mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: (a) a surgical instrument; (b) a first power source in communication with the surgical instrument, wherein the first power source is configured to deliver power to the surgical instrument, wherein the first power source is operable to be placed in the surgical instrument such that at least a portion of the first power source is contained within the surgical instrument, wherein the first power source has a first discharge rate; (c) a second power source in communication with the first power source , wherein the second power source is configured to deliver power to the first power source , wherein the second power source has a second discharge rate; (d) a control module , wherein the first power source and the second power source are operable to communicate with the control module , wherein the control module is operable to use the second power source to charge the first power source ; wherein the second power source is configured to provide power for the surgical instrument, and wherein the control module is configured to coordinate delivery of power from the first and second power sources and control charging of the first power source by the second power source according to a charging sequence. (a) a surgical instrument; (b) a first power source in communication with the surgical instrument, wherein the first power source is configured to deliver power to the surgical instrument, wherein the first power source is operable to be placed in the surgical instrument such that at least a portion of the first power source is contained within the surgical instrument, wherein the first power source has a first discharge rate; (c) a second power source in communication with the first power source , wherein the second power source is configured to deliver power to the first power source , wherein the second power source has a second discharge rate; (d) a control module , wherein the first power source and the second power source are operable to communicate with the control module , wherein the control module is operable to use the second power source to charge the first power source ;
A method of wireless communication performed by a user equipment, UE, comprising: receiving a configuration that indicates whether the UE is to spatially multiplex multiple uplink transmissions, wherein the multiple uplink transmissions are a sounding reference signal, SRS, and a physical uplink shared channel, PUSCH, communication; configuring the multiple uplink transmissions based at least in part on the configuration; receiving uplink downlink control information, DCI, that indicates whether to switch an antenna port for an uplink transmission of the multiple uplink transmissions after transmitting the SRS and the PUSCH communication; and determining whether to switch the antenna port based at least in part on the DCI after receiving the DCI. receiving a configuration that indicates whether the UE is to spatially multiplex multiple uplink transmissions, wherein the multiple uplink transmissions are a sounding reference signal, SRS, and a physical uplink shared channel, PUSCH, communication; configuring the multiple uplink transmissions based at least in part on the configuration; receiving uplink downlink control information, DCI, that indicates whether to switch an antenna port for an uplink transmission of the multiple uplink transmissions after transmitting the SRS and the PUSCH communication; and determining whether to switch the antenna port based at least in part on the DCI after receiving the DCI.
System comprising a toilet brush and a solid body cleaning agent, wherein the solid body cleaning agent has two components, wherein the toilet brush comprises a brush head for cleaning the toilet, wherein the brush head has several brush elements and a brush shaft, wherein the brush elements are fastened to the brush shaft, wherein the brush shaft has a first hollow space, whose geometric longitudinal axis is identical to the geometric longitudinal axis of the brush shaft or is arranged parallel to the geometric longitudinal axis of the brush shaft, wherein the solid body cleaning agent is arranged in the first hollow space, wherein the brush shaft has cutouts between the brush elements which connect the first hollow space with an environment of the toilet brush so water is able to flow from the environment into the first hollow space and out of it into the environment, wherein the toilet brush comprises a handle , wherein the brush head is fastened to the handle , wherein the handle has a second hollow space which is in fluidic connection with the first hollow space, wherein in each case maximum precisely one single cutout is arranged along all geometric straight lines which extend parallel to the longitudinal axis of the brush shaft.
A method of producing metal alloy powders comprising: introducing an α-phase titanium alloy hydride feed material into a microwave generated plasma torch; directing the feed material toward a plasma within the plasma torch; melting, dehydrogenating and spheroidizing the feed material within the plasma to form dehydrogenated and spheroidized α-phase titanium alloy particles; directing the dehydrogenated and spheroidized particles from the plasma to a chamber having an inert gas; rapidly cooling and solidifying the dehydrogenated and spheroidized particles in the chamber having the inert gas, wherein the cooling of the dehydrogenated and spheroidized particles forms an acicular microstructure in the dehydrogenated and spheroidized particles, wherein the acicular microstructure comprises a martensitic microstructure; and collecting the dehydrogenated and spheroidized particles. introducing an α-phase titanium alloy hydride feed material into a microwave generated plasma torch; directing the feed material toward a plasma within the plasma torch; melting, dehydrogenating and spheroidizing the feed material within the plasma to form dehydrogenated and spheroidized α-phase titanium alloy particles; directing the dehydrogenated and spheroidized particles from the plasma to a chamber having an inert gas; rapidly cooling and solidifying the dehydrogenated and spheroidized particles in the chamber having the inert gas, wherein the cooling of the dehydrogenated and spheroidized particles forms an acicular microstructure in the dehydrogenated and spheroidized particles, wherein the acicular microstructure comprises a martensitic microstructure; and collecting the dehydrogenated and spheroidized particles.
A reamer comprising - a base body , * which has a front side , * in the outer surface of which grooves are introduced, and * which has an internal coolant/lubricant supply comprising channels , which intersect the outer surface of the base body and form exit openings therewith, as well as comprising - cutter plates , which can be inserted into the grooves , wherein - the exit openings are arranged at a distance to the front side of the base body , wherein a flow channel , which is defined by the side surfaces of the cutter plates , which face one another, and the outer surface of the base body , is formed between two respective adjacent cutter plates , characterized in that the outer surface between the exit openings and the front side of the base body is free from depressions. - a base body , * which has a front side , * in the outer surface of which grooves are introduced, and * which has an internal coolant/lubricant supply comprising channels , which intersect the outer surface of the base body and form exit openings therewith, as well as comprising * which has a front side , * in the outer surface of which grooves are introduced, and * which has an internal coolant/lubricant supply comprising channels , which intersect the outer surface of the base body and form exit openings therewith, as well as comprising - cutter plates , which can be inserted into the grooves , wherein - the exit openings are arranged at a distance to the front side of the base body , wherein a flow channel , which is defined by the side surfaces of the cutter plates , which face one another, and the outer surface of the base body , is formed between two respective adjacent cutter plates , characterized in that the outer surface between the exit openings and the front side of the base body is free from depressions.
Headlamp, in particular motor vehicle headlamp, comprising - a housing , - a number of supporting frames , namely, a first supporting frame and at least one further supporting frame , which are adjustably mounted in the housing and which support respective optical components , and - an adjusting device configured to jointly adjust the supporting frames by swivelling around at least one axis (a1, a2) relative to the housing , wherein the setting device comprises a gear actuated by an actuator , said gear being connected to the supporting frames via respective articulated couplings, and wherein the gear has a concentric multiple spherical bearing , in which a connecting element of the actuator and connecting elements , which are respectively associated with the supporting frames , are concentrically coupled, wherein for the or for each of the further supporting frame(s) the respectively associated connecting element is, directly or gear-wise, connected to the joint coupling of the respective supporting frame, characterised in that the connecting element of the first supporting frame is rigidly connected to the first supporting frame . - a housing , - a number of supporting frames , namely, a first supporting frame and at least one further supporting frame , which are adjustably mounted in the housing and which support respective optical components , and - an adjusting device configured to jointly adjust the supporting frames by swivelling around at least one axis (a1, a2) relative to the housing ,
A tissue treatment device, comprising: a housing ; and a shaft coupled to the housing, the shaft including: an inner tubular member defining a fluid inflow conduit ; an outer tubular member , wherein the outer tubular member is coaxially disposed about the inner tubular member, and wherein a fluid outflow conduit is defined between the inner tubular member and the outer tubular member the device being characterised by further comprising: an inlet sleeve , where in the inner tubular member is coaxially disposed about and slidingly coupled to the inlet sleeve; and an outlet sleeve , wherein the outlet tubular member is coaxially disposed about and slidingly coupled to the outlet sleeve. a housing ; and a shaft coupled to the housing, the shaft including: an inner tubular member defining a fluid inflow conduit ; an outer tubular member , wherein the outer tubular member is coaxially an inner tubular member defining a fluid inflow conduit ; an outer tubular member , wherein the outer tubular member is coaxially disposed about the inner tubular member, and wherein a fluid outflow conduit is defined between the inner tubular member and the outer tubular member the device being characterised by further comprising: an inlet sleeve , where in the inner tubular member is coaxially disposed about and slidingly coupled to the inlet sleeve; and an outlet sleeve , wherein the outlet tubular member is coaxially disposed about and slidingly coupled to the outlet sleeve. an inlet sleeve , where in the inner tubular member is coaxially disposed about and slidingly coupled to the inlet sleeve; and an outlet sleeve , wherein the outlet tubular member is coaxially disposed about and slidingly coupled to the outlet sleeve.
An apparatus for applying a lifting force to a tissue site of a patient, the apparatus comprising: an occlusive layer configured to be sealed to a patient around a tissue site to define a substantially air-tight chamber; a decompression layer disposed within the chamber defined by the occlusive layer at a location proximate the tissue site, the decompression layer comprising a compressible fabric defining one or more channels therethrough; and a connector provided along the occlusive layer , the connector configured to fluidly couple the chamber to a vacuum source; wherein, the decompression layer has a centre of stiffness located closer to a surface of the decompression layer facing away from the tissue site than to a surface of the decompression layer facing the tissue site such that upon operation of the vacuum source, the decompression layer is configured to compress in a direction away from the tissue site. an occlusive layer configured to be sealed to a patient around a tissue site to define a substantially air-tight chamber; a decompression layer disposed within the chamber defined by the occlusive layer at a location proximate the tissue site, the decompression layer comprising a compressible fabric defining one or more channels therethrough; and a connector provided along the occlusive layer , the connector configured to fluidly couple the chamber to a vacuum source; wherein, the decompression layer has a centre of stiffness located closer to a surface of the decompression layer facing away from the tissue site than to a surface of the decompression layer facing the tissue site such that upon operation of the vacuum source, the decompression layer is configured to compress in a direction away from the tissue site.
A terminal mounting structure for a vehicle motor drive device comprising: a plurality of electrical leads that extend from a motor coil of the vehicle motor drive device ; a plurality of receive-side terminals each of which extends from a distal end of each of the electrical leads ; a mounting stand that includes an electrically-insulating base and a plurality of supply-side conductive bars that are disposed at intervals and extend so as to pass through the base ; a plurality of screws each of which passes through the receive-side terminal in a direction crossing an extending direction of the receive-side terminal , each of which is screwed into a screw hole formed at an end part of the supply-side conductive bar so as to cause each of the receive-side terminals to contact each of the supply-side conductive bars and to fix each of the receive-side terminals to each of the supply-side conductive bars; and a contact prevention mechanism that is provided in the mounting stand so as to prevent adjacent receive-side terminals from contacting with each other, characterized in that the end part of the conductive bar on the side of a motor chamber (L) is formed to be eccentric from a center axis of the conductive bar , wherein an eccentric direction is directed to the motor coil . a plurality of electrical leads that extend from a motor coil of the vehicle motor drive device ; a plurality of receive-side terminals each of which extends from a distal end of each of the electrical leads ; a mounting stand that includes an electrically-insulating base and a plurality of supply-side conductive bars that are disposed at intervals and extend so as to pass through the base ; a plurality of screws each of which passes through the receive-side terminal in a direction crossing an extending direction of the receive-side terminal , each of which is screwed into a screw hole formed at an end part of the supply-side conductive bar so as to cause each of the receive-side terminals to contact each of the supply-side conductive bars and to fix each of the receive-side terminals to each of the supply-side conductive bars; and a contact prevention mechanism that is provided in the mounting stand so as to prevent adjacent receive-side terminals from contacting with each other, characterized in that the end part of the conductive bar on the side of a motor chamber (L) is formed to be eccentric from a center axis of the conductive bar , wherein an eccentric direction is directed to the motor coil .
A conductor connection contact element comprising a sheet metal part having two mutually opposing side walls , a bottom portion connecting the side walls and a cover portion opposite the bottom portion and connecting the side walls , which delimit a conductor insertion channel , the side walls having spring tongues which are exposed from the bottom portion and the cover portion and which form a clamping point for clamping an electrical conductor, wherein the cover portion has a material tongue exposed from the side walls , and in that the material tongue extends above the plane spanned by the end edges of the spring tongues facing the cover portion at least as far as the clamping point, characterized in that the material tongue is slightly bent in the direction of the bottom portion so that a continuous funnel-shaped section is formed for guiding an electrical conductor inserted into the conductor insertion channel up to the clamping point.
A method for testing operation of an elevator comprising an elevator car , the method comprising starting (t 1 ) movement of the elevator car ; and thereafter starting (t 2 ) a stopping sequence for stopping movement of the elevator car wherein said stopping sequence includes activation of one or more mechanical brakes (b); and monitoring movement of the elevator car ; and detecting a third moment (t 3 ) of a predefined response in movement of the elevator car ; and determining a reaction time (Δt 1 ) of the elevator elapsed between said starting (t 2 ) of said stopping sequence and the third moment (t 3 ) of the detected predefined response in movement of the elevator car ; and comparing said reaction time (Δt 1 ) with at least one reference, such as with at least one predefined threshold, characterized in that said predefined response is cease of acceleration of the elevator car or start of decrease of the speed or velocity of the elevator car .
A subjective optometric apparatus comprising: a projection optical system that has a target presenting unit configured to emit a target light flux and configured to project, onto an examinee's eye, the target light flux emitted from the target presenting unit ; and a housing that accommodates the projection optical system ; a presentation window ; an eye refractivity measuring unit disposable between the presentation window and the examinee's eye such that the target light flux is projected onto the examinee's eye via the presentation window and a test window of the eye refractivity measuring unit , wherein the eye refractivity measuring unit is configured to change an optical property of the target light flux output from the inside of the housing to the outside of the housing , characterized in that the apparatus further comprises surface light emitting means that is different from the target presenting unit and is configured to perform surface light emission on a periphery of the target presenting unit. a projection optical system that has a target presenting unit configured to emit a target light flux and configured to project, onto an examinee's eye, the target light flux emitted from the target presenting unit ; and a housing that accommodates the projection optical system ; a presentation window ; an eye refractivity measuring unit disposable between the presentation window and the examinee's eye such that the target light flux is projected onto the examinee's eye via the presentation window and a test window of the eye refractivity measuring unit , wherein the eye refractivity measuring unit is configured to change an optical property of the target light flux output from the inside of the housing to the outside of the housing , characterized in that the apparatus further comprises surface light emitting means that is different from the target presenting unit and is configured to perform surface light emission on a periphery of the target presenting unit.
A replacement valve for use within a human body comprising: a valve component comprising mammal pericardium tissue; a stent component for housing the valve component, and an inner fabric skirt covering at least a portion of an outer surface of the valve component, wherein the inner fabric skirt serves as a sealing member between the stent component and the valve component, wherein the inner fabric skirt covers between 50% and 90% of the stent, an outer fabric skirt covering an outer surface of the stent component, wherein the outer fabric skirt serves as a sealing member between the stent component and the native valve, wherein the topology of the inner surface of the inner fabric skirt is configured to improve blood flow and the topology of the outer surface of the outer fabric skirt is configured to improve endothelialization, wherein the inner and outer fabric skirt form a double fabric skirt which covers the inflow edge of the stent component . a valve component comprising mammal pericardium tissue; a stent component for housing the valve component, and an inner fabric skirt covering at least a portion of an outer surface of the valve component, wherein the inner fabric skirt serves as a sealing member between the stent component and the valve component, wherein the inner fabric skirt covers between 50% and 90% of the stent, an outer fabric skirt covering an outer surface of the stent component, wherein the outer fabric skirt serves as a sealing member between the stent component and the native valve, wherein the topology of the inner surface of the inner fabric skirt is configured to improve blood flow and the topology of the outer surface of the outer fabric skirt is configured to improve endothelialization, wherein the inner and outer fabric skirt form a double fabric skirt which covers the inflow edge of the stent component .
A method for making a compound of Formula : Ar 2 -F 3 wherein: Ar 2 is an aryl or heteroaryl ring system; the method comprising heating a mixture comprising a nonpolar solvent and a compound of Formula : wherein: Ar 1 is an electron rich aryl or heteroaryl ring system; Ar 2 is as defined above; and the nonpolar solvent is selected from the group consisting of: benzene, toluene, o-xylene, m-xylene, p-xylene, ethyl benzene, carbon tetrachloride, hexane, cyclohexane, fluorobenzene, chlorobenzene, nitrobenzene, and mixtures thereof. Ar 2 is an aryl or heteroaryl ring system; the method comprising heating a mixture comprising a nonpolar solvent and a compound of Formula : wherein: Ar 1 is an electron rich aryl or heteroaryl ring system; Ar 2 is as defined above; and the nonpolar solvent is selected from the group consisting of: benzene, toluene, o-xylene, m-xylene, p-xylene, ethyl benzene, carbon tetrachloride, hexane, cyclohexane, fluorobenzene, chlorobenzene, nitrobenzene, and mixtures thereof. Ar 1 is an electron rich aryl or heteroaryl ring system; Ar 2 is as defined above; and the nonpolar solvent is selected from the group consisting of: benzene, toluene, o-xylene, m-xylene, p-xylene, ethyl benzene, carbon tetrachloride, hexane, cyclohexane, fluorobenzene, chlorobenzene, nitrobenzene, and mixtures thereof.
A method of diagnosing whether a subject has cancer, comprising determining the level of miR-424, miR-660 and let7-i in a urine sample, wherein an alteration in the level of miR-424, miR-660 and let7-i in the urine sample, relative to the level of the respective miR gene products in a control sample, is indicative of the subject having cancer.