bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The composition according to any one of claims 10 to 13 said antigenic IgE peptide are linked to an immunogenic carrier selected from the group consisting of HBcAg VLP HBsAg VLP and Qbeta VLP.

Related passage: The present invention also provides methods of administering compositions of the invention to animals preferably mammals and most preferably humans for the treatment or prevention of IgEmediated allergic disorders.The compositions of the present invention are in suitable formulation to be administered to animals preferably mammals such as companion animals e.g.dogs cats and horses and livestock e.g.cows and pigs and most preferably humans.The compositions of the invention are administered in an amount effective to elicit an immune response for example the production of polyclonal antibodieswith specificity for an IgE molecule.In one embodiment the compositions of the invention are administered in an amount effective to induce the production of polyclonal antibodies with specificity for the Fc portion of an IgE molecule required for IgE to bind to its receptor i.e.the CH3 domain of an IgE molecule.In a preferred embodiment the compositions of present invention are administered in an amount effective to induce the production of antiIgE antibodies which bind to soluble free IgE in serum and other bodily fluids prevent IgE from binding to its high affinity receptors on mast cells and basophils and do not crosslink receptorbound IgE.Accordingly the compositions of the invention are administered in an amount effective to induce the production of polyclonal antibodies which do not induce anaphylaxis for the treatment or prevention of IgEmediated allergic disorders.
Patent claim: The display device according to claim 1 wherein each of the plurality of electrode groups comprises a group of two or more electrodes arranged along a column in the first direction or along a row in the second direction.

Related passage: Accordingly to more closely shield against the noise signal a scheme of providing a shielding layer 18 as shown in FIG.3 is becoming widespread.Generally the shielding layer 18 is provided on a rear surface of an insulating layer 17 and is configured to cover an entire display screen of the LCD module 20.Since the shielding layer 18 is connected to a ground pattern of an electronic device an electric potential of the shielding layer 18 may be maintained at a ground level regardless of a noise signal generated from the LCD module 20.Accordingly the air gap 16 may be reduced in size compared with that of FIG.2 or may be omitted.However when the shielding layer 18 is connected to the ground a parasitic capacitance may be formed between the sensing electrode 15 and the shielding layer 18 and may have influence on a touch sensing performance.The parasitic capacitance may greatly reduce a touch sensitivity in a capacitivetype touch screen in particular.
Patent claim: The method according to any of claims 10 to 12 wherein mounting the support frame further comprises forming a torque box for resisting bending with the chassis the plastic part and the support frame.

Related passage: Next the embodiments of the present invention will be described with reference to the attached diagrams.FIG.1 is a perspective view showing the structure of a portable device casing according to an embodiment of the present invention wherein a is a view from above and b is a view from below.FIG.2 is an exploded view showing a metal structure 100 of the casing as being separated from the portable device shown in FIG.1.FIG.3 is a perspective view of the metal structure 100 as seen from the reverse side.FIG.4 is a crosssectional view of the casing shown in FIG.1.FIGS.5a through c are perspective views of the portable deviceafter a bottom casing having switches has been incorporated.FIG.6 is an exploded perspective view of the portable device shown in FIG.5.FIG.7 is a crosssectional view of the assembled casing wherein a is a horizontal crosssectional view along a line that cuts through a connector 501 shown in FIG.6 and b is a horizontal crosssectional view along a line that cuts through a battery 600.
Patent claim: A body temperature maintaining apparatus as claimed in any one of claims 1 to 5 wherein the heat medium is circulated in the heat receiving part the tube body and the heat applying part.

Related passage: In one embodiment the sealing element 140 can be wrapped around a portion of the extremity of the mammal to seal the opening 112.Example of the sealing element 140 includes mechanical fasteners or other fastening units e.g.Velcro fasteners.One example includes one or more conventional mating rings which can snap into the device 100.Another example includes the use of a tape with a removableliner such as 3M removable tapes etc.which can be removed when ready to use.In one embodiment the sealing element 140 is a single use seal.In another embodiment the single use sealing element 140 is attached to the device 100 and the device and the sealing element 140 are disposed of after a single use.In still another embodiment the sealing element 140 may be removed from the device 100 and the device may be used repeatedly with another sealing element.
Patent claim: The resonator of claim 13 wherein the lowest state of compression is a nonzero state of compression.

Related passage: The height of the dielectric resonance element 103 is set to such a value that the dielectric resonance element 103 protrudes slightly beyond the frame upper end of the metallic casing 104 and that the protrusion is maintained in a temperature range in which the dielectric resonator is supposed to be used.The thin portion 202 of the metallic cover 105 is warped according to the length of the abovedescribed protrusion when the metallic casing 104 and the metallic cover 105 are connected by screwing with the connecting screws 106.That is the thin portion 202 is warped in the abovedescribed manner to press the upper flat surface 109 of the dielectric resonance element 103 by a biasing force.
Patent claim: The method of any one of claims 1 to 5 further comprising when a current frame in the sequence of video frames is encoded with respect to the reference framedecoding the current frame using the encoded pixel data for the current frame and the pixel data representing the reference frame at the first resolution and generating and storing in memory pixel data representing the current frame at at least one different resolution to the first resolution.

Related passage: Specifically in the case of a moving picture in which a large number of frames are displayed sequentially with respect to lapse of time since the data size increases generally the compression rate is prioritized.However as the compression rate rises the arithmetic operation cost upon decoding increases and the granularity of data access tends to increase.As a result even when it is desired to display only a restricted region it may become necessary to decode an overall area of a frame or deploy the overall area in a memory.This is disadvantageous in terms of the arithmetic operation cost and the memory cost.
Patent claim: The capacitive position sensor system according to claim 1 wherein the first capacitors are interconnected on a first layer and the second capacitors are interconnected on a second layer.

Related passage: Detection circuit 20 additionally includes a set of three absolute value difference circuits 92 94 96 each having an input connected to line 58 through a controlled switch 98 100 102 for selective sampling of the output voltage VOUT at the output of operational amplifier 36.The circuits 9296 and the switches 98102 utilize the timing signals A B and C as shown so that circuits 9298 output the indicated voltage differences.That is circuit 92 forms an output on line 104 equal to twice the absolute value of the difference VOUTAVOUTC where VOUTA is the output voltage VOUT corresponding to sensor capacitance CSA and VOUTC is the output voltage VOUT corresponding to sensor capacitance Csc.Similarly circuit 94 forms an output on line 106 equal to twice the absolute value of the difference VOUTBVOUTC where VOUTC is the output voltage VOUT corresponding to sensor capacitance CSC and circuit 96 forms an output on line 108 equal to twice the absolute value of the difference VOUTAVOUTB.The output voltages on lines 104 106 and 108 are summed by summing circuit 110 to form combined output voltage VCOMBOUT on line 112 as follows VCOMBOUT2VOUTAVOUTCVOUTBVOUTC2VOUTAVOUTB
Patent claim: The compound cycle engine as defined in any one of the preceding claims wherein the at least two rotary units include the first rotary unit the second rotary unit and additional rotary units the additional rotary units being located such that a same number of the rotary units is disposed in front of and behind the first stage turbine along the output shaft.

Related passage: A pipe 70 extends from an outlet of the compressor 20 and splits into two inlet pipes 72 each connected to the intake port 48 see also Fig.2 of the respective rotary unit 12.In this embodiment the compressor 20 includes a single radial impeller 74.Alternately the compressor 20 may include one or more rotors with radial axial or mixed flow blades.
Patent claim: The use of any of claims 1 to 4 where the composition contains one or more coadditives selected from aminic or phenolic antioxidants and from ashless dispersants.

Related passage: In another aspect the present invention relates to a viscositystabilized trunk piston engine lubricating oil composition comprising a major amount of one or more Group I base oils and one or more dispersant additives where the concentration of the one or more dispersant additives within the trunk piston engine lubricating oil composition is about 0.20.6 wt.on an actives basis where the composition has a total base number of at least about 12 and where the composition has at least about 5 less oxidationbased viscosity increase when compared to a dispersantfree lubricating oil composition.
Patent claim: A single or multicompartment watersoluble cleaning pouch comprising a cleaning composition and an enveloping material the pouch comprising at least one compartment comprising a liquid composition said liquid composition comprising a mixture of a complexing agent and an eRH reducing agent wherein the complexing agent is selected from the group consisting of methyl glycine diacetic acid its salts and mixtures thereof and the eRH reducing agent is a salt of an organic acid selected from the group consisting of mono dicarboxylic acids and mixtures thereof.

Related passage: Preferred organic builders include aminocarboxylate builders such as salts of MGDA methylglycinediacetic acid GLDA glutamicNN diacetic acid iminodisuccinic acid IDS and carboxymethyl inulin.Salts of MGDA and GLDA more in particular salts of GLDA are especially preferred herein with the trisodium salt thereof being preferred and a sodiumpotassium salt being specially preferred for the favourable hygroscopicity and fast dissolution properties when in particulate form.
Patent claim: The method of claim 1 wherein the meta data for the image comprises at least one of an image capture time face recognition information an exposure value a flash availability focus information a resolution an image size and a capture mode.

Related passage: The output unit 400 further includes a music data output unit 402 and an image data output unit 404.The music data output unit 402 is an interface for outputting the music reproduced by the music data reproducing unit 302 to speakers.The image data output unit 404 is an interface for outputting the image generated by the image processing unit 500 to a display device such as a television set monitor or the like and an example of the image data output unit 404 is for example an HDMI HighDefinition Multimedia Interface terminal.
Patent claim: A method of manufacturing an electrode wire forelectrodischarge machining the method comprising preparing an intermediate wire rod which includes a first metal has one of phasesandand has a first diameter as a core wire plating the core wire with a second metal performing a heat treatment process to make the plated core wire representing tensile strength of about 500Nmm2 or less and elongation percentage of 5 or more and to form a first alloy layer having a phasein at least a boundary region between the core wire and the second metal due to mutual diffusion between the core wire and the second metal and to form a second alloy layer having a phaseandor a phaseon an outer portion of the first alloy layer through diffusion of the first metal to the second metal and forming a grain including at least a core wire material and a second alloy material on a surface of the electrode wire for electrodischarge machining by erupting the core wire material through a crack appearing on the second alloy layer when performing a fine wire process of making the electrode wire for electrodischarge machining which includes the first alloy layer the second alloy layer and the core wire and has a second diameter.

Related passage: Referring to FIG.2 a core wire 12 including brass including about 65 weight of copper and about 35 weight of zinc is provided with a diameter in the range of about 0.9nm to about 1.2nm.
Patent claim: The power steering apparatus according to any one of claims 1 to 6 wherein the angle sensor comprises a gear rotating together with the second pinion and a detection unit meshing with the gear and detecting the rotation of the gear.

Related passage: In the embodiment described above a manner in which the steering gear ratio R is changed depending on the steering angle s may be appropriately changed.For example the specifications of the first rack teeth 5a may be changed so that the steering gear ratio R is continuously increased as the absolute value of the steering angle s increases in an entire range from the neutral position to the steering ends.For example the specifications of the first rack teeth 5a may be changed so that the steering gear ratio R is decreased as the absolute value of the steering angle s increases.
Patent claim: A phosphor exhibiting a luminescence peak in a wavelength range of 500 to 600 nm when excited with light having a luminescence peak within a wavelength range of 250 to 500 nm wherein said phosphor is represented by the following formula 1 SrpM1p1xCex2yAlzSi10zOuNw wherein M is at least one of alkali metals or alkaline earth metals and 0p1 0ltx1 0.8y1.1 2.0z3.5 0ltu1 1.8zu and 13uw15 are satisfied and a distance between an atom at coordinates corresponding to first coordinates of Sr M or Ce atoms and an atom at coordinates corresponding to 14th coordinates of O or N atoms is 2.0 to 2.6in a case in which an average crystal structure of said phosphor is analyzed assuming that the crystal structure belongs to a space group Pna21 and is represented using crystal structure data standardization software STRUCTURE TIDY.

Related passage: In general according to one embodiment a luminescent material exhibits a luminescence peak in a wavelength ranging from 500 to 600 nm when excited with light having an emission peak in a wavelength ranging from 250 to 500 nm and thus it is a luminescent material capable of emitting light in a yellowgreen to orange region.Since the luminescent material of this embodiment mainly emits light in a yellow region it is hereinafter referred to as yellowemitting luminescent material.The luminescent material includes a parent material having a crystal structure which is substantially the same as the crystal structure of Sr2Si7Al3ON13.The parent material is activated by Ce.The composition of the yellowemitting luminescent material according to this embodiment is represented by Formula 1 below.M1xCex2yAlzSi10zOuNwFormula 1wherein M represents Sr and a part of the Sr may be substituted by at least one selected from Ba Ca and Mg.x y z u and w satisfy following condition 0ltx1 0.8y1.1.2z3.5 u1 1.8zu and 13uw15
Patent claim: The information processing device 1 according to claim 1 wherein the replacing unit 75 replaces the first area with the second area by rewriting a mapping table 63 for converting a virtual address to a real address or a physical address.

Related passage: A specific example will be described.The cache directory managing unit 36 instructs the packet generating unit 37a to transmit an order of instructing a CPU which caches data with a status M Modified to write back.Further the cache directory managing unit 36 updates a data status and executes processing matching the updated status.In addition a type of a request or an order transmitted and received by the cache directory managing unit 36 will be described below.
Patent claim: A method according to claim 1 wherein the time period includes the time delay period and the subsequent instruction causes the device not to initiate the uninterruptible process.

Related passage: Figure 1 shows a timing diagram showing the transmission of physical channel change requests by the decoder following a plurality of channel change requests from the subscriber via his remote control according to a standard process of the prior art.When the subscriber presses the P or P key of his remote control the decoder immediately transmits a physical channel change request to the access network.If the subscriber presses n times successively on the keys P or P of his remote control in a very short time interval to rapidly attain a given channel n physical channel change requests are transmitted to the access network although only the last of them would suffice as it contains the IP address of the last requested channel.This massive transmission of physical channel change requests creates a useless overloading even saturation of the access network.
Patent claim: The ultrasound apparatus of claim 12 wherein the display unit displays in the 2D image mode the 2D ultrasound image corresponding to the location of the probe on a first region and a 3D ultrasound image on which a location corresponding to the 2D ultrasound image displayed on the first region is marked on a second region.

Related passage: In this way calculation unit 62 in positional information analyzing unit 6 rotates 3dimensional ultrasonic image data 14 by the positional information in position Aabc and position Babc of ultrasonic probe 2 and computes the adjustment parameter for acquiring the same image as the 3dimensional ultrasonic image in position Aabc.And image processing calculation unit 72 in ultrasonic image construction unit 7 automatically acquires the 3dimensional ultrasonic image by reconstructing 3dimensional ultrasonic image data 14 using the abovementioned adjustment parameter.
Patent claim: The method according to any one of the preceding claims wherein said predefined filter rule comprises one out of a group including time data and locationposition data.

Related passage: The system could also be configured to automatically transfer information 48 from the ticket buffer 40 to the secure storage 38 based upon the time of day or occurrence of a predetermined event.The predetermined event could be the amount of time which the information 48 has been located in the ticket buffer 40 or when the user manipulates the keypad 24 to initiate a transfer.In an alternate embodiment any suitable type of method or system for transferring information between the secure storage 38 and the ticket buffer 40 could be provided.In one type of alternate embodiment transfer of the information 48 from the ticket buffer 40 to the secure storage 38 might not comprise use of the access control 42.
Patent claim: The apparatus according to claim 2 wherein when there are a plurality of combinations of wireless communication paths in each of which a spatial distance between wireless communication paths is larger than a predetermined value said selection means selects a combination of wireless communication paths based on characteristic information of respective wireless communication paths.

Related passage: Fig.3 shows such examples of channel transfer functions that are not flat.The channel transfer functions or channel amplitude responses H1f H2f and H3f correspond to the respective communication paths 10 11 12 of the embodiments shown in Figs.1 and 2.
Patent claim: Method according to claim 1 or 2 wherein to switch to the second subscription the token uses besides the identifier relating to the second subscription additional data relating to the second subscription the additional data comprising at least one element of a group comprisingat least one key for accessing the second mobile networkat least one second mobile network authentication algorithmat least one secret.

Related passage: The token memory 144 stores within a second security domain 147 as second memory area the set of data relating to a third service subscription.The third service subscription data set includes for instance the third service subscription data subscription 3 and two associated third criterions criterion 3 and criterion 4.
Patent claim: A method for preparing organosilicon compound of any one of claims 1 to 6 or claim 8 comprising the step of reacting a mercapto compound having the general formula 9wherein A and B are as defined above f is 3 or 4 g is 0 or 1 fg is 4 f is 3 or 4 g is 0 or 1 fg is 4 with an isocyanatecontaining organosilicon compound having the general formula awherein D R R and m are as defined above.

Related passage: According to preferred embodiment the thiocarbamatesilane is obtained from the reaction between 3triethoxysilylepropyl isocyanate and 2mercaptoethyl sulphide using dibutyltin dilaurate as a catalyst.The thiocarbamate synthesized by this reaction has the molecular structure
Patent claim: The server system according to claim 5 wherein the learning data is sent from each of a plurality of devices the plurality of devices being defined as the at least one device the devices being respectively installed in a plurality of vehicles the plurality of vehicles being defined as the vehicle the obtaining means obtains the learning data and a piece of environmental data sent from each of the devices the piece of environmental data being associated with at least one of an environment of a periphery of a corresponding one of the vehicles and an environment of a corresponding one of the vehicles itself the server system further comprises means for categorizing the pieces of the learning data sent from all the devices into a plurality of groups of learning data according to the pieces of the environmental data sent from the respective devices the performing means of the server system performing the learning process on at least the factor defining the predetermined process using the plurality of groups of learning data to generate pieces of the update data for the respective groups of learning data for updating at least the factor defining the predetermined process.

Related passage: In step 550 an object in the vehicle environment is identified on the basis of the comparison between the extracted features and the reference features.
Patent claim: The electronic device of claim 11 wherein the meta data for theimage comprises at least one of an image capture time face recognition information an exposure value a flash availability focus information a resolution an image size and a capture mode.

Related passage: Still another embodiment of the present invention is also an image display apparatus.The apparatus comprises a display of a list control unit configured to display on a display device a list of a plurality of thumbnails of the image data to which attribute information is added the image data being stored in a storage device a direction receiving unit configured to acquire a user selection for the image data and a display control unit configured to acquire from the storage device the predetermined number of sheets of image data including attribute information associated with the attribute information included in a selected image to arrange the predetermined number of sheets of image data within a virtual threedimensional space and to display on the display device a walkthrough video of the predetermined number of sheets of image data.