mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a compressor that compresses air which has been taken in: a combustor that sprays a fuel to the air compressed by the compressor and combusts the fuel; a turbine that is rotated by energy of a combustion gas generated by the combustor; a rotating shaft that couples the compressor and the turbine; a rear bearing that is a cageless ball bearing including an inner race , an outer race , and a ball , the inner race being fixed to a portion of the rotating shaft which portion is close to the turbine; a housing to which the rear bearing is attached; and a rear bearing holding member that is interposed between the rear bearing and the housing, characterised in that the rear bearing holding member is fixed to the housing, holds the outer race of the rear bearing such that the outer race of the rear bearing is movable in an axial direction relative to the rear bearing holding member, and therefore holds the outer race of the rear bearing such that the outer race of the rear bearing is movable in the axial direction relative to the housing. a compressor that compresses air which has been taken in: a combustor that sprays a fuel to the air compressed by the compressor and combusts the fuel; a turbine that is rotated by energy of a combustion gas generated by the combustor; a rotating shaft that couples the compressor and the turbine; a rear bearing that is a cageless ball bearing including an inner race , an outer race , and a ball , the inner race being fixed to a portion of the rotating shaft which portion is close to the turbine; a housing to which the rear bearing is attached; and a rear bearing holding member that is interposed between the rear bearing and the housing, characterised in that the rear bearing holding member is fixed to the housing, holds the outer race of the rear bearing such that the outer race of the rear bearing is movable in an axial direction relative to the rear bearing holding member, and therefore holds the outer race of the rear bearing such that the outer race of the rear bearing is movable in the axial direction relative to the housing.
An assembly for holding a tool for resecting bone tissue or other tissue, comprising: an attachment base having (i) a motor housing connection configured to be operably coupled to a motor housing , and (ii) a tube connection bore ; and an attachment tube extending from a first terminal end to a second terminal end , the attachment tube having a vibration reduction feature formed by at least a selected thickness of a wall , wherein the selected thickness of the wall is formed by increasing an internal diameter of the attachment tube on the selected portion of its length, wherein the attachment tube is positioned between the first terminal end and the second terminal end; wherein the assembly is configured such that a tool held by the assembly extends through the attachment tube and torque is transferred to the tool from a motor within the motor housing; and wherein the attachment tube is coupled to the attachment base at an attachment base connection near the first terminal end ; wherein the second terminal end of the attachment tube extends from the attachment base connection. an attachment base having (i) a motor housing connection configured to be operably coupled to a motor housing , and (ii) a tube connection bore ; and an attachment tube extending from a first terminal end to a second terminal end , the attachment tube having a vibration reduction feature formed by at least a selected thickness of a wall , wherein the selected thickness of the wall is formed by increasing an internal diameter of the attachment tube on the selected portion of its length, wherein the attachment tube is positioned between the first terminal end and the second terminal end; wherein the assembly is configured such that a tool held by the assembly extends through the attachment tube and torque is transferred to the tool from a motor within the motor housing; and wherein the attachment tube is coupled to the attachment base at an attachment base connection near the first terminal end ; wherein the second terminal end of the attachment tube extends from the attachment base connection.
Device (5; 32) for lifting sludge from a body of water with a variable water depth, having an elongate structure (324; 52) on which a transport chain (322; 55) is wound, characterized in that it also comprises a channel (312; 51) extending next to and parallel to the elongate structure and a series of vanes (321; 53) mounted uniformly along the transport chain and arranged so as to slide along the channel.
A composition which increases the level of GDF11 polypeptide in the circulation or cardiac tissue of a subject over the level of GDF11 in the subject prior to treatment with the composition, for use in a method for treating an age-related cardiovascular condition mediated or characterised by cardiac hypertrophy in a subject, the method comprising administering the composition to the subject; wherein the composition comprises a GDF11 polypeptide or a nucleic acid encoding a GDF11 polypeptide; and wherein the subject has or has been diagnosed with a condition selected from the group consisting of: ageing of the heart, diastolic heart failure, age-related cardiac hypertrophy, or stiffness of the heart due to ageing.
Refractory wall (W), in particular for an incinerator, comprising at least one base element and a refractory protective cladding (2; 20) comprising refractory panels and disposed in front of the at least one base element , wherein the at least one base element has a ceramic corrosion protection layer at least at one side towards the protective cladding (2; 20), characterised in that the refractory protective cladding (2; 20) is arranged at a spacing relative to the at least one base element , wherein between the at least one base element and the protective cladding (2; 20) there is an intermediate space through which flue gases which have penetrated through the protective cladding (2; 20) can be withdrawn.
A filter arrangement for a reductant supply system of a selective catalytic reduction system, the reductant supply system comprising a tank and a suction tube mounted at least partially in the tank for receiving reductant liquid from the tank , wherein the filter arrangement comprises: a rigid restraining body comprising a distal body side ; a filter mounted adjacent to and/or to the distal body side of the restraining body and extending at least partially across the distal body side of the restraining body and at least partially forming a filter chamber ; a filter outlet from the filter chamber formed through the restraining body and/or filter , wherein the filter outlet is configured to direct liquid along a longitudinal axis between the filter chamber and the suction tube ; and a filter mount mounted to the restraining body and/or filter , wherein the filter mount is for mounting the filter arrangement to the suction tube such that (a) the filter chamber is in fluid communication with the suction tube via the filter outlet and (b) the filter is on the distal body side of the restraining body to the suction tube , wherein the restraining body extends radially outwardly at an acute angle to the longitudinal axis away from the filter mount and is configured to restrain the filter such that, under the effect of buoyancy in the tank in use, gas in the filter chamber is directed towards the filter outlet . a rigid restraining body comprising a distal body side ; a filter mounted adjacent to and/or to the distal body side of the restraining body and extending at least partially across the distal body side of the restraining body and at least partially forming a filter chamber ; a filter outlet from the filter chamber formed through the restraining body and/or filter , wherein the filter outlet is configured to direct liquid along a longitudinal axis between the filter chamber and the suction tube ; and a filter mount mounted to the restraining body and/or filter , wherein the filter mount is for mounting the filter arrangement to the suction tube such that (a) the filter chamber is in fluid communication with the suction tube via the filter outlet and (b) the filter is on the distal body side of the restraining body to the suction tube , wherein the restraining body extends radially outwardly at an acute angle to the longitudinal axis away from the filter mount and is configured to restrain the filter such that, under the effect of buoyancy in the tank in use, gas in the filter chamber is directed towards the filter outlet .
Degarelix for use in the treatment or prevention of rheumatoid arthritis in a subject, wherein degarelix is administered to said subject for a period of at least 12 weeks.
Coolant circuit for controlling the temperature of charge gas for an internal combustion engine, having a thermostatic valve which is designed to divide a coolant flow between a vehicle radiator and a bypass coolant line which guides a portion of the coolant flow past the vehicle radiator , wherein the thermostatic valve reacts to a mixing temperature which is based on a mixture of coolant that has passed through the vehicle radiator with the coolant that has been guided past the vehicle radiator , wherein the coolant circuit also has: a charge-air cooler which is designed to exchange heat between the mixed coolant and the charge gas ; a pump for conveying the coolant along a direction of flow ; a first line section downstream of the charge-air cooler in the direction of flow ; a branching element having a branching-element inlet and a first branching-element outlet and a second branching-element outlet , wherein the branching-element inlet is coupled to the first line section , wherein the bypass coolant line is coupled to the first branching-element outlet , wherein the thermostatic valve has a first inlet , a second inlet and an outlet , wherein the bypass coolant line is coupled to the first inlet ; and a second line section which is coupled between the outlet of the thermostatic valve and the charge-air cooler , characterized in that the thermostatic valve is designed to set a quantity of coolant flowing from the second inlet to the outlet of the thermostatic valve in accordance with a temperature of the coolant . a charge-air cooler which is designed to exchange heat between the mixed coolant and the charge gas ; a pump for conveying the coolant along a direction of flow ; a first line section downstream of the charge-air cooler in the direction of flow ; a branching element having a branching-element inlet and a first branching-element outlet and a second branching-element outlet , wherein the branching-element inlet is coupled to the first line section , wherein the bypass coolant line is coupled to the first branching-element outlet , wherein the thermostatic valve has a first inlet , a second inlet and an outlet , wherein the bypass coolant line is coupled to the first inlet ; and a second line section which is coupled between the outlet of the thermostatic valve and the charge-air cooler ,
A three-dimensional memory device, comprising: a stack structure comprising a plurality of conductor layers (131-133) and a plurality of insulating layers interleaved over a substrate ; and at least one source structure extending vertically and laterally and dividing the stack structure into a plurality of block regions , wherein the at least one source structure comprises a plurality of support structures extending along the vertical direction to the substrate , the plurality of support structures being in contact with both adjacent block regions , characterized in that the plurality of support structures divide the source structure into a plurality of insulating structures with a respective source contact formed therein, characterised in that each of the support structures includes a support material, wherein the support material includes polysilicon or silicides. a stack structure comprising a plurality of conductor layers (131-133) and a plurality of insulating layers interleaved over a substrate ; and at least one source structure extending vertically and laterally and dividing the stack structure into a plurality of block regions , wherein the at least one source structure comprises a plurality of support structures extending along the vertical direction to the substrate , the plurality of support structures being in contact with both adjacent block regions , characterized in that the plurality of support structures divide the source structure into a plurality of insulating structures with a respective source contact formed therein, characterised in that each of the support structures includes a support material, wherein the support material includes polysilicon or silicides.
A semiconductor package (100-500), comprising: a package substrate , which comprises: a layer of first conductive elements , in the following called first conductive layer ; a layer of first pillars formed on the first conductive layer , in the following called first pillar layer ; a first package body encapsulating the first conductive layer and the first pillar layer ; a layer of second conductive elements electrically connecting to the first pillar layer , in the following called second conductive layer ; a first electronic component disposed above the second conductive layer of the package substrate ; a second package body encapsulating the first electronic component and the second conductive layer ; a layer of second pillars formed on the second conductive layer , in the following called second pillar layer , and an interposer disposed on the second package body , electrically connected to the second pillars and covering a top surface of the second package body and a top surface of each second pillar of the second pillar layer ; wherein the second package body further completely encapsulates a lateral surface of each second pillar of the second pillar layer . a package substrate , which comprises: a layer of first conductive elements , in the following called first conductive layer ; a layer of first pillars formed on the first conductive layer , in the following called first pillar layer ; a first package body encapsulating the first conductive layer and the first pillar layer ; a layer of second conductive elements electrically connecting to the first pillar layer , in the following called second conductive layer ; a layer of first conductive elements , in the following called first conductive layer ; a layer of first pillars formed on the first conductive layer , in the following called first pillar layer ; a first package body encapsulating the first conductive layer and the first pillar layer ; a layer of second conductive elements electrically connecting to the first pillar layer , in the following called second conductive layer ; a first electronic component disposed above the second conductive layer of the package substrate ; a second package body encapsulating the first electronic component and the second conductive layer ; a layer of second pillars formed on the second conductive layer , in the following called second pillar layer , and an interposer disposed on the second package body , electrically connected to the second pillars and covering a top surface of the second package body and a top surface of each second pillar of the second pillar layer ; wherein the second package body further completely encapsulates a lateral surface of each second pillar of the second pillar layer .
An electrosurgical instrument , comprising: an end effector , comprising: at least two electrode sets; a first jaw ; and a second jaw , wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, and wherein the end effector is configured to deliver a combination of bipolar RF energy and monopolar RF energy to the grasped tissue from the at least two electrode sets; and characterized by an electrical circuit configured to transmit the bipolar RF energy and the monopolar RF energy, wherein the monopolar RF energy shares an active pathway and a return pathway defined by the electrical circuit for transmission of the bipolar RF energy. an end effector , comprising: at least two electrode sets; a first jaw ; and a second jaw , wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, and wherein the end effector is configured to deliver a combination of bipolar RF energy and monopolar RF energy to the grasped tissue from the at least two electrode sets; and at least two electrode sets; a first jaw ; and a second jaw , wherein at least one of the first jaw and the second jaw is movable to transition the end effector from an open configuration to a closed configuration to grasp tissue therebetween, and wherein the end effector is configured to deliver a combination of bipolar RF energy and monopolar RF energy to the grasped tissue from the at least two electrode sets; and characterized by an electrical circuit configured to transmit the bipolar RF energy and the monopolar RF energy, wherein the monopolar RF energy shares an active pathway and a return pathway defined by the electrical circuit for transmission of the bipolar RF energy.
A method of testing an application, comprising: establishing, from a host device , a peer-to-peer connection with a viewer device in a communications network; transmitting, from the host device , application project resources to the viewer device to enable testing of the application at the viewer device ; and receiving, at the host device , data relating to the testing of the application, wherein the host device utilises a signalling server to establish the peer-to-peer connection, and wherein establishing the peer-to-peer connection comprises: the host device obtaining an identifier from the signalling server ; communicating the identifier to the viewer device ; establishing the peer-to-peer connection between the host device and the viewer device in response to the host device receiving confirmation from the signalling server that the viewer device has received the identifier. establishing, from a host device , a peer-to-peer connection with a viewer device in a communications network; transmitting, from the host device , application project resources to the viewer device to enable testing of the application at the viewer device ; and receiving, at the host device , data relating to the testing of the application, wherein the host device utilises a signalling server to establish the peer-to-peer connection, and wherein establishing the peer-to-peer connection comprises: the host device obtaining an identifier from the signalling server ; communicating the identifier to the viewer device ; establishing the peer-to-peer connection between the host device and the viewer device in response to the host device receiving confirmation from the signalling server that the viewer device has received the identifier. the host device obtaining an identifier from the signalling server ; communicating the identifier to the viewer device ; establishing the peer-to-peer connection between the host device and the viewer device in response to the host device receiving confirmation from the signalling server that the viewer device has received the identifier.
Composite annular casing of a turbomachine , in particular of a low-pressure compressor , including: - a wall of generally circular form or in a circular arc; - a mounting flange extending radially from one side of the wall , forming an edge together with the said wall; - a main fibrous reinforcement extending in a continuous manner along the wall and of the flange and forming an angled portion and rounded in the area of the edge, the main fibrous reinforcement comprising a preform made of a plurality of folds , each fold comprising woven fibres, and - an auxiliary fibrous reinforcement extending along the edge ; - a matrix; the auxiliary reinforcement comprising a core extending along the edge in such a way as to occupy the volume between the edge and the angled portion of the main reinforcement , the core of the auxiliary reinforcement comprises fibres which extend radially from the edge as far as the main reinforcement , said fibres being of the same nature than the woven fibres of the folds of the main reinforcement. - a wall of generally circular form or in a circular arc; - a mounting flange extending radially from one side of the wall , forming an edge together with the said wall; - a main fibrous reinforcement extending in a continuous manner along the wall and of the flange and forming an angled portion and rounded in the area of the edge, the main fibrous reinforcement comprising a preform made of a plurality of folds , each fold comprising woven fibres, and - an auxiliary fibrous reinforcement extending along the edge ; - a matrix;
A pet foodstuff comprising one or more nucleotides, one or more amino acids selected from the group consisting of proline, hydroxyproline, glutamic acid, aspartic acid, arginine, cystine, glutamine, isoleucine, lysine, threonine, valine and ornithine, and one or more furanones; wherein the one or more nucleotides is/are selected from the group consisting of cytidine monophosphate (CMP), xanthosine monophosphate (XMP), uridine monophosphate (UMP), adenosine monophosphate (AMP), guanosine monophosphate (GMP) and inosine monophosphate (IMP).
A radiation therapy system comprising: a rotatable gantry ; a radiation source mounted on the gantry ; a collimation assembly comprising a multi-leaf collimator mounted on the gantry , wherein the collimation assembly is configurable while the gantry is rotating to shape and direct radiation from the radiation source ; an array of positron emission tomography sensors mounted on the gantry and configured to detect positron annihilation emission paths intersecting a volume of interest ; and a controller in communication with the array of positron emission tomography sensors and configured to construct a map from the detected positron annihilation emission paths , and wherein the controller is in communication with the radiation source and the collimation assembly , and is configured to adjust leaf configurations of the multi-leaf collimator to shape and direct radiation from the radiation source to the volume of interest based on the map. a rotatable gantry ; a radiation source mounted on the gantry ; a collimation assembly comprising a multi-leaf collimator mounted on the gantry , wherein the collimation assembly is configurable while the gantry is rotating to shape and direct radiation from the radiation source ; an array of positron emission tomography sensors mounted on the gantry and configured to detect positron annihilation emission paths intersecting a volume of interest ; and a controller in communication with the array of positron emission tomography sensors and configured to construct a map from the detected positron annihilation emission paths , and wherein the controller is in communication with the radiation source and the collimation assembly , and is configured to adjust leaf configurations of the multi-leaf collimator to shape and direct radiation from the radiation source to the volume of interest based on the map.