mhurhangee/ep-ind-claims huggingface dataset:
A method for changing settings of a first application running on a mobile electronic terminal, in particular a mobile phone or a tablet PC, wherein the first application is authorised to change its own settings, wherein apart from the first application a second application (1, 2) is running on the terminal, which does not have the capability of directly changing settings of the first application, characterised in that the first application is a random application being different from the second application, the internal settings of which are changed at the instigation of the second application by the following method steps: - the second application sends a request to the first application for changing settings of the first application; - the first application initiates checking the authorisation of the second application to instigate the requested change of the settings, wherein checking is carried out by means of the name and a certificate of the second application in a list of authorised second applications, - insofar as the check produces a positive result, a change of the settings is carried out in accordance with the request of the second application. - the second application sends a request to the first application for changing settings of the first application; - the first application initiates checking the authorisation of the second application to instigate the requested change of the settings, wherein checking is carried out by means of the name and a certificate of the second application in a list of authorised second applications, - insofar as the check produces a positive result, a change of the settings is carried out in accordance with the request of the second application.
A drug delivery device comprising: a reservoir for containing a medicament comprising a suspension of solids in a liquid carrier; and a needle having a distal end for injection into a patient, a proximal end in communication with said reservoir, and a lumen extending between said distal and proximal ends, a path being defined from said reservoir to said distal end of said needle through said lumen, said path having an inner diameter that decreases in the proximal to distal direction along at least a portion thereof, a septum disposed at a distal end of said reservoir, characterized by said septum including a fluid inlet port defining a flow control surface, said flow control surface having a proximal end and a distal end, said proximal end of the flow control surface being in contiguous contact with said suspension and disposed proximally of said proximal end of said needle, wherein said proximal end of said flow control surface defines a larger inner diameter than said distal end of said flow control surface, and wherein said proximal end of said flow control surface defines a larger inner diameter than said diameter of said lumen at said proximal end of said needle. a reservoir for containing a medicament comprising a suspension of solids in a liquid carrier; and a needle having a distal end for injection into a patient, a proximal end in communication with said reservoir, and a lumen extending between said distal and proximal ends, a path being defined from said reservoir to said distal end of said needle through said lumen, said path having an inner diameter that decreases in the proximal to distal direction along at least a portion thereof, a septum disposed at a distal end of said reservoir,
A binary to thermometer encoder within a DAC circuit, comprising: - a row element decoder in communication with a multi-bit delta/sigma modulator configured to receive an oversampled binary coding representing an amplitude of a sampling of an analog signal and configured for decoding the oversampled binary coding; - a signed binary to thermometer code conversion array in communication with the row element decoder configured to receive the decoded oversampled binary coding for selecting one element row of the signed binary to thermometer code conversion array and configured for retaining or generating a multi-bit code representing an amplitude to be developed by each of DAC element (130a,..., 130n) of the DAC circuit; and - a plurality of column drivers configured such that each column driver amplifies and conditions the output of each element of one selected row for transfer through a rotational dynamic element matching circuit to one DAC element; - wherein contents (MENC) of the signed binary to thermometer code conversion array are assembled by determining contents of each element row, indicated by a signed numeric designation, of the signed binary to thermometer code conversion array as a sum of an element row of a one or more bit multiple level thermometer encoder array (THENC) indicated by a remainder of a division of the signed numeric designation by a number of DAC elements within the DAC circuit and the quotient of the division, wherein the remainder has the same sign as the numeric designation. - a row element decoder in communication with a multi-bit delta/sigma modulator configured to receive an oversampled binary coding representing an amplitude of a sampling of an analog signal and configured for decoding the oversampled binary coding; - a signed binary to thermometer code conversion array in communication with the row element decoder configured to receive the decoded oversampled binary coding for selecting one element row of the signed binary to thermometer code conversion array and configured for retaining or generating a multi-bit code representing an amplitude to be developed by each of DAC element (130a,..., 130n) of the DAC circuit; and - a plurality of column drivers configured such that each column driver amplifies and conditions the output of each element of one selected row for transfer through a rotational dynamic element matching circuit to one DAC element; - wherein contents (MENC) of the signed binary to thermometer code conversion array are assembled by determining contents of each element row, indicated by a signed numeric designation, of the signed binary to thermometer code conversion array as a sum of an element row of a one or more bit multiple level thermometer encoder array (THENC) indicated by a remainder of a division of the signed numeric designation by a number of DAC elements within the DAC circuit and
Method for cutting a material strip having a plurality of rubberized steel cord filaments for the production of a vehicle tyre, having the step: - carrying out a dividing cut by moving a cutting means through the material strip as far as an outer edge of the material strip by means of a drive device; characterized by the step: - detecting a position of the outer edge of the material strip as the dividing cut is carried out, by means of a preceding contact body in front of the cutting means, to determine the cutting path still to be covered by the cutting means until the cutting means reaches the outer edge of the material strip, wherein the contact body is moved together with the cutting means and is in contact with the material strip until the outer edge is reached. - carrying out a dividing cut by moving a cutting means through the material strip as far as an outer edge of the material strip by means of a drive device; - detecting a position of the outer edge of the material strip as the dividing cut is carried out, by means of a preceding contact body in front of the cutting means, to determine the cutting path still to be covered by the cutting means until the cutting means reaches the outer edge of the material strip, wherein the contact body is moved together with the cutting means and is in contact with the material strip until the outer edge is reached.
A board assembly used for a base station antenna, the board assembly including a reflector, a support backplate, a first circuit board mounted on the reflector, and a second circuit board mounted on the support backplate, wherein, the reflector and the support backplate are spaced apart from each other by at least four spacers (11,12), such that the first circuit board and the second circuit board are spaced apart from each other, the first circuit board has a plurality of first electrical connectors, the second circuit board has a plurality of second electrical connectors, the plurality of first electrical connectors and the plurality of second electrical connectors are electrically connected by a plurality of coaxial cable assemblies, each coaxial cable assembly extends between the first circuit board and the second circuit board, and includes a coaxial cable, wherein the coaxial cable comprises a third electrical connector on a first end of the coaxial cable matching a corresponding electrical connector of the plurality of first electrical connectors, and a fourth electrical connector on a second end opposite to the first end of the coaxial cable matching a corresponding electrical connector of the plurality of second electrical connectors, and wherein two of the at least four spacers are metal molded members and two of the at least four spacers are plastic pillars. wherein, the reflector and the support backplate are spaced apart from each other by at least four spacers (11,12), such that the first circuit board and the second circuit board are spaced apart from each other, the first circuit board has a plurality of first electrical connectors, the second circuit board has a plurality of second electrical connectors, the plurality of first electrical connectors and the plurality of second electrical connectors are electrically connected by a plurality of coaxial cable assemblies, each coaxial cable assembly extends between the first circuit board and the second circuit board, and includes a coaxial cable, wherein the coaxial cable comprises a third electrical connector on a first end of the coaxial cable matching a corresponding electrical connector of the plurality of first electrical connectors, and a fourth electrical connector on a second end opposite to the first end of the coaxial cable matching a corresponding electrical connector of the plurality of second electrical connectors, and wherein two of the at least four spacers are metal molded members and two of the at least four spacers are plastic pillars.
Spacer for the spacing of glass panes of a multiply glazed window, wherein the spacer has a substantially rectangular cross section and is provided with a first, substantially plane base surface and a second, substantially plate, opposite base surface, and wherein the first base surface is substantially permeable to water vapor and the second base surface is substantially impermeable to gases, in particular to water vapor and noble gases, especially argon and krypton, wherein the second base surface comprises at least one vapor barrier to prevent the diffusion of water vapor through the vapor barrier, characterized by that the vapor barrier comprises a plastic film that is sputtered diffusion-tight with SiO2.
Battery cell module comprising a plurality of battery cells, in particular lithium-ion battery cells, that each comprise a degassing orifice and furthermore a gas receiving chamber that is allocated to several battery cells for at least temporarily receiving gases that are escaping from these battery cells, wherein the volume of the gas receiving chamber is directly connected to the degassing orifices, characterized in that the gas receiving chamber comprises several gas inlet orifices that are flow-connected in each case to a degassing orifice of a battery cell and wherein at least one multi-limb seal is arranged in the connecting region between a material that forms a respective degassing orifice and a material that forms a respective gas inlet orifice.
A wireless device configured to communicate with a Core Network, CN, node, the wireless device comprising: a processor; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is operable to: determine based on radio conditions a current downlink, DL, coverage class, CC, needs to be changed to a higher DL CC or a lower DL CC, wherein the higher DL CC indicates at least one more blind repetition is needed than provided by the current DL CC, and wherein the lower DL CC indicates at least one less blind repetition is needed than provided by the current DL CC; and, based on the determination of the need to change the current DL CC to the higher DL CC, transmit an indication of the higher DL CC for the CN node by performing a cell update procedure, wherein the determine operation and the transmit operation are performed at a predetermined time before a next occurrence of a nominal paging group. a processor; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is operable to: determine based on radio conditions a current downlink, DL, coverage class, CC, needs to be changed to a higher DL CC or a lower DL CC, wherein the higher DL CC indicates at least one more blind repetition is needed than provided by the current DL CC, and wherein the lower DL CC indicates at least one less blind repetition is needed than provided by the current DL CC; and, based on the determination of the need to change the current DL CC to the higher DL CC, transmit an indication of the higher DL CC for the CN node by performing a cell update procedure, determine based on radio conditions a current downlink, DL, coverage class, CC, needs to be changed to a higher DL CC or a lower DL CC, wherein the higher DL CC indicates at least one more blind repetition is needed than provided by the current DL CC, and wherein the lower DL CC indicates at least one less blind repetition is needed than provided by the current DL CC; and, based on the determination of the need to change the current DL CC to the higher DL CC, transmit an indication of the higher DL CC for the CN node by performing a cell update procedure, wherein the determine operation and the transmit operation are performed at a predetermined time before a next occurrence of a nominal paging group.
Balance-spring stud-holder for a mechanical timepiece movement, which comprises a pair of tabs, namely a front tab and a rear tab, jointly defining a notch, the tabs (32, 33) being arranged in such a way that a balance-spring stud can be held in the notch, characterised in that the rear tab of the balance-spring stud-holder comprises an extension which defines, beyond the notch, a bend forming a retaining abutment for the balance-spring stud after said balance-spring stud is extracted from the notch.
A pharmaceutical composition for use in treating or preventing cancer, comprising a peptide consisting of an amino acid sequence of any one of SEQ ID NOS: 1, 2, 4, 5, and 7 to 11, wherein the peptide is capable of binding to a plurality of allelotypes of HLA-A gene A.
A trim assembly for use with a fluid regulator, the trim assembly comprising: a cage configured to control a flow of fluid through the trim assembly; and a seat ring configured to be mounted within the fluid regulator and defining a fluid orifice through which fluid may pass through the trim assembly, wherein the seat ring includes a first shoulder configured to couple the seat ring to the cage and a second shoulder between the first shoulder and a sealing surface of the seat ring adjacent to the fluid orifice, characterised in that, the first shoulder is configured to removably bind the seat ring to the cage and the seat ring is configured to be removably coupled and bound to the cage via at least one of an interference fit, threads, adhesive, a set screw, a roll pin, or grease. a cage configured to control a flow of fluid through the trim assembly; and a seat ring configured to be mounted within the fluid regulator and defining a fluid orifice through which fluid may pass through the trim assembly, wherein the seat ring includes a first shoulder configured to couple the seat ring to the cage and a second shoulder between the first shoulder and a sealing surface of the seat ring adjacent to the fluid orifice, characterised in that, the first shoulder is configured to removably bind the seat ring to the cage and the seat ring is configured to be removably coupled and bound to the cage via at least one of an interference fit, threads, adhesive, a set screw, a roll pin, or grease.
An electric subsurface safety valve configured for being disposed in a wellbore through a fluid-producing formation, the electric subsurface safety valve comprising: a body adapted to be coupled to a cable and to be disposed within the wellbore; a communications system disposed in the body, the communications system comprising: one or more transceiving devices configured to communicate signals via the cable and to wirelessly communicate signals; a processing device configured to process signals received by the one or more transceiving devices for communication via the cable; and a closure mechanism configured to be positioned in a passageway defined by the wellbore, wherein the closure mechanism is configured to prevent a flow of fluid to a portion of the passageway that is closer to a surface of the wellbore than the closure mechanism, characterised in that the electric subsurface safety valve further comprises at least one terminal adapted to be coupled to a tool (106a, 106b) in the wellbore, the at least one terminal configured to form an electrical connection for providing power received via the cable to the tool (106a, 106b), thus eliminating the need to deploy additional control lines adjacent to the outer diameter of the electric subsurface safety valve to power the tool and thereby preventing the wellbore from having a wider diameter than desirable. a body adapted to be coupled to a cable and to be disposed within the wellbore; a communications system disposed in the body, the communications system comprising: one or more transceiving devices configured to communicate signals via the cable and to wirelessly communicate signals; a processing device configured to process signals received by the one or more transceiving devices for communication via the cable; and one or more transceiving devices configured to communicate signals via the cable and to wirelessly communicate signals; a processing device configured to process signals received by the one or more transceiving devices for communication via the cable; and a closure mechanism configured to be positioned in a passageway defined by the wellbore, wherein the closure mechanism is configured to prevent a flow of fluid to a portion of the passageway that is closer to a surface of the wellbore than the closure mechanism, characterised in that the electric subsurface safety valve further comprises at least one terminal adapted to be coupled to a tool (106a, 106b) in the wellbore, the at least one terminal configured to form an electrical connection for providing power received via the cable to the tool (106a, 106b), thus eliminating the need to deploy additional control lines adjacent to the outer diameter of the electric subsurface safety valve to power the tool and thereby preventing the wellbore from having a wider diameter than desirable.
A steering column device comprising: a steering shaft; a steering column arranged to rotatably support the steering shaft; a vehicle body mounting bracket arranged to rotatably support the steering column to be swung in upward and downward directions of a vehicle about a tilt shaft of a swing center which is provided to a front end portion of the steering column; a pair of clamping pieces which are integrally provided to the vehicle body mounting bracket, and which are disposed to sandwich the steering column from both sides of the steering column on a rear end portion of the steering column; tilt holes each of which is formed in one of the clamping pieces, and each of which has an arc shape around the tilt shaft; a clamping shaft penetrating through the tilt holes and the steering column; and a lock mechanism provided to one end portion of the clamping shaft, and arranged to tighten and engage the steering column by the pair of the clamping pieces, one of the pair of the clamping pieces including a slit which has a substantially U-shape, and which surrounds one of a front side and a rear side of the tilt hole, and an upper side and a lower side of the tilt hole, and a tongue piece portion which is surrounded by the slit, the tilt hole being positioned at a tip end side of the tongue piece portion, and at least the one of the clamping pieces including the slit, including a reinforcement portion (75, 76, 77, 78) which surrounds an outside of the slit, and which is integrally provided with the one of the clamping pieces including the slit. a steering shaft; a steering column arranged to rotatably support the steering shaft; a vehicle body mounting bracket arranged to rotatably support the steering column to be swung in upward and downward directions of a vehicle about a tilt shaft of a swing center which is provided to a front end portion of the steering column; a pair of clamping pieces which are integrally provided to the vehicle body mounting bracket, and which are disposed to sandwich the steering column from both sides of the steering column on a rear end portion of the steering column; tilt holes each of which is formed in one of the clamping pieces, and each of which has an arc shape around the tilt shaft; a clamping shaft penetrating through the tilt holes and the steering column; and a lock mechanism provided to one end portion of the clamping shaft, and arranged to tighten and engage the steering column by the pair of the clamping pieces, one of the pair of the clamping pieces including a slit which has a substantially U-shape, and which surrounds one of a front side and a rear side of the tilt hole, and an upper side and a lower side of the tilt hole, and a tongue piece portion which is surrounded by the slit, the tilt hole being positioned at a tip end side of the tongue piece portion, and at least the one of the clamping pieces including the slit, including a reinforcement portion (75, 76, 77, 78) which surrounds an outside of the slit, and which is integrally provided with the one of the clamping pieces including the slit.