mhurhangee/patent-ind-claim-en huggingface dataset:
RFID tag comprising a multimode resonator (1102 ; 1302), wherein the multimode resonator comprises: two sets of composite transmission lines (101 ; 102 ; 103 ; 104 ; 201 ; 202 ; 203 ; 204 ; 205) each set having an equal electric length and including "N" transmission lines (101 ; 102 ; 103 ; 104 ; 201 ; 202 ; 203 ; 204 ; 205) in which "N" refers to positive integers, each having either of "m" specific discrete values for the transmission line characteristic impedance, in which "m" refers to two or more positive integers, and connected in series, said two sets of composite transmission lines (101 ; 102 ; 103 ; 104 ; 201 ; 202 ; 203 ; 204 ; 205) being so connected at the center as to form a symmetrical electric circuit configuration and having the opposite terminals one of which is an open-circuited end (106 ; 107 ; 705) and the other of which is a short-circuited end (206 ; 207), the "N"th-order's higher-order mode resonance frequency being designated as the reference frequency f N and the line electric length being equal to 90 degrees, characterized in that "N" being four or above and wherein the RFID tag allow each of "m N " codes to be assigned to each of the "m N " structures of the resonator (501 ; 604) that are produced by combinations of the line impedances of the transmission lines (101 ; 102 ; 103 ; 104 ; 201 ; 202 ; 203 ; 204 ; 205), and allow each of those codes to be identified by detecting each of the combinations of the "N" higher-order mode resonance frequencies ranging between from {(k-1) • N+1}th-order to (k • N)th-order in which k refers to one or more positive integers, that are produced for each of the structures of the resonator (501 ; 604) that corresponds to each of the codes.
A tendon-muscle-ligament approximation system comprising: a hollow tube having a distal portion; an inner core , housed within the hollow tube, the inner core being movable within the hollow tube between a first position and a second position, wherein the inner core comprises a distal tip configured to secure biological tissue and wherein placing the inner core in the first position causes the distal tip to be deployed outside of the distal portion of the hollow tube , and wherein placing the inner core in the second position causes the distal tip to be retracted into the interior of the hollow tube ; a device control in mechanical communication with the hollow tube and the inner core providing for the inner core to be selectively placed in the first position and the second position; characterized by a stabilizer operatively associated with the hollow tube positioned to abut a patient skin surface when the hollow tube is inserted to a selected depth into biological tissue; wherein the stabilizer is selectively lockable into a position along an exterior surface of the hollow tube . a hollow tube having a distal portion; an inner core , housed within the hollow tube, the inner core being movable within the hollow tube between a first position and a second position, wherein the inner core comprises a distal tip configured to secure biological tissue and wherein placing the inner core in the first position causes the distal tip to be deployed outside of the distal portion of the hollow tube , and wherein placing the inner core in the second position causes the distal tip to be retracted into the interior of the hollow tube ; a device control in mechanical communication with the hollow tube and the inner core providing for the inner core to be selectively placed in the first position and the second position; characterized by a stabilizer operatively associated with the hollow tube positioned to abut a patient skin surface when the hollow tube is inserted to a selected depth into biological tissue; wherein the stabilizer is selectively lockable into a position along an exterior surface of the hollow tube .
A free radical UV curable inkjet ink set including: A) a free radical UV curable primer containing: a1) one or more photoinitiators; a2) a mixture of at least two monomers according to Formula (I): wherein n represents an integer 0 or 1, k represents an integer selected from the range of 0 to 3, and R represents hydrogen or phenyl; a3) 0.0 to 4.0 wt% of a polyfunctional monomer; a4) 0.0 to 2.0 wt% of an organosilane coupling agent; and a5) 0.0 to 10.0 wt% of a N-vinyllactam monomer; wherein all the weight percentages wt% are based on the total weight of the free radical UV curable primer; and B) one or more free radical UV curable inkjet inks containing: b1) a colour pigment; b2) one or more photoinitiators; and b3) at least 50.0 wt% of one or more monoacrylate monomers; wherein all the weight percentages wt% are based on the total weight of the free radical UV curable inkjet ink; and wherein the mixture of at least two monomers according to Formula (I) includes 3.0 to 50.0 wt% of a first monomer having n=1 and R representing phenyl and 35.0 to 90.0 wt% of a second monomer having n=0 and R representing phenyl. A) a free radical UV curable primer containing: a1) one or more photoinitiators; a2) a mixture of at least two monomers according to Formula (I): wherein n represents an integer 0 or 1, k represents an integer selected from the range of 0 to 3, and R represents hydrogen or phenyl; a3) 0.0 to 4.0 wt% of a polyfunctional monomer; a4) 0.0 to 2.0 wt% of an organosilane coupling agent; and a5) 0.0 to 10.0 wt% of a N-vinyllactam monomer; wherein all the weight percentages wt% are based on the total weight of the free radical UV curable primer; and a1) one or more photoinitiators; a2) a mixture of at least two monomers according to Formula (I): wherein n represents an integer 0 or 1, k represents an integer selected from the range of 0 to 3, and R represents hydrogen or phenyl; a3) 0.0 to 4.0 wt% of a polyfunctional monomer; a4) 0.0 to 2.0 wt% of an organosilane coupling agent; and a5) 0.0 to 10.0 wt% of a N-vinyllactam monomer; B) one or more free radical UV curable inkjet inks containing: b1) a colour pigment; b2) one or more photoinitiators; and b3) at least 50.0 wt% of one or more monoacrylate monomers; wherein all the weight percentages wt% are based on the total weight of the free radical UV curable inkjet ink; and wherein the mixture of at least two monomers according to Formula (I) includes 3.0 to 50.0 wt% of a first monomer having n=1 and R representing phenyl and 35.0 to 90.0 wt% of a second monomer having n=0 and R representing phenyl. b1) a colour pigment; b2) one or more photoinitiators; and b3) at least 50.0 wt% of one or more monoacrylate monomers; wherein all the weight percentages wt% are based on the total weight of the free radical UV curable inkjet ink; and wherein the mixture of at least two monomers according to Formula (I) includes 3.0 to 50.0 wt% of a first monomer having n=1 and R representing phenyl and 35.0 to 90.0 wt% of a second monomer having n=0 and R representing phenyl.
Compound profile for the assembly of a frame or a leaf of a window or door , with the compound profile comprising a basic profile that is made up of an outer shell with an outer side and inner shell with an inner inside and of one or more insulation channels that join both shells to each other, whereby the basic profile comprises at least one lateral side that joins said outer side and inner side to each other and further comprises an insulation profile , whereby the basic profile and/or the insulation profile are provided with coupling parts to be able to attach the insulation profile against an aforementioned lateral side , whereby the coupling parts of the insulation profile are formed by at least two legs that extend essentially parallel and at a distance from each other in the lateral direction (X-X') and that are slidable clamped around and/or between one or several laterally protruding coupling parts of the basic profile in the lateral direction (X-X') characterised in that the outer coupling parts of the basic profile are formed by ribs that on the sides facing each other are provided with barbs that can hook in complementary barbs that are located on the opposite legs of the insulation profile when mounting the insulation profile on het basic profile and this in two positions, being a first lateral position whereby the central legs of the insulation profile rest on the central rib of the basic profile and the outer legs are hooked in behind the outer ribs of the basic profile , and a second more pressed-in lateral position whereby the central legs are hooked tight behind the central rib of the basic profile and a part of the outer legs touches or nearly touches the outer ribs of the basic profile.
A camera comprising an at least partly transparent housing and an imaging device arranged inside the at least partly transparent housing , wherein the imaging device is configured to capture images through the at least partly transparent housing , the camera further comprising a casing at least partly enclosing the imaging device and arranged between the housing and the imaging device , the casing defining at least one cavity forming an intermediate space being in fluid communication with an inner space present between the casing and the imaging device and an outer space present between the housing and the casing , wherein the at least one cavity comprises a first cavity and a second cavity defined by a multi-walled structure of the casing comprising an outer wall , an inner wall and a partition wall .
Exoskeletal structure, having preferably a tubular shape , of a prosthesis of a given limb , characterized in that the exoskeletal structure is designed to provide a connection - between a socket and a hand prosthesis or - between a socket and a foot prosthesis in order to form the prosthesis of the limb, the exoskeletal structure comprising at least two zones (5.1, 5.2, 6.1, 6.2) of different flexibility (3.1, 3.2, 3.3, 9.1, 9.2), the arrangement of said zones in relation to one another corresponding to the arrangement of the parts of the given limb having different hardnesses . - between a socket and a hand prosthesis or - between a socket and a foot prosthesis in order to form the prosthesis of the limb, the exoskeletal structure comprising at least two zones (5.1, 5.2, 6.1, 6.2) of different flexibility (3.1, 3.2, 3.3, 9.1, 9.2), the arrangement of said zones in relation to one another corresponding to the arrangement of the parts of the given limb having different hardnesses .
A battery assembly , comprising: a first battery frame assembly having a first plastic frame member and a first thermally conductive plate ; the first plastic frame member having a first rectangular ring-shaped peripheral wall and a first plurality of cross-members ; the first rectangular ring-shaped peripheral wall having first, second, third and fourth wall portions defining a first central space , the first plurality of cross-members extending between the first and second wall portions and extending across the first central space , the first plurality of cross-members defining a first plurality of open spaces therebetween in the first central space ; the first rectangular ring-shaped peripheral wall further having a first plurality of channels extending into the first wall portion proximate to the first plurality of open spaces , and a second plurality of channels extending into the second wall portion proximate to the first plurality of open spaces ; the first thermally conductive plate having peripheral edges encapsulated within the first rectangular ring-shaped peripheral wall ,; a first battery cell configured to contact the first thermally conductive plate ; and a second battery frame assembly configured to be coupled to the first battery frame assembly such that the first battery cell is disposed between the first and second battery frame assemblies , characterized in that the first thermally conductive plate further have exposed portions disposed in the first plurality of open spaces configured to contact air passing through the first plurality of channels and past the first thermally conductive plate and through the second plurality of channels to extract heat energy from the first thermally conductive plate . a first battery frame assembly having a first plastic frame member and a first thermally conductive plate ; the first plastic frame member having a first rectangular ring-shaped peripheral wall and a first plurality of cross-members ; the first rectangular ring-shaped peripheral wall having first, second, third and fourth wall portions defining a first central space , the first plurality of cross-members extending between the first and second wall portions and extending across the first central space , the first plurality of cross-members defining a first plurality of open spaces therebetween in the first central space ; the first rectangular ring-shaped peripheral wall further having a first plurality of channels extending into the first wall portion proximate to the first plurality of open spaces , and a second plurality of channels extending into the second wall portion proximate to the first plurality of open spaces ; the first thermally conductive plate having peripheral edges encapsulated within the first rectangular ring-shaped peripheral wall ,; a first battery cell configured to contact the first thermally conductive plate ; and a second battery frame assembly configured to be coupled to the first battery frame assembly such that the first battery cell is disposed between the first and second battery frame assemblies ,
Floor cleaning device, comprising a housing , a dirt collection container which has a dirt inlet opening , a rotatingly drivable brush roller , and a sweeping sill which is associated with the brush roller , is arranged on the dirt inlet opening , and over which dirt is conveyable into the dirt collection container , wherein the sweeping sill is fixed with a fixed rim on the housing and has a free rim as well as at least one bending portion which is arranged between the fixed rim and the free rim , and on which the sweeping sill is bendable counter to a movement direction of the floor cleaning device , characterized in that the sweeping sill comprises a base element , which is fixed on the housing and has the at least one bending portion , and a stiffening element , which is connected to the base element and forms a stiffening portion arranged on the free rim , at which stiffening portion the sweeping sill is more bending-resistant than at the at least one bending portion .
A washing machine comprising: a washing tub ; a driver configured to rotate the washing tub ; a sensor configured to sense a current of the driver; and at least one processor configured to: based on receiving a user command to operate the washing machine , obtain from the sensor , a weight of dry fabric of laundry in the washing tub , control the driver to rotate the washing tub at a speed within a first range, while the washing tub rotates at the speed within the first range, obtain a first torque axis current of the driver sensed through the sensor , after supplying washing water to the washing tub , control the driver to rotate the washing tub at a speed within a second range, while the washing tub rotates at the speed within the second range, obtain a second torque axis current of the driver sensed through the sensor , and identify a material of the laundry by inputting the weight of the dry fabric, the first torque axis current, and the second torque axis current to a neural network model . a washing tub ; a driver configured to rotate the washing tub ; a sensor configured to sense a current of the driver; and at least one processor configured to: based on receiving a user command to operate the washing machine , obtain from the sensor , a weight of dry fabric of laundry in the washing tub , control the driver to rotate the washing tub at a speed within a first range, while the washing tub rotates at the speed within the first range, obtain a first torque axis current of the driver sensed through the sensor , after supplying washing water to the washing tub , control the driver to rotate the washing tub at a speed within a second range, while the washing tub rotates at the speed within the second range, obtain a second torque axis current of the driver sensed through the sensor , and identify a material of the laundry by inputting the weight of the dry fabric, the first torque axis current, and the second torque axis current to a neural network model . based on receiving a user command to operate the washing machine , obtain from the sensor , a weight of dry fabric of laundry in the washing tub , control the driver to rotate the washing tub at a speed within a first range, while the washing tub rotates at the speed within the first range, obtain a first torque axis current of the driver sensed through the sensor , after supplying washing water to the washing tub , control the driver to rotate the washing tub at a speed within a second range, while the washing tub rotates at the speed within the second range, obtain a second torque axis current of the driver sensed through the sensor , and identify a material of the laundry by inputting the weight of the dry fabric, the first torque axis current, and the second torque axis current to a neural network model .
An evacuator , comprising: a body defining a central axis of symmetry (A-A), a first tapering portion , a second tapering portion defining a passageway through the body, at least one Venturi gap located between an outlet end of the first tapering portion and an inlet end of the second tapering portion, and a suction port in fluid communication with the Venturi gap , wherein the outlet end of the first tapering portion defines an elliptically-shaped first opening into the at least one Venturi gap; characterized in that a single fin integral with the body protrudes radially inward into the passageway from an inner surface of the first and second tapering portions and extends in the direction of the central axis of symmetry (A-A) with a length from a starting point at the inlet end of the first tapering portion or an intermediate position within the first tapering portion of the body to an ending point at the outlet end of the second tapering portion or an intermediate position within the second tapering portion ; wherein the fin is either continuous through the Venturi gap or discontinuous at the Venturi gap and has a base that extends through the passageway coextensively with the inner surface . a body defining a central axis of symmetry (A-A), a first tapering portion , a second tapering portion defining a passageway through the body, at least one Venturi gap located between an outlet end of the first tapering portion and an inlet end of the second tapering portion, and a suction port in fluid communication with the Venturi gap , wherein the outlet end of the first tapering portion defines an elliptically-shaped first opening into the at least one Venturi gap; characterized in that a single fin integral with the body protrudes radially inward into the passageway from an inner surface of the first and second tapering portions and extends in the direction of the central axis of symmetry (A-A) with a length from a starting point at the inlet end of the first tapering portion or an intermediate position within the first tapering portion of the body to an ending point at the outlet end of the second tapering portion or an intermediate position within the second tapering portion ; wherein the fin is either continuous through the Venturi gap or discontinuous at the Venturi gap and has a base that extends through the passageway coextensively with the inner surface .
A system for identifying incorrect loading of a disposable in a fluid separation system, the system comprising: a microphone for recording sound from the fluid separation system, wherein the microphone is configured to record the sound from an incorrectly loaded disposable; and a processor connected to the microphone and configured to, after the microphone records the sound from the incorrectly loaded disposable, send a signal to perform an action; wherein the processor is configured to compare the recorded sound to first reference sound data, wherein when the recorded sound differs from the first reference sound data, the at least one processor sends a signal to perform a notification action; and the comparing utilizes one or more of a fast Fourier transform, a wavelet transform, a short-time Fourier transform, and combinations thereof. a microphone for recording sound from the fluid separation system, wherein the microphone is configured to record the sound from an incorrectly loaded disposable; and a processor connected to the microphone and configured to, after the microphone records the sound from the incorrectly loaded disposable, send a signal to perform an action; wherein the processor is configured to compare the recorded sound to first reference sound data, wherein when the recorded sound differs from the first reference sound data, the at least one processor sends a signal to perform a notification action; and the comparing utilizes one or more of a fast Fourier transform, a wavelet transform, a short-time Fourier transform, and combinations thereof.
An electronic control device installed on a mobile body comprising an engine, the electronic control device comprising: a controller which controls a microcomputer using code ; a security verifier configured to make security verification of the code ; and boot-up code which is part of the code and configured to be executed when the microcomputer is booted, wherein the controller is configured to enable, when the code or the boot-up code has been verified by the security verifier at a time of a transition of the microcomputer to a shutdown state, the boot-up code to be executed during next boot-up, wherein the shutdown state is a standby state of the microcomputer, and the boot-up code is a standby boot-up code configured to be executed when the microcomputer is booted from the standby state, the electronic control device further comprising a standby boot-up code storage which stores the standby boot-up code , wherein the controller is configured to store, when the code or the standby boot-up code has been verified by the security verifier at a time of a transition of the microcomputer to the standby state, the standby boot-up code into the standby boot-up code storage . a controller which controls a microcomputer using code ; a security verifier configured to make security verification of the code ; and boot-up code which is part of the code and configured to be executed when the microcomputer is booted, wherein the controller is configured to enable, when the code or the boot-up code has been verified by the security verifier at a time of a transition of the microcomputer to a shutdown state, the boot-up code to be executed during next boot-up, wherein the shutdown state is a standby state of the microcomputer, and the boot-up code is a standby boot-up code configured to be executed when the microcomputer is booted from the standby state, the electronic control device further comprising a standby boot-up code storage which stores the standby boot-up code , wherein the controller is configured to store, when the code or the standby boot-up code has been verified by the security verifier at a time of a transition of the microcomputer to the standby state, the standby boot-up code into the standby boot-up code storage .