mhurhangee/patent-ind-claim-en huggingface dataset:
A stator for an electrical machine , comprising: a plurality of stator segments disposed circumferentially about an axis each of said segments having a generally wedge shaped core and a winding wound around said wedge shaped core , said winding being bent to have portions that are disposed on multiple planes(144a-144c), said wedge shaped core including an elongated wedge tip portion aligned parallel to said axis and an outer radial face opposite to said wedge tip portion , and two principal wedge faces interconnecting said wedge tip portion and said outer radial face , wherein said multiple planes (144a-144c) include at least one plane extending substantially normal to said axis and at least one plane proximal to said outer radial face arranged between the outer radial face and the axis such that magnetic flux can be conducted from the outer radial face to adjacent radially positioned magnets on a rotor , wherein the winding is wound such that the winding extends around the wedge tip portion so that the winding exists on opposite sides of the wedge shaped core , characterized in that said wedge shaped core further includes a winding rest that is a protrusion formed on said two principal wedge faces , and wherein said winding is wound around said winding rest . a plurality of stator segments disposed circumferentially about an axis each of said segments having a generally wedge shaped core and a winding wound around said wedge shaped core , said winding being bent to have portions that are disposed on multiple planes(144a-144c), said wedge shaped core including an elongated wedge tip portion aligned parallel to said axis and an outer radial face opposite to said wedge tip portion , and two principal wedge faces interconnecting said wedge tip portion and said outer radial face , wherein said multiple planes (144a-144c) include at least one plane extending substantially normal to said axis and at least one plane proximal to said outer radial face arranged between the outer radial face and the axis such that magnetic flux can be conducted from the outer radial face to adjacent radially positioned magnets on a rotor , wherein the winding is wound such that the winding extends around the wedge tip portion so that the winding exists on opposite sides of the wedge shaped core , characterized in that said wedge shaped core further includes a winding rest that is a protrusion formed on said two principal wedge faces , and wherein said winding is wound around said winding rest .
A secondary battery comprising: an electrode assembly ; a case for receiving the electrode assembly ; a cap assembly coupled to an upper part of the case ; and a gasket interposed between the cap assembly and the case , wherein the cap assembly comprises: a cap-up ; a safety vent installed at a lower part of the cap-up and extending to an upper part of the cap-up so as to surround a periphery of the cap-up ; and an insulation sheet positioned at an upper part of the safety vent extending to the upper part of the cap-up , characterized in that the insulation sheet is formed by anodizing an aluminum sheet. an electrode assembly ; a case for receiving the electrode assembly ; a cap assembly coupled to an upper part of the case ; and a gasket interposed between the cap assembly and the case , wherein the cap assembly comprises: a cap-up ; a safety vent installed at a lower part of the cap-up and extending to an upper part of the cap-up so as to surround a periphery of the cap-up ; and an insulation sheet positioned at an upper part of the safety vent extending to the upper part of the cap-up , characterized in that the insulation sheet is formed by anodizing an aluminum sheet. a cap-up ; a safety vent installed at a lower part of the cap-up and extending to an upper part of the cap-up so as to surround a periphery of the cap-up ; and an insulation sheet positioned at an upper part of the safety vent extending to the upper part of the cap-up , characterized in that the insulation sheet is formed by anodizing an aluminum sheet.
A method for activating, performed by a user equipment, UE, a bandwidth part in a wireless communication system, the method comprising: receiving (S810) a configuration of multiple bandwidth parts with a deactivation timer from a base station, activating (S820, S1010) a first bandwidth part among the multiple bandwidth parts; based on a failure of a random access procedure on the first bandwidth part and the expiration of the deactivation timer, deactivating (S830, S1020) the first bandwidth part; initiating (S840) the random access procedure on a second bandwidth part; transmitting (S840), to the base station via the second bandwidth part, a confirmation message representing deactivation of the first bandwidth part, wherein the confirmation message includes an index of the first bandwidth part, an index of the second bandwidth part, and a cause of the expiration of the deactivation timer; activating (S840, S1030) the second bandwidth part among the multiple bandwidth parts; and performing (S850, S1040) uplink transmission to the base station via the activated second bandwidth part. receiving (S810) a configuration of multiple bandwidth parts with a deactivation timer from a base station, activating (S820, S1010) a first bandwidth part among the multiple bandwidth parts; based on a failure of a random access procedure on the first bandwidth part and the expiration of the deactivation timer, deactivating (S830, S1020) the first bandwidth part; initiating (S840) the random access procedure on a second bandwidth part; transmitting (S840), to the base station via the second bandwidth part, a confirmation message representing deactivation of the first bandwidth part, wherein the confirmation message includes an index of the first bandwidth part, an index of the second bandwidth part, and a cause of the expiration of the deactivation timer; activating (S840, S1030) the second bandwidth part among the multiple bandwidth parts; and performing (S850, S1040) uplink transmission to the base station via the activated second bandwidth part.
Device , comprising: - a liquid container having an opening , - closure means for closing said opening , - container means for containing a dehydrated substance , and - dispensing means for dispensing the liquid once mixed with the dehydrated substance, wherein: - said container means have a flared cavity with a narrower end opposite to an open base, the open base being closed by a removable or perforable cover ; - said dispensing means consist of said container means , wherein said narrower end has end opening means ; the device being characterized in that : - said container means are connected to said opening by means of rotation means , wherein the rotation means are configured to rotate the container means from one side to the other of said opening ; and - said closure means have a substantially perimetrically closed wall with an upper perimeter closed by a further removable or perforable cover and with an open lower perimeter; wherein a closure element is attached to said liquid container around said opening , the closure element being configured to connect to said wall on the side of the open lower perimeter. - a liquid container having an opening , - closure means for closing said opening , - container means for containing a dehydrated substance , and - dispensing means for dispensing the liquid once mixed with the dehydrated substance, - said container means have a flared cavity with a narrower end opposite to an open base, the open base being closed by a removable or perforable cover ; - said dispensing means consist of said container means , wherein said narrower end has end opening means ; - said container means are connected to said opening by means of rotation means , wherein the rotation means are configured to rotate the container means from one side to the other of said opening ; and - said closure means have a substantially perimetrically closed wall with an upper perimeter closed by a further removable or perforable cover and with an open lower perimeter;
An image processing apparatus configured to preview and edit a spherical image presented on an immersive presentation device , the image processing apparatus comprising: an operation detection unit configured to detect an operation input by an operation unit ; a position-and-orientation detection unit configured to detect the position and orientation of the operation unit in the three-dimensional space; a communication unit configured to acquire, from the immersive presentation device , an image captured in front of the immersive presentation device , and a position and orientation of the immersive presentation device in the three-dimensional space; and a display control unit configured to output, to the immersive presentation device , part or entirety of the spherical image on which an image of the operation unit is superimposed, as a presentation image, to cause the immersive presentation device to display the presentation image, the display control unit being configured to control, in a case where the operation input has been detected, the display of the presentation image such that the operation input is reflected, the display control unit being further configured to display an auxiliary screen for editing the spherical image on the presentation image, wherein the auxiliary screen is displayed at a position on the presentation image defined by a position and orientation of the immersive presentation device, and wherein the display control unit is configured to superimpose an image of the operation unit on the spherical image for presentation at the detected position and orientation of the operation unit. an operation detection unit configured to detect an operation input by an operation unit ; a position-and-orientation detection unit configured to detect the position and orientation of the operation unit in the three-dimensional space; a communication unit configured to acquire, from the immersive presentation device , an image captured in front of the immersive presentation device , and a position and orientation of the immersive presentation device in the three-dimensional space; and a display control unit configured to output, to the immersive presentation device , part or entirety of the spherical image on which an image of the operation unit is superimposed, as a presentation image, to cause the immersive presentation device to display the presentation image, the display control unit being configured to control, in a case where the operation input has been detected, the display of the presentation image such that the operation input is reflected, the display control unit being further configured to display an auxiliary screen for editing the spherical image on the presentation image, wherein the auxiliary screen is displayed at a position on the presentation image defined by a position and orientation of the immersive presentation device, and wherein the display control unit is configured to superimpose an image of the operation unit on the spherical image for presentation at the detected position and orientation of the operation unit.
A removable tip device configured to releasably engage a bone coring device having a distal cutting edge, the removable tip device comprising: an outer sleeve defining an interior having a longitudinal axis extending between a distal end region and a proximal end region of the outer sleeve; a bone penetration feature extending from the distal end region of the outer sleeve, the bone penetration feature being a sharp distal cutting tip configured to penetrate a layer of bone; a compliant protective element positioned within the interior of the outer sleeve, the protective element providing a proximal-facing protective surface resistant to tearing during application of a longitudinal or torsional load;_and a securing feature having a first end region extending at least partially within the interior of the outer sleeve and a second end region projecting proximal to the proximal end region of the outer sleeve, the securing feature deflectable relative to the longitudinal axis of the outer sleeve. an outer sleeve defining an interior having a longitudinal axis extending between a distal end region and a proximal end region of the outer sleeve; a bone penetration feature extending from the distal end region of the outer sleeve, the bone penetration feature being a sharp distal cutting tip configured to penetrate a layer of bone; a compliant protective element positioned within the interior of the outer sleeve, the protective element providing a proximal-facing protective surface resistant to tearing during application of a longitudinal or torsional load;_and a securing feature having a first end region extending at least partially within the interior of the outer sleeve and a second end region projecting proximal to the proximal end region of the outer sleeve, the securing feature deflectable relative to the longitudinal axis of the outer sleeve.
Device for safely carrying out a left-turning thermodynamic Clausius-Rankine cycle and the safe emptying and filling thereof by means of an inflammable working fluid, having an inflammable working fluid which is heavier than air in the gaseous state under atmospheric conditions, having a closed, hermetically sealed working fluid circuit , wherein the working fluid circuit - has at least one compressor for working fluid, - at least one pressure relief apparatus for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat transfer fluids, and - at least one shut-off device , having at least one safety container for receiving working fluid which is connected to the working fluid circuit , having a shut-off valve and a branch from the working fluid circuit to the safety container , and at the outlet of the safety container , having an apparatus for increasing pressure , wherein the at least one shut-off device is the shut-off valve , characterised by - at least one pressure container for dispensing and receiving inert gas, - a lockable supply line from the pressure container to the safety container , - a withdrawal line from the safety container with a subsequent gas-liquid separator , - a connecting line from the liquid outlet of the gas-liquid separator to a pressure-reducing and shut-off device which is connected to the working fluid circuit of the cycle, and by a closed housing , which comprises all apparatuses connected to the closed working fluid circuit and can comprise further apparatuses. - has at least one compressor for working fluid, - at least one pressure relief apparatus for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat transfer fluids, and - at least one shut-off device , having at least one safety container for receiving working fluid which is connected to the working fluid circuit , having a shut-off valve and a branch from the working fluid circuit to the safety container , and at the outlet of the safety container , having an apparatus for increasing pressure , wherein the at least one shut-off device is the shut-off valve , characterised by - at least one pressure container for dispensing and receiving inert gas, - a lockable supply line from the pressure container to the safety container , - a withdrawal line from the safety container with a subsequent gas-liquid separator , - a connecting line from the liquid outlet of the gas-liquid separator to a pressure-reducing and shut-off device which is connected to the working fluid circuit of the cycle,
A disposable handset component comprising: a handle portion that defines a hub section and a mating section, the handle defines a fluid path that extends through the hub section and the mating section; an elongated shaft coupled to the hub section of the handle portion, the elongated shaft defines an internal flow channel fluidly coupled to the fluid path, and a central axis; an aperture through a distal end of the elongated shaft ; a cutting blade within the elongated shaft and in operational relationship to the aperture; a rotating hub disposed within hub section and in operational relationship to a portion of the fluid path within the hub section, the rotating hub defines a drive connector exposed at a transition between the hub section and the mating section; a drive shaft that mechanically couples the cutting blade to the rotating hub, the drive shaft disposed within the internal flow channel of the elongated shaft and also disposed in the portion of the fluid path in the hub section; and a seal in operational relationship to the rotating hub and the hub section, the seal fluidly isolates the fluid channel from drive connector exposed at the transition between the hub section and the mating section. a handle portion that defines a hub section and a mating section, the handle defines a fluid path that extends through the hub section and the mating section; an elongated shaft coupled to the hub section of the handle portion, the elongated shaft defines an internal flow channel fluidly coupled to the fluid path, and a central axis; an aperture through a distal end of the elongated shaft ; a cutting blade within the elongated shaft and in operational relationship to the aperture; a rotating hub disposed within hub section and in operational relationship to a portion of the fluid path within the hub section, the rotating hub defines a drive connector exposed at a transition between the hub section and the mating section; a drive shaft that mechanically couples the cutting blade to the rotating hub, the drive shaft disposed within the internal flow channel of the elongated shaft and also disposed in the portion of the fluid path in the hub section; and a seal in operational relationship to the rotating hub and the hub section, the seal fluidly isolates the fluid channel from drive connector exposed at the transition between the hub section and the mating section.
Method for carrying out remote diagnostics of vehicles (V) each comprising a communication module (MC) able to communicate with a remote diagnostic tool (OD) and coupled to on-board communicating electronic equipment (EEj), comprising a first step in which the said diagnostic tool (OD) generates a remote diagnostic request associated with a value of a remote diagnostic parameter to a communicating electronic equipment (EEj) of a vehicle (V), a second step in which processing means (MT) compare the said value with a predefined value, and in case of identity between the latter, the processing means (MT) transmit a remote diagnosis session request to said recipient communicating electronic equipment (EEj), a third step in which the latter (EEj) generates a response to said request, then if this response is an acceptance of said remote diagnosis session or a predefined refusal of said remote diagnosis session the processing means (MT) transmit said remote diagnosis request to said communicating electronic equipment (EEj), and a fourth step in which the processing means (MT) transmit to said diagnosis tool (OD) a message generated by said communicating electronic equipment (EEj) in response to said remote diagnosis request and in that in the third step, if this response is neither an acceptance of the remote diagnosis session nor a predefined refusal of this remote diagnosis session, then the processing means (MT) transmits to the diagnosis tool (OD) a response message indicating that a condition is not met the remote diagnosis request not being transmitted to the communicating electronic equipment (EEj), a predefined refusal being a refusal to participate in the remote diagnosis session requested by the diagnosis tool (OD), and having a predefined value which is a normative value in response to a non-predefined request.
A neural interface for interfacing with a target vessel, comprising: a first end portion , a second end portion and a center portion positioned between the first end portion and the second end portion , wherein the first end portion includes at least a first electrode and the second end portion includes at least a second electrode , and wherein the first end portion , the second end portion and the center portion are each formed of a flexible material that is configured to enable each of the first end portion , the second end portion and the center portion to self-size to a surface of the target vessel when the neural interface is released at a position along the target vessel, and further wherein neither the first end portion , the second end portion nor the center portion form a closed circumscribed circular arc around the target vessel at any point along a length of the target vessel; and a spinal portion configured to house electrical conductors for the first electrode and the second electrode , the spinal portion being connected to one or more of the first end portion , the center portion and the second end portion ; wherein the first electrode and the second electrode are electrode arrays each having a plurality of segmented individual electrodes. a first end portion , a second end portion and a center portion positioned between the first end portion and the second end portion , wherein the first end portion includes at least a first electrode and the second end portion includes at least a second electrode , and wherein the first end portion , the second end portion and the center portion are each formed of a flexible material that is configured to enable each of the first end portion , the second end portion and the center portion to self-size to a surface of the target vessel when the neural interface is released at a position along the target vessel, and further wherein neither the first end portion , the second end portion nor the center portion form a closed circumscribed circular arc around the target vessel at any point along a length of the target vessel; and a spinal portion configured to house electrical conductors for the first electrode and the second electrode , the spinal portion being connected to one or more of the first end portion , the center portion and the second end portion ; wherein the first electrode and the second electrode are electrode arrays each having a plurality of segmented individual electrodes.