mhurhangee/ep-ind-claims huggingface dataset:
An image processing device supporting a print job written in a page description language, which is a programming language, the image processing device comprising: input means for inputting a user-defined code, which is a command that implements a process desired by a user and is written in the same page description language as the print job to be processed; a keyword management table that manages keywords; detection means for identifying a keyword corresponding to the input user-defined code from within the keyword management table, and for detecting the identified keyword within the print job; and merging means for merging the print job to be processed and the user-defined code by inserting the user-defined code before or after a position within the print job at which the keyword has been detected. input means for inputting a user-defined code, which is a command that implements a process desired by a user and is written in the same page description language as the print job to be processed; a keyword management table that manages keywords; detection means for identifying a keyword corresponding to the input user-defined code from within the keyword management table, and for detecting the identified keyword within the print job; and merging means for merging the print job to be processed and the user-defined code by inserting the user-defined code before or after a position within the print job at which the keyword has been detected.
A layer stack for growing graphene or carbon nanotubes (CNTs), wherein the layer stack comprises a substrate, a catalyst layer, a protective layer, and an attachment surface disposed between the catalyst layer and the protective layer, wherein the catalyst layer is capable of catalysing the growth of the graphene and/or the CNTs characterised in that the protective layer comprises a material selected from a group consisting of: Titanium Nitride (TiN), Titanium (Ti), Tantalum (Ta), Tantalum Nitride (TaN), Gold (Au), Silver (Ag), Palladium (Pd), Chromium (Cr), and a 2D layered material, wherein the 2D layered material is BN, M0S2, MoSe or WS 2, is between 1 nm and 500 nm in cross-section and is configured to allow carbon diffusion therethrough to the attachment surface, such that graphene or CNTs grow therefrom and the substrate comprises a material selected from a group consisting of: Silicon (Si), Aluminium Oxide (Al 2 O 3), Silicon Carbide (SiC), steel, Copper (Cu), Nickel (Ni), plastics, polymers, glass, Gallium Arsenide (GaAs), Aluminium (Al) and zeolite or the substrate comprises a material coated with a 2D layered material, which is BN, MoS 2 or WS 2.
A system for treating an aneurysm, the system comprising: a first precursor material including a biopolymer; a second precursor material including a chemical crosslinking agent; and a catheter including an elongate lumen and an exit port at a distal end portion of the lumen, wherein the catheter is configured to convey a mixture of the first and second precursor materials (103,105) toward and into an internal volume of an aneurysm at a portion of a blood vessel via the lumen and via the exit port wherein the mixture is configured to exit the port as a single cohesive strand, wherein the strand is configured to at least partially agglomerate within the aneurysm to form a mass, and wherein the catheter is at most 3 French. a first precursor material including a biopolymer; a second precursor material including a chemical crosslinking agent; and a catheter including an elongate lumen and an exit port at a distal end portion of the lumen, wherein the catheter is configured to convey a mixture of the first and second precursor materials (103,105) toward and into an internal volume of an aneurysm at a portion of a blood vessel via the lumen and via the exit port wherein the mixture is configured to exit the port as a single cohesive strand, wherein the strand is configured to at least partially agglomerate within the aneurysm to form a mass, and wherein the catheter is at most 3 French.
Road finisher, comprising: a screed plate (9, 10) extending at right angles to the working direction (a) of said road finisher, and a tamper bar disposed rearwardly and/or forwardly of said screed plate (9, 10) in the working direction (a), wherein at least one electrically operated heating element is applied to the tamper bar, which is configured so as to heat up a heating surface facing a road subsurface, and wherein said heating element comprises a heating layer at least partially obtained through thermal spraying onto a substrate surface, characterized in that the tamper bar is made from two parts with an upper tamper bar member and a lower tamper bar member (8") assembled together, wherein the upper tamper bar member has a lower surface which, in the assembled state, contacts an upper surface of the lower tamper bar member (8"), wherein a groove is provided in the lower surface of the upper tamper bar member and wherein the heating layer, which is multilayered comprising at least an insulating layer, a strip conductor, and a sealing layer, has been applied to a surface of the groove. a screed plate (9, 10) extending at right angles to the working direction (a) of said road finisher, and a tamper bar disposed rearwardly and/or forwardly of said screed plate (9, 10) in the working direction (a), wherein at least one electrically operated heating element is applied to the tamper bar, which is configured so as to heat up a heating surface facing a road subsurface, and wherein said heating element comprises a heating layer at least partially obtained through thermal spraying onto a substrate surface, characterized in that the tamper bar is made from two parts with an upper tamper bar member and a lower tamper bar member (8") assembled together, wherein the upper tamper bar member has a lower surface which, in the assembled state, contacts an upper surface of the lower tamper bar member (8"), wherein a groove is provided in the lower surface of the upper tamper bar member and wherein the heating layer, which is multilayered comprising at least an insulating layer, a strip conductor, and a sealing layer, has been applied to a surface of the groove.
A method of transferring data between a first device (102; 202; 402; 702; 802) and a second device (104; 216; 404; 804) comprising: bringing a first object (102; 202; 402; 708; 806) into an activation zone of a near-field communication module (110; 210; 704) so as thereby to establish a near-field communication link (118; 218; 406; 710; 808) between said module and said first object; said near-field communication module sending a control signal (116; 214) to at least one of said first and second device causing said first or second device to change a second existing communication session (120; 220; 408; 810) through a second, different channel between said first and second devices from a first state to a second state; transferring said data between said first device and said second device in said second existing communication session; and changing said second existing communication session from the second state to the first state if said first object is removed from said activation zone. bringing a first object (102; 202; 402; 708; 806) into an activation zone of a near-field communication module (110; 210; 704) so as thereby to establish a near-field communication link (118; 218; 406; 710; 808) between said module and said first object; said near-field communication module sending a control signal (116; 214) to at least one of said first and second device causing said first or second device to change a second existing communication session (120; 220; 408; 810) through a second, different channel between said first and second devices from a first state to a second state; transferring said data between said first device and said second device in said second existing communication session; and changing said second existing communication session from the second state to the first state if said first object is removed from said activation zone.
A stunning rod (40', 40") adapted for use in a pneumatic animal stunner for stunning an animal, the rod (40', 40") being mountable with a piston (48', 48") and movable within an inner chamber in the stunner, the stunning rod characterized in that the rod 40', 40" comprises: an elongated body (44', 44") having a density and a forward end (310, 310") sized to receive a detachable tip (330, 330"), an opposite rearward end (312, 312") adapted to receive an outwardly extending lip (46, 46') for engagement with a catch within the pneumatic animal stunner; and a detachable tip (330, 330") for striking an animal's head, the detachable tip (330, 330") being received in and secured to the forward end (310, 310") of the elongated body (44', 44"), the detachable tip (330, 330") having a density greater than the density of the elongated body (44', 44"); wherein the stunning rod (40', 40") is capable of being driven forward along a longitudinal axis within the stunner inner chamber to stun an animal, and rearward along the longitudinal axis to retract and hold the stunning rod (40',40") by the catch; and wherein the elongated body and the detachable tip have a non-circular cross section. an elongated body (44', 44") having a density and a forward end (310, 310") sized to receive a detachable tip (330, 330"), an opposite rearward end (312, 312") adapted to receive an outwardly extending lip (46, 46') for engagement with a catch within the pneumatic animal stunner; and a detachable tip (330, 330") for striking an animal's head, the detachable tip (330, 330") being received in and secured to the forward end (310, 310") of the elongated body (44', 44"), the detachable tip (330, 330") having a density greater than the density of the elongated body (44', 44"); wherein the stunning rod (40', 40") is capable of being driven forward along a longitudinal axis within the stunner inner chamber to stun an animal, and rearward along the longitudinal axis to retract and hold the stunning rod (40',40") by the catch; and wherein the elongated body and the detachable tip have a non-circular cross section.
A method of dynamically determining the degree of workload parallelism and automatically adjusting the number of cores (222, 224, 226) supporting a workload in a portable computing device, the method comprising: sampling one or more work queues of a multicore processor to determine a number of tasks being assigned to the multicore processor at a given time by an operating system scheduler; calculating a percentage of parallel work based on a current mode of operation of the multicore processor and the sampling of the one or more work queues, wherein: an instance of parallel work occurs when the number of tasks being assigned to the multicore processor at a given time allows for using two or more cores (222, 224, 226) of the multicore processor; and the percentage of parallel work (P%) is governed by the equation P% = instances of parallel work over a sampling period / number of samples over the sampling period; determining if the current mode of operation for the multicore processor should be changed based on the calculated percentage of parallel work; and instructing one or more cores (222, 224, 226) of the multicore processor to switch a dynamic voltage and frequency scaling algorithm if it is determined that the current mode of operation for the multicore processor should be changed. sampling one or more work queues of a multicore processor to determine a number of tasks being assigned to the multicore processor at a given time by an operating system scheduler; calculating a percentage of parallel work based on a current mode of operation of the multicore processor and the sampling of the one or more work queues, wherein: an instance of parallel work occurs when the number of tasks being assigned to the multicore processor at a given time allows for using two or more cores (222, 224, 226) of the multicore processor; and the percentage of parallel work (P%) is governed by the equation P% = instances of parallel work over a sampling period / number of samples over the sampling period; determining if the current mode of operation for the multicore processor should be changed based on the calculated percentage of parallel work; and instructing one or more cores (222, 224, 226) of the multicore processor to switch a dynamic voltage and frequency scaling algorithm if it is determined that the current mode of operation for the multicore processor should be changed. an instance of parallel work occurs when the number of tasks being assigned to the multicore processor at a given time allows for using two or more cores (222, 224, 226) of the multicore processor; and the percentage of parallel work (P%) is governed by the equation P% = instances of parallel work over a sampling period / number of samples over the sampling period; determining if the current mode of operation for the multicore processor should be changed based on the calculated percentage of parallel work; and instructing one or more cores (222, 224, 226) of the multicore processor to switch a dynamic voltage and frequency scaling algorithm if it is determined that the current mode of operation for the multicore processor should be changed.
An orthopaedic drill bit for drilling bone comprising: a shaft having a drilling end, said drilling end having: a drilling end point; said shaft further including at least one flute defined in said shaft for directing away debris produced during drilling; characterized in that said drilling end further has: a distal portion having at least three faces meeting at a common point to define the drilling end point located on the longitudinal axis of said shaft, said three faces arranged in a pyramidal shape, said three faces defining three cutting edges such that each face presents a leading cutting edge and a trailing cutting edge (1022"); and a proximal portion extending away from said distal portion, a portion of at least one face of said three faces extending along said proximal portion to form a continuing portion of said face; said shaft further including a V shaped groove disposed between said drill end point and said flute, said V-shaped groove running along a trailing edge (1022") of at least one face of said three faces, said trailing edge (1022") being disposed along at least said continuing portion of said face, said V-shaped groove terminating in said flute and arranged to channel and direct debris into said flute. a shaft having a drilling end, said drilling end having: a drilling end point; said shaft further including at least one flute defined in said shaft for directing away debris produced during drilling; characterized in that said drilling end further has: a distal portion having at least three faces meeting at a common point to define the drilling end point located on the longitudinal axis of said shaft, said three faces arranged in a pyramidal shape, said three faces defining three cutting edges such that each face presents a leading cutting edge and a trailing cutting edge (1022"); and a proximal portion extending away from said distal portion, a portion of at least one face of said three faces extending along said proximal portion to form a continuing portion of said face; a drilling end point; said shaft further including at least one flute defined in said shaft for directing away debris produced during drilling; characterized in that said drilling end further has: a distal portion having at least three faces meeting at a common point to define the drilling end point located on the longitudinal axis of said shaft, said three faces arranged in a pyramidal shape, said three faces defining three cutting edges such that each face presents a leading cutting edge and a trailing cutting edge (1022"); and a proximal portion extending away from said distal portion, a portion of at least one face of said three faces extending along said proximal portion to form a continuing portion of said face; said shaft further including a V shaped groove disposed between said drill end point and said flute, said V-shaped groove running along a trailing edge (1022") of at least one face of said three faces, said trailing edge (1022") being disposed along at least said continuing portion of said face, said V-shaped groove terminating in said flute and arranged to channel and direct debris into said flute.
An electronic device, comprising: a body; a touchscreen at a first surface of the body; a rear input unit (133, 133a) at a second surface of the body; and a controller, characterized in that the controller is configured to: receive a first input at the rear input unit while a first page is displayed on the touchscreen, the first page being an application execution screen, store the first page in a standby state in response to the first input, wherein storing the first page in a standby state comprises displaying, on the touchscreen, a first thumbnail corresponding to the first page, receive a second input at the touchscreen, while the first input at the rear input unit is maintained, execute a function corresponding to the second input while maintaining the standby state of the first page, and display the first page stored in the standby state and remove the first thumbnail displayed on the touchscreen upon release of the first input at the rear input unit. a body; a touchscreen at a first surface of the body; a rear input unit (133, 133a) at a second surface of the body; and a controller, receive a first input at the rear input unit while a first page is displayed on the touchscreen, the first page being an application execution screen, store the first page in a standby state in response to the first input, wherein storing the first page in a standby state comprises displaying, on the touchscreen, a first thumbnail corresponding to the first page, receive a second input at the touchscreen, while the first input at the rear input unit is maintained, execute a function corresponding to the second input while maintaining the standby state of the first page, and display the first page stored in the standby state and remove the first thumbnail displayed on the touchscreen upon release of the first input at the rear input unit.
A production method for a glassy liquid-crystalline epoxy resin, comprising a process of cooling a liquid-crystalline epoxy resin at a cooling rate of 5 °C/min or more to cause transition into a glassy state, wherein the glassy liquid-crystalline epoxy resin has a nematic structure, the glassy state and the nematic structure being determined as indicated in the description.
An isolated nucleic acid molecule consisting of a Z. mobilis glyceraldehyde-3-phosphate dehydrogenase gene promoter comprising a base substitution in a position selected from the group consisting of a T replacing G at position 116, a T replacing C at position 217, or both a T replacing G at position 116 and a T replacing C at position 217; wherein the position numbers are with respect to SEQ ID NO:1 and wherein the resulting promoter is an improved promoter having increased expression.
Braking device for a motor vehicle, which has a service brake and an automated parking brake and comprises at least one brake pad (8, 8') and a brake disk, wherein the brake pad (8, 8') can be placed against the brake disk, characterized in that, on the basis of activation of the parking brake, the brake pad (8, 8') can be placed against the brake disk by means of an elastic element in such a way that no braking force or only a small braking force acting on the motor vehicle is built up.
A method of characterizing an ultrasound lesion in organic tissues, the lesion being made by applying high intensity focused ultrasound delivered by a probe having its emission surface presenting a shape that is toroidal or pseudo-cylindrical, the method being characterized in that it consists in: · after a period of at least two days from the end of ultrasound application, acquiring at least one characterization image (Ic) of the humans organic tissues; · detecting in the characterization image (Ic, the presence of a the presence of a high-level echo line corresponding to agglomerations of precipitated calcium; and · from the contrast border, determining the extent of the ultrasound lesion. · after a period of at least two days from the end of ultrasound application, acquiring at least one characterization image (Ic) of the humans organic tissues; · detecting in the characterization image (Ic, the presence of a the presence of a high-level echo line corresponding to agglomerations of precipitated calcium; and · from the contrast border, determining the extent of the ultrasound lesion.
A single phase transformer, in particular for carrying out dielectric tests, comprising: - a containment case suitable to be placed on a support structure; - at least one magnetic core located within said containment case; - a primary winding, coupled with said magnetic core, - a secondary winding, magnetically coupled with said primary winding through said magnetic core, wherein said primary winding and/or said secondary winding comprising two or more layers of coils being coaxially arranged, facing each other and defining linear directions substantially parallel each other, each of said layers of coils including a plurality of elementary coils independent one from another, each of said elementary coils being aligned axially along each of said linear directions, wherein said elementary coils of said layers are reciprocally connected in series and arranged one consecutively the other. - a containment case suitable to be placed on a support structure; - at least one magnetic core located within said containment case; - a primary winding, coupled with said magnetic core, - a secondary winding, magnetically coupled with said primary winding through said magnetic core,
A drive arrangement comprising a roll (1,10) rotatable about an axis, a roll bearing, a bearing housing and a motor, wherein the roll (1,10) is mounted via the roll bearing, the bearing housing of the roll bearing can be connected to a frame or a foundation and a drive torque of the motor can be transmitted to the roll (1,10), wherein the motor is indirectly connected to the bearing housing of the roll bearing and a reaction torque of the motor can be transmitted into the bearing housing of the roll bearing, wherein the motor is connected to the bearing housing at least via one gear unit, characterised in that the drive torque of the motor can be transmitted to the roll (1,10) via the gear unit and a coupling arranged between the gear unit and the roll bearing, and the coupling comprises a first coupling element and a second coupling element, the first coupling element is connected to the roll (1,10), the second coupling element is connected to the gear unit, wherein a third coupling element connects the first coupling element and the second coupling element, wherein an alignment of the gear unit deviating from the axis of the rotatable roll (1,10) can be compensated by the third coupling element.