mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method of initializing a medical device within a medical treatment area , comprising: automatically detecting the medical device upon introduction of the medical device into the medical treatment area within a wireless range of a medical facility network ; authenticating the medical device based on device identity information specific to the medical device when the medical device is not recognized by the medical facility network ; transmitting an initialization signal from the medical facility network to the medical device if the medical device is recognized or authenticated by the medical facility network ; and automatically initializing the medical device in response to the medical device receiving the initialization signal, wherein said initializing comprises instructions to cause the medical device to unlock or to power the medical device into an active power state when the medical device is in a low-power, sleep, or off state. automatically detecting the medical device upon introduction of the medical device into the medical treatment area within a wireless range of a medical facility network ; authenticating the medical device based on device identity information specific to the medical device when the medical device is not recognized by the medical facility network ; transmitting an initialization signal from the medical facility network to the medical device if the medical device is recognized or authenticated by the medical facility network ; and automatically initializing the medical device in response to the medical device receiving the initialization signal, wherein said initializing comprises instructions to cause the medical device to unlock or to power the medical device into an active power state when the medical device is in a low-power, sleep, or off state.
A package including at least one saw blade comprising: a body defining a support surface ; a post extending from the support surface and configured to extend through a post opening defined in at least one saw blade ; a wall extending from the support surface at least partially around the post; and a cover configured for connection to the wall and further configured to be positioned adjacent to a free end of the post when connected to the wall to prevent removal of the post from the post opening when the at least one saw blade is mounted on the post ; wherein the at least one saw blade further defines an attachment end including a shoulder , a tang , and the post opening , the package further comprising: a base element extending from the support surface and positioned adjacent to the shoulder and the cover when the cover is connected to the wall and the at least one saw blade is mounted on the post ; and a tang element extending from the support surface and positioned adjacent to the tang and the cover when the cover is connected to the wall and the at least one saw blade is mounted on the post ; and wherein a tang gap defined between the tang element and the base element is greater in width than the width of the tang so as to enable the tang to fit between the base element and the tang element . a body defining a support surface ; a post extending from the support surface and configured to extend through a post opening defined in at least one saw blade ; a wall extending from the support surface at least partially around the post; and a cover configured for connection to the wall and further configured to be positioned adjacent to a free end of the post when connected to the wall to prevent removal of the post from the post opening when the at least one saw blade is mounted on the post ; wherein the at least one saw blade further defines an attachment end including a shoulder , a tang , and the post opening , the package further comprising: a base element extending from the support surface and positioned adjacent to the shoulder and the cover when the cover is connected to the wall and the at least one saw blade is mounted on the post ; and a tang element extending from the support surface and positioned adjacent to the tang and the cover when the cover is connected to the wall and the at least one saw blade is mounted on the post ; and wherein a tang gap defined between the tang element and the base element is greater in width than the width of the tang so as to enable the tang to fit between the base element and the tang element . a base element extending from the support surface and positioned adjacent to the shoulder and the cover when the cover is connected to the wall and the at least one saw blade is mounted on the post ; and a tang element extending from the support surface and positioned adjacent to the tang and the cover when the cover is connected to the wall and the at least one saw blade is mounted on the post ; and wherein a tang gap defined between the tang element and the base element is greater in width than the width of the tang so as to enable the tang to fit between the base element and the tang element .
A method of processing a carbon fiber preform comprising: exposing the carbon fiber preform comprising carbonized oxidized PAN fibers to a nanoparticle dispersion comprising a nanoparticle and a dispersion medium; impregnating the nanoparticle into the carbon fiber preform , whereby the carbon fiber preform is converted into a doped carbon fiber preform ; drying the doped carbon fiber preform at a first temperature whereby the dispersion medium is at least one of substantially removed or completely removed from the doped carbon fiber preform , the method further comprising densifying the doped carbon fiber preform , and characterised by the densifying step comprising thermal gradient CVI, and the method further comprising: placing the carbon fiber preform in a vacuum chamber ; placing the nanoparticle dispersion in the vacuum chamber ; and drawing an at least partial vacuum within the vacuum chamber by a vacuum source for a first duration of time and at a first vacuum pressure wherein the first duration of time is 30 minutes. exposing the carbon fiber preform comprising carbonized oxidized PAN fibers to a nanoparticle dispersion comprising a nanoparticle and a dispersion medium; impregnating the nanoparticle into the carbon fiber preform , whereby the carbon fiber preform is converted into a doped carbon fiber preform ; drying the doped carbon fiber preform at a first temperature whereby the dispersion medium is at least one of substantially removed or completely removed from the doped carbon fiber preform , the method further comprising densifying the doped carbon fiber preform , and characterised by the densifying step comprising thermal gradient CVI, and the method further comprising: placing the carbon fiber preform in a vacuum chamber ; placing the nanoparticle dispersion in the vacuum chamber ; and drawing an at least partial vacuum within the vacuum chamber by a vacuum source for a first duration of time and at a first vacuum pressure wherein the first duration of time is 30 minutes. placing the carbon fiber preform in a vacuum chamber ; placing the nanoparticle dispersion in the vacuum chamber ; and drawing an at least partial vacuum within the vacuum chamber by a vacuum source for a first duration of time and at a first vacuum pressure wherein the first duration of time is 30 minutes.
A disposable medical device for lift and transfer of patients between ambulance stretchers (B) and/or hospital stretchers by a healthcare professional (W), which device comprises a sheet support structure longitudinally extending to such a length as to be able to support the entire body of a patient and a peripheral portion with longitudinal edges and transverse edges , said structure having a top surface which is intended to contact the body of the patient and a bottom surface intended to contact a stretcher (B), wherein said peripheral portion has a plurality of openings adapted to define hand grips grasped by one or more healthcare professionals (W), said openings being arranged along said longitudinal edges and placed at predetermined distances (d 1 , d 2 , d 3 ), said predetermined distances (d 1 , d 2 , d 3 ) being differentiated along the longitudinal extent of said support structure with a substantially constant value (di) proximate to the end zone that is intended to support the head and with progressively increasing values (d 2 , d 3 ) proximate to the end zone intended to support the torso and the lower limbs of the patient, characterized in that said sheet support structure comprises a downwardly folded zone at least at one edge of said peripheral portion , which zone is configured to define a pocket adapted to engage the stretcher (B) and to receive a portion (B') of the stretcher (B) on which it is laid to facilitate positioning of said device .
A method for wireless communication implemented by a user equipment, UE, comprising: identifying a service parameter configured for the UE for a carrier associated with a shared radio frequency channel, wherein the service parameter comprises a subcarrier spacing configured for the UE for the carrier; receiving , from a network device, a control message associated with a channel occupancy time acquired by the network device for the shared radio frequency channel, wherein the control message comprises an indication of presence or absence of service associated with the service parameter via the carrier within the channel occupancy time; and determining one or more communication parameters related to monitoring of a control channel for communicating with the network device during the channel occupancy time based at least in part on the indication. identifying a service parameter configured for the UE for a carrier associated with a shared radio frequency channel, wherein the service parameter comprises a subcarrier spacing configured for the UE for the carrier; receiving , from a network device, a control message associated with a channel occupancy time acquired by the network device for the shared radio frequency channel, wherein the control message comprises an indication of presence or absence of service associated with the service parameter via the carrier within the channel occupancy time; and determining one or more communication parameters related to monitoring of a control channel for communicating with the network device during the channel occupancy time based at least in part on the indication.
A medical elongated body comprising: a catheter main body comprising a lumen, a tubular body , and a distal member at a distal end of the tubular body, the distal member being more flexible than the tubular body, the tubular body extending in an axial direction, the distal member being formed from a distal member material; the distal end of the tubular body being joined to the distal member at a joint portion ; the tubular body comprising an outer layer and an inner layer disposed radially inside the outer layer, the outer layer being formed from an outer layer material and the inner layer being formed from an inner layer material; and the inner layer being interposed between the distal member and the outer layer by extending radially outwardly between the distal member and the outer layer at the joint portion , characterized in that the inner layer material possesses better fusing properties with respect to the distal member material than the fusing properties of the outer layer material with respect to the distal member material. a catheter main body comprising a lumen, a tubular body , and a distal member at a distal end of the tubular body, the distal member being more flexible than the tubular body, the tubular body extending in an axial direction, the distal member being formed from a distal member material; the distal end of the tubular body being joined to the distal member at a joint portion ; the tubular body comprising an outer layer and an inner layer disposed radially inside the outer layer, the outer layer being formed from an outer layer material and the inner layer being formed from an inner layer material; and the inner layer being interposed between the distal member and the outer layer by extending radially outwardly between the distal member and the outer layer at the joint portion , characterized in that the inner layer material possesses better fusing properties with respect to the distal member material than the fusing properties of the outer layer material with respect to the distal member material.
Assembly for a front bumper of a motor vehicle , the assembly for a front bumper comprising an air intake grille and a shock absorber with a transverse body having a positioning face ; the air intake grille comprising a positioning lug with a positioning portion against the positioning face , and the positioning face comprises a positioning relief ; positioning relief and the positioning portion interpenetrating in order to position the positioning tab by report with the transverse body , the positioning relief comprising a positioning groove with a depth , the positioning tab comprising a maximum thickness less than said depth ; preferably the positioning portion comprising at least two positioning surfaces cooperating with the positioning relief , wherein the transverse body has a transverse management (66 Z T) and in that a Z 7 the positioning groove is inclined by report to the transverse management by a first angle comprised between 20° and 80°; preferably comprised between 30° and 60°.
An apparatus for brewing beverages comprising: • an extract tank comprising an outlet , and a lid, • the lid being with a mister having a water inlet ; • a brew tank ; • a low-flow pump and pipe system connecting the top of the brew tank to the top of the extract tank , wherein water can be drawn from the brew tank and deposited in the extract tank ; and, characterised in that : • the extract tank has • a false bottom for filtering a coffee bed from water infused in the extract tank and • an outlet below the false bottom , • the extract tank and the brew tank are connected with an inverted P trap mechanism and the low flow pump pipe system • an inverted p trap pipe mechanism has • a tube , ▪ wherein the tube features an inverted portion that raises to some point above the coffee bed , and ▪ wherein the tube deposits water into the brew tank near the bottom of the brew tank . • an extract tank comprising an outlet , and a lid, • the lid being with a mister having a water inlet ; • the lid being with a mister having a water inlet ; • a brew tank ; • a low-flow pump and pipe system connecting the top of the brew tank to the top of the extract tank , wherein water can be drawn from the brew tank and deposited in the extract tank ; and, characterised in that : • the extract tank has • a false bottom for filtering a coffee bed from water infused in the extract tank and • an outlet below the false bottom , • the extract tank and the brew tank are connected with an inverted P trap mechanism and the low flow pump pipe system • an inverted p trap pipe mechanism has • a tube , ▪ wherein the tube features an inverted portion that raises to some point above the coffee bed , and ▪ wherein the tube deposits water into the brew tank near the bottom of the brew tank . • the extract tank has • a false bottom for filtering a coffee bed from water infused in the extract tank and • an outlet below the false bottom , • the extract tank and the brew tank are connected with an inverted P trap mechanism and the low flow pump pipe system • a false bottom for filtering a coffee bed from water infused in the extract tank and • an outlet below the false bottom , • the extract tank and the brew tank are connected with an inverted P trap mechanism and the low flow pump pipe system • an inverted p trap pipe mechanism has • a tube , ▪ wherein the tube features an inverted portion that raises to some point above the coffee bed , and ▪ wherein the tube deposits water into the brew tank near the bottom of the brew tank . • a tube , ▪ wherein the tube features an inverted portion that raises to some point above the coffee bed , and ▪ wherein the tube deposits water into the brew tank near the bottom of the brew tank . ▪ wherein the tube features an inverted portion that raises to some point above the coffee bed , and ▪ wherein the tube deposits water into the brew tank near the bottom of the brew tank .
Controller for video games, capable of operating according to at least one gear selection mode comprising: - a support casing , - a lever hingeably mounted on said support casing and capable of pivoting, from a neutral position (N), in a longitudinal direction around a transversal axis (Y) and in a transversal direction around a longitudinal axis (X), and - detection means capable of detecting, in said gear selection mode, at least two different positions (M1-M8, S1-S2) of the lever of the controller obtained by pivoting the lever around the transversal axis (Y) from the neutral position, characterised in that said controller is also capable of operating according to a hand brake mode wherein the lever pivots around said longitudinal axis (X), between two different braking positions, one first braking position corresponding to an absence of braking and a second braking position corresponding to a maximum braking. - a support casing , - a lever hingeably mounted on said support casing and capable of pivoting, from a neutral position (N), in a longitudinal direction around a transversal axis (Y) and in a transversal direction around a longitudinal axis (X), and - detection means capable of detecting, in said gear selection mode, at least two different positions (M1-M8, S1-S2) of the lever of the controller obtained by pivoting the lever around the transversal axis (Y) from the neutral position,
A method of preparing discrete calcium carbonate particles on a substrate surface, said method comprising: providing a carbonatable calcium precursor component selected from calcium chloride, calcium oxide and calcium acetate and applying said precursor component to a bone void filler substrate, wherein said precursor component is treated with an alkali metal hydroxide to provide calcium hydroxide; and contacting said substrate with a carbon dioxide source, optionally in the presence of water, to convert at least a portion of said applied carbonatable calcium precursor component to calcium carbonate and provide discrete calcium carbonate particles on said substrate. providing a carbonatable calcium precursor component selected from calcium chloride, calcium oxide and calcium acetate and applying said precursor component to a bone void filler substrate, wherein said precursor component is treated with an alkali metal hydroxide to provide calcium hydroxide; and contacting said substrate with a carbon dioxide source, optionally in the presence of water, to convert at least a portion of said applied carbonatable calcium precursor component to calcium carbonate and provide discrete calcium carbonate particles on said substrate.
Plug-in connector with a contact carrier , wherein the contact carrier has at least one contact chamber into which a contact partner which is arranged at one end of an electrical conductor and is electrically conductively connected to the said electrical conductor in the region of a contact point is inserted and the end region of the plug-in connector , out of which the electrical conductor exits from the contact carrier , is provided with an injection-moulded encapsulation , wherein the contact carrier has a clearance for receiving a shaping tool for producing the injection-moulded encapsulation , characterized in that the electrical conductor is a hard-metal component and the electrical connection between the contact partner and the hard-metal component is a welded or soldered connection.
An auxiliary conveyor (103; 104; 401- 404), connectable with a main conveyor which comprises at least two conveying paths (P1; P2), wherein the auxiliary conveyor (103; 104; 401- 404) comprises: a conveying part configured to receive a load from one of the at least two conveying paths (P1; P2) and convey the load through the other of the at least two conveying paths (P1; P2); and a driving part connected with the conveying part , the driving part being configured to drive the conveying part to move from one of the at least two conveying paths (P1; P2) to the other of the at least two conveying paths (P1; P2), the conveying part further comprises: a first guide rail configured to guide the load to move along the conveying path; characterized in that , the conveying part further comprises: a magnetic gear sleeved on a shaft , the magnetic gear rotating around the shaft to drive the load to move; and a first power providing part connected with the shaft to provide power for rotation of the shaft , wherein the first power providing part is a magnetic part configured to deliver torque from the main conveyor to the shaft by magnetic coupling. a conveying part configured to receive a load from one of the at least two conveying paths (P1; P2) and convey the load through the other of the at least two conveying paths (P1; P2); and a driving part connected with the conveying part , the driving part being configured to drive the conveying part to move from one of the at least two conveying paths (P1; P2) to the other of the at least two conveying paths (P1; P2), the conveying part further comprises: a first guide rail configured to guide the load to move along the conveying path; characterized in that , the conveying part further comprises: a magnetic gear sleeved on a shaft , the magnetic gear rotating around the shaft to drive the load to move; and a first power providing part connected with the shaft to provide power for rotation of the shaft , wherein the first power providing part is a magnetic part configured to deliver torque from the main conveyor to the shaft by magnetic coupling. a magnetic gear sleeved on a shaft , the magnetic gear rotating around the shaft to drive the load to move; and a first power providing part connected with the shaft to provide power for rotation of the shaft , wherein the first power providing part is a magnetic part configured to deliver torque from the main conveyor to the shaft by magnetic coupling.
A method of manufacturing an electronic device including the steps of: - jetting a radiation curable solder mask inkjet ink to a dielectric substrate containing an electrically conductive pattern, the inkjet ink comprising a photoinitiator, a radical polymerizable compound, and an adhesion promoter having a chemical structure according to Formula II, wherein L 2 represents an optionally substituted o+p-valent linking group comprising 1 to 15 carbon atoms, o represents the integer 1, p represents an integer from 1 to 4, Q represents the necessary atoms to form an optionally substituted 5 or 6 membered heteroaromatic ring. - curing the jetted solder mask inkjet. - jetting a radiation curable solder mask inkjet ink to a dielectric substrate containing an electrically conductive pattern, the inkjet ink comprising a photoinitiator, a radical polymerizable compound, and an adhesion promoter having a chemical structure according to Formula II, wherein L 2 represents an optionally substituted o+p-valent linking group comprising 1 to 15 carbon atoms, o represents the integer 1, p represents an integer from 1 to 4, Q represents the necessary atoms to form an optionally substituted 5 or 6 membered heteroaromatic ring. - curing the jetted solder mask inkjet. L 2 represents an optionally substituted o+p-valent linking group comprising 1 to 15 carbon atoms, o represents the integer 1, p represents an integer from 1 to 4, Q represents the necessary atoms to form an optionally substituted 5 or 6 membered heteroaromatic ring. - curing the jetted solder mask inkjet.