the sound information processing part and the sound invalidation part is configured to not substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, after information processing is started by the sound information processing part. an operation acceptance part for accepting operation performed with respect to the operation part; a sound information processing part for performing information processing based on sound input to the sound input part; and a sound invalidation part for substantially invalidating sound input to the sound input part if operation with respect to the operation part is accepted by the operation acceptance part, a volume determination part for determining whether or not volume of the sound input to the sound input part exceeds a given threshold, wherein the sound information processing part is configured to start information processing based on the input sound if the volume determination part determines that the volume exceeds the given threshold; the operation part and the sound input part are placed in one housing; and the sound invalidation part is configured to substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, before information processing is started by the sound information processing part and the sound invalidation part is configured to not substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, after information processing is started by the sound information processing part.
An isolated polypeptide with lipase activity, comprising a polypeptide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2 or SEQ ID NO: 6.