mhurhangee/patent-ind-claim-en huggingface dataset:
A spacer for separating bones of a joint, the spacer comprising: - first and second endplates, endplates , each having - a bone engaging surface, - at least two cams each having an inclined cam surface, the cams positioned on a side opposite to the bone engaging surface; - first and second slides, , each having at least two ramps each having an inclined surface and each engaged with an inclined cam surface of a cam of an endplate, - the first slide having an angled portion at a proximal end, - the second slide having a first hinge portion ; - a threaded shaft having a second hinge portion cooperative with the first hinge portion to connect the shaft to the second slide and to enable the shaft to form a changeable angle with respect to the second slide; and - a nut threadably engaged with the shaft, the nut forming an interference with the angled portion of the first slide when the nut is threadably advanced upon the shaft, thereby driving the first slide with respect to the second slide causing relative moving engagement of the at least two cams and the at least two ramps to drive the endplates relatively apart and to thereby increase a height of the spacer. - first and second endplates, endplates , each having - a bone engaging surface, - at least two cams each having an inclined cam surface, the cams positioned on a side opposite to the bone engaging surface; - first and second slides, , each having at least two ramps each having an inclined surface and each engaged with an inclined cam surface of a cam of an endplate, - the first slide having an angled portion at a proximal end, - the second slide having a first hinge portion ; - a threaded shaft having a second hinge portion cooperative with the first hinge portion to connect the shaft to the second slide and to enable the shaft to form a changeable angle with respect to the second slide; and - a nut threadably engaged with the shaft, the nut forming an interference with the angled portion of the first slide when the nut is threadably advanced upon the shaft, thereby driving the first slide with respect to the second slide causing relative moving engagement of the at least two cams and the at least two ramps to drive the endplates relatively apart and to thereby increase a height of the spacer.
A system for regional decoagulation of the blood in an extracorporeal circulation circuit comprising a line for drawing the blood from the patient, a filtration unit for separating plasma water , a line for reintroducing the blood into the patient defining a main circuit , the system further comprising: - means for infusion of a solution of a citrate or citric acid on said main circuit , which are set upstream of said filtration unit with respect to the direction of the blood flow; - means for infusion of a solution for electrolyte restoration on said main circuit , which are set downstream of said filtration unit with respect to the direction of the blood flow; and - a secondary circuit for recirculation of the plasma water obtained by said first filtration unit to the first filtration unit , characterised in that said secondary circuit comprises: - a first cartridge comprising an anion-exchange resin charged with chlorine ions; - a second cartridge comprising a cation-exchange resin charged with sodium and potassium ions, which is set downstream of said first cartridge in the direction of flow of the plasma water in the secondary circuit ; and - means for removal of a first fraction (30.3) of the plasma water obtained by said filtration unit . - means for infusion of a solution of a citrate or citric acid on said main circuit , which are set upstream of said filtration unit with respect to the direction of the blood flow; - means for infusion of a solution for electrolyte restoration on said main circuit , which are set downstream of said filtration unit with respect to the direction of the blood flow; and - a secondary circuit for recirculation of the plasma water obtained by said first filtration unit to the first filtration unit , characterised in that - a first cartridge comprising an anion-exchange resin charged with chlorine ions; - a second cartridge comprising a cation-exchange resin charged with sodium and potassium ions, which is set downstream of said first cartridge in the direction of flow of the plasma water in the secondary circuit ; and - means for removal of a first fraction (30.3) of the plasma water obtained by said filtration unit .
A towed hay tool including one or more processing units each supported on a chassis , in which the or each chassis supports the or one of the processing units on a central axis, the chassis being provided with a left hand side wheel assembly supporting structure and a right hand side wheel assembly supporting structure , free ends of the wheel assembly supporting structures being provided with wheel assemblies , each wheel assembly comprising a wheel mounted on a wheel mounting , the wheel mounting being rotatable about an inclined axis and the wheel being rotatable about a horizontal axis, wherein the wheel assembly supporting structures and the wheel mountings are adapted to allow limited relative movement of each wheel mounting with respect to the wheel assembly supporting structures , each wheel mounting comprising a carrying member mounted for rotation about the inclined axis, wherein the carrying member comprises an arm extending to the rear of the inclined axis, the wheel assembly supporting structures comprise a leading portion and a trailing portion , in which the leading portion is angled away from the trailing portion and each of the leading portion and the trailing portions comprises an outer vertical surface and a vertical end surface , characterised in that the arm also extends to the front of the inclined axis. the or each chassis supports the or one of the processing units on a central axis, the chassis being provided with a left hand side wheel assembly supporting structure and a right hand side wheel assembly supporting structure , free ends of the wheel assembly supporting structures being provided with wheel assemblies , each wheel assembly comprising a wheel mounted on a wheel mounting , the wheel mounting being rotatable about an inclined axis and the wheel being rotatable about a horizontal axis, wherein the wheel assembly supporting structures and the wheel mountings are adapted to allow limited relative movement of each wheel mounting with respect to the wheel assembly supporting structures , each wheel mounting comprising a carrying member mounted for rotation about the inclined axis, wherein the carrying member comprises an arm extending to the rear of the inclined axis, the wheel assembly supporting structures comprise a leading portion and a trailing portion , in which the leading portion is angled away from the trailing portion and each of the leading portion and the trailing portions comprises an outer vertical surface and a vertical end surface , characterised in that the arm also extends to the front of the inclined axis.
A vaccine composition comprising: a) a preparation of inactivated whole rabies virus, and b) a stabilizing excipient which comprises: i. a phosphate buffer, ii. a mixture of essential and nonessential amino acids, comprising at least arginine or an arginine salt and glutamic acid or a glutamic acid salt, iii. maltose, iv. sorbitol, v. a chelating agent, chosen from EDTA or an EDTA salt, vi. urea or a urea derivative chosen from allylurea, acetamide, methyl carbamate and butyl carbamate, and vii. a nonionic surfactant, wherein said nonionic surfactant is poloxamer 188, wherein the pH of the vaccine composition is between 7.3 and 8.3, and wherein, in one effective dose of the vaccine composition, the amount of essential and nonessential amino acids is between 0.5 and 2.5 mg, the amount of maltose and of sorbitol is between 10 and 50 mg, the amount of EDTA or EDTA salt is between 0.01 and 0.1 mg, the amount of urea or of urea derivative chosen from allylurea, acetamide, methyl carbamate and butyl carbamate is between 0.3 and 1.5 mg and the amount of poloxamer 188 is between 0.001 and 0.5 mg. a) a preparation of inactivated whole rabies virus, and b) a stabilizing excipient which comprises: i. a phosphate buffer, ii. a mixture of essential and nonessential amino acids, comprising at least arginine or an arginine salt and glutamic acid or a glutamic acid salt, iii. maltose, iv. sorbitol, v. a chelating agent, chosen from EDTA or an EDTA salt, vi. urea or a urea derivative chosen from allylurea, acetamide, methyl carbamate and butyl carbamate, and vii. a nonionic surfactant, wherein said nonionic surfactant is poloxamer 188, wherein the pH of the vaccine composition is between 7.3 and 8.3, and wherein, in one effective dose of the vaccine composition, the amount of essential and nonessential amino acids is between 0.5 and 2.5 mg, the amount of maltose and of sorbitol is between 10 and 50 mg, the amount of EDTA or EDTA salt is between 0.01 and 0.1 mg, the amount of urea or of urea derivative chosen from allylurea, acetamide, methyl carbamate and butyl carbamate is between 0.3 and 1.5 mg and the amount of poloxamer 188 is between 0.001 and 0.5 mg. i. a phosphate buffer, ii. a mixture of essential and nonessential amino acids, comprising at least arginine or an arginine salt and glutamic acid or a glutamic acid salt, iii. maltose, iv. sorbitol, v. a chelating agent, chosen from EDTA or an EDTA salt, vi. urea or a urea derivative chosen from allylurea, acetamide, methyl carbamate and butyl carbamate, and vii. a nonionic surfactant,
Electropneumatic brake system for a vehicle , preferably a commercial vehicle , comprising: a parking brake system which has a parking brake valve unit designed to adjust a parking brake pressure (pPB) at at least one spring-loaded connection on the basis of a pilot control pressure (pSV), wherein the parking brake valve unit comprises a pilot control unit which, on the basis of an electronic parking brake signal (SF), adjusts the pilot control pressure (pSV) on a pilot control path , wherein the parking brake valve unit has an additional brake pressure connection which is pneumatically connected or connectable to the pilot control path for introducing an emergency-release pressure (pN), wherein the introduction of the emergency-release pressure (pN) at the additional brake pressure connection effects the adjustment of the parking brake pressure (pPB) at at least one spring-loaded connection , and a first control unit designed to provide the electronic parking brake signal (SF) to the parking brake valve unit , characterized by an emergency-release valve unit which is designed to receive a service brake pressure (pB), provided by a service brake system and effective for a service braking process (BB), or a pressure (pB') derived from the service brake pressure (pB), and to provide an emergency-release pressure (pN) at the additional brake pressure connection on the basis of a received electronic emergency-release signal (SN). a parking brake system which has a parking brake valve unit designed to adjust a parking brake pressure (pPB) at at least one spring-loaded connection on the basis of a pilot control pressure (pSV), wherein the parking brake valve unit comprises a pilot control unit which, on the basis of an electronic parking brake signal (SF), adjusts the pilot control pressure (pSV) on a pilot control path , wherein the parking brake valve unit has an additional brake pressure connection which is pneumatically connected or connectable to the pilot control path for introducing an emergency-release pressure (pN), wherein the introduction of the emergency-release pressure (pN) at the additional brake pressure connection effects the adjustment of the parking brake pressure (pPB) at at least one spring-loaded connection , and a first control unit designed to provide the electronic parking brake signal (SF) to the parking brake valve unit , characterized by an emergency-release valve unit which is designed to receive a service brake pressure (pB), provided by a service brake system and effective for a service braking process (BB), or a pressure (pB') derived from the service brake pressure (pB), and to provide an emergency-release pressure (pN) at the additional brake pressure connection on the basis of a received electronic emergency-release signal (SN).
A method, comprising: by a cellular base station : receiving an indication of an antenna panel activation delay from a wireless device ; selecting a scheduling offset for a transmission to the wireless device based at least in part on the antenna panel activation delay; scheduling the transmission to the wireless device using the scheduling offset; performing the transmission to the wireless device at the scheduling offset after scheduling the transmission to the wireless device ; wherein the transmission to the wireless device comprises an aperiodic channel state information reference signal, CSI-RS, transmission for beam management, wherein the method further comprises: receiving an indication of a number of beams per beam group supported by the wireless device ; determining whether a number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device ; and selecting a value of at least the antenna panel activation delay for the scheduling offset when the number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device and when repetition is configured to be on for the scheduled CSI-RS resources. receiving an indication of an antenna panel activation delay from a wireless device ; selecting a scheduling offset for a transmission to the wireless device based at least in part on the antenna panel activation delay; scheduling the transmission to the wireless device using the scheduling offset; performing the transmission to the wireless device at the scheduling offset after scheduling the transmission to the wireless device ; wherein the transmission to the wireless device comprises an aperiodic channel state information reference signal, CSI-RS, transmission for beam management, wherein the method further comprises: receiving an indication of a number of beams per beam group supported by the wireless device ; determining whether a number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device ; and selecting a value of at least the antenna panel activation delay for the scheduling offset when the number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device and when repetition is configured to be on for the scheduled CSI-RS resources. receiving an indication of a number of beams per beam group supported by the wireless device ; determining whether a number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device ; and selecting a value of at least the antenna panel activation delay for the scheduling offset when the number of scheduled CSI-RS resources of the aperiodic CSI-RS transmission is above the number of beams per beam group supported by the wireless device and when repetition is configured to be on for the scheduled CSI-RS resources.
A method of specifying and allocating network bandwidth for distributed applications (160; 230) executing in a network on virtual machines, VMs, (114; 276) executing on hosts in the network, the method comprising: storing application network specifications , each application network specification specifying network requirements of a distributed application having application elements executing on a plurality of the VMs on a plurality of the hosts; monitoring network usage in the network; based on the application network specifications and the monitoring, determining by a network controller whether a network bandwidth requirement of some application level network paths of the distributed application is not satisfied, wherein the network controller evaluates network statistics data against the network bandwidth requirements of the distributed application; and satisfying the network bandwidth requirement by the network controller issuing instructions to one or more hosts for migrating one or more of the VMs in the network and for increasing or decreasing various network transmit rates of one or more VMs managed by a hypervisor on one of the hosts, wherein increasing or decreasing network transmit rates of one distributed application helps to meet a requirement of another distributed application. storing application network specifications , each application network specification specifying network requirements of a distributed application having application elements executing on a plurality of the VMs on a plurality of the hosts; monitoring network usage in the network; based on the application network specifications and the monitoring, determining by a network controller whether a network bandwidth requirement of some application level network paths of the distributed application is not satisfied, wherein the network controller evaluates network statistics data against the network bandwidth requirements of the distributed application; and satisfying the network bandwidth requirement by the network controller issuing instructions to one or more hosts for migrating one or more of the VMs in the network and for increasing or decreasing various network transmit rates of one or more VMs managed by a hypervisor on one of the hosts, wherein increasing or decreasing network transmit rates of one distributed application helps to meet a requirement of another distributed application.
Focusing device , comprising a base unit and a mirror unit , wherein the mirror unit is translatable relative to the base unit parallel to an optical axis (A) of the focusing device, wherein the mirror unit is configured to receive incident light along the optical axis (A) in a first direction and to reflect the incident light parallel with the optical axis (A) in said first direction, wherein the mirror unit comprises an even number of mirrors (21-24), wherein at least one of the mirrors is curved, and wherein the number of mirrors is equal to at least four.
An imaging support device used in a radiography apparatus including a radiation source and a radiation image detector that detects a radiation image of a subject on the basis of radiation emitted from the radiation source and transmitted through the subject, the imaging support device comprising: an optical camera that optically images a region including an irradiation field of the radiation applied to the subject from the radiation source; and at least one processor , wherein the processor acquires, as a first optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging in conjunction with radiography performed by the radiography apparatus, and stores a radiation image acquired through the radiography and the first optical image in a storage unit in association with each other; acquires, as a second optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging after the radiography is performed, and displays a superimposition image, in which the first optical image and the second optical image are superimposed, and the radiation image on a display unit. an optical camera that optically images a region including an irradiation field of the radiation applied to the subject from the radiation source; and at least one processor , wherein the processor acquires, as a first optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging in conjunction with radiography performed by the radiography apparatus, and stores a radiation image acquired through the radiography and the first optical image in a storage unit in association with each other; acquires, as a second optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging after the radiography is performed, and displays a superimposition image, in which the first optical image and the second optical image are superimposed, and the radiation image on a display unit. acquires, as a first optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging in conjunction with radiography performed by the radiography apparatus, and stores a radiation image acquired through the radiography and the first optical image in a storage unit in association with each other; acquires, as a second optical image, an optical image indicating the subject in the region by causing the optical camera to perform imaging after the radiography is performed, and displays a superimposition image, in which the first optical image and the second optical image are superimposed, and the radiation image on a display unit.
A base station interface module (110-1) included in a distributed antenna system, the base station interface module (110-1) comprising: a separator configured to separate a base station signal input from a base station into a first base station signal and a second base station signal by dividing power of the base station signal; a pre-compensator configured to compensate for at least one of an amplitude and a phase of the first base station signal based on a preset compensation value; a first attenuator configured to attenuate the first base station signal compensated by the pre-compensator and to output the attenuated first base station signal to the distributed antenna system; and a second attenuator configured to attenuate the second base station signal and to terminate the attenuated second base station signal. a separator configured to separate a base station signal input from a base station into a first base station signal and a second base station signal by dividing power of the base station signal; a pre-compensator configured to compensate for at least one of an amplitude and a phase of the first base station signal based on a preset compensation value; a first attenuator configured to attenuate the first base station signal compensated by the pre-compensator and to output the attenuated first base station signal to the distributed antenna system; and a second attenuator configured to attenuate the second base station signal and to terminate the attenuated second base station signal.