mhurhangee/patent-ind-claim-en huggingface dataset:
A brake carrier for a disc brake having at least one brake pad , the brake carrier comprising the following: a) a wrap-around disc holder that encompasses a portion of a brake disc of the corresponding disc brake in the manner of a frame; b) at least one brake pad slot in which the brake carrier guides the at least one brake pad ; c) the at least one brake pad slot being formed by carrier horns , supporting surfaces and bridge struts on the wrap-around disc holder and d) the brake carrier being produced in one piece by a primary forming method and having a mould parting burr , characterised in that e) the mould parting burr is arranged outside the wrap-around disc holder on a free end of the carrier horns . a) a wrap-around disc holder that encompasses a portion of a brake disc of the corresponding disc brake in the manner of a frame; b) at least one brake pad slot in which the brake carrier guides the at least one brake pad ; c) the at least one brake pad slot being formed by carrier horns , supporting surfaces and bridge struts on the wrap-around disc holder and d) the brake carrier being produced in one piece by a primary forming method and having a mould parting burr , characterised in that e) the mould parting burr is arranged outside the wrap-around disc holder on a free end of the carrier horns .
A system for surgical treatment comprising a laser device and an application module , wherein the laser device comprises a laser light source having a plurality of laser diode elements with different wavelengths and the application module is optically connectable or connected to the laser light source , wherein the first laser diode element comprises at least one semiconductor layer from an antimonide compound and is configured such that laser light can be generated at a first wavelength between 1800 nm and 2000 nm, wherein the application module is designed as a flexurally flexible catheter having an optical waveguide comprising an RFID chip with a parameter and/or release coding, wherein the laser device comprises a controlling means with an RFID transmitter and receiver unit for reading from and writing to the RFID chip and the controlling means is configured such that - an activation of the laser light source ensues in response to the RFID receiver unit detecting a predetermined parameter and/or release coding, and - a timestamp is stored on the RFID chip for the invalidating of the catheter. - an activation of the laser light source ensues in response to the RFID receiver unit detecting a predetermined parameter and/or release coding, and - a timestamp is stored on the RFID chip for the invalidating of the catheter.
A paper cup comprising: a sidewall ; a floor portion ; a cavity having a cavity axis (D-D) defined by the sidewall and the floor portion ; a rim component comprising a rim portion and a flange portion , the rim component being a separate component from the sidewall such that the flange portion of the rim component is coupled to a top portion of the sidewall and the rim portion of the rim component protrudes radially outward from an outer surface of the sidewall ; and wherein the sidewall , the floor portion , and the rim component are all formed from one or more paper-based materials and wherein the rim component is formed from moulded paper pulp fibres so that the rim portion of the rim component is solid and non-hollow. a sidewall ; a floor portion ; a cavity having a cavity axis (D-D) defined by the sidewall and the floor portion ; a rim component comprising a rim portion and a flange portion , the rim component being a separate component from the sidewall such that the flange portion of the rim component is coupled to a top portion of the sidewall and the rim portion of the rim component protrudes radially outward from an outer surface of the sidewall ; and wherein the sidewall , the floor portion , and the rim component are all formed from one or more paper-based materials and wherein the rim component is formed from moulded paper pulp fibres so that the rim portion of the rim component is solid and non-hollow.
A device for implementing address buffer management of a processor, comprising: an assembler configured to perform operations to obtain intermediate values when the assembler encodes a set instruction for an address automatic-increment value and boundary values, and to encapsulate the intermediate values into the set instruction for the address automatic-increment value and boundary values, wherein the intermediate values are values for an address automatic-increment operation or an address automatic-decrement operation; and a processor configured to decode the set instruction to obtain the intermediate values, and to determine, according to the intermediate values, whether to perform the address automatic-increment operation or the address automatic-decrement operation when the processor performs a load or store instruction, so as to achieve the address buffer management; and characterized in that the assembler comprises an instruction encoding unit configured, when the set instruction for the address automatic-increment value and boundary values is set aa,<aa_inc>,[aa_start,aa_end], where aa is a current value of the address register, to perform operations according to an automatic- increment value or an automatic-decrement value aa_inc of an address register, a trailing boundary value aa_end and a leading boundary value aa_start of the address buffer so as to obtain a first intermediate value aa_wrap and a second intermediate value aa_test. an assembler configured to perform operations to obtain intermediate values when the assembler encodes a set instruction for an address automatic-increment value and boundary values, and to encapsulate the intermediate values into the set instruction for the address automatic-increment value and boundary values, wherein the intermediate values are values for an address automatic-increment operation or an address automatic-decrement operation; and a processor configured to decode the set instruction to obtain the intermediate values, and to determine, according to the intermediate values, whether to perform the address automatic-increment operation or the address automatic-decrement operation when the processor performs a load or store instruction, so as to achieve the address buffer management; and characterized in that the assembler comprises an instruction encoding unit configured, when the set instruction for the address automatic-increment value and boundary values is set aa,<aa_inc>,[aa_start,aa_end], where aa is a current value of the address register, to perform operations according to an automatic- increment value or an automatic-decrement value aa_inc of an address register, a trailing boundary value aa_end and a leading boundary value aa_start of the address buffer so as to obtain a first intermediate value aa_wrap and a second intermediate value aa_test.
A bone fixation device comprising: an expandable member capable of moving from a deflated state to an inflated state by infusing at least one light sensitive liquid into the expandable member, the light sensitive liquid being configured to cure within the expandable member to harden the expandable member; and two or more clamps configured to engage a rib bone and receive the expandable member such that the two or more clamps secure the expandable member to the rib bone, the inflation of the expandable member with the at least one light sensitive liquid configured to be adjustable to conform to a shape of the rib bone, characterised in that the bone fixation device further comprising a ring member extending outwardly from each of the two or more clamps, the ring member configured to have an opening that is sized to receive the expandable member therein. an expandable member capable of moving from a deflated state to an inflated state by infusing at least one light sensitive liquid into the expandable member, the light sensitive liquid being configured to cure within the expandable member to harden the expandable member; and two or more clamps configured to engage a rib bone and receive the expandable member such that the two or more clamps secure the expandable member to the rib bone, the inflation of the expandable member with the at least one light sensitive liquid configured to be adjustable to conform to a shape of the rib bone, characterised in that the bone fixation device further comprising a ring member extending outwardly from each of the two or more clamps, the ring member configured to have an opening that is sized to receive the expandable member therein.
A face seal assembly , comprising: a seal carrier ; a seal element supported by the seal carrier ; a rotating seal plate interactive with the seal element to define a face seal ; and a seal arrester configured to engage the seal carrier at a predetermined amount of wear of the seal element to stop wear of the seal element ; characterised in that contact of the seal arrester to the seal carrier completes an electrical circuit to initiate an alarm. a seal carrier ; a seal element supported by the seal carrier ; a rotating seal plate interactive with the seal element to define a face seal ; and a seal arrester configured to engage the seal carrier at a predetermined amount of wear of the seal element to stop wear of the seal element ; characterised in that contact of the seal arrester to the seal carrier completes an electrical circuit to initiate an alarm.
Method for material testing of a card-shaped data carrier , comprising the steps of: - arranging a reference resonant circuit having a coil on a measuring head of a pulse measuring device that is configured for emitting a pulse of an electromagnetic oscillation and for detecting an oscillation response of the coil in response to the pulse; - moving the reference resonant circuit relative to the data carrier ; - emitting a pulse, detecting an oscillation response of the coil in response to the pulse, and determining at least one parameter from the oscillation response; and - ascertaining material and/or a composition of the data carrier based on the at least one determined parameter. - arranging a reference resonant circuit having a coil on a measuring head of a pulse measuring device that is configured for emitting a pulse of an electromagnetic oscillation and for detecting an oscillation response of the coil in response to the pulse; - moving the reference resonant circuit relative to the data carrier ; - emitting a pulse, detecting an oscillation response of the coil in response to the pulse, and determining at least one parameter from the oscillation response; and - ascertaining material and/or a composition of the data carrier based on the at least one determined parameter.
A surgical stapling instrument (100a; 100b), comprising: a cartridge assembly having a cartridge body , a plurality of pushers supporting a plurality of fasteners in the cartridge body , and a driver longitudinally movable through the cartridge body in distal and proximal directions, the pushers having first cam surfaces and second cam surfaces ; and an anvil assembly having fastener forming surfaces; characterized in that the driver includes a slot which separates an upper portion from a lower portion , said slot extending proximally from a location adjacent to the distal end of the driver, said slot having on its interior surfaces a firing cam surface which is wedge-shaped with a distally orientated tip and a retraction cam surface which is downwardly orientated with respect to the longitudinal axis of the driver , and wherein the firing cam surface contacts the first cam surfaces of the pushers sequentially when the driver is moved in the distal direction to cause the pushers to move toward a tissue-contacting surface of the cartridge body , and the retraction cam surface contacts the second cam surfaces of the pushers when the driver is moved in the proximal direction to cause the pushers to move away from a tissue-contacting surface of the cartridge body . a cartridge assembly having a cartridge body , a plurality of pushers supporting a plurality of fasteners in the cartridge body , and a driver longitudinally movable through the cartridge body in distal and proximal directions, the pushers having first cam surfaces and second cam surfaces ; and an anvil assembly having fastener forming surfaces; characterized in that the driver includes a slot which separates an upper portion from a lower portion , said slot extending proximally from a location adjacent to the distal end of the driver, said slot having on its interior surfaces a firing cam surface which is wedge-shaped with a distally orientated tip and a retraction cam surface which is downwardly orientated with respect to the longitudinal axis of the driver , and wherein the firing cam surface contacts the first cam surfaces of the pushers sequentially when the driver is moved in the distal direction to cause the pushers to move toward a tissue-contacting surface of the cartridge body , and the retraction cam surface contacts the second cam surfaces of the pushers when the driver is moved in the proximal direction to cause the pushers to move away from a tissue-contacting surface of the cartridge body .
A method of signaling a fabric fault for a multi-stage switch fabric having a plurality of fabric planes (22A-22K) each having a plurality of stages to switch data units between any of a plurality of fabric endpoints , the method comprising: receiving, by a first-stage switch (256R 2 ) of a first fabric plane of the plurality of fabric planes, an indication of a fabric fault for a second fabric plane of the plurality of fabric planes, the first fabric plane different than the second fabric plane; sending, by the first-stage switch to a first final-stage switch (260A 2 ) of the first fabric plane, a first fault notification data unit that includes the indication of the fabric fault; and sending, by the first-stage switch to a second final-stage switch (260B 2 ) of the first fabric plane, a second fault notification data unit that includes the indication of the fabric fault. receiving, by a first-stage switch (256R 2 ) of a first fabric plane of the plurality of fabric planes, an indication of a fabric fault for a second fabric plane of the plurality of fabric planes, the first fabric plane different than the second fabric plane; sending, by the first-stage switch to a first final-stage switch (260A 2 ) of the first fabric plane, a first fault notification data unit that includes the indication of the fabric fault; and sending, by the first-stage switch to a second final-stage switch (260B 2 ) of the first fabric plane, a second fault notification data unit that includes the indication of the fabric fault.
A cell-penetrating peptide according to sequence (X1) n -X2-(cysteine)-(X3) m : wherein n is an integer from 3 to 14, m is an integer from 4 to 14, each of X1 and X3 is independently arginine, lysine or histidine and X2 is alanine, glycine, proline, tryptophan, phenylalanine, leucine, isoleucine, methionine, valine, arginine, lysine or histidine. wherein n is an integer from 3 to 14, m is an integer from 4 to 14, each of X1 and X3 is independently arginine, lysine or histidine and X2 is alanine, glycine, proline, tryptophan, phenylalanine, leucine, isoleucine, methionine, valine, arginine, lysine or histidine.
A concrete curing blanket comprising: an absorbent sheet comprising a wicking layer and a tissue layer with super absorbent materials positioned therebetween; a vapor barrier bonded to the tissue layer of the absorbent sheet ; and wherein the concrete curing blanket is at least 1 meter wide and 5 meters long. an absorbent sheet comprising a wicking layer and a tissue layer with super absorbent materials positioned therebetween; a vapor barrier bonded to the tissue layer of the absorbent sheet ; and wherein the concrete curing blanket is at least 1 meter wide and 5 meters long.
A composition for use in a method for the treatment of chemotherapy induced peripheral neuropathy, wherein the composition comprises 3-aminopyridine-2-carboxaldehyde thiosemicarbazone (PAN-811) or at least one thiosemicarbazone compound (Formula I): wherein R 1 , R 2 , R 3 , and R 4 are independently selected from the group consisting of hydrogen, C1-8alkyl, C2-8alkenyl, C2-8alkynyl, C3-8cycloalkyl, C1-8haloalkyl, C6-10aryl, amino-C1-8 alkyl, hydroxy-C1-8alkyl, C1-8alkoxy-C1-8alkyl, and C1-8alkanoyl;or NR 1 R 2 taken in combination form a 3 to 7 member ring which may comprise 0, 1, or 2 additional ring heteroatoms selected from N, 0, and S; R 6 is hydrogen, hydroxy, amino, or C1-8alkyl; and R 5 and R 7 are independently selected from the group consisting of hydrogen, halide, hydroxy, thiol, amino, hydroxyamino, mono-C1-8alkylamino, di(C1-8 alkyl)amino, C1-8 alkoxy, C1-8alkyl, C1-8 alkenyl, and C2-8 alkynyl. wherein R 1 , R 2 , R 3 , and R 4 are independently selected from the group consisting of hydrogen, C1-8alkyl, C2-8alkenyl, C2-8alkynyl, C3-8cycloalkyl, C1-8haloalkyl, C6-10aryl, amino-C1-8 alkyl, hydroxy-C1-8alkyl, C1-8alkoxy-C1-8alkyl, and C1-8alkanoyl;or NR 1 R 2 taken in combination form a 3 to 7 member ring which may comprise 0, 1, or 2 additional ring heteroatoms selected from N, 0, and S; R 6 is hydrogen, hydroxy, amino, or C1-8alkyl; and R 5 and R 7 are independently selected from the group consisting of hydrogen, halide, hydroxy, thiol, amino, hydroxyamino, mono-C1-8alkylamino, di(C1-8 alkyl)amino, C1-8 alkoxy, C1-8alkyl, C1-8 alkenyl, and C2-8 alkynyl.
Device for measuring a contact force exerted by a probe on an object , the device comprising : - a lever and said probe , said probe being fixed to the lever and being designed for contacting the object , - the lever being pivotably coupled to a body by coupling means , - a fixed frame coupled to the body , the fixed frame being immobile with respect to the object , - said body being designed to be moved with respect to the object so as to put the probe in contact with the object to create a contact force, said contact force thereby pivoting said lever with respect to the body around a pivot axis (P1,P2,P3), - a sensor for measuring the displacement of the lever with respect to the body upon pivoting, the device being characterized in that the coupling means comprise control stiffness means adapted to tune the rotational stiffness of the lever around the pivot axis (P1,P2,P3), when the probe contacts the object , the displacement of the lever measured by the sensor is proportional to the contact force between the probe and the object . - a lever and said probe , said probe being fixed to the lever and being designed for contacting the object , - the lever being pivotably coupled to a body by coupling means , - a fixed frame coupled to the body , the fixed frame being immobile with respect to the object , - said body being designed to be moved with respect to the object so as to put the probe in contact with the object to create a contact force, said contact force thereby pivoting said lever with respect to the body around a pivot axis (P1,P2,P3), - a sensor for measuring the displacement of the lever with respect to the body upon pivoting,
Household appliance , in particular floor treatment appliance, having an appliance housing , a fan arranged in the appliance housing , an outlet opening formed in the appliance housing behind the fan in the direction of flow, a flow channel which connects the outlet opening to the fan in a flow-guiding manner, and a sound attenuation device associated with the flow channel for attenuating sound generated by operation of the household appliance , characterized in that the sound attenuation device comprises a plurality of sound-absorbing wall elements and a carrier body reversibly receiving the wall elements , a flow path being formed within the carrier body between opposing wall elements .
A lighting system , comprising: - a power supply arranged for supplying electrical power ; - a controller arranged for monitoring fluctuation of the electrical power received from the power supply and further arranged for generating a plurality of light emitting diode, LED, control signals in response to power fluctuation of the electrical power; and - a lighting component comprising an array of switches (210-226) and a LED array comprising a plurality of LEDs (202-208) connected in series, characterized in that the switches, managed by the LED control signals, control the on or off status of each LED in the LED array such that the plurality of LEDs (202-208) can individually be turned on or off, independently from each other, depending on logic states of the plurality of LED control signals. - a power supply arranged for supplying electrical power ; - a controller arranged for monitoring fluctuation of the electrical power received from the power supply and further arranged for generating a plurality of light emitting diode, LED, control signals in response to power fluctuation of the electrical power; and - a lighting component comprising an array of switches (210-226) and a LED array comprising a plurality of LEDs (202-208) connected in series, characterized in that the switches, managed by the LED control signals, control the on or off status of each LED in the LED array such that the plurality of LEDs (202-208) can individually be turned on or off, independently from each other, depending on logic states of the plurality of LED control signals.
A method of supporting location services and positioning, comprising: receiving a positioning request message, carrying a network positioning request message, at a Mobility Management Entity, MME, from a Location Server, LS, via an interface between the MME and the LS, wherein the positioning request message includes a network positioning request message for forwarding to an evolved Node B, eNB, wherein the network positioning request message is for a first protocol and is encapsulated in the positioning request message which is for a second protocol, wherein the first protocol is above the second protocol, and wherein the second protocol is a Location Services Application Protocol, LCS-AP; obtaining, at the MME, from the eNB, a network positioning response message including location information for a user equipment, UE, in response to the positioning request message; and sending a positioning response message carrying the location information from the MME to the LS via the interface between the MME and the LS, wherein the positioning response message is for the second protocol and wherein the network positioning response message for the first protocol is encapsulated within the positioning response message. receiving a positioning request message, carrying a network positioning request message, at a Mobility Management Entity, MME, from a Location Server, LS, via an interface between the MME and the LS, wherein the positioning request message includes a network positioning request message for forwarding to an evolved Node B, eNB, wherein the network positioning request message is for a first protocol and is encapsulated in the positioning request message which is for a second protocol, wherein the first protocol is above the second protocol, and wherein the second protocol is a Location Services Application Protocol, LCS-AP; obtaining, at the MME, from the eNB, a network positioning response message including location information for a user equipment, UE, in response to the positioning request message; and sending a positioning response message carrying the location information from the MME to the LS via the interface between the MME and the LS, wherein the positioning response message is for the second protocol and wherein the network positioning response message for the first protocol is encapsulated within the positioning response message.