mhurhangee/patent-ind-claim-en huggingface dataset:
A force sensor , comprising an elastic tube and a strain gauge arranged on the elastic tube , wherein: the force sensor further comprises a pierced transverse slot formed in the elastic tube , the transverse slot having a first wall and a second wall ; the force sensor characterised in that it further comprises at least one first limiting structure disposed between two opposing ends of the transverse slot , each of the at least first limiting structure comprising a first limiting portion and a second limiting portion , the first limiting portion being connected to the first wall , the second limiting portion being connected to the second wall ; the first limiting portion is a female portion with a first internal surface and the second limiting portion is a male portion with a second external surface, the first internal surface and the second external surface being arranged opposite to each other and defining a clearance between the first internal surface and the second external surface, and wherein the second limiting portion is confined within the first limiting portion ; and when the elastic tube is stretched by a force and the transverse slot deforms in an axial direction of the elastic tube , the first limiting portion and the second limiting portion are able to responsively move away from each other in the axial direction until being engaged with each other; wherein the first limiting portion and second limiting portion are both L-shaped portions that match each other in shape; or the first limiting portion is a trapezoidal male portion, and the second limiting portion is a trapezoidal female portion. the force sensor further comprises a pierced transverse slot formed in the elastic tube , the transverse slot having a first wall and a second wall ; the force sensor characterised in that it further comprises at least one first limiting structure disposed between two opposing ends of the transverse slot , each of the at least first limiting structure comprising a first limiting portion and a second limiting portion , the first limiting portion being connected to the first wall , the second limiting portion being connected to the second wall ; the first limiting portion is a female portion with a first internal surface and the second limiting portion is a male portion with a second external surface, the first internal surface and the second external surface being arranged opposite to each other and defining a clearance between the first internal surface and the second external surface, and wherein the second limiting portion is confined within the first limiting portion ; and when the elastic tube is stretched by a force and the transverse slot deforms in an axial direction of the elastic tube , the first limiting portion and the second limiting portion are able to responsively move away from each other in the axial direction until being engaged with each other; wherein the first limiting portion and second limiting portion are both L-shaped portions that match each other in shape; or the first limiting portion is a trapezoidal male portion, and the second limiting portion is a trapezoidal female portion.
Vapour extraction apparatus for a hob, which has, in the upper side, at least one suction opening , a fan that is arranged offset downwards in relation to the suction opening and a connecting channel between the suction opening and the fan , wherein a distributor space , which has at least one air outlet opening , is provided downstream of the fan in the flow direction, characterised in that the distributor space is delimited at least partially by sound attenuation material , wherein at least one odour filter is arranged upstream of the fan in the flow direction.
A method for protecting a computing device of a target system against ransomware attacks, wherein the computing device employs a file system having a data structure used by an operating system of the computing device for accessing files based on file paths, wherein the operating system uses a filing system implemented in a directory that contains a list of file names and other information related to the files, including the file paths, the method comprising the steps of: a. installing an agent in the computing device , wherein the agent is a software or a hardware that performs one or more actions autonomously on behalf of the target system, including specifying one or more file paths stored in the directory to one or more trap files each having a trap file name in the directory, wherein a trap file is a file access to which indicates a probability of ransomware attack; b. monitoring access to the one or more trap files to detect the probability of ransomware attack; c. upon detecting access to a trap file, performing a remedial action against the probability of ransomware attack. a. installing an agent in the computing device , wherein the agent is a software or a hardware that performs one or more actions autonomously on behalf of the target system, including specifying one or more file paths stored in the directory to one or more trap files each having a trap file name in the directory, wherein a trap file is a file access to which indicates a probability of ransomware attack; b. monitoring access to the one or more trap files to detect the probability of ransomware attack; c. upon detecting access to a trap file, performing a remedial action against the probability of ransomware attack.
A system for storing information, comprising: an interface that receives an input stream of information, wherein the stream of information includes a sequence of segments , data in each of the segments comprises a sequence of integer values where each integer value is represented using a number of bytes; a processor coupled to the interface and configured to: perform a format identification process to identify breakpoints between each of the segments and select a correct format identifier for a segment when a fitting penalty is determined to be lowest for a format identifier applied to the segment; determine whether numeric values of the stream of information satisfy a continuity property based on how the stream of information fits a particular format identifier, wherein each format identifier used in the format identification process comprises different values forming a tuple including: a data representation size, k, corresponding to the number of bytes used to store the values, a group size, t, corresponding to a number of channels, where t is greater than one, and a number of bytes for an alignment, a, between values of corresponding segments and, as the continuity property, a fitting penalty is assigned to various choices of the tuples (k,t,a) based on the difference between respective consecutive values of each channel; and compress at least a portion of the stream of information using a compression technique selected based on the continuity property and the correct format identifier to produce a compressed stream; and a memory that stores the compressed stream. an interface that receives an input stream of information, wherein the stream of information includes a sequence of segments , data in each of the segments comprises a sequence of integer values where each integer value is represented using a number of bytes; a processor coupled to the interface and configured to: perform a format identification process to identify breakpoints between each of the segments and select a correct format identifier for a segment when a fitting penalty is determined to be lowest for a format identifier applied to the segment; determine whether numeric values of the stream of information satisfy a continuity property based on how the stream of information fits a particular format identifier, wherein each format identifier used in the format identification process comprises different values forming a tuple including: a data representation size, k, corresponding to the number of bytes used to store the values, a group size, t, corresponding to a number of channels, where t is greater than one, and a number of bytes for an alignment, a, between values of corresponding segments and, as the continuity property, a fitting penalty is assigned to various choices of the tuples (k,t,a) based on the difference between respective consecutive values of each channel; and compress at least a portion of the stream of information using a compression technique selected based on the continuity property and the correct format identifier to produce a compressed stream; and a memory that stores the compressed stream.
A compound of formula (Ia), wherein the formula is wherein Q and X are, respectively, CH and C, CR 2 and C, CH and N, CR 2 and N, or N and C; R 1 is hydrogen, halide or optionally substituted linear or branched alkoxy having 1 or 2 carbon atoms; R 2 is independently selected from hydrogen, halide or optionally substituted linear or branched alkoxy having 1 or 2 carbon atoms, and R 3 is optionally substituted linear or branched alkoxy having 1-6 carbon atoms, haloalkyl having 1-6 carbon atoms, n-propyl, 2-propenyl, 2-propynyl, or n-pentyl, or a pharmaceutically acceptable salt of the compound, for use in the prevention or treatment of a bacterial infection. Q and X are, respectively, CH and C, CR 2 and C, CH and N, CR 2 and N, or N and C; R 1 is hydrogen, halide or optionally substituted linear or branched alkoxy having 1 or 2 carbon atoms; R 2 is independently selected from hydrogen, halide or optionally substituted linear or branched alkoxy having 1 or 2 carbon atoms, and R 3 is optionally substituted linear or branched alkoxy having 1-6 carbon atoms, haloalkyl having 1-6 carbon atoms, n-propyl, 2-propenyl, 2-propynyl, or n-pentyl, or a pharmaceutically acceptable salt of the compound, for use in the prevention or treatment of a bacterial infection.
System for offline buffering of foam cans comprising at least one entrance and at least one exit; at least one conveyor belt , wherein the conveyor belt connects the entrance to the exit; at least one buffer zone placed next to the conveyor belt , suitable for receiving the foam cans to be buffered; and a robot comprising a robotic arm, wherein the conveyor belt and the buffer zone are within reach of the robotic arm, wherein the buffer zone comprises at least one stand, the stand comprising several rows, the rows being staggered, and the stand with the rows facing the conveyor belt .
A panel lock, comprising: a shell ; a rotary shaft rotatably mounted in the shell ; a locking tab connected to and rotating along with the rotary shaft to realize unlocking and locking; a handle rotatably mounted to the rotary shaft , the handle having a first position being folded relative to the shell and a second position being lifted at a preset angle relative to the shell during rotation about a first axis perpendicular to the rotary shaft , the handle comprising a latching groove and a guiding portion arranged at a side of the latching groove , a latch hook rotatably mounted in the shell ; and a first elastic member arranged between the latch hook and the shell ; characterized in that , wherein when the handle is at the first position, the latch hook engages into the latching groove under the driving of the first elastic member to prevent the handle from leaving the first position; a limiting surface is provided at an end of the handle and abuts against the shell when the handle at the second position, the handle is thus lifted at the preset angle relative to the shell and collinear with the rotary shaft ; and during rotation of the handle from the second position to the first position, the guiding portion stretches the latch hook and guides the latch hook into the latching groove . a shell ; a rotary shaft rotatably mounted in the shell ; a locking tab connected to and rotating along with the rotary shaft to realize unlocking and locking; a handle rotatably mounted to the rotary shaft , the handle having a first position being folded relative to the shell and a second position being lifted at a preset angle relative to the shell during rotation about a first axis perpendicular to the rotary shaft , the handle comprising a latching groove and a guiding portion arranged at a side of the latching groove , a latch hook rotatably mounted in the shell ; and a first elastic member arranged between the latch hook and the shell ; characterized in that , wherein when the handle is at the first position, the latch hook engages into the latching groove under the driving of the first elastic member to prevent the handle from leaving the first position; a limiting surface is provided at an end of the handle and abuts against the shell when the handle at the second position, the handle is thus lifted at the preset angle relative to the shell and collinear with the rotary shaft ; and during rotation of the handle from the second position to the first position, the guiding portion stretches the latch hook and guides the latch hook into the latching groove .
A light emitting module, comprising: a circuit board ; light emitting elements including light emitting diode chips and a wavelength conversion layer coated on the light emitting diode chips and mounted on the circuit board ; and a lens receiving light emitted from the light emitting elements , wherein the lens includes a concave part defining a light incident surface on which light is incident and an upper surface through which the light incident on the lens is emitted, and characterized in that the concave part has a shape narrowed upward from an inlet, and includes a plurality of sections (630a1-630an) wherein the plurality of sections are at positions where light directional distributions for the light having the spectrum of the light emitted by the emitting diode chip and the light having the spectrum of the light emitted by the wavelength conversion layer are substantially different, and the plurality of sections are not at positions where a light directional distributions for the light having the spectrum of the light emitted by the emitting diode chip and the light having the spectrum of the light emitted by the wavelength conversion layer are substantially similar; wherein the plurality of sections are further at a position of 15° or more from a central axis and are sequentially connected in a height direction, and wherein adjacent sections of the plurality of sections (630a1-630an) have different curvatures. a circuit board ; light emitting elements including light emitting diode chips and a wavelength conversion layer coated on the light emitting diode chips and mounted on the circuit board ; and a lens receiving light emitted from the light emitting elements , wherein the lens includes a concave part defining a light incident surface on which light is incident and an upper surface through which the light incident on the lens is emitted, and characterized in that
Cable receptacle for a charging cable of a charging station for electric vehicles, designed as a spiral cable, wherein one end of the charging cable is connected to a power supply and is permanently connected to the cable holder by means of a fixture and the other end of the charging cable has a plug for connecting to a vehicle , wherein said receptacle comprises a storage space for the charging cable and an opening for the passage of the charging cable and has a guiding region for the charging cable between the opening and the storage space , characterized in that at the end facing the opening the receptacle is designed symmetrically or asymmetrically convex in the shape of a funnel and tapers in the direction facing away from the end, wherein the fixture for the charging cable and the power supply are arranged in the storage space . wherein said receptacle comprises a storage space for the charging cable and an opening for the passage of the charging cable and has a guiding region for the charging cable between the opening and the storage space , characterized in that at the end facing the opening the receptacle is designed symmetrically or asymmetrically convex in the shape of a funnel and tapers in the direction facing away from the end, wherein the fixture for the charging cable and the power supply are arranged in the storage space .
A cubicle for an animal, said cubicle having an open side through which the animal enters the cubicle and an opposite end for the animal head, said cubicle comprising a brisket board for positioning the animal longitudinally within the cubicle and a mattress placed on a cubicle floor , wherein a flange extends from the brisket board adjacent the floor along one side of the brisket board , characterised in that a head end of the mattress , and the said one side of the brisket board are secured to the cubicle floor by an elongated profile securing both the mattress and the brisket board to the floor , further characterised in that the elongated profile has a longitudinal side provided with or forming a recess extending along the profile and in that the flange is fitted within the elongated profile recess .
Ingress protected outdoor rated adapter (100; 300; 400; 500; 700; 900) comprising: an one-piece adapter body (103; 303; 403; 703) having an adapter front portion at a first end of the adapter body (103; 303; 403; 703), and a cable gland assembly (105; 705; 905) secured at a second end the adapter body (103; 303; 403; 703), the one-piece adapter body (103; 303; 403; 703) further comprises an internal thread at the second end, the thread accepts a cable gland nut (104; 304; 904) formed as part of the cable gland assembly (105; 705; 905), the cable gland assembly (105; 705; 905) comprising external threads at a proximal end thereof to secure the cable gland assembly (105; 705; 905) at the second end of the one-piece adapter body (103; 303; 403; 703), wherein securing the cable gland assembly (105; 705; 905) to the one-piece adapter body (103; 303; 403; 703) forms an environmental seal at the second end about a cable (106; 906); characterized in that the first end further comprises a fiber optic adapter positioned within the one-piece adapter body (103; 303; 403; 703), the fiber optic adapter is configured to accept a fiber optic connector at a first end, and to receive at least one optical fiber from the cable (106; 906) secured within the cable gland assembly (105; 705; 905) at the second end; and the adapter front portion is configured to accept and secure an outdoor rated connector, the outdoor rated connector further comprising at least one fiber optic connector selected from one of the following a LC, SC, SN, CS or MPO type fiber optic connector for mating with the fiber optic adapter. an one-piece adapter body (103; 303; 403; 703) having an adapter front portion at a first end of the adapter body (103; 303; 403; 703), and a cable gland assembly (105; 705; 905) secured at a second end the adapter body (103; 303; 403; 703), the one-piece adapter body (103; 303; 403; 703) further comprises an internal thread at the second end, the thread accepts a cable gland nut (104; 304; 904) formed as part of the cable gland assembly (105; 705; 905), the cable gland assembly (105; 705; 905) comprising external threads at a proximal end thereof to secure the cable gland assembly (105; 705; 905) at the second end of the one-piece adapter body (103; 303; 403; 703), wherein securing the cable gland assembly (105; 705; 905) to the one-piece adapter body (103; 303; 403; 703) forms an environmental seal at the second end about a cable (106; 906); characterized in that the first end further comprises a fiber optic adapter positioned within the one-piece adapter body (103; 303; 403; 703), the fiber optic adapter is configured to accept a fiber optic connector at a first end, and to receive at least one optical fiber from the cable (106; 906) secured within the cable gland assembly (105; 705; 905) at the second end; and the adapter front portion is configured to accept and secure an outdoor rated connector, the outdoor rated connector further comprising at least one fiber optic connector selected from one of the following a LC, SC, SN, CS or MPO type fiber optic connector for mating with the fiber optic adapter.
A microcircuit card comprising: a first microcontroller ; a second microcontroller ; at least one module of communication with the outside of the card; and a biometric sensor , wherein any communication with the outside of the card transits through the first microcontroller and any communication between the sensor and the second microcontroller transits through the first microcontroller , characterized in that the second microcontroller is not involved in the communications with the outside of the card . a first microcontroller ; a second microcontroller ; at least one module of communication with the outside of the card; and a biometric sensor ,
A razor cartridge comprising a. a housing having a shaving surface; b. at least one blade having a blade tip positioned at said shaving surface; and c. a shaving aid positioned on said housing to expose skin contacting portion of said shaving aid on said shaving surface, said shaving aid comprising a water-soluble nano-filament having a diameter of from 10 nm to 1000 nm, preferably from 300 nm to 600 nm, wherein the nano-filament is a bi-component filament in the form of a side-by-side, core and sheath, and/or islands-in-the-sea filament. a. a housing having a shaving surface; b. at least one blade having a blade tip positioned at said shaving surface; and c. a shaving aid positioned on said housing to expose skin contacting portion of said shaving aid on said shaving surface, said shaving aid comprising a water-soluble nano-filament having a diameter of from 10 nm to 1000 nm, preferably from 300 nm to 600 nm, wherein the nano-filament is a bi-component filament in the form of a side-by-side, core and sheath, and/or islands-in-the-sea filament.
A combination comprising a proteasome inhibitor and a compound of formula I or a pharmaceutically acceptable salt thereof: wherein the proteasome inhibitor is selected from bortezomib, carfilzomib and LU-102.