mhurhangee/ep-ind-claims huggingface dataset:
Support assembly for a trailer coupling or a load carrier, wherein the support assembly (10; 110) includes a cross-member (20; 120) for mounting on a rear of a body of a vehicle and at least one holder (11, 13) fitted to the cross-member (20; 120), for the trailer coupling or for a coupling part of the load carrier, and at least one profile body (35; 135; 235; 335) as part of the cross-member (20; 120) or where applicable side members (30; 130) of the support assembly (10; 110) connected to the cross-member (20; 120), wherein the profile body (35; 135; 235; 335) has a curved peripheral wall and/or peripheral walls at an angle to one another for bounding an interior, wherein the profile body (35; 135; 235; 335) has at least two profile segments (50-52; 150-152; 250-252), the peripheral walls of which are connected to one another at the ends in a mitre square running at an angle to the respective direction of longitudinal extent of the profile segments (50-52; 150-152; 250-252), so that the profile body (35; 135; 235; 335) has a curved or angular course, characterised in that the adjacent profile segments (50-52; 150-152; 250-252) of the profile body (35; 135; 235; 335) are connected to one another by at least one holding projection protruding from the peripheral wall of the one profile segment (50-52; 150-152; 250-252) towards the other profile segment (50-52; 150-152; 250-252) and connected to the peripheral wall of the other profile segment (50-52; 150-152; 250-252).
A method executed in a user equipment, UE, in a wideband carrier, comprising: obtaining, by the UE, a frequency reference point; and determining, by the UE, a first frequency reference PRB index of a first frequency reference PRB according to the frequency reference point, characterized in that: wherein the frequency reference point is identified by a starting subcarrier of a reference synchronization signal block, SSB, and a relative frequency distance, and wherein the first frequency reference PRB is left-aligned with a second frequency reference PRB at the frequency reference point comprising that a starting subcarrier of the first frequency reference PRB associating with a first numerology is aligned with a starting subcarrier of the second frequency reference PRB associating with a second numerology. obtaining, by the UE, a frequency reference point; and determining, by the UE, a first frequency reference PRB index of a first frequency reference PRB according to the frequency reference point, characterized in that: wherein the frequency reference point is identified by a starting subcarrier of a reference synchronization signal block, SSB, and a relative frequency distance, and wherein the first frequency reference PRB is left-aligned with a second frequency reference PRB at the frequency reference point comprising that a starting subcarrier of the first frequency reference PRB associating with a first numerology is aligned with a starting subcarrier of the second frequency reference PRB associating with a second numerology. wherein the frequency reference point is identified by a starting subcarrier of a reference synchronization signal block, SSB, and a relative frequency distance, and wherein the first frequency reference PRB is left-aligned with a second frequency reference PRB at the frequency reference point comprising that a starting subcarrier of the first frequency reference PRB associating with a first numerology is aligned with a starting subcarrier of the second frequency reference PRB associating with a second numerology.
A license plate lamp unit comprising: a license plate lamp configured to irradiate light to a license plate; a camera unit having a camera lens (101A,101B); characterized by a nozzle (3, 3A, 3B) configured to discharge a cleaning liquid and high-pressure air toward the camera lens (101A,101B); a delivery unit configured to deliver high-pressure air toward the nozzle (3, 13); and a base component configured to support the license plate lamp, the camera unit, the delivery unit and the nozzle (3, 3A, 3B); a license plate lamp configured to irradiate light to a license plate; a camera unit having a camera lens (101A,101B); characterized by a nozzle (3, 3A, 3B) configured to discharge a cleaning liquid and high-pressure air toward the camera lens (101A,101B); a delivery unit configured to deliver high-pressure air toward the nozzle (3, 13); and a base component configured to support the license plate lamp, the camera unit, the delivery unit and the nozzle (3, 3A, 3B);
A secondary battery comprising a positive electrode, a negative electrode, and a separator, wherein the separator comprises shrinkage portions which each comprise a porous polymer resin and which are arranged in a discontinuous manner and configured to shrink at a high temperature; the separator comprises a melting portion disposed so as to interconnect the shrinkage portions, the melting portion comprising a low melting point material which has physical properties necessary for the separator within a general temperature range in which the lithium secondary battery is operated, and which melts at a temperature higher than the general temperature range in which the lithium secondary battery is operated such that the shrinkage portions are disconnected from each other; and the positive electrode or the negative electrode comprises a positive temperature coefficient material. the separator comprises shrinkage portions which each comprise a porous polymer resin and which are arranged in a discontinuous manner and configured to shrink at a high temperature; the separator comprises a melting portion disposed so as to interconnect the shrinkage portions, the melting portion comprising a low melting point material which has physical properties necessary for the separator within a general temperature range in which the lithium secondary battery is operated, and which melts at a temperature higher than the general temperature range in which the lithium secondary battery is operated such that the shrinkage portions are disconnected from each other; and the positive electrode or the negative electrode comprises a positive temperature coefficient material.
A molding device for manufacturing a cylindrical rolling body, comprising a pair of molds (17a, 18a) having one side surfaces in an axial direction and arranged so as to be capable of relative displacement in the axial direction with the one side surfaces in the axial direction facing each other; the pair of molds (17a, 18a) having bottomed molding concave sections opening at positions on the one side surfaces in the axial direction facing each other and each having an inner surface; the inner surface of each of the molding concave sections having an inner-circumferential surface, a bottom surface, and an annular corner R section having an arc-shaped cross section and connecting the inner-circumferential surface and the bottom surface; characterized in that at least one mold of the pair of molds (17a, 18a) has an annular concave section recessed outward in a radial direction on the inner-circumferential surface of the molding concave section. the pair of molds (17a, 18a) having bottomed molding concave sections opening at positions on the one side surfaces in the axial direction facing each other and each having an inner surface; the inner surface of each of the molding concave sections having an inner-circumferential surface, a bottom surface, and an annular corner R section having an arc-shaped cross section and connecting the inner-circumferential surface and the bottom surface; characterized in that at least one mold of the pair of molds (17a, 18a) has an annular concave section recessed outward in a radial direction on the inner-circumferential surface of the molding concave section.
Adapter plane (1; 1') for a surgical table, comprising a main portion (2; 2') and a secondary portion (3; 3') which define a uniform structure and - at the top part - a surface (4; 4') for directly supporting the patient, said main portion (2; 2') being entirely and directly placed at contact over said surgical table, said secondary portion (3; 3') being arranged for supporting at least one pelvis portion of the patient, said adapter plane (1; 1') being rigidly couplable above said surgical table with the main portion (2; 2'), which supports the back of the patient, overlapping the surgical table and the secondary portion (3; 3') projecting with respect to the surgical table, at least the secondary portion (3; 3') of said adapter plane (1; 1') being made of radiotransparent material, said secondary portion (3; 3') having two sides (3a; 3a') converging towards an end point (3b; 3b') arranged along a median longitudinal axis (m; m') of said adapter plane (1; 1'); under the lower face of said secondary portion (3, 3) at said median longitudinal axis (m) projects a connection member (6; 6') of constraint for an apparatus (20, 20') for positioning the lower limb of the patient; said connection member (6;6') comprises a vertical appendix (6a; 6a') rotatably associated below the secondary portion (3; 3'), said vertical appendix laterally bearing a hinge to which can be associated a member for coupling the positioning apparatus.
An electronic device comprising: a first housing (310, 610); a second housing (320, 620) coupled to slide relative to the first housing; a rollable display in which a display area is reduced or extended based on sliding-in or sliding-out of the second housing; and a processor operatively coupled to the rollable display, wherein the processor is configured to: display a screen of a running application on the rollable display when the rollable display is in a first state; detect an input for switching the rollable display from the first state to a second state in which size of the display area is different from the first state, characterized in that in response to the input, determine whether or not a screen state of the running application is maintained after switching the state of the rollable display; and in case it is determined (1240 YES) that the running application is unable to maintain the screen state of the running application after switching the state of the rollable display, display a graphic element (1350, 1450) indicating switching of the state of the rollable display on the rollable display. a first housing (310, 610); a second housing (320, 620) coupled to slide relative to the first housing; a rollable display in which a display area is reduced or extended based on sliding-in or sliding-out of the second housing; and a processor operatively coupled to the rollable display, wherein the processor is configured to: display a screen of a running application on the rollable display when the rollable display is in a first state; detect an input for switching the rollable display from the first state to a second state in which size of the display area is different from the first state, characterized in that in response to the input, determine whether or not a screen state of the running application is maintained after switching the state of the rollable display; and in case it is determined (1240 YES) that the running application is unable to maintain the screen state of the running application after switching the state of the rollable display, display a graphic element (1350, 1450) indicating switching of the state of the rollable display on the rollable display. display a screen of a running application on the rollable display when the rollable display is in a first state; detect an input for switching the rollable display from the first state to a second state in which size of the display area is different from the first state, characterized in that in response to the input, determine whether or not a screen state of the running application is maintained after switching the state of the rollable display; and in case it is determined (1240 YES) that the running application is unable to maintain the screen state of the running application after switching the state of the rollable display, display a graphic element (1350, 1450) indicating switching of the state of the rollable display on the rollable display.
A puncture sealant comprising at least a synthetic rubber latex and a liquid deterioration preventing agent, characterized in that the liquid deterioration preventing agent comprises at least one selected from the group consisting of bisphenol antioxidants, thiobisphenol antioxidants and sulfur-containing antioxidants.
A method for retrofitting a wind turbine foundation comprising a first substantially elongated pile in the ground, the method comprising: arranging a lower end of an elongated channel of a second substantially elongated pile around the first pile, wherein the elongated channel extends substantially along a longitudinal direction of the second pile, and wherein the channel is configured to receive at least a portion of the first pile; lowering the second pile such that the elongated channel surrounds at least a portion of the first pile; driving the second pile into the ground. arranging a lower end of an elongated channel of a second substantially elongated pile around the first pile, wherein the elongated channel extends substantially along a longitudinal direction of the second pile, and wherein the channel is configured to receive at least a portion of the first pile; lowering the second pile such that the elongated channel surrounds at least a portion of the first pile; driving the second pile into the ground.
An insulin-like growth factor receptor-1 antisense oligodeoxynucleotide (IGF-1R AS ODN) having the sequence of SEQ ID NO: 1 and 1 × 10 4 to 5 × 10 6 tumor cells for use in a method of vaccinating a subject having a brain cancer, wherein the insulin-like growth factor receptor-1 antisense oligodeoxynucleotide (IGF-1R AS ODN) having the sequence of SEQ ID NO: 1 and 1 × 10 4 to 5 × 10 6 tumor cells are comprised in a biodiffusion chamber; wherein the method comprises: (i) obtaining tumor tissue from the subject, wherein the tumor tissue is surgically removed from the subject; (ii) collecting the tumortissue in a sterile trap; (iii) harvesting adherent cells from the tumor tissue; (iv) encapsulating the harvested cells in the biodiffusion chamber along with the insulin-like growth factor receptor-1 antisense oligodeoxynucleotide (IGF-1R AS ODN) having the sequence of SEQ ID NO: 1; (v) irradiating the chamber, and (vi) implanting the chamber in the subject, wherein an immune response against the brain cancer is obtained; and wherein the tumor cells in the chamber are enriched for Nestin-positive cells compared to the tumor tissue obtained from the subject. (i) obtaining tumor tissue from the subject, wherein the tumor tissue is surgically removed from the subject; (ii) collecting the tumortissue in a sterile trap; (iii) harvesting adherent cells from the tumor tissue; (iv) encapsulating the harvested cells in the biodiffusion chamber along with the insulin-like growth factor receptor-1 antisense oligodeoxynucleotide (IGF-1R AS ODN) having the sequence of SEQ ID NO: 1; (v) irradiating the chamber, and (vi) implanting the chamber in the subject, wherein an immune response against the brain cancer is obtained; and wherein the tumor cells in the chamber are enriched for Nestin-positive cells compared to the tumor tissue obtained from the subject.
Multipurpose medical image indicator including rubber material and fluorophores, wherein the multipurpose medical image indicator is a form of fluorescent rubber band.
An aminodihydrothiazine compound of Formula VII: wherein: R 1 is C 1-4 alkyl wherein said alkyl group is a straight-chain, branched, or cyclic hydrocarbon chain that is completely saturated; and R 2 and R 3 are each independently hydrogen or halo, or a salt thereof. R 1 is C 1-4 alkyl wherein said alkyl group is a straight-chain, branched, or cyclic hydrocarbon chain that is completely saturated; and R 2 and R 3 are each independently hydrogen or halo,
A method for radio link detection in a wireless communication system having a subscriber station, comprising: estimating a first error rate of an indicator channel, wherein the indicator channel includes an indication of a number of symbols in a control channel and, wherein the estimating of the first error rate is based on one or more reference signals associated with the indicator channel; estimating a second error rate of the control channel, wherein the estimating of the second error rate is based on one or more reference signals associated with the control channel; adding the first error rate of the indicator channel with the second error rate of the control channel to provide a combined performance metric based on both the indicator channel and the control channel; and determining whether a radio link problem exists based on the combined performance metric; and if the radio link problem exists, disabling transmission by the subscriber station. estimating a first error rate of an indicator channel, wherein the indicator channel includes an indication of a number of symbols in a control channel and, wherein the estimating of the first error rate is based on one or more reference signals associated with the indicator channel; estimating a second error rate of the control channel, wherein the estimating of the second error rate is based on one or more reference signals associated with the control channel; adding the first error rate of the indicator channel with the second error rate of the control channel to provide a combined performance metric based on both the indicator channel and the control channel; and determining whether a radio link problem exists based on the combined performance metric; and if the radio link problem exists, disabling transmission by the subscriber station.
A connector cover adapted for being mounted on a housing of a connector to which electric wires are connected, and for covering a portion of the electric wires that extends from the housing, comprising: a cover member comprising a first and a second separate split portion (21 R, 21L), the first and second separate split portion having the same shape, wherein the first and the second separate split portion mutually engage with each other, wherein the first and the second split portion each comprises at least one linear element insertion-aperture, a linear tying element, wherein the linear tying element is disposed to pass through at least one linear element insertion-aperture of the first and the second split portion, thereby locking the split portions and preventing the split portions from being detached from the housing, and, at the same time, surrounds around the plurality of the electric wires for fixedly holding and tying the electric wires. a cover member comprising a first and a second separate split portion (21 R, 21L), the first and second separate split portion having the same shape, wherein the first and the second separate split portion mutually engage with each other, wherein the first and the second split portion each comprises at least one linear element insertion-aperture, a linear tying element, wherein the linear tying element is disposed to pass through at least one linear element insertion-aperture of the first and the second split portion, thereby locking the split portions and preventing the split portions from being detached from the housing, and, at the same time, surrounds around the plurality of the electric wires for fixedly holding and tying the electric wires.
An offline credit loading system comprising an electronic cash card, a terminal and backstage system, wherein the terminal comprises a safety module, wherein the safety module of the terminal is a SAM card, wherein the terminal is configured to perform update of credit loading limit of a terminal by communicating with the backstage system, the terminal credit loading limit is a sum of capital that allows for offline credit loading, the electronic cash card is configured to perform update of the account of electronic cash card by communicating with the terminal, wherein some capital of the credit loading limit of the terminal is transferred to the account of electronic cash card, and the backstage system is configured to enable the credit loading account associated with the account of electronic cash card to be updated according to information on offline credit loading received from the terminal, wherein the terminal is configured to send an update request of credit loading limit of the terminal to the backstage system, which request comprises ID of a safety module provided in the terminal, wherein the safety module is used for storing the credit loading limit of the terminal, the backstage system is configured to generate an update command of the credit loading limit of the terminal according to the update request of credit loading limit of the terminal, the terminal is configured to receive the update command of credit loading limit of the terminal and update the credit loading limit of the terminal stored in the safety module according to the update command of the credit loading limit of the terminal, and wherein the safety module also stores a master key for offline credit loading, the electronic cash card stores a sub key for offline credit loading, the electronic cash card is configured to send a request of offline credit loading to the terminal, wherein the request of offline credit loading comprises a first authentication code of offline credit loading which is generated by the electronic cash card based on the sub key for offline credit loading and a first category of transaction data, and the safety module is further configured to calculate the sub key for offline credit loading according to the ID of the electronic cash card and the master key for offline credit loading, and to use the calculated sub key for offline credit loading and the first category of transaction data to generate a second authentication code of offline credit loading; and the safety module determines that the electronic cash card has passed the authentication when the second authentication code of offline credit loading is the same as the first authentication code of offline credit loading, the terminal is configured to return a confirmation response to the offline credit loading to the electronic cash card.
Method for operating a laser scanning microscope, wherein a two-dimensional horizontal image scanning (X/Y) is performed in a number of focus positions or height positions z and as a result the sample light is detected in at least two detection channels and three-dimensional image stacks (X, Y, Z) are recorded, characterized in that the recording of the image stacks is performed with the detection channels simultaneously and in that an uneven splitting of the sample light between the detection channels takes place, for individual image points (X, Y) and an associated z position a merger of the measured intensity values of the detection channels is performed image point by image point and a sample image is produced from it in that a mean value between the two intensity values is formed if the two intensity values of the detection channels lie within a threshold value range of the respective detection channel or only one of the intensity values is used for producing the sample image if only one of the intensity values lies within a threshold value range of a detection channel or no intensity value is used for producing a sample image if no intensity value lies within a threshold value range of a detection channel.