mhurhangee/ep-ind-claims huggingface dataset:
Mobile workstation comprising a suction unit and a structure that is detachably fastened to the suction unit, wherein the structure comprises a vertically extending holding element to which a pivot arm is pivotally fastened, wherein at least one hose-guiding element for guiding a hose of the suction unit and/or at least one cable-guiding element for guiding a cable of an electrical work tool are provided on the pivot arm.
A control method for a machine tool that machines a workpiece by moving a tool relative to the workpiece, comprising: displaying an image of the workpiece arranged on a table of the machine tool on a display part; storing an operation of the machine tool corresponding to an operation of an operator with respect to the image of the machine tool in advance; obtaining content of the operation of the operator with respect to the image of the machine tool, wherein the content of the operation includes an operation in which one surface of the workpiece is selected as a designated surface by an operator; calculating a rotation angle of a rotation feed axis (A, C) for directing the designated surface in a predetermined direction; generating an operation command for operating the machine tool corresponding to the content of the operation, wherein the operation command includes a command for rotation along the rotation feed axis (A, C) on the basis of the calculated rotation angle; and operating the machine tool on the basis of the operation command, after checking interference of a tool with respect to the workpiece without driving the machine tool on the basis of the operation command. displaying an image of the workpiece arranged on a table of the machine tool on a display part; storing an operation of the machine tool corresponding to an operation of an operator with respect to the image of the machine tool in advance; obtaining content of the operation of the operator with respect to the image of the machine tool, wherein the content of the operation includes an operation in which one surface of the workpiece is selected as a designated surface by an operator; calculating a rotation angle of a rotation feed axis (A, C) for directing the designated surface in a predetermined direction; generating an operation command for operating the machine tool corresponding to the content of the operation, wherein the operation command includes a command for rotation along the rotation feed axis (A, C) on the basis of the calculated rotation angle; and operating the machine tool on the basis of the operation command, after checking interference of a tool with respect to the workpiece without driving the machine tool on the basis of the operation command.
A method for puncture bundling of data for a first service in a transmission of a second service implemented in a transmitting node, the method comprising: determining that data for a first service will be transmitted during a time period when data for a second service will be transmitted, wherein the data for the first service requires lower latency than the data for the second service; determining the transmission or reception conditions, and based on the determined transmissions or reception conditions, determining adjustment of the first service, wherein the adjustment includes either adjusting transmission parameters or employing puncture bundling, and wherein the employing of puncture bundling of the data for the first service involves including an original set of data for the first service and at least one repetition of the original set of data for the first service; adjusting resources consumed by the data for the first service based on available transmission resources, wherein adjustment comprises filling-in remaining resources of the time period or reducing a size of the puncture bundle; and transmitting, during the time period, the data for the first service using the adjusted resources while data for the second service is transmitted during the time period. determining that data for a first service will be transmitted during a time period when data for a second service will be transmitted, wherein the data for the first service requires lower latency than the data for the second service; determining the transmission or reception conditions, and based on the determined transmissions or reception conditions, determining adjustment of the first service, wherein the adjustment includes either adjusting transmission parameters or employing puncture bundling, and wherein the employing of puncture bundling of the data for the first service involves including an original set of data for the first service and at least one repetition of the original set of data for the first service; adjusting resources consumed by the data for the first service based on available transmission resources, wherein adjustment comprises filling-in remaining resources of the time period or reducing a size of the puncture bundle; and transmitting, during the time period, the data for the first service using the adjusted resources while data for the second service is transmitted during the time period.
A catheter, comprising: a cylinder member having a hollow formed therein; at least one electrode mounted to the cylinder member to generate heat; and a power supply wire printed on the cylinder member and connected to the electrode to give a power supply path for the electrode, wherein the cylinder member is configured by bending a plate-shaped member so that two sides (A1, A2) of the plate-shaped member spaced apart from each other along a longitudinal direction of the hollow are coupled and fixed to each other, wherein the electrode and the power supply wire having one end connected to the electrode are provided in plural, and wherein the catheter further comprises a distribution unit to which at least two of the plurality of power supply wires is connected and at least one power input line is connected, so that the power supplied from a single power input line is distributed to at least two power supply wire, and wherein the distribution unit is mounted to an inner wall of the cylinder member and has a curved shape corresponding to the inner wall of the cylinder member. a cylinder member having a hollow formed therein; at least one electrode mounted to the cylinder member to generate heat; and a power supply wire printed on the cylinder member and connected to the electrode to give a power supply path for the electrode, wherein the cylinder member is configured by bending a plate-shaped member so that two sides (A1, A2) of the plate-shaped member spaced apart from each other along a longitudinal direction of the hollow are coupled and fixed to each other, wherein the electrode and the power supply wire having one end connected to the electrode are provided in plural, and wherein the catheter further comprises a distribution unit to which at least two of the plurality of power supply wires is connected and at least one power input line is connected, so that the power supplied from a single power input line is distributed to at least two power supply wire, and wherein the distribution unit is mounted to an inner wall of the cylinder member and has a curved shape corresponding to the inner wall of the cylinder member.
A cork panel comprising a carrier board, a cork covering and a wear layer, wherein a surface structure is formed in the cork covering, wherein the wear layer is either highly viscous when applied, and is smoothed after application to provide a flat surface, and wherein such wear layer is smoothed after application and before embossing or wherein said wear layer is formed of a more liquid material and abrasion resistant particles, wherein said more liquid material cannot hold said abrasion resistant particles in suspension, and wherein said wear layer is surrounded by a filler layer at the top and bottom to provide a smooth surface, and characterized in that the surface structure is produced by embossing after application of the wear layer, and in that the embossing is done only after the application and curing of the wear layer. wherein the wear layer is either highly viscous when applied, and is smoothed after application to provide a flat surface, and wherein such wear layer is smoothed after application and before embossing or wherein said wear layer is formed of a more liquid material and abrasion resistant particles, wherein said more liquid material cannot hold said abrasion resistant particles in suspension, and wherein said wear layer is surrounded by a filler layer at the top and bottom to provide a smooth surface, and characterized in that the surface structure is produced by embossing after application of the wear layer, and in that the embossing is done only after the application and curing of the wear layer.
A battery module comprising: first and second cylindrical battery cells (201, 202) each provided with a negative electrode terminal and a positive electrode terminal; a metal plate configured to connect, in series, the first cylindrical battery cell and the second cylindrical battery cell (201, 202); a shrinkable tube in which the first and second cylindrical battery cells (201, 202) are mounted; PTC elements respectively provided to the first and second cylindrical battery cells (201, 202); first insulating members provided between the PTC elements and the shrinkable tube; second insulating members respectively provided between the PTC elements and the first and second cylindrical battery cells (201, 202); insulating sheets respectively configured to seal an upper surface and a lower surface of the shrinkable tube; and a connection part protruding outward from the shrinkable tube and configured to connect the first and second cylindrical battery cells and an external electronic apparatus. first and second cylindrical battery cells (201, 202) each provided with a negative electrode terminal and a positive electrode terminal; a metal plate configured to connect, in series, the first cylindrical battery cell and the second cylindrical battery cell (201, 202); a shrinkable tube in which the first and second cylindrical battery cells (201, 202) are mounted; PTC elements respectively provided to the first and second cylindrical battery cells (201, 202); first insulating members provided between the PTC elements and the shrinkable tube; second insulating members respectively provided between the PTC elements and the first and second cylindrical battery cells (201, 202); insulating sheets respectively configured to seal an upper surface and a lower surface of the shrinkable tube; and a connection part protruding outward from the shrinkable tube and configured to connect the first and second cylindrical battery cells and an external electronic apparatus.
A diguanylate cyclase polypeptide comprising a GGDEF motif and an I-site wherein at least one of the conserved amino acids, arginine or aspartic acid of the I-site is replaced with a neutral amino acid forming a mutant diguanylate cyclase that does not bind c-di-GMP, the mutant diguanylate cyclase comprising a sequence selected from the group comprising SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, or a variant, homologue, fragment or derivative, thereof having an amino acid sequence at least 90% homologous to a diguanylate cyclase polypeptide comprising a GGDEF motif isolated from a thermophilic bacteria and having the same biological activity of synthesising c-di-GMP.
A method of setting a position of an actuator after interruption of a power supply that supplies the actuator, wherein in the method a parameter value of a component that actuates the actuator is detected, wherein an actuator position is determined from the parameter value, which is referenced and checked for plausibility after the supply voltage has been restored, characterised in that referencing of the actuator position is prevented when the actuator has been switched off correctly after the power supply has been interrupted, i.e. when the de-energised actuator has assumed a predetermined position as a result of a reverse rotation of stored energy of a wrap spring located in the actuator.
Connection device comprising: - a connector provided with an eyelet, - a member provided with a bearing part in contact with the connector, and with an elongate element extending upwards from the bearing part through the eyelet, said elongate element comprising a blocking section the outer shape of which defines an anti-rotation profile of said connector around said elongate element, characterized in that a blocking element is inserted between the blocking section and a face of the connector surrounding said blocking section, the blocking element comprising at least one contact blade engaged between the blocking section and the connector. - a connector provided with an eyelet, - a member provided with a bearing part in contact with the connector, and with an elongate element extending upwards from the bearing part through the eyelet,
A method of culturing heterologous protein-secreting mammalian cells in a cell culture supernatant wherein the cell culture supernatant has a dissolved CO 2 concentration of 1 to 10%, wherein the cell culture is a continuous culture maintained at a density of from 1.4x10 6 to 2.8x10 6 cells/ml.
A method for receiving a signal using Device-to-Device, D2D, communication by a User Equipment, UE, in a wireless communication system, the method comprising: receiving information about whether large-scale properties between a D2D communication signal and a downlink signal transmitted by a Base Station, BS, are equal, through a higher layer; and receiving the D2D communication signal from the BS, through an uplink resource for transmitting and receiving directly a signal between UEs, based on the information about whether the large-scale properties are equal, characterised by that the information about whether the large-scale properties are equal includes information about at least one parameter having an equal value between the D2D communication signal and the downlink signal transmitted by the BS among a Doppler spread, a Doppler shift, an average delay, a delay spread, and an average gain. receiving information about whether large-scale properties between a D2D communication signal and a downlink signal transmitted by a Base Station, BS, are equal, through a higher layer; and receiving the D2D communication signal from the BS, through an uplink resource for transmitting and receiving directly a signal between UEs, based on the information about whether the large-scale properties are equal, characterised by that the information about whether the large-scale properties are equal includes information about at least one parameter having an equal value between the D2D communication signal and the downlink signal transmitted by the BS among a Doppler spread, a Doppler shift, an average delay, a delay spread, and an average gain.
Timepiece, notably a diver's watch, comprising a case provided with a case middle, a light source, an element movable between several positions relative to the case, and movable means for assembling the movable element on the middle part of the case, the movable element comprising a light guide and an upper cover comprising an index the guide being configured to receive a light beam from the light source through an entry face, and to guide light rays through an exit face of the light guide in order to illuminate the index, whatever the position of the movable element relative to the case, the movable element being an annular bezel mounted to rotate around the case middle.
Cosmetic unit comprising a container filled with a flowable cosmetic that can be removed through an access opening of the container, and a cap for closing the access opening of the container, whereas the cap carries an applicator, wherein the container is formed by a tank made of cosmetic compatible material and a rigid outer shell surrounding at least the tank characterized in that the tank and/or a base body carries a thread preferably a left-hand thread which presses the tank and/or the base body out of the shell, upon actuation.
A printer comprising: a medium supply unit configured to supply a print medium; a printing unit configured to print predetermined information on the print medium; and a feed unit configured to feed the print medium along a feed direction that is any one of a first direction toward the printing unit from the medium supply unit, and a second direction toward the medium supply unit from the printing unit, on a reference surface, characterized in that the printer further comprises a depressed portion disposed using the reference surface as a reference; and a movement restricting portion including a guide piece, the movement restricting portion being configured to restrict a movement of the print medium to a direction perpendicular to the feed direction of the print medium by housing at least a part of the guide piece in the depressed portion, and abutting a side edge of the print medium on the guide piece, wherein a side edge on a side of the printing unit of the guide piece is disposed at a position close to an inner wall surface on the printing unit side of the depressed portion with respect to an inner wall surface on a side of the medium supply unit of the depressed portion. a medium supply unit configured to supply a print medium; a printing unit configured to print predetermined information on the print medium; and a feed unit configured to feed the print medium along a feed direction that is any one of a first direction toward the printing unit from the medium supply unit, and a second direction toward the medium supply unit from the printing unit, on a reference surface, characterized in that the printer further comprises a depressed portion disposed using the reference surface as a reference; and a movement restricting portion including a guide piece, the movement restricting portion being configured to restrict a movement of the print medium to a direction perpendicular to the feed direction of the print medium by housing at least a part of the guide piece in the depressed portion, and abutting a side edge of the print medium on the guide piece, wherein a side edge on a side of the printing unit of the guide piece is disposed at a position close to an inner wall surface on the printing unit side of the depressed portion with respect to an inner wall surface on a side of the medium supply unit of the depressed portion.
A monoclonal antibody or a functional fragment thereof, each of which binds to the extracellular domain of a PGE 2 receptor subtype EP4 and inhibits the function of PGE 2 -receptor EP4 to increase the intracellular cAMP level.
Ball screw drive (36; 36a) for a motor vehicle brake, in particular for an electromechanically actuable motor vehicle brake, comprising ▪ a spindle that may be set in rotation, ▪ a nut that is axially movable relative to the spindle in accordance with the rotation thereof and ▪ a rolling body arrangement that is disposed between, and displaceable relative to, the spindle and the nut, characterized in that the rolling body arrangement is preloaded into a predetermined normal position by means of at least one spring element disposed outside of the rolling body arrangement. ▪ a spindle that may be set in rotation, ▪ a nut that is axially movable relative to the spindle in accordance with the rotation thereof and ▪ a rolling body arrangement that is disposed between, and displaceable relative to, the spindle and the nut,
Electric cable for providing energy to a vehicle, with a jacket, within which at least two isolated electric conductors are provided, that are connected to at least one plug connector on at least one first end of the cable, wherein the jacket is designed such that the cable is kept by a restoration force in a rest position, in which the cable is spiral-shaped and oriented along a plane or bent support surface.
A process for the preparation of a C 1 -C 3 hydroxy compound, comprising the steps of: a) Providing an oxygenate feed composition comprising a C 1 -C 3 oxygenate compound, and b) Providing a hydrogenation catalyst material comprising Cu on carbon, then c) Reacting the composition of step a) with hydrogen in the presence of the catalyst of step b) and under conditions to provide gas phase hydrogenation of the oxygenate compound to obtain a hydrogenation product composition comprising the C 1 -C 3 hydroxy compound, and then d) Recovering the hydrogenation product composition wherein step c) is conducted under an initial hydrogen partial pressure of at least 0.5 bar. a) Providing an oxygenate feed composition comprising a C 1 -C 3 oxygenate compound, and b) Providing a hydrogenation catalyst material comprising Cu on carbon, then c) Reacting the composition of step a) with hydrogen in the presence of the catalyst of step b) and under conditions to provide gas phase hydrogenation of the oxygenate compound to obtain a hydrogenation product composition comprising the C 1 -C 3 hydroxy compound, and then d) Recovering the hydrogenation product composition
An encoding method of a Low-Density Parity-Check Convolutional Code (LDPC-CC) with a time-variant period of 3, wherein the LDPC-CC is defined by switching a first parity check polynomial of Equation 1-1, a second parity check polynomial of Equation 1-2, and a third parity check polynomial of Equation 1-3, in each of which a #k,p,3 is equal to zero and b #k,3 is equal to zero, by a period of 3 periodically, the method comprising the steps of: supplying the first to third parity check polynomials in sequential manner; and generating a codeword of the LDPC-CC by calculating (D b#k,3)P in a polynomial representation of a parity sequence by supplying input data in sequential manner to information sequences X 1, X 2,..., X n-1, where n is an integer of 2 or more, of the supplied first to third parity check polynomials in sequential manner, where the first to third parity check polynomials 1-k, wherein k= 1, 2, 3, are defined as: D a # k,1,1 + D a # k,1,2 + D a # k,1,3 X 1 D + D a # k,2,1 + D a # k,2,2 + D a # k,2,3 X 2 D + ⋯ + D a # k, n − 1,1 + D a # k, n − 1,2 + D a # k, n − 1,3 X n − 1 D + D b # k,1 + D b # k,2 + D b # k,3 P D = 0 wherein: D is a delay operator; X 1, X 2,..., X n-1 are polynomial representations of the information sequences X 1, X 2,..., X n-1; P is a polynomial representation of a parity sequence; a #k,p,1, a #k,p,2 and a #k,p,3 where k=1, 2, 3 and p=1, 2, 3,..., n-1, are integers of zero or more, where a #k,p,1 ≠ a #k,p,2 ≠ a #k,p,3; b #k,1 and b #k,2 are natural numbers, where b #k,1 ≠ b #k,2 ≠ b #k,3. supplying the first to third parity check polynomials in sequential manner; and generating a codeword of the LDPC-CC by calculating (D b#k,3)P in a polynomial representation of a parity sequence by supplying input data in sequential manner to information sequences X 1, X 2,..., X n-1, where n is an integer of 2 or more, of the supplied first to third parity check polynomials in sequential manner, where the first to third parity check polynomials 1-k, wherein k= 1, 2, 3, are defined as: D is a delay operator; X 1, X 2,..., X n-1 are polynomial representations of the information sequences X 1, X 2,..., X n-1; P is a polynomial representation of a parity sequence; a #k,p,1, a #k,p,2 and a #k,p,3 where k=1, 2, 3 and p=1, 2, 3,..., n-1, are integers of zero or more, where a #k,p,1 ≠ a #k,p,2 ≠ a #k,p,3; b #k,1 and b #k,2 are natural numbers, where b #k,1 ≠ b #k,2 ≠ b #k,3.