bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The medicated module of any of the preceding claims wherein the second medicament 324 is isolated in the medicament cavity 306 upon an actuation of the slidable bung 302 during an injection process.

Related passage: The liquid medicine injector shown in Fig.10 comprises a cylindrical body 1 and first second and third gaskets 2 3 and 9 which are fluidtightly and movably fitted into cylindrical body 1.The third gasket 9 located between the first and second gaskets 2 and 3 is brought into contact with the first gasket 2 but spaced from the second gasket 3 to form a fluid chamber 4 between the second gasket 2 and the third gasket 9.The first and second gaskets 2 3 have the same configurations as those of embodiment of Fig.6 while the third gasket 9 is provided at each circular end with a cylindrical protrusion 91 92 having a diameter smaller than the inner diameter of the cylindrical body 1.Preferably the diameter of cylindrical protrusion 91 92 is approximately equal to that of the cylindrical protrusions 24 and 33 of the firstand second gaskets 2 and 3.
Patent claim: A printing press 1 characterized by comprising a printing cylinder 17 configured to convey a sheet 4 an inkjet head 2326 configured to execute printing by discharging ink droplets to the sheet 4 conveyed by the printing cylinder 17 a drying device 27 opposing the printing cylinder 17 and configured to dry printed ink and a heat dissipation member 62 overlaid and attached on an outer surface of the printing cylinder 17 the heat dissipation member 62 including a main body 65 made of a nonmetal material in a sheetlike shape and a plurality of ventilation portions 66 through which air passes in a thickness direction of the main body 65.

Related passage: FIG.3 is a schematic view of a print drum 310 and a portion of the paper path 126 according to an embodiment of this invention.As shown in FIG.3 there is a plurality of printheads located near the outer peripheral surface of the print drum 310.The printheads include printheads 230 231 232 and 233 as well as other printheads.All the printheads which place the ink onto a medium or paper form the ink source 140.All the printheads are located within the print zone 128.The portion of the paper path 126 includes a media feeder 326 which loads media onto the print drum 310 along the paper load area depicted by the reference numeral 320 on the area of the drum downstream from the media feeder 326.The print drum 310 rotates in a direction depicted by arrow 312
Patent claim: The method of claim 12 or claim 13 wherein the method is an atomic layer deposition process.

Related passage: In yet another embodiment the present invention is a method of growing a metal oxide or nitride film by ALD or CVD comprising providing a barium or strontium imidazolate structure of the present invention in conjunction with titanium sources dissolved in a solvent selected from the group consisting of an ether aminoether amide ester aromatic or hydrocarbon solvent and delivering the resulting solution by a DLI system to provide a vapor stream of the resulting solution to grow the metal oxide or nitride film by ALD or CVD.
Patent claim: A network for receiving uplink data from a user equipment using a Hybrid Automatic Repeat Request HARQ scheme in a mobile communication system the network comprising a transmitter for transmitting uplink resource allocation information to the user equipment and a receiver for receiving the uplink data from the user equipment transmitted using the uplink resource allocation information based on the HARQ scheme wherein the uplink resource allocation information is transmitted to the user equipment through a random access response message of a random access procedure or through a downlink control channel.

Related passage: Then the base station searches the directory numbersincluded in the signals received through the dedicated channels from the first and second mobile stations duplicates a signal including the directory number of the first mobile station to the first mobile station having the mobile ID which succeeded in the random access and then broadcasts it.The first mobile station compares the signal including its directory number which has been broadcasted by the base station with the signal which has been transmitted by itself and continuously performs communication because the two signals are identical to each other.The second mobile station compares the signal ACK including its directory number which has been transmitted from the base station with the signal which has transmitted by itself.Then the second mobile station tries random access again or stops it after the lapse of a predetermined time of its inner timer because the two signals are different from each other.By doing so resolution of the contention generated between the first and second mobile stations is realized.
Patent claim: A lubricating oil composition as claimed in any one of the preceding claims wherein the one or more overbased magnesium salicylate detergents provides the lubricating oil composition with greater than or equal to 0.05 massof magnesium ASTM D5185 based on the total mass of the lubricating oil composition.

Related passage: Examples of suitable ashless dithiocarbamate compounds include methylene bisdibutyldithiocarbamate bisdimethylthiocarbamoylmonosulfide bisdimethylthiocarbamoyldisulfide bisdibutylthiocarbamoyldisulfide bisdiamylthiocarbamoyldisulfide and bisdioctylthiocarbamoyldisulfide.Each of the compounds can be incorporated singly or in combination in an amount of 0.1 to 5 wtin the lubrication oil composition of the present invention.The preferred ashless dithiocarbamate is methylene bisdibutyldithiocarbamate.
Patent claim: The cartridge assembly of claim 4 wherein each row of slots of the three rows of slots on the first side of the longitudinal channel includes at least one empty slot.

Related passage: Also in various embodiments of the medical agent dispensing system of the present invention an electric motor 98 may be included within the handle portion 20 with a mechanical linkage structured to drive rotation of the screw pump auger 76 within the pump auger casing 72 upon activation of the motor 98.Those skilled in the art will appreciate that the electric motor 98 may be any conventional batterydriven or ACpowered motor provided with specifications e.g.a motor rating suitable for safe and effective use of the motor 98 in association with operation of the surgical instrument 10.In certain embodiments the electric motor 98 may be activated through conventional electrical circuitry or components 100 that can be operatively associated with the firing trigger 38 the release button 40 andor an independent manual activation switch 102 of the instrument 10.The electrical circuitry 100 may be configured to activate the motor 98 automatically in association with the firing operation of the instrument 10 for example andor to activate the motor 98 manually through use of the switch 102 which may be pressed by the clinician for example when using the instrument 10.In certain embodiments a mechanically driven rotary trigger for example may be configured to interact with the mechanical linkage operatively associated with the casing 72 to drive rotation of the screw pump auger 76 within the casing 72.
Patent claim: The ophtalmic composition according to claim 16 comprising administering said ophtalmic composition at least once a day.

Related passage: The inclusion of hydroxypropylbetacyclodextrins together with sodium hyaluronate in a new ophthalmic solution of this invention provides a protective and beneficial environment for the latanoprost molecule because the active ingredient is housed in the lipophilic cavity of the cyclodextrins and at the same time the hydrophilic surface contributes to the solubility in water while the sodium hyaluronate covers the formed complex.The interaction of the drug with the hydroxypropylbetacyclodextrins and the sodium hyaluronate results in the reduction of the decomposition which grants protection to the active labile in an aqueous environment.
Patent claim: Machine according to claim 7 characterized in that the rotation of said support 24b 25b carrying each breaking countertool 20b 21b is motorized.

Related passage: At the end of the scoring operation the sheet L is subjected to a step of breaking a step of softening of the plastic film with known means for example via localized heating by means of a resistor and a step of tearing of the plastic film to obtain a total separation of the two portions L1 and L2 illustrated in Figure 9B.The further machining steps subsequent to the cutting step can be performed in any known way either automatically or manually.
Patent claim: The method of any preceding claim further comprising in the location management computer updating the location of the consumer products of the same type only after receiving at least two indications that the location of the consumer products of the same type has changed.

Related passage: Figure 1 is a flowchart of a preferred method wherein the retail staff walk around the store with a personal shopper device having an RFID reader wherein the retail staff scan all the RFID shelf labels in the retail environment 110 as each RFID label is scanned by the personnel using the RFID reader the software means acts to collect the scanned information and analyze the collected information 120 the read RFID information includes the current location of the RFID reader using the location sensing device 130 the software means is able to then identify the unique identifier transmitted by the RFID shelf label via the read RFIDinformation 140 and the location information of the item identified by the read RFID information is compared with the prior location information of the requisite item and updated if there is a difference 150 once all RFID labels have been read in effect the software means has updated the planogram 160 such that an updated planogram is available to the retailer for further use 170.Thereafter the updated planogram information may be used as the initial planogram in which additional collected information may be compared with for the next time the store personnel elect to update their planogram.
Patent claim: A coated cutting tool according to any of the preceding claims characterized in that the ratio between the thickness of the zone C and zone B is between 1.4 and 1.9.

Related passage: A1.A multilayer TiAlNcoating was deposited by cathodic arc evaporation on cutting inserts made of cemented carbide with a composition of 9 wt Co 0.9 wt Cr 230 ppm Ti and balance WC and a coercivity of 23.6 kAm corresponding to an average grain size of about 0.8 m and a magnetic Cocontent of 6.7 corresponding to a CWCrratio of 0.95.The coating was deposited using arc evaporation of Ti and TiAl metal sources.A TiN adhesion layer was deposited using Ti metal sources in a mixed Ar and N2 atmosphere.The coating thickness of the TiN adhesion layer was 0.15 m.A second layer was deposited in a N2 atmosphere using targets consisting of Al0.67Ti0.33 and Al0.50Ti0.50 alloy.An aperiodic lamella structure was obtained by a 3fold rotation of the inserts inside the deposition chamber.The thickness of the second layer was 1.6 m.The average composition was Al0.54Ti0.46N as determined by SEMEDS.The average thickness of the individual lamella layers of the second layer was 8 nm as determined by transmission electron microscopy TEM.The third outer layer was deposited in a N2 atmosphere using targets consisting of Ti Al0.67Ti0.33 and Al0.50Ti0.50 alloy.An aperiodic lamella structure was obtained by a 3fold rotation of the inserts inside the deposition chamber.The thickness of this third layer was 2.6 m.The average composition of the third layer was Al0.24Ti0.76 as determined by SEMEDS.The average thickness of the individual lamella layers of the third layer was 11 nm as determined by TEM.The total thickness of the applied coating was 4.4 m.
Patent claim: The backlight unit of claim 2 or 3 wherein a distance a between the first support side member and an edge of one of the plurality of light sources is greater than or equal to 0mm and less than or equal to 10mm.

Related passage: The first side portion 310 in the first mold 300 includes an upper surface 3101 the sloping surface 3102 and the side wall 3103.The upper surface 3101 of the first mold 300 supports the optical plate 230 and the optical sheet layer 240.The sloping surface 3102 of the first mold 300 is inclined downwardly from the upper surface 3101.The lower end of the sloping surface 3102 of the first mold 300 presses on reflection sheet 220 thereby helping to prevent movement of the reflection sheet 220.The sloping surface 3102 of the first mold 300 may serve to reflect light emitted from the light source 210.To this end the first mold 300 may be made of a resin having a good reflective property.Alternatively a reflective material may be applied to the sloping surface 3102 of the first mold 300.To provide sufficient reflection efficiency the sloping surface 3102 of the first mold 300 may be inclined at an angle 1 of 30 degrees to 60 degrees with respect to the bottom surface of the bottom chassis 250.
Patent claim: The device of claim 9 further comprising a detecting unit to detect the at least one external device and an operation information requesting unit to request at least one operation from a server according to a result of the detecting.

Related passage: The information used for identifying a device is typically device type data indicating a device type of an electronic device and the proxy device requests the server to retrieve based on the device type data of the device information of the inhome electronic device and the outofhome electronic device the device cooperation service executable in combination of the electronic devices thereby acquiring the service information as a retrieval result from the server.Alternatively the information used for identifying a device is device type data indicating a device type of the electronic device and the proxy device associates for management the acquired service information with the device information of the electronic device corresponding to the device type data having been specified for retrieving the device cooperation service thereby identifying the electronic device which executes the device cooperation service.
Patent claim: A transmitter adapted and configured for transmitting digital data using a frequency divisional multiplexing method GFDM wherein a transmit symbol comprises a plurality of data symbols assigned to at least two subcarriers the method comprising the steps of.mapping a plurality of data bits to data symbols and assigning data symbols to the at least two subcarriers andspreading the information of each data symbol of a time slot of the transmit symbol to the data symbols of each subcarrier of said time slot andappending at least one of a cyclic prefix or a cyclic suffix to the transmit symbol andtransmitting the transmit symbol and the cyclic prefix andor the cyclic suffix.

Related passage: The antenna 601 receives signals combining signals transmitted by the transmitter device 50 and interference signals transmitted by another transmitter device.The reception unit 602 performs downconversion and analogdigital conversion on received signals thus generating modulation signals.
Patent claim: The apparatus of claim 1 wherein the timing information is to indicate when the scheduled reception time will start and end.

Related passage: In a first embodiment of the present invention the Tx Controller 220 FIG 2 first establishes when the longrange radio will commence to transmit and when the longrange radio will discontinue to transmit.This information is forwarded from the LRTx Controller 205 to the Tx Controller 220.Next the Tx Controller 220 forwards this information to the SRTx Controller which controls the SRSPU 211 andor the SRTx 212 such that the shortrange radio defers from transmitting during the periods when the longrange radio is transmitting i.e.simultaneous transmission is prevented.This method of operating a dual radio communication device is further illustrated in FIG 9.Preferably the shortrange radio defers from transmitting from a first point in time before the longrange radio commences to transmit illustrated by t1 in FIG 5b up to a second point in time after the longrange radio discontinues to transmit illustrated by t2 in FIG 5b.A timewindow from t1 to t2 is thereby defined during which transmission by the shortrange radio is avoided.This method of operating a dual radio communication device is further illustrated in FIG 10.FIG 5a FIG 5b and FIG 5d show timing diagrams illustrating the operation of the first embodiment.In FIG 5a the power supply voltage Vdd in FIG 5b transmission by the longrange radio and in FIG 5d transmission by the shortrange radio are shown as functions of time t.In FIG 5 all timeaxes have a common timescale.In FIG 5b and in FIG 5c it is illustrated how the longrange radio transmits at the same time as the conventional shortrange radio would have transmitted the second packet labeled ii and sixth packet labeled vi as is indicated in FIG 5d.According to thefirst embodiment of the present invention the second packet labeled ii and sixth packet labeled vi are deferred and transmitted at a later slot.It should be noted that hereby the power supply voltage drop illustrated in FIG 5a will not occur at the same time as the shortrange radio transmits and thereby not affect the frequency synthesizer of the shortrange radio.For a packetswitched connection the delay of transmission by the shortrange radio constitutes no problem since it only delays the packet delivery.However for a circuitswitched connection a problem arises in that an expected packet is delivered late.This problem can be solved by introducing a FIFO FirstInFirstOut buffer in both the sending device and in the receiving device.It should be noted that only packets that may cause collisions are delayed.All other packets are transmitted according to the timing of the circuitswitched framing.In this way no accumulation delay occurs.The new scheme FIG 5d provides an isochronous flow but with buffering the isochronous flow can be transformed to a synchronous flow i.e.in average the repetition interval frame length is constant.
Patent claim: The information processing apparatus according to one of claims 1 to 5 wherein the input device 13 comprises a rotary portion 131 which is rotatable by a user in at least one rotary direction RR RL to provide at least a first input functionality and which is movable by a user corresponding to the first directional movement TE second directional movement TN and third directional movement TW which are each transverse to the rotation axis of the rotary portion 131 to provide at least a second input functionality.

Related passage: When the user presses the button corresponding to the item 41a shown in FIG.4a the category selection screen 50 shown in FIG.4b is displayed on the display monitor 16.The category selection screen 50 is a menu screen on which a category of facility which is a search condition when facility search is conducted can be selected.Hereafter the menu screen 50 is called a category selection screen.On the category selection screen 50 there are displayed items 51a to 51h that indicate categories of facilities respectively.The user can select a category of search condition by pressing one of the items 51a to 51h.Then a facility in the category selected by the user is searched.
Patent claim: A method for heating a load arranged in a cavity via microwaves generated by a microwave source and guided to the cavity via a plurality of transmission lines the method comprising obtaining 4010 a signal representative of the impedance of each transmission line and adjusting 4020 the impedances of each of some of the plurality of transmission lines based on the obtained signals.

Related passage: The microwave heating device according to Embodiment 5 is configured such that provision of the phase control part 26 on one of the power feeding routes from the power divider part 27 makes it possible to control the phase difference of the microwave in one power feeding route.It is to be noted that similarly to the microwave heating device according to Embodiment 4 the power feeding routes are each provided with a power amplifier part that amplifies microwave power a power detecting part that detects the supply power and the reflected power and a power feeding part being an antenna.That is in the microwave heating device according to Embodiment 5 a power amplifier part 23a or 23b a power detecting part 24a or 24b and a power feeding part 25a or 25b are provided at the corresponding power feeding route.
Patent claim: The braking system of any preceding claim wherein during a grid loss event the first group 421 423 425 of the one or more brakes is in a normally closed condition and the second group 422 424 426 of the one or more brakes is in a normally open condition.

Related passage: European patent EPB10 945 613 discloses a yawing system where the frame rotates on a ball bearing.It includes a continuous passive braking system preventing the motor from being forced to operate due to small gusts of wind.To this end it comprises friction plates on the frame which are pushed against the support ring in the tower by means of springs on which ring the frame rotates.These plates can be placed in the upper track or in the lower track of the ring or in a radial direction on a cylindrical surface joined to the tower.The braking force is passive i.e.it is adjusted during the assembly of the nacelle and this braking is always operating either against small gusts of wind or against the desired movement of orientation of the rotor.This patent also claims an embodiment including electrically driven disc braking devices active braking device.
Patent claim: Apparatus according to any of Claims 1 to 5 wherein each parameter is an air pressure.

Related passage: Sensor 10 has a bubble or blister type probe housing 20 that is aerodynamically smooth from a generally hemispherical or part spherical leading end shown at 22 which curves outwardly from the surface of the mounting plate 14 along a front edge 24 a desired distance indicated generally by the double arrow 16 in Figure 3.The front edge 24 of the leading end 22 joins a radius surface that is rounded to cause a minimum disruption of airflow which is flowing in the direction indicated by the arrow 26 at 0 angle of attack.The semiflush sensor or probe housing 20 smoothly transitions from the front end 22 outwardly to a generally longitudinally extending line 30 at the maximum lateral extension of the housing from the mounting surface.The line 30 may taper slightly inwardly toward the support surface 14 in rearward downstream direction.In cross section as shown in Figure 4 top and bottom walls 28 and 29 of the housing have outer surfaces 46A and 46B that converge from the peripheral edges of the housing at the support surface 14 laterally outwardly to a rounded part cylindrical outer endwall 48 on which line 30 lies.These top and bottom walls converge toward a central bisecting plane 31.Stated another way the top and bottom walls diverge from the part cylindrical wall 48.