mhurhangee/patent-ind-claim-en huggingface dataset:
A tire comprising a tread portion , wherein the tread portion includes a first land portion demarcated by circumferential grooves continuously extending in a tire circumferential direction, and a plurality of first lateral grooves inclined in a first direction relative to a tire axial direction and traversing the first land portion , the first land portion includes a plurality of first blocks demarcated by the first lateral grooves , each first block has at least one sipe inclined in a second direction opposite to the first direction, relative to the tire axial direction, characterized in that the sipe includes a portion deeper than a maximum depth of the first lateral groove , and a portion shallower than the maximum depth of the first lateral groove . the tread portion includes a first land portion demarcated by circumferential grooves continuously extending in a tire circumferential direction, and a plurality of first lateral grooves inclined in a first direction relative to a tire axial direction and traversing the first land portion , the first land portion includes a plurality of first blocks demarcated by the first lateral grooves , each first block has at least one sipe inclined in a second direction opposite to the first direction, relative to the tire axial direction, characterized in that the sipe includes a portion deeper than a maximum depth of the first lateral groove , and a portion shallower than the maximum depth of the first lateral groove .
A surgical guidance device, comprising: a base member ; a support coupled to the base member ; and a guide coupled to the support , wherein the guide is movable relative to the base member and includes a through hole extending therethrough, wherein the support includes a ball socket and the guide includes a ball , wherein the guide includes a radiopaque member , characterized by the radiopaque member extending about a circumference of the ball . a base member ; a support coupled to the base member ; and a guide coupled to the support , wherein the guide is movable relative to the base member and includes a through hole extending therethrough, wherein the support includes a ball socket and the guide includes a ball , wherein the guide includes a radiopaque member , characterized by the radiopaque member extending about a circumference of the ball .
A wiper blade for use on a windshield of an aircraft, the wiper blade comprising: a support member coupled to a blade element ; a clip coupled to and surrounding at least a portion of the support member and at least a portion of the blade element ; and a coupler coupled to and surrounding at least a portion of the support member and at least a portion of the blade element , characterized in that said wiper blade further comprises a fastener extending through the blade element and the clip , wherein the fastener secures the clip to the blade element . a support member coupled to a blade element ; a clip coupled to and surrounding at least a portion of the support member and at least a portion of the blade element ; and a coupler coupled to and surrounding at least a portion of the support member and at least a portion of the blade element , characterized in that said wiper blade further comprises a fastener extending through the blade element and the clip , wherein the fastener secures the clip to the blade element .
A communication system comprising at least one smart network interface card, NIC, provided with a logic/programmable processor and a local memory , and a computing element , wherein a communication bus is used to connect said smart NIC and said computing element to enable forwarding data there-between, wherein said smart NIC is configured to receive a data packet, store said received data packet at the local memory , z extract data relevant for taking forwarding/processing related decisions, wherein the extracted data includes one or more descriptors, wherein said one or more descriptors is one or more members selected from among a group that consists of: a memory location where said data packet was stored, a timestamp, statistics, a packet validity flag, and forward the one or more descriptors to said computing element along said communication bus , thereby forwarding less than all of said data packet to said computing element; wherein the computing element is configured to process said descriptors, and to return the processed descriptors to the smart NIC , wherein said communication system is further configured to retrieve the data packet that has been stored at the smart NIC local memory , to re-write the retrieved data packet's header according to the processed descriptors, and to forward the data packet via an egress port in accordance to the re-written header. wherein said smart NIC is configured to receive a data packet, store said received data packet at the local memory , z extract data relevant for taking forwarding/processing related decisions, wherein the extracted data includes one or more descriptors, wherein said one or more descriptors is one or more members selected from among a group that consists of: a memory location where said data packet was stored, a timestamp, statistics, a packet validity flag, and forward the one or more descriptors to said computing element along said communication bus , thereby forwarding less than all of said data packet to said computing element; wherein the computing element is configured to process said descriptors, and to return the processed descriptors to the smart NIC , wherein said communication system is further configured to retrieve the data packet that has been stored at the smart NIC local memory , to re-write the retrieved data packet's header according to the processed descriptors, and to forward the data packet via an egress port in accordance to the re-written header.
A machine for dispensing a determined quantity of a cosmetic product into a receptacle from a reservoir, the machine comprising, on the one hand, a body configured such as to receive at least one cartridge forming a reservoir of the cosmetic product to be dispensed and, on the other hand, a dispensing zone configured such as to receive a receptacle capable of containing said quantity of cosmetic product to be dispensed, the machine comprises in the reception zone an attachment member capable of interacting with a complementary part of the receptacle in such a manner as to effect the suspension thereof in the reception zone, characterized in that the attachment member is mounted on a load cell .
A vehicle braking unit , in particular a brake caliper unit for a disc brake, of the type comprising a support designed to be arranged in use close to an element to be braked, braking elements which are carried in a movable way by the support and which are suited for cooperating in use by friction with the element to be braked, and first and second guide surfaces that are integral with respect to the braking elements and the support and that cooperate together to guide and support the braking elements when they are moved towards the element to be braked by the activation of actuation elements; characterized in that the first and/or the second guide surfaces are at least partially covered by an anti-noise coating consisting of: i)- a layer of a polymeric resin; ii)- glass particles of rounded shape, preferably spheres, dispersed in the polymeric resin layer. i)- a layer of a polymeric resin; ii)- glass particles of rounded shape, preferably spheres, dispersed in the polymeric resin layer.
A hydrocarbon fuel composition comprising liquefied petroleum gas and an additive selected from the compounds having developed formula (Ia) below and mixtures of such compounds: wherein R represents a linear or branched saturated or unsaturated hydrocarbon chain comprising from 8 to 24 carbon atoms, which may be substituted or not substituted with substituents chosen from hydroxy groups, hydroxyalkyl groups of formula -O-R' wherein R' denotes a C 1 to C 4 alkyl radical, amino groups of formula -NR 1 R 2 wherein R 1 and R 2 independently one from another denote a hydrogen atom or a C 1 to C 4 alkyl radical, and n represents a number ranging from 1 to 10. R represents a linear or branched saturated or unsaturated hydrocarbon chain comprising from 8 to 24 carbon atoms, which may be substituted or not substituted with substituents chosen from hydroxy groups, hydroxyalkyl groups of formula -O-R' wherein R' denotes a C 1 to C 4 alkyl radical, amino groups of formula -NR 1 R 2 wherein R 1 and R 2 independently one from another denote a hydrogen atom or a C 1 to C 4 alkyl radical, and n represents a number ranging from 1 to 10.
An energy storage device module comprising: a plurality of energy storage devices including a first energy storage device and a second energy storage device ; a connection member configured to connect a first external terminal of the first energy storage device and a second external terminal of the second energy storage device adjacent to the first energy storage device ; and a circuit board(700∼1200), wherein the circuit board(700∼1200) is characterized by comprising: a hole(710∼1210) through which the first external terminal of the first energy storage device is passed; a board protrusion(720∼1220) supported by a curling processed portion formed in a body case of the first energy storage device ; a first conductive metal layer(715∼1215) formed along a periphery of the hole and in contact with the connection member; and a second conductive metal layer(725∼1225) formed on at least one of a lower surface, an upper surface, and a side surface of the board protrusion and in contact with the curling processed portion. a plurality of energy storage devices including a first energy storage device and a second energy storage device ; a connection member configured to connect a first external terminal of the first energy storage device and a second external terminal of the second energy storage device adjacent to the first energy storage device ; and a circuit board(700∼1200), wherein the circuit board(700∼1200) is characterized by comprising: a hole(710∼1210) through which the first external terminal of the first energy storage device is passed; a board protrusion(720∼1220) supported by a curling processed portion formed in a body case of the first energy storage device ; a first conductive metal layer(715∼1215) formed along a periphery of the hole and in contact with the connection member; and a second conductive metal layer(725∼1225) formed on at least one of a lower surface, an upper surface, and a side surface of the board protrusion and in contact with the curling processed portion. a hole(710∼1210) through which the first external terminal of the first energy storage device is passed; a board protrusion(720∼1220) supported by a curling processed portion formed in a body case of the first energy storage device ; a first conductive metal layer(715∼1215) formed along a periphery of the hole and in contact with the connection member; and a second conductive metal layer(725∼1225) formed on at least one of a lower surface, an upper surface, and a side surface of the board protrusion and in contact with the curling processed portion.
A tire comprising a tread portion provided with two circumferential grooves disposed one each side of the tire equator (c) and extending continuously in the tire circumferential direction, and a crown land region formed between the two circumferential grooves , wherein the crown land region is provided with first crown sipes extending from one of the circumferential grooves and terminating within the crown land region , and second crown sipes extending from the other circumferential groove and terminating within the crown land region , wherein the first crown sipes and the second crown sipes extend from the circumferential grooves while inclining to one side in the tire circumferential direction; characterized in that the tire has a tread pattern having an intended rotational direction (R), and the first crown sipes and the second crown sipes extend from the circumferential grooves while inclining to the opposite direction to the intended rotational direction (R).
A method for providing secure gatekeeping of a communication from a remote internet-based website having an Internet Protocol, IP, address to a specific implantable biomedical device , the method comprising: receiving a time of first power up during a pairing operation with the specific implantable biomedical device; advancing, by a running timer, a count every minute following the time of first power up; receiving, by a gatekeeping device , the communication transmitted by the remote internet-based website having a secret IP-address only associated with the specific implantable biomedical device, wherein the communication received is encoded using a first encoding algorithm; decoding, by the gatekeeping device, the communication received; encoding, by the gatekeeping device, the communication decoded using a second encoding algorithm, wherein the communication is encoded using a secret encryption method that is based on the count of the running timer; wirelessly relaying, by the gatekeeping device, the communication encoded using the second encoding algorithm to the specific implantable biomedical device. receiving a time of first power up during a pairing operation with the specific implantable biomedical device; advancing, by a running timer, a count every minute following the time of first power up; receiving, by a gatekeeping device , the communication transmitted by the remote internet-based website having a secret IP-address only associated with the specific implantable biomedical device, wherein the communication received is encoded using a first encoding algorithm; decoding, by the gatekeeping device, the communication received; encoding, by the gatekeeping device, the communication decoded using a second encoding algorithm, wherein the communication is encoded using a secret encryption method that is based on the count of the running timer; wirelessly relaying, by the gatekeeping device, the communication encoded using the second encoding algorithm to the specific implantable biomedical device.
Electrochemical surface treatment apparatus for the treatment of radioactively contaminated internal surfaces of a pipe , the apparatus including an electrode device , the device including an electrode , which, in use, is located in electrolyte liquid within the pipe adjacent a treatment surface to be treated with a gap defined between the electrode and the treatment surface, the apparatus including a circulation arrangement , characterised by : the electrode defining an internal passage , wherein, in use, the circulation arrangement causes a recirculating flow of electrolyte liquid through the gap in one direction and along the passage in an opposite direction.
A temperature sensor system for a radar device comprising: at least one transceiver configured to support frequency modulated (FM) radar signals; a digital controller ; and a plurality of temperature sensors coupled to one or more circuits in the at least one transceiver ; wherein the temperature sensor system is characterised in that the digital controller comprises an over-temperature emulation circuit configured to emulate an over-temperature shutdown state irrespective of a temperature of a sensor of the plurality of temperature sensors by injecting an over-temperature force signal into the temperature sensor system , wherein the injection of the over-temperature force signal is configured to change a current applied to a diode within a diode-based structure of one of the temperature sensors in order to force a change in a measured physical parameter that is compared with at least one pre-set threshold value, and in response to the measured physical parameter exceeding the at least one pre-set threshold value the digital controller is configured to generate at least one flag that indicates an out of range temperature condition at least one transceiver configured to support frequency modulated (FM) radar signals; a digital controller ; and a plurality of temperature sensors coupled to one or more circuits in the at least one transceiver ; wherein the temperature sensor system is characterised in that the digital controller comprises an over-temperature emulation circuit configured to emulate an over-temperature shutdown state irrespective of a temperature of a sensor of the plurality of temperature sensors by injecting an over-temperature force signal into the temperature sensor system , wherein the injection of the over-temperature force signal is configured to change a current applied to a diode within a diode-based structure of one of the temperature sensors in order to force a change in a measured physical parameter that is compared with at least one pre-set threshold value, and in response to the measured physical parameter exceeding the at least one pre-set threshold value the digital controller is configured to generate at least one flag that indicates an out of range temperature condition
A blade for a gas turbine engine , the blade comprising: an airfoil extending radially from a platform secured to the blade, the platform having an exterior surface in fluid communication with an internal cooling pocket of the platform located at a lower radius from a center line of the gas turbine engine than the platform via a plurality of cooling openings located in the platform ; a channel in fluid communication with the internal cooling pocket ; an internal cooling cavity in fluid communication with the channel via a feed opening extending through an internal wall of the blade, the feed opening being configured for feeding cooling air from the internal cooling cavity into the channel , and a cover plate sealing the internal cooling pocket and the channel , wherein a portion of the channel is located within a ledge that is located in an internal periphery of the internal cooling pocket and wherein the cover plate is secured to the ledge , wherein another portion of the channel and the feed opening are located at a lower radius from a center line of the engine than the internal cooling pocket . an airfoil extending radially from a platform secured to the blade, the platform having an exterior surface in fluid communication with an internal cooling pocket of the platform located at a lower radius from a center line of the gas turbine engine than the platform via a plurality of cooling openings located in the platform ; a channel in fluid communication with the internal cooling pocket ; an internal cooling cavity in fluid communication with the channel via a feed opening extending through an internal wall of the blade, the feed opening being configured for feeding cooling air from the internal cooling cavity into the channel , and a cover plate sealing the internal cooling pocket and the channel , wherein a portion of the channel is located within a ledge that is located in an internal periphery of the internal cooling pocket and wherein the cover plate is secured to the ledge , wherein another portion of the channel and the feed opening are located at a lower radius from a center line of the engine than the internal cooling pocket .
A pharmaceutical formulation for use in a spinal fusion method, comprising: a composition for forming a matrix, comprising at least a first matrix material precursor component and a second matrix material precursor component, cap - able of forming the matrix by crosslinking of the precursor components under ap - propriate conditions, a bioactive factor, which is biologically active to stimulate bone formation between two vertebrae, and for effecting or supporting spinal fusion, the bioactive factor being suitable to be releasably incorporated in the matrix upon crosslinking of the matrix material precursor components wherein the bioactive factor is PTH or a peptide comprising PTH, and further wherein PTH or the peptide comprising PTH is the sole added bioactive factor which is effective to stimulate bone formation between two vertebrae and for ef - fecting or supporting spinal fusion. a composition for forming a matrix, comprising at least a first matrix material precursor component and a second matrix material precursor component, cap - able of forming the matrix by crosslinking of the precursor components under ap - propriate conditions, a bioactive factor, which is biologically active to stimulate bone formation between two vertebrae, and for effecting or supporting spinal fusion, the bioactive factor being suitable to be releasably incorporated in the matrix upon crosslinking of the matrix material precursor components wherein the bioactive factor is PTH or a peptide comprising PTH, and further wherein PTH or the peptide comprising PTH is the sole added bioactive factor which is effective to stimulate bone formation between two vertebrae and for ef - fecting or supporting spinal fusion.
A clothing drying apparatus comprising: a first drying apparatus configured to supply hot air to an inside of a rotary drum of the first drying apparatus to dry laundry in the rotary drum; and a second drying apparatus configured to be coupled to the first drying apparatus , wherein the second drying apparatus includes: a dry chamber configured to receive laundry and including a discharge hole ; a hot air unit configured to supply hot air to an inside of the dry chamber through the discharge hole ; and a cover shelf disposed in the dry chamber and having a plurality of through holes configured to allow the hot air, supplied by the hot air unit to a lower side of the cover shelf , to flow, through the plurality of through holes , from the lower side of the cover shelf to an upper side of the cover shelf to dry the laundry received in the dry chamber and supported on the upper side of the cover shelf , wherein the cover shelf includes a plurality of ribs communicating with the plurality of through holes and protruding toward a bottom surface of the dry chamber , characterized in that , a height of the plurality of ribs decreases toward the discharge hole . a first drying apparatus configured to supply hot air to an inside of a rotary drum of the first drying apparatus to dry laundry in the rotary drum; and a second drying apparatus configured to be coupled to the first drying apparatus , wherein the second drying apparatus includes: a dry chamber configured to receive laundry and including a discharge hole ; a hot air unit configured to supply hot air to an inside of the dry chamber through the discharge hole ; and a cover shelf disposed in the dry chamber and having a plurality of through holes configured to allow the hot air, supplied by the hot air unit to a lower side of the cover shelf , to flow, through the plurality of through holes , from the lower side of the cover shelf to an upper side of the cover shelf to dry the laundry received in the dry chamber and supported on the upper side of the cover shelf , wherein the cover shelf includes a plurality of ribs communicating with the plurality of through holes and protruding toward a bottom surface of the dry chamber , characterized in that , a height of the plurality of ribs decreases toward the discharge hole . a dry chamber configured to receive laundry and including a discharge hole ; a hot air unit configured to supply hot air to an inside of the dry chamber through the discharge hole ; and a cover shelf disposed in the dry chamber and having a plurality of through holes configured to allow the hot air, supplied by the hot air unit to a lower side of the cover shelf , to flow, through the plurality of through holes , from the lower side of the cover shelf to an upper side of the cover shelf to dry the laundry received in the dry chamber and supported on the upper side of the cover shelf , wherein the cover shelf includes a plurality of ribs communicating with the plurality of through holes and protruding toward a bottom surface of the dry chamber , characterized in that , a height of the plurality of ribs decreases toward the discharge hole .