mhurhangee/ep-ind-claims huggingface dataset:
A piezo-resistive pressure-measuring plug for a combustion engine comprising: a plug body (106, 108, 110) for insertion into a cylinder of the combustion engine, a sensing structure arrange in the plug body that is arranged between a pressure force interface part (102, 140) and the plug body (106, 108, 100), and in such a way that the sensing structure is acted upon, in use, by the pressure prevailing in the combustion chamber of the cylinder, whereby the pressure force interface part (102, 140) transmits the pressure in the combustion chamber of the cylinder to the sensing structure due to the pressure in the combustion chamber leading to an axial motion of the pressure force interface part (102, 140) relative to the plug body (106, 108, 110) so as to apply a force to the sensing structure, wherein a piezo-resistive element mounted on the sensing structure provides a resistance change when the pressure port interface part is moved in axial direction, and the plug body (106, 108, 110) comprises a body lower part and a body middle part wherein the body lower part is a sealing surface part for providing a seal between the body lower part and the combustion engine when inserted in the engine, characterised in that the measuring plug further comprises an elongated hollow body part at an end linked to the sealing surface part wherein the elongated hollow body part friction free extends in the body middle part, and the sensing structure is attached to an end of the lower body part opposite to the end linked to the sealing surface part. a plug body (106, 108, 110) for insertion into a cylinder of the combustion engine, a sensing structure arrange in the plug body that is arranged between a pressure force interface part (102, 140) and the plug body (106, 108, 100), and in such a way that the sensing structure is acted upon, in use, by the pressure prevailing in the combustion chamber of the cylinder, whereby the pressure force interface part (102, 140) transmits the pressure in the combustion chamber of the cylinder to the sensing structure due to the pressure in the combustion chamber leading to an axial motion of the pressure force interface part (102, 140) relative to the plug body (106, 108, 110) so as to apply a force to the sensing structure, wherein a piezo-resistive element mounted on the sensing structure provides a resistance change when the pressure port interface part is moved in axial direction, and the plug body (106, 108, 110) comprises a body lower part and a body middle part wherein the body lower part is a sealing surface part for providing a seal between the body lower part and the combustion engine when inserted in the engine, characterised in that the measuring plug further comprises an elongated hollow body part at an end linked to the sealing surface part wherein the elongated hollow body part friction free extends in the body middle part, and the sensing structure is attached to an end of the lower body part opposite to the end linked to the sealing surface part.
A method for single-molecule detection, comprising: providing a carbon nanotube having a probe entity attached to a single one point defect formed on the carbon nanotube that defines a first state of the carbon nanotube; introducing the carbon nanotube to a target entity to define a second state of the carbon nanotube associated with locally modulating the electrical conductance of the carbon nanotube; and comparing the electrical conductance of the carbon nanotube in the first and second states to detect the presence of a biomolecular entity. providing a carbon nanotube having a probe entity attached to a single one point defect formed on the carbon nanotube that defines a first state of the carbon nanotube; introducing the carbon nanotube to a target entity to define a second state of the carbon nanotube associated with locally modulating the electrical conductance of the carbon nanotube; and comparing the electrical conductance of the carbon nanotube in the first and second states to detect the presence of a biomolecular entity.
A fluid shutoff valve assembly for a fluid filling line, the valve assembly having a fluid flow path defining a direction of fluid flow, the assembly comprising: a fluid inlet orifice in fluid communication with a source of a fluid, the fluid inlet orifice allowing the fluid to flow in the direction of fluid flow from the source of the fluid into the fluid flow path of the valve assembly; a fluid outlet orifice in fluid communication with the fluid flow path of the valve assembly and through which the fluid may flow out of the valve assembly; a first valve, the first valve being located upstream of a second valve and configured to shut off the source of fluid from the fluid flow path while the second valve is in at least a partially open configuration; and the second valve being in fluid communication with the fluid inlet and the fluid outlet, the second valve comprising a stopping structure having a fluid blocking portion and a fluid flow-through portion, the stopping structure being moveable from a filling position wherein the fluid flow-through portion is aligned with the fluid flow path such that fluid passes through the stopping structure to a closed position wherein the fluid blocking portion is aligned with the fluid flow path, characterised in that the second valve is a piston-type valve oriented such that the stopping structure moves in a direction that is up to about 45 degrees in any direction from exactly perpendicular to the fluid flow path and preferably at least about 60 degrees different from the direction of fluid flow at a location where the second valve intercepts the fluid flow path. a fluid inlet orifice in fluid communication with a source of a fluid, the fluid inlet orifice allowing the fluid to flow in the direction of fluid flow from the source of the fluid into the fluid flow path of the valve assembly; a fluid outlet orifice in fluid communication with the fluid flow path of the valve assembly and through which the fluid may flow out of the valve assembly; a first valve, the first valve being located upstream of a second valve and configured to shut off the source of fluid from the fluid flow path while the second valve is in at least a partially open configuration; and the second valve being in fluid communication with the fluid inlet and the fluid outlet, the second valve comprising a stopping structure having a fluid blocking portion and a fluid flow-through portion, the stopping structure being moveable from a filling position wherein the fluid flow-through portion is aligned with the fluid flow path such that fluid passes through the stopping structure to a closed position wherein the fluid blocking portion is aligned with the fluid flow path, characterised in that the second valve is a piston-type valve oriented such that the stopping structure moves in a direction that is up to about 45 degrees in any direction from exactly perpendicular to the fluid flow path and preferably at least about 60 degrees different from the direction of fluid flow at a location where the second valve intercepts the fluid flow path.
An intraocular lens insertion apparatus comprising: an accommodating member integrally or independently formed on an apparatus body which is adapted to be inserted into an eyeball, allowing arrangement of the intraocular lens in the apparatus body by accommodating the intraocular lens therein, and having a hole through which a needle of a syringe which supplies a lubricant to the intraocular lens passes; and a guide wall member formed on the accommodating member at a position adjacent to the hole, and being configured to project from a surface of the accommodating member and guide the needle of the syringe to the hole, characterised in that the guide wall member does not completely surround the hole an accommodating member integrally or independently formed on an apparatus body which is adapted to be inserted into an eyeball, allowing arrangement of the intraocular lens in the apparatus body by accommodating the intraocular lens therein, and having a hole through which a needle of a syringe which supplies a lubricant to the intraocular lens passes; and a guide wall member formed on the accommodating member at a position adjacent to the hole, and being configured to project from a surface of the accommodating member and guide the needle of the syringe to the hole, characterised in that the guide wall member does not completely surround the hole
A method of manufacturing a winding assembly for an electrical machine, the method comprising: forming an electrically insulating body comprising a channel defining a winding path, the channel having an inlet and an outlet; heating the electrically insulating body to a temperature above the melting point of an electrically conducting material; flowing the electrically conducting material through the inlet to the outlet to fill the channel; and cooling the electrically insulating body to solidify the electrically conducting material within the channel, thereby forming said winding assembly, characterized in that the electrically insulated body is formed by three-dimensional, 3D, printing and in that the method further comprises, prior to the step of flowing the electrically conducting material, vibrating the electrically insulating body and/or applying a stream of gas to the inlet to remove any debris from the channel via the outlet. forming an electrically insulating body comprising a channel defining a winding path, the channel having an inlet and an outlet; heating the electrically insulating body to a temperature above the melting point of an electrically conducting material; flowing the electrically conducting material through the inlet to the outlet to fill the channel; and cooling the electrically insulating body to solidify the electrically conducting material within the channel, thereby forming said winding assembly, characterized in that the electrically insulated body is formed by three-dimensional, 3D, printing and in that the method further comprises, prior to the step of flowing the electrically conducting material, vibrating the electrically insulating body and/or applying a stream of gas to the inlet to remove any debris from the channel via the outlet.
A method of assigning an Internet of Things, IoT, device to an IoT solution, the method performed by an Internet of Things hub configured using one or more servers operatively coupled to a wide area network, the method comprising: receiving a connection request and network information from the IoT device; using the network information, identifying a subnet among multiple subnets included in a local area network from which the IoT device is connecting, wherein the local area network provides an interface to the wide area network to enable communications between the IoT device and the IoT hub and wherein the multiple subnets are distinct networks on the local area network which separate groups of IoT devices; automatically grouping IoT devices that are part of a same subnet of the multiple subnets, wherein grouped IoT devices are connectable to a common IoT solution among a plurality of different IoT solutions by: responsive to the received connection request, selecting the IoT solution, among the plurality of different IoT solutions, with which to assign the IoT device based on the identified subnet; and assigning the IoT device to the selected IoT solution. receiving a connection request and network information from the IoT device; using the network information, identifying a subnet among multiple subnets included in a local area network from which the IoT device is connecting, wherein the local area network provides an interface to the wide area network to enable communications between the IoT device and the IoT hub and wherein the multiple subnets are distinct networks on the local area network which separate groups of IoT devices; automatically grouping IoT devices that are part of a same subnet of the multiple subnets, wherein grouped IoT devices are connectable to a common IoT solution among a plurality of different IoT solutions by: responsive to the received connection request, selecting the IoT solution, among the plurality of different IoT solutions, with which to assign the IoT device based on the identified subnet; and assigning the IoT device to the selected IoT solution. responsive to the received connection request, selecting the IoT solution, among the plurality of different IoT solutions, with which to assign the IoT device based on the identified subnet; and assigning the IoT device to the selected IoT solution.
A method carried out at an enhanced user equipment, abbreviated as eUE, for mitigating interference detected at the eUE, in a mobile communication system including an enhanced Node B, abbreviated as eNB, and, configured for communication therewith, the eUE and one or more interfering legacy user equipments, abbreviated as UEs,, wherein the eUE operates in an enhanced full-duplex mode with the eNB, the enhanced full-duplex mode including the eUE using a same time and frequency resource for uplink and downlink signals with the eNB, and wherein the one or more interfering legacy UEs communicate with the eNB via standard half-duplex communication techniques characterized in the method comprising, at the eUE: receiving legacy uplink transmissions including pilot sequences from the one or more interfering legacy UEs, wherein the pilot sequences for the one or more legacy UEs are assigned by the eNB and are different from a specific pilot sequence assigned to the eUE, and different pilot sequences are assigned to different legacy UEs, determining interference measurements associated with the pilot sequences received from the one or more legacy UEs, wherein the determination comprises blindly decoding said legacy uplink transmissions to determine pilot sequences assigned to the one or more interfering legacy UEs; and reporting the interference measurements to the eNB. receiving legacy uplink transmissions including pilot sequences from the one or more interfering legacy UEs, wherein the pilot sequences for the one or more legacy UEs are assigned by the eNB and are different from a specific pilot sequence assigned to the eUE, and different pilot sequences are assigned to different legacy UEs, determining interference measurements associated with the pilot sequences received from the one or more legacy UEs, wherein the determination comprises blindly decoding said legacy uplink transmissions to determine pilot sequences assigned to the one or more interfering legacy UEs; and reporting the interference measurements to the eNB.
A stator assembly comprising: a stator core; coils wound around the stator core; first power terminals; neutral terminals connected to the coils and the first power terminals; a bearing; and a stator body that is formed by performing molding, so that the coils, the first power terminals, the neutral terminals, the stator core and the bearing are integrally included in the stator body formed by the molding so as to be a single device, wherein connection terminals of the first power terminals and a hole of the bearing are exposed externally. a stator core; coils wound around the stator core; first power terminals; neutral terminals connected to the coils and the first power terminals; a bearing; and a stator body that is formed by performing molding, so that the coils, the first power terminals, the neutral terminals, the stator core and the bearing are integrally included in the stator body formed by the molding so as to be a single device, wherein connection terminals of the first power terminals and a hole of the bearing are exposed externally.
A development cartridge detachable from a main body of an image forming apparatus, the development cartridge comprising: a photosensitive drum on which an electrostatic latent image is formed; a cleaning member to remove a waste toner from a surface of the photosensitive drum; a lateral waste toner sealing member contacting an end portion of the photosensitive drum in a lengthwise direction of the photosensitive drum, to prevent the waste toner from leaking through the end portion of the photosensitive drum; and a photosensitive frame comprising: a waste toner container to contain the waste toner; a first attachment surface to which the lateral waste toner sealing member is attached; and a side wall to form an upstream side boundary of the first attachment surface with respect to a rotation direction of the photosensitive drum, wherein the lateral waste toner sealing member comprises an opposite surface facing the side wall, and wherein a protrusion protruding towards the side wall is provided on the opposite surface, characterized in that an adhesive layer is provided on a portion of a bottom surface of the lateral waste toner sealing member, except for a portion corresponding to the protrusion. a photosensitive drum on which an electrostatic latent image is formed; a cleaning member to remove a waste toner from a surface of the photosensitive drum; a lateral waste toner sealing member contacting an end portion of the photosensitive drum in a lengthwise direction of the photosensitive drum, to prevent the waste toner from leaking through the end portion of the photosensitive drum; and a photosensitive frame comprising: a waste toner container to contain the waste toner; a first attachment surface to which the lateral waste toner sealing member is attached; and a side wall to form an upstream side boundary of the first attachment surface with respect to a rotation direction of the photosensitive drum, wherein the lateral waste toner sealing member comprises an opposite surface facing the side wall, and wherein a protrusion protruding towards the side wall is provided on the opposite surface, characterized in that an adhesive layer is provided on a portion of a bottom surface of the lateral waste toner sealing member, except for a portion corresponding to the protrusion. a waste toner container to contain the waste toner; a first attachment surface to which the lateral waste toner sealing member is attached; and a side wall to form an upstream side boundary of the first attachment surface with respect to a rotation direction of the photosensitive drum, wherein the lateral waste toner sealing member comprises an opposite surface facing the side wall, and wherein a protrusion protruding towards the side wall is provided on the opposite surface, characterized in that an adhesive layer is provided on a portion of a bottom surface of the lateral waste toner sealing member, except for a portion corresponding to the protrusion.
A beam alignment chamber extending in a length direction comprising: a base having a front edge and two side edges (116, 118); first and second side walls (120, 122) connected to the base, and extending along the length of the beam alignment chamber; a front wall located at the front edge of the base having an output opening; characterized by a plurality of light sources disposed to direct light beams through the first or second side walls (120, 122), each light beam being uncorrected for divergence with respect to at least one axis; a plurality of reflectors mounted on the base, each having independent yaw and pitch adjustments, each paired with at least one corresponding light source, the base-mounted reflectors being disposed to direct the light beams from the corresponding light sources along the length of the beam alignment chamber through the output opening forming an aligned array of parallel light beams, the optical distance between each light source and the output opening being substantially equal for each of the light beams; and one or more optical elements positioned in the optical path of the aligned array of light beams disposed to correct the beam divergence with respect to at least one axis. a base having a front edge and two side edges (116, 118); first and second side walls (120, 122) connected to the base, and extending along the length of the beam alignment chamber; a front wall located at the front edge of the base having an output opening; characterized by a plurality of light sources disposed to direct light beams through the first or second side walls (120, 122), each light beam being uncorrected for divergence with respect to at least one axis; a plurality of reflectors mounted on the base, each having independent yaw and pitch adjustments, each paired with at least one corresponding light source, the base-mounted reflectors being disposed to direct the light beams from the corresponding light sources along the length of the beam alignment chamber through the output opening forming an aligned array of parallel light beams, the optical distance between each light source and the output opening being substantially equal for each of the light beams; and one or more optical elements positioned in the optical path of the aligned array of light beams disposed to correct the beam divergence with respect to at least one axis.
Urine collector for humans comprising a container which is outwardly open and having an interior volume, the urine collector further comprising a receptacle having an outer edge which is intended to be oriented toward a human body, this outer edge being capable of engaging with the human body at the urethral meatus, the receptacle comprising an outlet opening arranged opposite the outer edge, the container being suitable for being releasably connected to the receptacle, the container being further capable of engaging with the outlet opening of the receptacle, the receptacle being suitable for capturing urine ejected from the urethral meatus during urination and for channeling this urine, under the effect of gravity, via the outlet opening, to the container, the interior volume of the container being suitable for storing the urine from the receptacle, characterized in that the urine collector is sterile, in that the receptacle is anatomical, and in that the container comprises a flexible corrugated tubular appendage which is capable of being unfolded outwards out of the anatomical receptacle so as to increase the interior volume of said container.