mhurhangee/patent-ind-claim-en huggingface dataset:
An electrochemical manufacturing apparatus, comprising: an electrode holder or shaft; a workpiece having an axis; and at least one electrode configured to move relative to the workpiece , wherein said electrode has multiple lobes formed by the electrode having an undulating closed shaped cross section in a plane perpendicular to the axis, wherein lines connecting the radius maxima substantially along the individual lobe are skewed or parallel with respect to the axis; the electrochemical manufacturing apparatus being characterized by the at least one electrode being hollow; hollow supports supporting said electrode , said supports being fixed to said holder or shaft; a power system for said electrode ; and an electrolyte delivery system delivering electrolyte adjacent to said electrode , wherein an electrolyte path is provided from the electrode holder or shaft through the at least one hollow support into the electrode . an electrode holder or shaft; a workpiece having an axis; and at least one electrode configured to move relative to the workpiece , wherein said electrode has multiple lobes formed by the electrode having an undulating closed shaped cross section in a plane perpendicular to the axis, wherein lines connecting the radius maxima substantially along the individual lobe are skewed or parallel with respect to the axis; the electrochemical manufacturing apparatus being characterized by the at least one electrode being hollow; hollow supports supporting said electrode , said supports being fixed to said holder or shaft; a power system for said electrode ; and an electrolyte delivery system delivering electrolyte adjacent to said electrode , wherein an electrolyte path is provided from the electrode holder or shaft through the at least one hollow support into the electrode .
An air conditioning unit , comprising: a main body including an air inlet and an air outlet , the main body defining an airflow passage between the air inlet and the air outlet ; a fan disposed within the airflow passage; and a thermal element disposed within the airflow passage upstream of the fan , wherein the main body has a first face on which the air outlet is disposed, wherein the air inlet and thermal element are disposed at the periphery of the first face, wherein the fan is oriented such that the rotational axis of the fan is substantially perpendicular to the first face, wherein the first face is adapted so as to be exposed, in use, to a temperature-controlled space, wherein blades of the fan are designed so that the air conditioning unit provides a swirling air flow pattern with the air discharged straight from tips of the blades of the fan into the temperature controlled space in a pattern that spreads out in a circular flow, the thermal element is mounted to a first housing portion of the main body and the fan is mounted to a second housing portion of the main body , the second housing portion being hinged with respect to the first housing , and the second housing portion is rotatable via the hinge with respect to the first housing portion from a first position to a second position, and wherein the fan is operable for normal use in the first position and is accessible for maintenance in the second position. a main body including an air inlet and an air outlet , the main body defining an airflow passage between the air inlet and the air outlet ; a fan disposed within the airflow passage; and a thermal element disposed within the airflow passage upstream of the fan , wherein the main body has a first face on which the air outlet is disposed, wherein the air inlet and thermal element are disposed at the periphery of the first face, wherein the fan is oriented such that the rotational axis of the fan is substantially perpendicular to the first face, wherein the first face is adapted so as to be exposed, in use, to a temperature-controlled space, wherein blades of the fan are designed so that the air conditioning unit provides a swirling air flow pattern with the air discharged straight from tips of the blades of the fan into the temperature controlled space in a pattern that spreads out in a circular flow, the thermal element is mounted to a first housing portion of the main body and the fan is mounted to a second housing portion of the main body , the second housing portion being hinged with respect to the first housing , and the second housing portion is rotatable via the hinge with respect to the first housing portion from a first position to a second position, and wherein the fan is operable for normal use in the first position and is accessible for maintenance in the second position.
A turbine rotor blade mounted to a rotor to form a rotating turbine blade row, comprising: a platform forming a gas passage through which a mainstream gas flows; and an airfoil extending from a gas passage plane in a radial direction in which a distance from a rotational axis of the rotor increases, the gas passage plane being a plane of the platform and forming the gas passage; wherein the airfoil has, in an end face of a tip-side thereof, an area where an inclination with respect to the rotational axis is varied, a blade height, which is a length of the airfoil in the radial direction, is configured such that a blade height at a leading edge of the airfoil is lower than a blade height at a throat position (S) on a suction surface of the airfoil , the tip-side end face of the airfoil has a step as the area where the inclination is varied, at a position between the leading edge and the throat position (S) on the suction surface of the airfoil , and a line defining the cross-section formed at the highest radial position of the step coincides with the suction surface from the throat position (S) on the suction surface or from an upstream side of the throat position (S) characterized in that the rotor blade is so adapted that a clearance between a stationary member and the tip-side end face of the airfoil on an upstream side of the step is approximately 2 to 3 times a clearance between the stationary member and the tip side end face of the airfoil on a downstream side of the step. a platform forming a gas passage through which a mainstream gas flows; and an airfoil extending from a gas passage plane in a radial direction in which a distance from a rotational axis of the rotor increases, the gas passage plane being a plane of the platform and forming the gas passage; wherein the airfoil has, in an end face of a tip-side thereof, an area where an inclination with respect to the rotational axis is varied, a blade height, which is a length of the airfoil in the radial direction, is configured such that a blade height at a leading edge of the airfoil is lower than a blade height at a throat position (S) on a suction surface of the airfoil , the tip-side end face of the airfoil has a step as the area where the inclination is varied, at a position between the leading edge and the throat position (S) on the suction surface of the airfoil , and a line defining the cross-section formed at the highest radial position of the step coincides with the suction surface from the throat position (S) on the suction surface or from an upstream side of the throat position (S) characterized in that the rotor blade is so adapted that a clearance between a stationary member and the tip-side end face of the airfoil on an upstream side of the step is approximately 2 to 3 times a clearance between the stationary member and the tip side end face of the airfoil on a downstream side of the step.
A system comprising: one or more processors ; a memory ; and one or more components stored in the memory and executable by the one or more processors to perform operations comprising: receiving, at a web access inter-working function, WxIWF , a request to establish a communication between a user equipment, UE , and a 5th Generation, 5G, core network , wherein the UE is communicatively coupled to a Wi-Fi base station ; in response to the request, registering the UE in the 5G core network; establishing , by a user plane function, UPF , a 5G Protocol Data Unit, PDU, session associated with the UE; sending registration information to the UE, the registration information including at least a WebSocket token ; and establishing a WebSocket between the UE and a webserver gateway, WS GW , the establishing including: receiving a token at the WS GW; sending the token to the WxIWF; and determining that the token corresponds to the WebSocket token sent to the UE. one or more processors ; a memory ; and one or more components stored in the memory and executable by the one or more processors to perform operations comprising: receiving, at a web access inter-working function, WxIWF , a request to establish a communication between a user equipment, UE , and a 5th Generation, 5G, core network , wherein the UE is communicatively coupled to a Wi-Fi base station ; in response to the request, registering the UE in the 5G core network; establishing , by a user plane function, UPF , a 5G Protocol Data Unit, PDU, session associated with the UE; sending registration information to the UE, the registration information including at least a WebSocket token ; and establishing a WebSocket between the UE and a webserver gateway, WS GW , the establishing including: receiving a token at the WS GW; sending the token to the WxIWF; and determining that the token corresponds to the WebSocket token sent to the UE. receiving, at a web access inter-working function, WxIWF , a request to establish a communication between a user equipment, UE , and a 5th Generation, 5G, core network , wherein the UE is communicatively coupled to a Wi-Fi base station ; in response to the request, registering the UE in the 5G core network; establishing , by a user plane function, UPF , a 5G Protocol Data Unit, PDU, session associated with the UE; sending registration information to the UE, the registration information including at least a WebSocket token ; and establishing a WebSocket between the UE and a webserver gateway, WS GW , the establishing including: receiving a token at the WS GW; sending the token to the WxIWF; and determining that the token corresponds to the WebSocket token sent to the UE. receiving a token at the WS GW; sending the token to the WxIWF; and determining that the token corresponds to the WebSocket token sent to the UE.
A method of treating and analysing a particle beam , the particle beam including positive ions and further including interfering isobaric molecules and/or molecular ions, including the step of passing the particle beam through a charge exchange cell , the charge exchange cell containing a gaseous target material, the gaseous target material being a material that is electrically insulating at room temperature and pressure, at least some of the positive ions of the particle beam being converted to negative ions by interaction with the gaseous target material, wherein said interfering isobaric molecules and/or molecular ions interact with the same gaseous target material in the same charge exchange cell to reduce the concentration of molecules as a result of repeated collisions with particles of the gaseous target material thereby to provide a treated particle beam , wherein the negative ions are selected from the treated particle beam for subsequent analysis and wherein the thickness of said gaseous target material is adjusted so as to maximise both the molecule suppression and charge exchange.
EP4 antagonist in combination with a therapy for use in the treatment of cancer wherein said therapy is PD1 antibody therapy, and wherein said EP4 antagonist is the following compound: or a pharmaceutically acceptable salt thereof, and wherein the cancer is selected from the group consisting of breast cancer, cervical cancer, colorectal cancer, endometrial cancer, glioblastoma, head and neck cancer, kidney cancer, liver cancer, lung cancer, medulloblastoma, ovarian cancer, pancreatic cancers prostate cancers, skin cancer and urinary tract cancer.
A gimbal , comprising: a mount , the mount configured to connect to a platform ; a first motor connected to the mount, the first motor including a first motor shaft, wherein torque is applied by the first motor to rotate the first motor shaft; a second motor connected to the first motor shaft, the second motor including a second motor shaft, wherein torque is applied by the second motor to rotate the second motor shaft; a third motor connected to the second motor shaft, the third motor including a third motor shaft, wherein torque is applied by the third motor to rotate the third motor shaft; an electronic camera connection configured to connect to a digital camera mounted on the gimbal ; and an internal data bus , the internal data bus facilitating data communication between the digital camera and the platform, characterized in that the gimbal is configured to perform an auto-calibration sequence in response to a new camera being connected to the gimbal, an unrecognised camera being attached to the gimbal, a new mount platform being connected to the gimbal or in response to an input from a user, the auto-calibration sequence comprising moving the gimbal to a number of set orientations and measuring the speed at which the gimbal re-orients the camera compared to an expected speed and adjusting the torque exerted by the first, second and/or third motors so that the movement of the gimbal is desirable. a mount , the mount configured to connect to a platform ; a first motor connected to the mount, the first motor including a first motor shaft, wherein torque is applied by the first motor to rotate the first motor shaft; a second motor connected to the first motor shaft, the second motor including a second motor shaft, wherein torque is applied by the second motor to rotate the second motor shaft; a third motor connected to the second motor shaft, the third motor including a third motor shaft, wherein torque is applied by the third motor to rotate the third motor shaft; an electronic camera connection configured to connect to a digital camera mounted on the gimbal ; and an internal data bus , the internal data bus facilitating data communication between the digital camera and the platform, characterized in that the gimbal is configured to perform an auto-calibration sequence in response to a new camera being connected to the gimbal, an unrecognised camera being attached to the gimbal, a new mount platform being connected to the gimbal or in response to an input from a user, the auto-calibration sequence comprising moving the gimbal to a number of set orientations and measuring the speed at which the gimbal re-orients the camera compared to an expected speed and adjusting the torque exerted by the first, second and/or third motors so that the movement of the gimbal is desirable.
An electronic device comprising: a microphone ; a display ; a memory ; and a processor electrically connected to the microphone , the display , and the memory , wherein the processor is configured to: execute a speech recognition function, obtain a first utterance from a user through the microphone, display a text generated based on the first utterance, in the display, display at least one item, which corresponds to a portion recognized as a proper noun in the text and which is determined based on the first utterance and a personalized database of the user, in the display, and when an event for requesting training about the portion recognized as the proper noun occurs , display a guide screen for the training about the portion recognized as the proper noun, in the display, receive one of an input corresponding to the portion recognized as the proper noun through a keyboard which is virtually displayed through the display , according to a determination that a number of the portion recognized as the proper noun is not less than a predetermined number of characters, or a second utterance corresponding to the portion recognized as the proper noun from the user through the microphone according to a determination that the number of the portion recognized as the proper noun is less than the predetermined number of characters. a microphone ; a display ; a memory ; and a processor electrically connected to the microphone , the display , and the memory , wherein the processor is configured to: execute a speech recognition function, obtain a first utterance from a user through the microphone, display a text generated based on the first utterance, in the display, display at least one item, which corresponds to a portion recognized as a proper noun in the text and which is determined based on the first utterance and a personalized database of the user, in the display, and execute a speech recognition function, obtain a first utterance from a user through the microphone, display a text generated based on the first utterance, in the display, display at least one item, which corresponds to a portion recognized as a proper noun in the text and which is determined based on the first utterance and a personalized database of the user, in the display, and when an event for requesting training about the portion recognized as the proper noun occurs , display a guide screen for the training about the portion recognized as the proper noun, in the display, receive one of an input corresponding to the portion recognized as the proper noun through a keyboard which is virtually displayed through the display , according to a determination that a number of the portion recognized as the proper noun is not less than a predetermined number of characters, or a second utterance corresponding to the portion recognized as the proper noun from the user through the microphone according to a determination that the number of the portion recognized as the proper noun is less than the predetermined number of characters.
Filter cartridge for an air filter for internal combustion engines, comprising a first closed base and a second open base opposite to said first closed base and having an opening for the exit of filtered air, a filter element extending radially between said first closed base and said second open base and defining a cavity for the passage of an airflow (F), wherein said cartridge comprises an air conveyor arranged proximal to the closed base and adapted to direct the airflow (F) towards the second open base , wherein said conveyor has a larger cross-section near the closed base , characterized in that said conveyor has a closed base opposite to the first closed base of the cartridge, in that said conveyor has an outer surface having a plurality of grooves (223") defining a path extending helically around the outer surface of said conveyor , so that said cross-section gradually decreases as the conveyor extends away from the closed base , and in that the path defined by the grooves (223") defines a spiral ramp extending about the conveyor from the closed base .
A rear side shell structure for covering a back of a seat , the rear side shell structure comprising: a front surface member ; and a rear surface member , characterized in that : a reinforcing region in which a space reinforcing member is provided between the front surface member and the rear surface member is provided in a portion of the rear side shell structure , the front surface member and the rear surface member are directly joined to each other except for in the reinforcing region, the space reinforcing member has a honeycomb structure, in a vicinity where the reinforcing region is in contact with a region other than the reinforcing region, a distance between the front surface member and the rear surface member that constitute the reinforcing region gradually decreases toward the region other than the reinforcing region to form a tapered portion, and the tapered portion is filled with a foam member . a front surface member ; and a rear surface member , characterized in that : a reinforcing region in which a space reinforcing member is provided between the front surface member and the rear surface member is provided in a portion of the rear side shell structure , the front surface member and the rear surface member are directly joined to each other except for in the reinforcing region, the space reinforcing member has a honeycomb structure, in a vicinity where the reinforcing region is in contact with a region other than the reinforcing region, a distance between the front surface member and the rear surface member that constitute the reinforcing region gradually decreases toward the region other than the reinforcing region to form a tapered portion, and the tapered portion is filled with a foam member . a reinforcing region in which a space reinforcing member is provided between the front surface member and the rear surface member is provided in a portion of the rear side shell structure , the front surface member and the rear surface member are directly joined to each other except for in the reinforcing region, the space reinforcing member has a honeycomb structure, in a vicinity where the reinforcing region is in contact with a region other than the reinforcing region, a distance between the front surface member and the rear surface member that constitute the reinforcing region gradually decreases toward the region other than the reinforcing region to form a tapered portion, and the tapered portion is filled with a foam member .
A feed wheel arrangement intended to be used in a timber working head for at least one of felling, trimming, bark-peeling and cutting of a tree or tree trunk, said timber working head comprising a frame to which feed wheels (1.1-1.2) and grip fittings are mounted either fixed or in a manner that allows them to be removed, said feed wheel arrangement comprising a feed wheel (1.3), and a drive motor arranged at a distance from the feed wheel (1.3) of the feed wheel arrangement, and a power transfer arrangement acting between the drive motor and the feed wheel (1.3) of the feed wheel arrangement for the transfer of rotational force from an output rotating shaft (7.1) of the drive motor to an axis on which the feed wheel (1.3) of the feed wheel arrangement is mounted, wherein the feed wheel (1.3) of the feed wheel arrangement is mounted on said axis either fixed or in a manner that allows it to be removed, for the feed of the tree or trunk through the timber working head , the feed wheel (1.3) of the feed wheel arrangement being one of three feed wheels symmetrically arranged and mounted at the frame , such that when arranged around the tree or tree trunk at least two of the three feed wheels are always in contact with the tree or tree trunk, and said feed wheel (1.3) of the feed wheel arrangement being centrally located in the timber working head, characterised in that the power transfer arrangement comprises either one of - a chain that runs over a cogged wheel at the drive motor to a cogged wheel arranged at the feed wheel (1.3), which cogged wheel is lowered centrally in a jacket of the feed wheel (1.3), or - a belt that runs over a pulley at the drive motor to a pulley arranged at the feed wheel (1.3), which pulley is lowered centrally in a jacket of the feed wheel (1.3), or - a cogged wheel that is in interaction with a cogged wheel at the drive motor and a cogged wheel that is centrally located at the feed wheel (1.3). - a chain that runs over a cogged wheel at the drive motor to a cogged wheel arranged at the feed wheel (1.3), which cogged wheel is lowered centrally in a jacket of the feed wheel (1.3), or - a belt that runs over a pulley at the drive motor to a pulley arranged at the feed wheel (1.3), which pulley is lowered centrally in a jacket of the feed wheel (1.3), or - a cogged wheel that is in interaction with a cogged wheel at the drive motor and a cogged wheel that is centrally located at the feed wheel (1.3).