mhurhangee/ep-ind-claims huggingface dataset:
A blood pump apparatus comprising: a housing having a blood inlet port and a blood outlet port; a pump unit including an impeller which has a plurality of magnetic members and rotates within the housing to feed blood; and an impeller rotational torque generation section for rotating the impeller, wherein the impeller rotational torque generation section is a motor stator including a plurality of stators, the stators each include a stator core and a stator coil; wherein the blood pump apparatus includes a non-contact bearing mechanism for rotating the impeller without contacting with an inner surface of the housing when the impeller is rotated by the impeller rotational torque generation section, characterized in that the housing includes a plurality of magnetic members embedded therein and disposed between the impeller and the impeller rotational torque generation section for transmitting a magnetically attractive force generated by the impeller rotational torque generation section to the magnetic members of the impeller, and an upper end portion of the stator core projects beyond the stator coil, exposing the projecting portion, so that each of the magnetic members of the housing makes contact with the stator core of each of the stators. a housing having a blood inlet port and a blood outlet port; a pump unit including an impeller which has a plurality of magnetic members and rotates within the housing to feed blood; and an impeller rotational torque generation section for rotating the impeller, wherein the impeller rotational torque generation section is a motor stator including a plurality of stators, the stators each include a stator core and a stator coil; wherein the blood pump apparatus includes a non-contact bearing mechanism for rotating the impeller without contacting with an inner surface of the housing when the impeller is rotated by the impeller rotational torque generation section, characterized in that the housing includes a plurality of magnetic members embedded therein and disposed between the impeller and the impeller rotational torque generation section for transmitting a magnetically attractive force generated by the impeller rotational torque generation section to the magnetic members of the impeller, and an upper end portion of the stator core projects beyond the stator coil, exposing the projecting portion, so that each of the magnetic members of the housing makes contact with the stator core of each of the stators.
A computer-implemented method comprising: receiving an input image with first lighting properties comprising an object with second lighting properties; processing the input image using a convolutional neural network to generate an output image with the first lighting properties, the output image comprising the object with third lighting properties, wherein the convolutional neural network is trained to generate the third lighting properties by modifying the second lighting properties to be consistent with lighting conditions indicated by the first lighting properties; modifying the second lighting properties of the object to lighten areas that are above a first threshold of brightness and darken areas that are below a second threshold of brightness to generate the object with modified second lighting properties; blending the third lighting properties with the modified second lighting properties to generate a modified output image comprising the object with fourth lighting properties; and causing the modified output image to be stored. receiving an input image with first lighting properties comprising an object with second lighting properties; processing the input image using a convolutional neural network to generate an output image with the first lighting properties, the output image comprising the object with third lighting properties, wherein the convolutional neural network is trained to generate the third lighting properties by modifying the second lighting properties to be consistent with lighting conditions indicated by the first lighting properties; modifying the second lighting properties of the object to lighten areas that are above a first threshold of brightness and darken areas that are below a second threshold of brightness to generate the object with modified second lighting properties; blending the third lighting properties with the modified second lighting properties to generate a modified output image comprising the object with fourth lighting properties; and causing the modified output image to be stored.
Chisel which has a tip, a working portion and an impact face and a longitudinal axis which runs through the tip, the working portion and the impact face, wherein the working portion has a plurality of webs which run along the longitudinal axis and which are arranged distributed in the circumferential direction about the longitudinal axis at identical angular spacings, wherein, in the case of at least one of the webs, a dimension in the circumferential direction about the longitudinal axis increases with increasing distance from the longitudinal axis, wherein the at least one web has a first side face pointing in a circumferential direction, a second side face pointing counter to the circumferential direction, and a back face pointing predominantly in the radial direction, wherein the first side face and the second side face diverge at an inclination to one another with increasing distance from the longitudinal axis, characterized in that the dimension in the circumferential direction increases by at least one third and has the largest dimension in the circumferential direction adjacent to the back face. in the case of at least one of the webs, a dimension in the circumferential direction about the longitudinal axis increases with increasing distance from the longitudinal axis, wherein the at least one web has a first side face pointing in a circumferential direction, a second side face pointing counter to the circumferential direction, and a back face pointing predominantly in the radial direction, wherein the first side face and the second side face diverge at an inclination to one another with increasing distance from the longitudinal axis, characterized in that the dimension in the circumferential direction increases by at least one third and has the largest dimension in the circumferential direction adjacent to the back face.
A method comprising: receiving, at a remote mobile computing device, a notification message representative of an event satisfying a rule associated with an analyte level of a host, via a server, based on analyte sensor data obtained from a transcutaneous analyte sensor monitoring the analyte state of the host, wherein the rule is generated or configured based on a setting initially set by the host via a host monitoring application installed on a mobile host communication device; modifying, using a remote monitoring application installed on the remote mobile computing device, alert settings associated with the analyte level on the remote mobile computing device based on the rule initially set by the host via the host monitoring application; activating, at the remote monitoring computing device, on receipt of the notification message the remote monitoring application, wherein the remote monitoring application is configured by the server to receive the notification message; accessing, by the remote monitoring application, the server, in response to the receiving the notification message, wherein the accessing further comprises establishing a connection between the remote mobile computing device via the remote monitoring application and the server; receiving, at the remote monitoring application, information including the analyte sensor data from the server; and presenting the information in accordance with modified alert settings at the remote monitoring application. receiving, at a remote mobile computing device, a notification message representative of an event satisfying a rule associated with an analyte level of a host, via a server, based on analyte sensor data obtained from a transcutaneous analyte sensor monitoring the analyte state of the host, wherein the rule is generated or configured based on a setting initially set by the host via a host monitoring application installed on a mobile host communication device; modifying, using a remote monitoring application installed on the remote mobile computing device, alert settings associated with the analyte level on the remote mobile computing device based on the rule initially set by the host via the host monitoring application; activating, at the remote monitoring computing device, on receipt of the notification message the remote monitoring application, wherein the remote monitoring application is configured by the server to receive the notification message; accessing, by the remote monitoring application, the server, in response to the receiving the notification message, wherein the accessing further comprises establishing a connection between the remote mobile computing device via the remote monitoring application and the server; receiving, at the remote monitoring application, information including the analyte sensor data from the server; and presenting the information in accordance with modified alert settings at the remote monitoring application.
Vending machine having a plurality of individual spindle rods, on which in each case a plurality of individual articles (3, 3') are mounted, wherein the vending machine has a fixed-location article-delivery region, wherein the individual spindle rods can be displaced to the fixed-location article-delivery region via a dedicated drive, wherein, in the vicinity of the article-delivery region, the vending machine has a fixed-location spindle drive with at least one metallic drive roller, by way of which a spindle rod located at the article-delivery.region can be made to rotate for the purpose of delivering the individual articles (3, 3'), wherein the individual spindle rods each have a drive pulley, wherein a magnet, which is arranged in the vicinity of the article-delivery region, can bring the at least one drive roller of the fixed-location spindle drive into operative contact with the drive pulley of the spindle rod located at the article-delivery region, it being possible for said magnet to be moved in the direction of the at least one drive roller and away from the to the at least one drive roller.
A method of determining access for a subordinate individual in an access control system, the method comprising: receiving an access request to a first access control of a room from a subordinate individual; determining a location of a superior individual; deciding whether to actuate the first access control in response to the location of the superior individual; and commanding the first access control to actuate when the location of the superior individual is within, or within a selected distance of, the room secured by the first access control; wherein determining the location of the superior individual comprises: detecting a wireless signal emitted from a mobile device being carried by the superior individual using one or more access controls or one or more wireless access protocol devices; determining a signal strength of the wireless signal emitted from the mobile device between the mobile device and each of the one or more access controls or each of the one or more wireless access protocol devices; and determining the location of the mobile device in response to the signal strength determined between the mobile device and each of the one or more access controls or each of the one or more wireless access protocol devices. receiving an access request to a first access control of a room from a subordinate individual; determining a location of a superior individual; deciding whether to actuate the first access control in response to the location of the superior individual; and commanding the first access control to actuate when the location of the superior individual is within, or within a selected distance of, the room secured by the first access control; wherein determining the location of the superior individual comprises: detecting a wireless signal emitted from a mobile device being carried by the superior individual using one or more access controls or one or more wireless access protocol devices; determining a signal strength of the wireless signal emitted from the mobile device between the mobile device and each of the one or more access controls or each of the one or more wireless access protocol devices; and determining the location of the mobile device in response to the signal strength determined between the mobile device and each of the one or more access controls or each of the one or more wireless access protocol devices. detecting a wireless signal emitted from a mobile device being carried by the superior individual using one or more access controls or one or more wireless access protocol devices; determining a signal strength of the wireless signal emitted from the mobile device between the mobile device and each of the one or more access controls or each of the one or more wireless access protocol devices; and determining the location of the mobile device in response to the signal strength determined between the mobile device and each of the one or more access controls or each of the one or more wireless access protocol devices.
A computer-implemented method comprising: receiving a user utterance for a new voice action, the user utterance received in a voice action system (100,200) that is separate from and communicatively coupled to a user device (104,204), the user device (104,204) having an application installed which is associated with trigger terms for performing voice actions; determining, using the voice action system (100,200), multiple candidate transcriptions of the user utterance; determining, using the voice action system (100,200), whether any of the multiple candidate transcriptions contains one or more of the trigger terms; and based on the determination whether any of the multiple candidate transcriptions contains one or more of the trigger terms, biasing the voice action system (100,200) to favour candidate transcriptions of the multiple candidate transcriptions that contain one or more of the trigger terms, such that the voice action system (100,200) favors one of the multiple candidate transcriptions that is associated with the new voice action, wherein upon the voice action system (100,200) receiving the user utterance from the user device (104,204), the voice action system (100,200) sends an action trigger to the user device (104,204), the action trigger causing the application to perform the new voice action. receiving a user utterance for a new voice action, the user utterance received in a voice action system (100,200) that is separate from and communicatively coupled to a user device (104,204), the user device (104,204) having an application installed which is associated with trigger terms for performing voice actions; determining, using the voice action system (100,200), multiple candidate transcriptions of the user utterance; determining, using the voice action system (100,200), whether any of the multiple candidate transcriptions contains one or more of the trigger terms; and based on the determination whether any of the multiple candidate transcriptions contains one or more of the trigger terms, biasing the voice action system (100,200) to favour candidate transcriptions of the multiple candidate transcriptions that contain one or more of the trigger terms, such that the voice action system (100,200) favors one of the multiple candidate transcriptions that is associated with the new voice action, wherein upon the voice action system (100,200) receiving the user utterance from the user device (104,204), the voice action system (100,200) sends an action trigger to the user device (104,204), the action trigger causing the application to perform the new voice action.
Sliding window, in particular for a roof, comprising a window frame and a thermal separator, by means of which the window frame is held in the mounted state in a construction opening, wherein the window frame has at least two sliding leaves which are mounted in displacement guides - offset with respect to one another perpendicular to the leaf plane at least by the leaf thickness - and cover one another in the open position, wherein the displacement guides differ in length corresponding to the different displacement paths of the individual sliding leaves, characterised in that, when the sliding leaves are closed, no part of the displacement guides protrudes beyond the thermal separator onto the outer side of the sliding window.
A chimeric adeno-parvovirus vector characterized in that it comprises the entire genome of a rodent parvovirus inserted into an adenovirus genome, wherein: (a) the adenovirus genome is characterized by the deletion of E1 and E3; and (b) the activity of the parvoviral P4 early promotor which regulates the expression of the parvoviral protein NS is modified to repress or block the NS protein expression in the packaging cell line during chimera production but is fully functional in cancer cells; wherein the parvoviral P4 early promoter is modified such that expression can be blocked by a tetracycline repressor; and wherein said chimeric adeno-parvovirus vector is obtained by a method characterized in that (i) packaging cells are transfected with said chimeric adeno-parvovirus vector and cultured under conditions repressing or blocking the activity of the parvoviral P4 promotor and reducing or eliminating the expression of the parvoviral NS transcription unit; and (ii) the chimeric adeno-parvovirus is isolated from the packaging cells or the medium after culturing the cells, wherein the packaging cells are HEK T-RExTM-293 cells and the vector is propagated in the absence of doxycycline (dox). (a) the adenovirus genome is characterized by the deletion of E1 and E3; and (b) the activity of the parvoviral P4 early promotor which regulates the expression of the parvoviral protein NS is modified to repress or block the NS protein expression in the packaging cell line during chimera production but is fully functional in cancer cells; (i) packaging cells are transfected with said chimeric adeno-parvovirus vector and cultured under conditions repressing or blocking the activity of the parvoviral P4 promotor and reducing or eliminating the expression of the parvoviral NS transcription unit; and (ii) the chimeric adeno-parvovirus is isolated from the packaging cells or the medium after culturing the cells, wherein the packaging cells are HEK T-RExTM-293 cells and the vector is propagated in the absence of doxycycline (dox).
A golf ball comprising a spherical core composed of a spherical inner core layer and an outer core layer, an intermediate layer disposed outside the spherical core and a cover disposed outside the intermediate layer, wherein the hardness difference (Hs1-Ho) between the center hardness (Ho) of the spherical inner core layer and the surface hardness thereof is 2 or less in JIS-C hardness; the hardness difference (Hs2-Hb) between the hardness (Hb) at the border point between the spherical inner core layer and the outer core layer and the surface hardness of the spherical outer core layer is 20 or more in JIS-C hardness; the outer core layer is such that R 2 of a linear approximation curve obtained from a least square method is 0.95 or higher, when JIS-C hardness, which is measured at nine points obtained by dividing a thickness of the outer core layer into equal parts having 12.5 % intervals in a radius direction of the spherical core, is plotted against distance (%) from a border point between the spherical inner core layer and the outer core layer; and the intermediate layer has a slab hardness (Hm) which is higher than the slab hardness (Hc) of the cover.
A battery pack, comprising: a battery box, wherein the battery box comprises an upper cover and a lower box, and the upper cover and the lower box are sealed; a plurality of battery modules, accommodated in the battery box, wherein each battery module comprises a plurality of battery cells arranged in a horizontal direction and a plurality of busbars electrically connecting the plurality of battery cells, each battery cell comprises an electrode assembly and a battery housing, the electrode assembly is accommodated in the battery housing, and the electrode assembly comprises a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; a cooling plate, disposed at a side of the battery module in a vertical direction and disposed outside the battery box; and a buffering member, disposed between the cooling plate and the battery box, wherein an elastic modulus of the buffering member is less than an elastic modulus of the cooling plate and an elastic modulus of the battery box; wherein, the electrode assembly is of a wound structure and is flat, outer surfaces of the electrode assembly comprise two flat surfaces that are opposite to each other in the vertical direction; or, the electrode assembly is of a laminated structure, and the first electrode plate, the separator, and the second electrode plate are stacked along the vertical direction. a battery box, wherein the battery box comprises an upper cover and a lower box, and the upper cover and the lower box are sealed; a plurality of battery modules, accommodated in the battery box, wherein each battery module comprises a plurality of battery cells arranged in a horizontal direction and a plurality of busbars electrically connecting the plurality of battery cells, each battery cell comprises an electrode assembly and a battery housing, the electrode assembly is accommodated in the battery housing, and the electrode assembly comprises a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; a cooling plate, disposed at a side of the battery module in a vertical direction and disposed outside the battery box; and a buffering member, disposed between the cooling plate and the battery box, wherein an elastic modulus of the buffering member is less than an elastic modulus of the cooling plate and an elastic modulus of the battery box; wherein, the electrode assembly is of a wound structure and is flat, outer surfaces of the electrode assembly comprise two flat surfaces that are opposite to each other in the vertical direction; or, the electrode assembly is of a laminated structure, and the first electrode plate, the separator, and the second electrode plate are stacked along the vertical direction.