mhurhangee/patent-ind-claim-en huggingface dataset:
Device 1 designed for the size reduction and mixing of one or more products, characterised in that a size reduction section 13 with size reduction element 3 and a mixing section 14 with mixing element 4 are located sequentially one after the other seen from top to bottom and relative to the centre axis of the device 1 in a common machine housing 2, and that a defined atmosphere is present inside the common machine housing 2 to condition the product.
An engine control apparatus, comprising: a temperature sensor configured to detect engine-related temperature information; a first calculator configured to calculate a first limit output value of an engine based on the engine-related temperature information inputted from the temperature sensor; an oil pressure sensor configured to detect an oil pressure value of the engine; an anticipator configured to predict an oil pressure in a turbocharger based on the oil pressure value from the oil pressure sensor; a second calculator configured to calculate a second limit output value of the engine based on the predicted oil pressure value in the turbocharger; a determiner configured to determine one of the first and second limit output values inputted from the first and second calculators as an optimal limit output value of the engine; and an engine controller configured to control an output of the engine in response to the optimal limit output value, wherein the optimal limit output value is a minimum value between the first and second limit output values, and wherein the anticipator is configured to receive the oil pressure value detected by the oil pressure sensor which is installed in an oil main gallery and to delay the received oil pressure value by a predetermined time to predict the oil pressure in the turbocharger. a temperature sensor configured to detect engine-related temperature information; a first calculator configured to calculate a first limit output value of an engine based on the engine-related temperature information inputted from the temperature sensor; an oil pressure sensor configured to detect an oil pressure value of the engine; an anticipator configured to predict an oil pressure in a turbocharger based on the oil pressure value from the oil pressure sensor; a second calculator configured to calculate a second limit output value of the engine based on the predicted oil pressure value in the turbocharger; a determiner configured to determine one of the first and second limit output values inputted from the first and second calculators as an optimal limit output value of the engine; and an engine controller configured to control an output of the engine in response to the optimal limit output value, wherein the optimal limit output value is a minimum value between the first and second limit output values, and
A low-penetrating particles low gain avalanche detector with a multi-layered structure, configured to receive particles from a radiation source , wherein the detector comprises: - an entry region, configured to receive the particles from the radiation source , and that comprises: ∘ a p++ shallow field stop , and - a low-penetrating particles detection region, which comprises the following layers, in increasing depth: ∘ a p absorption layer , positioned beneath the p++ shallow field stop , ∘ an n multiplication layer , positioned beneath the p absorption layer , - a high-penetrating particles detection region, which comprises: ∘ an n-- silicon substrate , following the n multiplication layer , below the low-penetrating particles detection region, - a readout region, contacting the high-penetrating particles detection region, and - a periphery region, which comprises: ∘ a p+ termination doping , positioned laterally on both sides of the p++ shallow field stop , and ∘ one or more metal contacts , joined to the p++ shallow field stop . - an entry region, configured to receive the particles from the radiation source , and that comprises: ∘ a p++ shallow field stop , and ∘ a p++ shallow field stop , and - a low-penetrating particles detection region, which comprises the following layers, in increasing depth: ∘ a p absorption layer , positioned beneath the p++ shallow field stop , ∘ an n multiplication layer , positioned beneath the p absorption layer , ∘ a p absorption layer , positioned beneath the p++ shallow field stop , ∘ an n multiplication layer , positioned beneath the p absorption layer , - a high-penetrating particles detection region, which comprises: ∘ an n-- silicon substrate , following the n multiplication layer , below the low-penetrating particles detection region, ∘ an n-- silicon substrate , following the n multiplication layer , below the low-penetrating particles detection region, - a readout region, contacting the high-penetrating particles detection region, and - a periphery region, which comprises: ∘ a p+ termination doping , positioned laterally on both sides of the p++ shallow field stop , and ∘ one or more metal contacts , joined to the p++ shallow field stop . ∘ a p+ termination doping , positioned laterally on both sides of the p++ shallow field stop , and ∘ one or more metal contacts , joined to the p++ shallow field stop .
A method for producing polyacrylic acid (salt)-based water absorbent resin, the method comprising, in order, a step in which an acrylic acid (salt)-based monomer aqueous solution or monomer slurry is polymerized, a step in which the water-containing gel-like crosslinked polymer obtained in the polymerization step is dried, a step in which the dried polymer obtained in the drying step is pulverized, and a classification step which takes place after the drying step or after the pulverizing step, wherein, at the time of providing the dried polymer to a roll mill used in the pulverizing step, the dried polymer is provided in a dispersed state in the axial direction of a roll of the roll mill, and wherein at least one pair of rolls of the roll mill comprises a low speed roll and a high speed roll rotating in opposite directions and a peripheral speed ratio thereof is 1 : 1.05 to 1 : 10.
Arterial cannula for the connection to a heart-lung machine for supplying a human patient with oxygen-rich blood, comprising a tubular body having a front end region for positioning in the region of the aortic arch of the patient, a main region , and a rear end region for the supply-side connection, wherein the tubular body has a lumen , wherein the tubular body is made of a flexible material, wherein the length of the tubular body is dimensioned such that the cannula can be placed in the region of the femoral artery of the patient and extends into the region of the aortic arch, wherein the tubular body serves to ensure a supply flow of oxygen-rich blood to the aortic arch, and wherein perforations are provided in the front end region of the tubular body , the front end region of the tubular body is at least partially pre-curved following the shape of the aortic arch, an insertion aid is provided which, for placement of the cannula , is located inside the tubular body and which is slidable into the tubular body or, after placement of the cannula , removable from the tubular body , characterized in that the curvature of the front end region of the tubular body adjusts automatically after placement of the cannula and removal of the insertion aid , and the tubular body has a single lumen . a tubular body having a front end region for positioning in the region of the aortic arch of the patient, a main region , and a rear end region for the supply-side connection, wherein the tubular body has a lumen , wherein the tubular body is made of a flexible material, wherein the length of the tubular body is dimensioned such that the cannula can be placed in the region of the femoral artery of the patient and extends into the region of the aortic arch, wherein the tubular body serves to ensure a supply flow of oxygen-rich blood to the aortic arch, and wherein perforations are provided in the front end region of the tubular body , the front end region of the tubular body is at least partially pre-curved following the shape of the aortic arch, an insertion aid is provided which, for placement of the cannula , is located inside the tubular body and which is slidable into the tubular body or, after placement of the cannula , removable from the tubular body , characterized in that the curvature of the front end region of the tubular body adjusts automatically after placement of the cannula and removal of the insertion aid , and the tubular body has a single lumen .
A two-blade drill where flanks of a tip of the drill are re-ground by conical grinding so that the drill comprises a pyramid between said two flanks in the tip of the drill, in which an apex of the pyramid is located on a center line of the drill, and an inclination angle of each edge extending from the apex relative to the center line of the drill is larger than an angle that is one-half of a tip angle of the drill, wherein each pyramid surface of the pyramid is formed into a concave shape, and the number of edges extending of the apex of the pyramid is an odd number.
An apparatus comprising: a processor ; and a memory on which is stored machine-readable instructions that cause the processor to: identify a navigation event responsive to a uniform resource locator, URL, being entered into an address bar of a web browser , the URL having a domain and a URL component ; determine whether the web browser received an instruction to navigate to a return URL, wherein the return URL includes a suffix domain for a proxy and does not include the URL component from the URL ; and based on a determination that the web browser received the instruction to navigate to the return URL, generate a modified URL by appending the suffix domain to the URL to restore context of the URL for the proxy ; and navigate the web browser to the modified URL . a processor ; and a memory on which is stored machine-readable instructions that cause the processor to: identify a navigation event responsive to a uniform resource locator, URL, being entered into an address bar of a web browser , the URL having a domain and a URL component ; determine whether the web browser received an instruction to navigate to a return URL, wherein the return URL includes a suffix domain for a proxy and does not include the URL component from the URL ; and based on a determination that the web browser received the instruction to navigate to the return URL, generate a modified URL by appending the suffix domain to the URL to restore context of the URL for the proxy ; and navigate the web browser to the modified URL . identify a navigation event responsive to a uniform resource locator, URL, being entered into an address bar of a web browser , the URL having a domain and a URL component ; determine whether the web browser received an instruction to navigate to a return URL, wherein the return URL includes a suffix domain for a proxy and does not include the URL component from the URL ; and based on a determination that the web browser received the instruction to navigate to the return URL, generate a modified URL by appending the suffix domain to the URL to restore context of the URL for the proxy ; and navigate the web browser to the modified URL . generate a modified URL by appending the suffix domain to the URL to restore context of the URL for the proxy ; and navigate the web browser to the modified URL .
A method comprising: obtaining beam training information by a user equipment, UE , in a wireless communication network , wherein the beam training information comprises a training period, a window size, and resource mapping information; transmitting an uplink pilot signal by the UE over one or more UE beams based on the received beam training information; and receiving a beam training complete command from a base station, BS , wherein the beam training complete command comprises a selected UE beam ID and a timing advance value associated with the selected UE beam for uplink transmission, wherein the uplink pilot signal is transmitted as a random access preamble over a random access channel, RACH, during a RACH procedure, wherein the RACH procedure is non-contention-based for subsequent beam tracking, and wherein the UE receives the random access preamble and a RACH resource via the resource mapping information. obtaining beam training information by a user equipment, UE , in a wireless communication network , wherein the beam training information comprises a training period, a window size, and resource mapping information; transmitting an uplink pilot signal by the UE over one or more UE beams based on the received beam training information; and receiving a beam training complete command from a base station, BS , wherein the beam training complete command comprises a selected UE beam ID and a timing advance value associated with the selected UE beam for uplink transmission, wherein the uplink pilot signal is transmitted as a random access preamble over a random access channel, RACH, during a RACH procedure, wherein the RACH procedure is non-contention-based for subsequent beam tracking, and wherein the UE receives the random access preamble and a RACH resource via the resource mapping information.
A Base Station, BS, apparatus comprising: an identification unit configured to identify a radio section-dedicated Quality of Service, QoS, parameter mapped to a QoS parameter applied to a service flow of a packet to be transmitted to a terminal , the service flow being transported with one or more other service flows in an Evolved Packet System, EPS, bearer with a QoS level applied by a core network ; and a transmission unit configured to apply the radio section-dedicated QoS parameter in transmission of the packet and transmit the packet at a radio section-dedicated QoS level converted from the QoS level applied by the core network ; characterized by a storage unit configured to store a mapping rule in which N, N > 1, different radio section-dedicated QoS parameters are mapped to each QoS parameter applied to the service flow; and the identification unit configured to check a particular field for identifying a service quality type, DiffServ, in a header of the packet to identify the QoS of content and to identify a radio section-dedicated QoS parameter mapped to the identified QoS of content based on the mapping rule. an identification unit configured to identify a radio section-dedicated Quality of Service, QoS, parameter mapped to a QoS parameter applied to a service flow of a packet to be transmitted to a terminal , the service flow being transported with one or more other service flows in an Evolved Packet System, EPS, bearer with a QoS level applied by a core network ; and a transmission unit configured to apply the radio section-dedicated QoS parameter in transmission of the packet and transmit the packet at a radio section-dedicated QoS level converted from the QoS level applied by the core network ; characterized by a storage unit configured to store a mapping rule in which N, N > 1, different radio section-dedicated QoS parameters are mapped to each QoS parameter applied to the service flow; and the identification unit configured to check a particular field for identifying a service quality type, DiffServ, in a header of the packet to identify the QoS of content and to identify a radio section-dedicated QoS parameter mapped to the identified QoS of content based on the mapping rule.
A method for a software application executing on a server and communicating with an agent in a wireless access point to predict a type of a computing device wirelessly connected via a radio frequency link to the wireless access point, comprising: receiving an indication of a model of the computing device from the wireless access point; receiving one or more characteristics of the computing device from the wireless access point, at least one of said one or more characteristics representing data traffic flow between the computing device and the wireless access point; and predicting the type of the computing device based on the one or more characteristics and, optionally, the indication of a model, of the computing device; generating a policy associated with the computing device for optimizing the radio frequency link between the wireless access point and the computing device based, at least in part, on the type of the computing device and the one or more characteristics of the computing device; and transmitting the policy to the agent. receiving an indication of a model of the computing device from the wireless access point; receiving one or more characteristics of the computing device from the wireless access point, at least one of said one or more characteristics representing data traffic flow between the computing device and the wireless access point; and predicting the type of the computing device based on the one or more characteristics and, optionally, the indication of a model, of the computing device; generating a policy associated with the computing device for optimizing the radio frequency link between the wireless access point and the computing device based, at least in part, on the type of the computing device and the one or more characteristics of the computing device; and transmitting the policy to the agent.
Method for controlling a group of at least two satellites (S1, S2) configured to provide a service on a geostationary orbit, providing the service on a non-geostationary orbit, wherein means which are involved in implementing the service and which are on-board a satellite (S1, S2) are deactivated when the sun may damage it, and means which are involved in implementing the service and which are on-board another satellite (S1, S2) of the group are activated when it is necessary for the continuity of service.
A system for applying a vaccination composition to a population of 1-5 day-old chickens comprising: a) an apparatus for applying an effective amount of the vaccination agent to a population of fowl comprising a refrigerated vessel configured to contain a pressurized aqueous vaccination composition ; a delivery outlet configured to provide fluid communication between the vessel and a valve ; and a nozzle in fluid communication with the valve such that when the valve is actuated, the composition is applied to the fowl; b) an application hood defining an application space; an actuation detector in electronic communication with the valve and proximate the application area; and wherein the nozzle is positioned within the hood such that the composition is applied within the application space; c) a conveyor configured to continuously transport a population of 1-5 day-old chickens on a defined path through the application space and in proximity to the actuation detector such that upon passing in proximity to the actuation detector the valve is actuated; and when the population is transported along the path beyond the actuation detector, the valve is closed. a) an apparatus for applying an effective amount of the vaccination agent to a population of fowl comprising a refrigerated vessel configured to contain a pressurized aqueous vaccination composition ; a delivery outlet configured to provide fluid communication between the vessel and a valve ; and a nozzle in fluid communication with the valve such that when the valve is actuated, the composition is applied to the fowl; b) an application hood defining an application space; an actuation detector in electronic communication with the valve and proximate the application area; and wherein the nozzle is positioned within the hood such that the composition is applied within the application space; c) a conveyor configured to continuously transport a population of 1-5 day-old chickens on a defined path through the application space and in proximity to the actuation detector such that upon passing in proximity to the actuation detector the valve is actuated; and when the population is transported along the path beyond the actuation detector, the valve is closed.
A centreless wheel for a vehicle, comprising: a rotor that is annular around an axis, and having an outer surface for engagement with a surface, and an inner surface having a plurality of radial teeth to form an annular gear; a member that is annular around said axis and in which the rotor is mounted, and having a housing for a drive mechanism comprising a driveshaft with a pinion mounted thereon in engagement with said annular gear to transmit torque to the rotor ; a connection assembly for connecting the member to the vehicle; and an actuator configured to act upon the housing to move the member and the rotor relative to the connection assembly; characterised in that the housing has a plurality of radial teeth thereon to form a gear, against which said actuator may act to rotate the centreless wheel with respect to the connection assembly. a rotor that is annular around an axis, and having an outer surface for engagement with a surface, and an inner surface having a plurality of radial teeth to form an annular gear; a member that is annular around said axis and in which the rotor is mounted, and having a housing for a drive mechanism comprising a driveshaft with a pinion mounted thereon in engagement with said annular gear to transmit torque to the rotor ; a connection assembly for connecting the member to the vehicle; and an actuator configured to act upon the housing to move the member and the rotor relative to the connection assembly; characterised in that the housing has a plurality of radial teeth thereon to form a gear, against which said actuator may act to rotate the centreless wheel with respect to the connection assembly.
A composition comprising at least one thermoplastic polymer, titanium dioxide and at least one silicone oil having the following characteristics: - density comprised in the range of 0.800-0.960 g/cm 3 ; and - rotational viscosity comprised in the range of 280-460 cP; and - exhibiting at least one crystalline form having a melting temperature comprised between -55° and-25°C. - density comprised in the range of 0.800-0.960 g/cm 3 ; and - rotational viscosity comprised in the range of 280-460 cP; and - exhibiting at least one crystalline form having a melting temperature comprised between -55° and-25°C.
A polyisocyanate composition obtained by a reaction between a starting polyisocyanate composition comprising a polyisocyanate having an aliphatic diisocyanate unit and a hydrophilic compound, the polyisocyanate composition comprising an isocyanurate group, an uretdione group, an uretonimino group, and an iminooxadiazinedione group, wherein the molar ratio of the uretonimino group to the isocyanurate group is 0.0010 or more and 0.0050 or less, and the molar ratio of the iminooxadiazinedione group to the isocyanurate group is 0.00050 or more and 0.30 or less.
A polydopamine film, characterized by being loaded with silver sulfadiazine; wherein the polydopamine film is free of a residue of a catalyst of trifluoromethanesulfonic acid or trifluoromethanesulfonic salt.