mhurhangee/ep-ind-claims huggingface dataset:
An electric motor comprising: a case; a stator including a stator core disposed inside the case and a stator coil disposed at the stator core; a rotor including a rotation shaft and being configured to rotate with respect to the stator; and an oil spraying part configured to store oil in a lower part of the case and to spray the oil to a heating part inside the case, the oil spraying part including an oil passage configured to guide the oil to an upper area of the case and an oil pump configured to pump the oil from the lower part of the case, wherein the oil spraying part includes a stator core spraying part configured to spray the oil to the stator core, wherein the stator core spraying part includes at least one stator oil disc inserted between electric steel plates of the stator core and defining oil grooves configured to guide the oil along a circumferential direction of the stator, wherein the stator oil disc includes teeth portions that correspond to poles and slots of the stator core, and wherein the oil grooves extend along circumferences of the teeth portions in the circumferential direction of the stator, wherein the oil grooves are concaved from a plate surface of the stator oil disc in axial direction and extend in the circumferential direction, the stator core defines concave parts recessed in a radius direction from an external surface of the stator core, and the stator oil disc includes rotation prevention protrusions inserted into the concave parts. a case; a stator including a stator core disposed inside the case and a stator coil disposed at the stator core; a rotor including a rotation shaft and being configured to rotate with respect to the stator; and an oil spraying part configured to store oil in a lower part of the case and to spray the oil to a heating part inside the case, the oil spraying part including an oil passage configured to guide the oil to an upper area of the case and an oil pump configured to pump the oil from the lower part of the case, wherein the oil spraying part includes a stator core spraying part configured to spray the oil to the stator core, wherein the stator core spraying part includes at least one stator oil disc inserted between electric steel plates of the stator core and defining oil grooves configured to guide the oil along a circumferential direction of the stator, wherein the stator oil disc includes teeth portions that correspond to poles and slots of the stator core, and wherein the oil grooves extend along circumferences of the teeth portions in the circumferential direction of the stator, wherein the oil grooves are concaved from a plate surface of the stator oil disc in axial direction and extend in the circumferential direction, the stator core defines concave parts recessed in a radius direction from an external surface of the stator core, and the stator oil disc includes rotation prevention protrusions inserted into the concave parts.
A CLL1 specific chimeric antigen receptor (anti-CLL1 CAR) comprising at least: - an anti-CLL1 extra cellular ligand binding-domain which comprises a single chain antibody fragment (scFv) comprising the heavy ( V H) and light ( V L) variable fragment of the monoclonal anti-CLL1 antibody M26 or M2 joined by a flexible linker, wherein said VH comprises the CDRs of SEQ ID NO. 131, SEQ ID NO. 132 and SEQ ID NO. 133 and said VL comprises the CDRs of SEQ ID NO. 134, SEQ ID NO. 135 and SEQ ID NO. 136, or wherein said VH comprises the CDRs of SEQ ID NO. 161, SEQ ID NO. 162 and SEQ ID NO. 163 and said VL comprises the CDRs of SEQ ID NO. 164, SEQ ID NO. 165 and SEQ ID NO. 166, respectively, - a transmembrane domain - a cytoplasmic signaling domain, and - a co-stimulatory domain. - an anti-CLL1 extra cellular ligand binding-domain which comprises a single chain antibody fragment (scFv) comprising the heavy ( V H) and light ( V L) variable fragment of the monoclonal anti-CLL1 antibody M26 or M2 joined by a flexible linker, wherein said VH comprises the CDRs of SEQ ID NO. 131, SEQ ID NO. 132 and SEQ ID NO. 133 and said VL comprises the CDRs of SEQ ID NO. 134, SEQ ID NO. 135 and SEQ ID NO. 136, or wherein said VH comprises the CDRs of SEQ ID NO. 161, SEQ ID NO. 162 and SEQ ID NO. 163 and said VL comprises the CDRs of SEQ ID NO. 164, SEQ ID NO. 165 and SEQ ID NO. 166, respectively, - a transmembrane domain - a cytoplasmic signaling domain, and - a co-stimulatory domain.
A connector for a displayed mobile device, the connector comprising: a charging cable comprising an insertion block, a connection terminal provided by protruding from an upper surface of the insertion block and connected to a connection port of the mobile device, and a screw hole provided on a lower surface of the insertion block; and a holder casing comprising a body having a slide space into which the insertion block is inserted in a sliding manner from a rear thereof and having an opening through which the connection terminal is exposed and protrudes, a support plate formed by protruding from a rear of an upper surface of the body and supporting a rear surface of the mobile device, and a long hole formed on a bottom plate of the body; and a fixing bolt fixing the insertion block of the charging cable to the body of the holder casing by being tightened and coupled to the screw hole after passing through the long hole, wherein an interval between the connection terminal and the support plate is adjustable. a charging cable comprising an insertion block, a connection terminal provided by protruding from an upper surface of the insertion block and connected to a connection port of the mobile device, and a screw hole provided on a lower surface of the insertion block; and a holder casing comprising a body having a slide space into which the insertion block is inserted in a sliding manner from a rear thereof and having an opening through which the connection terminal is exposed and protrudes, a support plate formed by protruding from a rear of an upper surface of the body and supporting a rear surface of the mobile device, and a long hole formed on a bottom plate of the body; and a fixing bolt fixing the insertion block of the charging cable to the body of the holder casing by being tightened and coupled to the screw hole after passing through the long hole, wherein an interval between the connection terminal and the support plate is adjustable.
A lamp assembly for rapid thermal processing, comprising: a quartz bulb containing an internal atmosphere comprising a halogen gas and enclosing at least one coil attached to a pair of electrical connectors, the bulb having an inner surface and an outer surface; a lamp base configured to receive the pair of electrical connectors; a sleeve surrounding the lamp base, the sleeve having a cross-sectional area that is less than 0.95 times the cross-sectional area of the bulb, the lamp assembly being adapted for use in a substrate thermal processing chamber to heat the substrate to temperatures up to at least 1100° C; and a potting compound inside the sleeve. a quartz bulb containing an internal atmosphere comprising a halogen gas and enclosing at least one coil attached to a pair of electrical connectors, the bulb having an inner surface and an outer surface; a lamp base configured to receive the pair of electrical connectors; a sleeve surrounding the lamp base, the sleeve having a cross-sectional area that is less than 0.95 times the cross-sectional area of the bulb, the lamp assembly being adapted for use in a substrate thermal processing chamber to heat the substrate to temperatures up to at least 1100° C; and a potting compound inside the sleeve.
A method of controlling transmission power in a telecommunications system, the method comprising: at a second device, determining a power adjustment for a first device for forming a power control command to be transmitted to the first device; and forming a power control command comprising a plurality of bits based on the determined power adjustment; the method characterised by: dividing the power control command into a plurality of bit sets, wherein a bit set of the plurality of bit sets includes at least one bit; and transmitting each of the plurality of bit sets to the first device from the second device during different timeslots, wherein the plurality of bit sets,when combined at the first device, form the power control command. at a second device, determining a power adjustment for a first device for forming a power control command to be transmitted to the first device; and forming a power control command comprising a plurality of bits based on the determined power adjustment; dividing the power control command into a plurality of bit sets, wherein a bit set of the plurality of bit sets includes at least one bit; and transmitting each of the plurality of bit sets to the first device from the second device during different timeslots, wherein the plurality of bit sets,when combined at the first device, form the power control command.
Method to determine the sex of fertilised and non-incubated bird's eggs (13,130), where an egg (13,130) has a firm egg shell and an egg yolk surrounded by the egg shell and other integuments as well as a blastodisc related to the egg yolk, whereby a sensor (4,40) for measuring a spectrum is inserted through a hole in the egg shell towards the blastodisc with blastodisc cells, with the following steps - positioning of the sensor (4,40) in the vicinity of the blastodisc, - spectroscopic in-ovo characterisation of the blastodisc cells, - determination of the sex through an automatic classification of spectrums, whereby an optical crystal is used as the sensor (4,40), with which a fast and non-reactive absorption of an infrared and/or near-infrared spectrum is performed with utilisation of a attenuated total reflexion within the optical crystal (4,40) due to an evanescent field in the area of the blastodisc, wherein the extinction results following a spectral absorption of sex specific blastodisc cells, wherein a permanent automatic analysis of the returned spectrums is performed at the same time as positioning of the optical crystal (4,40) until the sex specific blastodisc cells are determined until the sex of the fertilised egg (13,130) is analysed by an analysis unit and clearly indicated by a display unit, whereby automatic positioning of the optical crystal (4,40) in relation to the blastodisc cells is performed with a crystal tip or a working face until the evanescent field of the total reflexion captures the blastodisc at the crystal tip or the working face and the crystal (4,40) is brought into a final disc allocation position where the evanescent field starts to interact with the blastodisc cells, and wherein IR and/or NIR spectrums continuously returned during the positioning process are recorded and subjected to analysis, wherein the totally reflected spectrums are automatically classified using the spectral fingerprint in proteins, lipids and nucleic acids. - positioning of the sensor (4,40) in the vicinity of the blastodisc, - spectroscopic in-ovo characterisation of the blastodisc cells, - determination of the sex through an automatic classification of spectrums, whereby an optical crystal is used as the sensor (4,40), with which a fast and non-reactive absorption of an infrared and/or near-infrared spectrum is performed with utilisation of a attenuated total reflexion within the optical crystal (4,40) due to an evanescent field in the area of the blastodisc, wherein the extinction results following a spectral absorption of sex specific blastodisc cells, wherein a permanent automatic analysis of the returned spectrums is performed at the same time as positioning of the optical crystal (4,40) until the sex specific blastodisc cells are determined until the sex of the fertilised egg (13,130) is analysed by an analysis unit and clearly indicated by a display unit, whereby
An electrosurgical system for tissue treatment comprising: a processor; an active electrode; a memory coupled to the processor; wherein the memory stores a program that, when executed by the processor, causes the processor to: monitor an electrical parameter associated with a voltage generator during periods of time when energy is being delivered to the active electrode of an electrosurgical wand wherein the electrical parameter is indicative of power supplied to the active electrode; and determine, based on the electrical parameter, the presence of a wand condition of the electrosurgical wand, the wand condition being at least one selected from the group consisting of: a surface area of the active electrode is less than a predetermined threshold surface area; the surface area of the active electrode is approaching the predetermined threshold surface area; and that a fluid flow through the electrosurgical wand is at least partially blocked. a processor; an active electrode; a memory coupled to the processor; wherein the memory stores a program that, when executed by the processor, causes the processor to: monitor an electrical parameter associated with a voltage generator during periods of time when energy is being delivered to the active electrode of an electrosurgical wand wherein the electrical parameter is indicative of power supplied to the active electrode; and determine, based on the electrical parameter, the presence of a wand condition of the electrosurgical wand, the wand condition being at least one selected from the group consisting of: a surface area of the active electrode is less than a predetermined threshold surface area; the surface area of the active electrode is approaching the predetermined threshold surface area; and that a fluid flow through the electrosurgical wand is at least partially blocked. monitor an electrical parameter associated with a voltage generator during periods of time when energy is being delivered to the active electrode of an electrosurgical wand wherein the electrical parameter is indicative of power supplied to the active electrode; and determine, based on the electrical parameter, the presence of a wand condition of the electrosurgical wand, the wand condition being at least one selected from the group consisting of: a surface area of the active electrode is less than a predetermined threshold surface area; the surface area of the active electrode is approaching the predetermined threshold surface area; and that a fluid flow through the electrosurgical wand is at least partially blocked.
An image capture device (102, 300) comprising: an image sensor; a privacy solution comprising a shutter; a touch-enabled layer disposed above the image sensor; and a controller to: register a user touch interaction with the touch-enabled layer; and based on a gesture detected from the user touch interaction, cycle between engaging the shutter to cover the image sensor and disengaging the shutter to expose the image sensor, wherein when the controller detects a first type of gesture from the user touch interaction, the controller is to engage the shutter to cover the image sensor and when the controller detects a second type of gesture different from the first gesture, the controller is to disengage the shutter to expose the image sensor. an image sensor; a privacy solution comprising a shutter; a touch-enabled layer disposed above the image sensor; and a controller to: register a user touch interaction with the touch-enabled layer; and based on a gesture detected from the user touch interaction, cycle between engaging the shutter to cover the image sensor and disengaging the shutter to expose the image sensor, wherein when the controller detects a first type of gesture from the user touch interaction, the controller is to engage the shutter to cover the image sensor and when the controller detects a second type of gesture different from the first gesture, the controller is to disengage the shutter to expose the image sensor. register a user touch interaction with the touch-enabled layer; and based on a gesture detected from the user touch interaction, cycle between engaging the shutter to cover the image sensor and disengaging the shutter to expose the image sensor, wherein when the controller detects a first type of gesture from the user touch interaction, the controller is to engage the shutter to cover the image sensor and when the controller detects a second type of gesture different from the first gesture, the controller is to disengage the shutter to expose the image sensor.
Electronic continuous-flow heater for heating a liquid, comprising an electrically heatable heating channel arrangement with at least one electric heating element, electronic control system, comprising at least one microprocessor, which is configured to electrically control the heating element, a display device connected with the electronic control system characterised in that the display device is designed as a bistable digital display, such that the display content remains visible even in the absence of the display supply voltage of the display device, wherein the electronic control system has at least one electrical energy storage device for buffering the operating voltage of the electronic control system and the electronic control system has an undervoltage detection circuit for detecting an undervoltage of the mains and/or heating element voltage and wherein the electronic control system is configured to cause the display device to output an undervoltage message in the event that an undervoltage is detected by the undervoltage detection circuit. an electrically heatable heating channel arrangement with at least one electric heating element, electronic control system, comprising at least one microprocessor, which is configured to electrically control the heating element, a display device connected with the electronic control system characterised in that the display device is designed as a bistable digital display, such that the display content remains visible even in the absence of the display supply voltage of the display device, wherein the electronic control system has at least one electrical energy storage device for buffering the operating voltage of the electronic control system and the electronic control system has an undervoltage detection circuit for detecting an undervoltage of the mains and/or heating element voltage and wherein the electronic control system is configured to cause the display device to output an undervoltage message in the event that an undervoltage is detected by the undervoltage detection circuit.
A method of operation of a network node to perform automated end-to-end analysis of Voice over Long Term Evolution, VoLTE, sessions, the method comprising: obtaining node and/or interface specific traces from a VoLTE network over which a VoLTE session is provided; correlating control and data plane messages across a plurality of nodes and interfaces in the VoLTE network for the VoLTE sessions captured in the traces for a predefined time period, comprising: bundling control and data messages for each of a plurality of protocols that define the control and data plane messages for the plurality of nodes and interfaces in the VoLTE network for each of the plurality of VoLTE sessions to thereby provide a message bundle for each of the plurality of VoLTE sessions for each of the plurality of protocols; and correlating the message bundles across the plurality of protocols for each of the plurality of VoLTE sessions to thereby provide data representative of end-to-end message flows for a plurality of VoLTE sessions; and configuring one or more nodes in the VoLTE network based on the data representative of the end-to-end message flows for the plurality of VoLTE sessions. obtaining node and/or interface specific traces from a VoLTE network over which a VoLTE session is provided; correlating control and data plane messages across a plurality of nodes and interfaces in the VoLTE network for the VoLTE sessions captured in the traces for a predefined time period, comprising: bundling control and data messages for each of a plurality of protocols that define the control and data plane messages for the plurality of nodes and interfaces in the VoLTE network for each of the plurality of VoLTE sessions to thereby provide a message bundle for each of the plurality of VoLTE sessions for each of the plurality of protocols; and correlating the message bundles across the plurality of protocols for each of the plurality of VoLTE sessions to thereby provide data representative of end-to-end message flows for a plurality of VoLTE sessions; and bundling control and data messages for each of a plurality of protocols that define the control and data plane messages for the plurality of nodes and interfaces in the VoLTE network for each of the plurality of VoLTE sessions to thereby provide a message bundle for each of the plurality of VoLTE sessions for each of the plurality of protocols; and correlating the message bundles across the plurality of protocols for each of the plurality of VoLTE sessions to thereby provide data representative of end-to-end message flows for a plurality of VoLTE sessions; and configuring one or more nodes in the VoLTE network based on the data representative of the end-to-end message flows for the plurality of VoLTE sessions.
An oral care implement, comprising: a body comprising a handle, a head at an end of the handle, and at least one fluid outlet, the head having at least one oral care element extending therefrom; a reservoir, in the body, for storing an oral care fluid; and a pump for pumping the oral care fluid from the reservoir towards the fluid outlet, wherein the pump comprises a first check valve downstream of the reservoir, and a second check valve downstream of the first check valve and upstream of the fluid outlet; wherein one of the first and second check valves (301, 302) comprises a valve seat defining an opening through which the oral care fluid is flowable, a valve member separate from the valve seat and comprising a stopper movable linearly relative to the valve seat, and a resilient element biasing the stopper towards the valve seat to restrict fluid flow through the opening; characterized in that one of the first and second check valves (301, 302) comprises a casing within which the stopper and the resilient element are located, the casing being located within the body and non-unitary with the body. a body comprising a handle, a head at an end of the handle, and at least one fluid outlet, the head having at least one oral care element extending therefrom; a reservoir, in the body, for storing an oral care fluid; and a pump for pumping the oral care fluid from the reservoir towards the fluid outlet, wherein the pump comprises a first check valve downstream of the reservoir, and a second check valve downstream of the first check valve and upstream of the fluid outlet; wherein one of the first and second check valves (301, 302) comprises a valve seat defining an opening through which the oral care fluid is flowable, a valve member separate from the valve seat and comprising a stopper movable linearly relative to the valve seat, and a resilient element biasing the stopper towards the valve seat to restrict fluid flow through the opening; characterized in that one of the first and second check valves (301, 302) comprises a casing within which the stopper and the resilient element are located, the casing being located within the body and non-unitary with the body.